mhurhangee/ep-ind-claims huggingface dataset:
A computer-implemented method for resizing an image I, the method comprising the steps of: - providing the image I to resize; - providing an image significance by computing a significance of each pixel in the image to resize; - extracting an original spatial domain (Ω) of the significance image; - providing a transformation T θ, parameterized as an interpolating spline by a set of control points, from the original spatial domain (Ω) to a resized spatial domain (Ω'); - subdividing the original spatial domain (Ω) into cells, each cell being defined by a subset of control points of the set; - computing, for each cell, a weighted average of the significance of the pixels in the cell, the weighted average being computed using the interpolating spline; - deforming the cells of the original spatial domain (Ω) by displacing one or more control points of the cells having a lesser weighted average; - computing the transformation T θ over a spatial domain of the image I using the displaced one or more control points; and - computing a resized image J by applying the computed transformation T θ to the spatial domain of the image I to resize. - providing the image I to resize; - providing an image significance by computing a significance of each pixel in the image to resize; - extracting an original spatial domain (Ω) of the significance image; - providing a transformation T θ, parameterized as an interpolating spline by a set of control points, from the original spatial domain (Ω) to a resized spatial domain (Ω'); - subdividing the original spatial domain (Ω) into cells, each cell being defined by a subset of control points of the set; - computing, for each cell, a weighted average of the significance of the pixels in the cell, the weighted average being computed using the interpolating spline; - deforming the cells of the original spatial domain (Ω) by displacing one or more control points of the cells having a lesser weighted average; - computing the transformation T θ over a spatial domain of the image I using the displaced one or more control points; and - computing a resized image J by applying the computed transformation T θ to the spatial domain of the image I to resize.
A method by a mobile terminal for responding to an unlicensed cell neighbor reporting request, the method comprising: receiving, by the mobile terminal, an unlicensed cell neighbor reporting request from a base station, wherein the request is part of a procedure that requests detection of unlicensed neighboring cells associated with the base station; scanning, by a Wi-Fi modem unit comprised in the mobile terminal, an unlicensed band to detect signals; and transmitting, to the base station, a report on the detected signals, wherein the report is part of a procedure that requests detection of licensed neighboring cells associated with the base station and wherein the report includes: a summary of the detected signals on the unlicensed band, and an indication of whether the mobile terminal is in active communication on a frequency band associated with a detected signal, wherein the mobile terminal communicates using cellular frequency resources scheduled by the base station based on information in the report pertaining to current usage on the unlicensed band. receiving, by the mobile terminal, an unlicensed cell neighbor reporting request from a base station, wherein the request is part of a procedure that requests detection of unlicensed neighboring cells associated with the base station; scanning, by a Wi-Fi modem unit comprised in the mobile terminal, an unlicensed band to detect signals; and transmitting, to the base station, a report on the detected signals, wherein the report is part of a procedure that requests detection of licensed neighboring cells associated with the base station and wherein the report includes: a summary of the detected signals on the unlicensed band, and an indication of whether the mobile terminal is in active communication on a frequency band associated with a detected signal, a summary of the detected signals on the unlicensed band, and an indication of whether the mobile terminal is in active communication on a frequency band associated with a detected signal, wherein the mobile terminal communicates using cellular frequency resources scheduled by the base station based on information in the report pertaining to current usage on the unlicensed band.
A control instrument for an illumination system, the illumination system configured to selectively illuminate a location in an operating region, the control instrument comprising: a first end portion (114, 116a) and a second end portion (114, 116b); an elongated handle interconnecting the first end portion (114, 116a) and the second end portion (114, 116b); at least one marker disposed proximate the first end portion (114, 116a), wherein the at least one marker comprises a first symbol; and characterised by further comprising at least one user input disposed on the elongated handle between the first end portion (114, 116a) and the second end portion (114, 116b), wherein the at least one user input comprises at least one symbol configured to define a user function identifiable by the illumination system. a first end portion (114, 116a) and a second end portion (114, 116b); an elongated handle interconnecting the first end portion (114, 116a) and the second end portion (114, 116b); at least one marker disposed proximate the first end portion (114, 116a), wherein the at least one marker comprises a first symbol; and characterised by further comprising at least one user input disposed on the elongated handle between the first end portion (114, 116a) and the second end portion (114, 116b), wherein the at least one user input comprises at least one symbol configured to define a user function identifiable by the illumination system.
A display apparatus comprising: a case; a display inside the case; and a first heat exchanger disposed on a rear surface of the case to perform heat exchange between an outside and an inside of the case, wherein a first space and a second space separated from each other are formed on a front surface and a rear surface of the display, respectively, and heat exchange is performed between the first space and the second space, wherein heat exchange with the second space and the outside is performed through the first heat exchanger, wherein the display apparatus includes at least one fan module (197a, 197b) disposed in the first space to form a first air flow (Path1); and at least one fan module (198a, 198b) disposed in the second space and to form a second air flow (Path 2), characterized in that the first space and the second space are separated and defined by: - a second heat exchanger disposed at an upper portion of the display for heat exchange between the first space and the second space; - a third heat exchanger disposed at a lower portion of the display for heat exchange between the first space and the second space; and - the display arranged between the second heat exchanger and the third heat exchanger, and in that the second space is closed such that the air located in the second space is not mixed with any of the air located in the first space or the air on the outside (Ou). a case; a display inside the case; and a first heat exchanger disposed on a rear surface of the case to perform heat exchange between an outside and an inside of the case, wherein a first space and a second space separated from each other are formed on a front surface and a rear surface of the display, respectively, and heat exchange is performed between the first space and the second space, wherein heat exchange with the second space and the outside is performed through the first heat exchanger, wherein the display apparatus includes at least one fan module (197a, 197b) disposed in the first space to form a first air flow (Path1); and at least one fan module (198a, 198b) disposed in the second space and to form a second air flow (Path 2), characterized in that the first space and the second space are separated and defined by: - a second heat exchanger disposed at an upper portion of the display for heat exchange between the first space and the second space; - a third heat exchanger disposed at a lower portion of the display for heat exchange between the first space and the second space; and - the display arranged between the second heat exchanger and the third heat exchanger, - a second heat exchanger disposed at an upper portion of the display for heat exchange between the first space and the second space; - a third heat exchanger disposed at a lower portion of the display for heat exchange between the first space and the second space; and - the display arranged between the second heat exchanger and the third heat exchanger, and in that the second space is closed such that the air located in the second space is not mixed with any of the air located in the first space or the air on the outside (Ou).
A production plant for the polymerisation of polyamides, in particular polyamide 6 (PA 6), and also copolymers thereof, containing a reactor for the prepolymerisation having - an inlet region for adding the educts, - a heating unit, - a first tubular-flow reactor portion which has a separate wall heating means, - a second tubular-flow reactor portion which has a separate wall heating means, and also - an outlet line for the prepolymer, wherein the reactor has a cooling unit between the first tubular-flow reactor portion and the second tubular-flow reactor portion, and the cooling unit and the separate plural wall heating means are thermally coupled by means of a single heat transfer circuit; and also a subsequent reactor with a vertical condensing tube (VC reactor). - an inlet region for adding the educts, - a heating unit, - a first tubular-flow reactor portion which has a separate wall heating means, - a second tubular-flow reactor portion which has a separate wall heating means, and also - an outlet line for the prepolymer,
A hybrid light emitting diode for emitting single photons, wherein it contains a photon emitter in the form of a transition metal dichalcogenide monolayer and a source of light exciting said emitter, in the form of an epitaxial layer structure of a light emitting diode made of group-III nitrides on a crystalline substrate of gallium nitride, with said structure being composed of, counted from the crystalline substrate, a lower n-type conductivity layer, a tunnel junction, a hole injection layer, an active region (5, 6, 7), an electron injection layer, and an upper n-type conductivity layer, wherein the photon emitter is placed on the upper surface of the upper n-type conductivity layer, in a light emitting region surrounded by a region of an epitaxial structure that is made electrically inactive by the ion implantation method, extending vertically from the upper surface of the electron injection layer to the inside of the lower n-type conductivity layer, the surface area of the light emitting region on the upper surface of the electron injection layer ranges from 7 to 5000 μm 2 and can be inscribed into a circle with the diameter of at least 3 μm, while the active region of the light emitting diode is composed, counted from the crystalline substrate, of a lower barrier layer, a quantum well layer and an upper barrier layer, wherein the lower and upper barrier layers are made of an undoped In x Ga 1-x N indium gallium nitride alloy, wherein the indium content x ranges from 0.01 to 0.08, while the quantum well layer is made of an undoped In y Ga 1-y N indium gallium nitride alloy, wherein the indium content y ranges from 0.1 to 0.2.
A control valve having a live loaded packing assembly and comprising: a valve body having an inlet, an outlet, and a flow passage extending between the inlet and the outlet; a valve stem extending from the valve body and operatively coupled to a control element movably disposed in the flow passage; the valve body having a bore sized to receive the valve stem and further having a packing box; a primary packing set disposed in the packing box; a packing flange adjustably coupled to the valve body; a packing follower having a bore sized to receive a portion of the valve stem, the packing follower having an upper portion, a lower portion, and a bearing surface, the lower portion sized to extend into the valve body and characterised in that the packing follower is operatively coupled to the primary packing set to apply a first compressive force to the primary packing set, the upper portion including threads and having an upper counterbore housing a secondary seal ring; a threaded nut operatively engaging the threads of the upper portion of the packing follower, the threaded nut positioned to operatively apply a second compressive force to the secondary seal ring; and a spring, the spring operatively positioned between the packing flange and the bearing surface of the packing follower; wherein the first compressive force is independent of the second compressive force. a valve body having an inlet, an outlet, and a flow passage extending between the inlet and the outlet; a valve stem extending from the valve body and operatively coupled to a control element movably disposed in the flow passage; the valve body having a bore sized to receive the valve stem and further having a packing box; a primary packing set disposed in the packing box; a packing flange adjustably coupled to the valve body; a packing follower having a bore sized to receive a portion of the valve stem, the packing follower having an upper portion, a lower portion, and a bearing surface, the lower portion sized to extend into the valve body and
A clothes dryer, comprising: a drum to accommodate clothes; an air suction line to suck air into the drum; an air exhaust line to exhaust air from the drum; a heat pump circuit including a compressor, a radiator, a pressure reducer, and a heat absorber, whereby the heat absorber is provided in the air exhaust line, and the radiator is provided in the air suction line; a first blowing mechanism is provided in the air exhaust line; a second blowing mechanism is provided in the air suction line; characterized in that the clothes dryer further comprises at least one of a drum pressure measurer to measure an internal pressure of the drum, a refrigerant temperature measurer to measure a refrigerant temperature of the heat absorber, and a refrigerant pressure measurer to measure a refrigerant pressure of the radiator, and a controller to control the first and second blowing mechanisms (10, 11), wherein the controller controls an air blowing rate of the second blowing mechanism, based on at least one of an internal pressure of the drum, a refrigerant temperature of the heat absorber, and a refrigerant pressure of the radiator.
- A small turret for a small-calibre weapon, which small turret is able to be made integral with a structure such as a turret of armoured vehicle, which small turret comprises a weapon cradle pivotally mounted with respect to a vertical shaft carrying a base intended to be made integral, using first fastening means, with a first platform carried by the structure, wherein the shaft is connected to a vertical pivot by a connecting means (13,14) allowing a circular movement of the shaft around the vertical axis of the pivot as well as a vertical translation of the base, wherein the base is able to be made integral, using second fastening means, with at least one second platform carried by the structure and arranged at a horizontal plane located above that of the first platform, characterised in that the vertical pivot is fixed, and the connecting means comprises a bushing pivotally mounted around the vertical pivot, which bushing is connected to the base by links (23a,23b) forming at least one deformable parallelogram (24 1, 24 2), the deformable parallelogram allowing a vertical translation of the base with respect to the bushing.
A bailout system for use with a surgical instrument, wherein the surgical instrument includes an interface and a bailout handle accessible through a bailout door, said bailout system comprising: a processor; and a memory coupled to said processor to store program instructions, which when executed from said memory cause the processor to: detect an error requiring mechanical bailout of said surgical instrument; alert a user of said surgical instrument through the interface to perform said mechanical bailout; instruct the user through the interface to remove the bailout door to access the bailout handle; and instruct the user through the interface to operate the bailout handle to perform said mechanical bailout. a processor; and a memory coupled to said processor to store program instructions, which when executed from said memory cause the processor to: detect an error requiring mechanical bailout of said surgical instrument; alert a user of said surgical instrument through the interface to perform said mechanical bailout; instruct the user through the interface to remove the bailout door to access the bailout handle; and instruct the user through the interface to operate the bailout handle to perform said mechanical bailout. detect an error requiring mechanical bailout of said surgical instrument; alert a user of said surgical instrument through the interface to perform said mechanical bailout; instruct the user through the interface to remove the bailout door to access the bailout handle; and instruct the user through the interface to operate the bailout handle to perform said mechanical bailout.
Device for processing a material web, comprising means for conveying the material web in a longitudinal direction, wherein both an applied, in particular repeated, printed image and a control line (10, 11) extending in the longitudinal direction are formed on the material web, wherein the control line is a linear structure which, functionally, is used for guidance and/or lateral position control in the course of the processing or working of the material web, wherein the control line (10, 11) has a defined position in a transverse direction of the material web, and wherein the control line (10, 11) is scanned by means of a sensor (15, 16) in a processing step of the material web, characterized in that the control line has a digital code structure in its longitudinal direction, wherein the code structure encodes a dataset of at least four bits, in particular at least two bytes, of information content, and in that the control line (10, 11) is applied to the material web by applying colour by means of a printing unit, wherein the application is carried out in particular in the same processing step as an application of the printed image.
A malodor neutralizing composition comprising: isobornyl acetate, and tiglic acid, hexenoic acid or a monocarboxylic acid of the formula in which R is C 1 -C 5 alkyl. isobornyl acetate, and tiglic acid, hexenoic acid or a monocarboxylic acid of the formula in which R is C 1 -C 5 alkyl.
A gas furnace comprising: a mixer configured to mix air and fuel gas respectively introduced from an intake pipe and a manifold so as to produce an air-fuel mixture; a mixing pipe configured to allow the air-fuel mixture having passed through the mixer to flow therein; a burner assembly configured to combust the air-fuel mixture having passed through the mixing pipe so as to generate combustion gas; a heat exchanger configured to allow the combustion gas to flow therein; an exhaust pipe configured to discharge exhaust gas, which is the combustion gas having passed through the heat exchangers, to the outside; a recirculator provided at the exhaust pipe, configured to guide a portion of the exhaust gas flowing in the exhaust pipe to the mixer in a specific state; and a recirculation pipe provided with one side connected to the recirculator and a remaining side connected to the mixer, characterized in that the mixer comprises: a mixer housing configured such that the intake pipe is connected to a front end thereof, the mixing pipe is connected to a rear end thereof, and the manifold the recirculation pipe are connected to a side surface thereof so as to be spaced apart from each other; and a venturi tube located within the mixer housing. a mixer configured to mix air and fuel gas respectively introduced from an intake pipe and a manifold so as to produce an air-fuel mixture; a mixing pipe configured to allow the air-fuel mixture having passed through the mixer to flow therein; a burner assembly configured to combust the air-fuel mixture having passed through the mixing pipe so as to generate combustion gas; a heat exchanger configured to allow the combustion gas to flow therein; an exhaust pipe configured to discharge exhaust gas, which is the combustion gas having passed through the heat exchangers, to the outside; a recirculator provided at the exhaust pipe, configured to guide a portion of the exhaust gas flowing in the exhaust pipe to the mixer in a specific state; and a recirculation pipe provided with one side connected to the recirculator and a remaining side connected to the mixer, characterized in that the mixer comprises: a mixer housing configured such that the intake pipe is connected to a front end thereof, the mixing pipe is connected to a rear end thereof, and the manifold the recirculation pipe are connected to a side surface thereof so as to be spaced apart from each other; and a venturi tube located within the mixer housing. a mixer housing configured such that the intake pipe is connected to a front end thereof, the mixing pipe is connected to a rear end thereof, and the manifold the recirculation pipe are connected to a side surface thereof so as to be spaced apart from each other; and a venturi tube located within the mixer housing.