mhurhangee/ep-ind-claims huggingface dataset:
A method of obfuscated performance of a predetermined function, wherein for the predetermined function there is one or more corresponding first functions so that, for a set of inputs for the function, a corresponding set of outputs may be generated by (a) representing the set of inputs as a corresponding set of values, wherein each value comprises at least part of each input of a corresponding plurality of the inputs, (b) generating a set of one or more results from the set of values, where each result is generated by applying a corresponding first function to a corresponding set of one or more values in the set of values, and (c) forming each output as either a part of a corresponding one of the results or as a combination of at least part of each result of a corresponding plurality of the results; wherein the method comprises: obtaining, for each value in the set of values, one or more corresponding transformed versions of said value, wherein each transformed version of said value is the result of applying a respective bijection, that corresponds to said transformed version, to said value; and generating a set of transformed results corresponding to the set of results, wherein each transformed result corresponds to a respective result and is generated by applying a respective second function, that corresponds to the first function that corresponds to the respective result, to a transformed version of the one or more values in the set of one or more values corresponding to the first function, wherein, for the respective second function, there is a corresponding bijection for obtaining the respective result from said transformed result. obtaining, for each value in the set of values, one or more corresponding transformed versions of said value, wherein each transformed version of said value is the result of applying a respective bijection, that corresponds to said transformed version, to said value; and generating a set of transformed results corresponding to the set of results, wherein each transformed result corresponds to a respective result and is generated by applying a respective second function, that corresponds to the first function that corresponds to the respective result, to a transformed version of the one or more values in the set of one or more values corresponding to the first function, wherein, for the respective second function, there is a corresponding bijection for obtaining the respective result from said transformed result.
Method for assembling equipment on a support skid of a turbomachine, the method comprising the step of mechanically assembling said equipment to a skid part of said support by means of a fastening device and a further step consisting of providing a coating layer of epoxy resin at an interface area between said fastening device and said skid part; said fastening device comprising a rivet nut (11, 12); and wherein the step of mechanically assembling said equipment to said skid part comprises the following phases: - realizing a fixing hole on said skid part; - deburring of internal edge fixing hole; - inserting said rivet nut (11, 12) in said fixing hole thus defining said interface area between the rivet nut (11, 12) and the skid part characterised by further - providing with a coating layer said interface area; and - plastically deforming said rivet nut (11, 12) thus firmly assembling said rivet nut (11, 12) to said skid part, wherein the coating layer is provided before the plastic deformation of said rivet nut (11, 12); wherein the phase of providing with a coating layer the interface area between the rivet nut (11, 12) and the skid part comprises the step of providing a coating layer on the internal surface of the fixing hole. said fastening device comprising a rivet nut (11, 12); and wherein the step of mechanically assembling said equipment to said skid part comprises the following phases: - realizing a fixing hole on said skid part; - deburring of internal edge fixing hole; - inserting said rivet nut (11, 12) in said fixing hole thus defining said interface area between the rivet nut (11, 12) and the skid part - realizing a fixing hole on said skid part; - deburring of internal edge fixing hole; - inserting said rivet nut (11, 12) in said fixing hole thus defining said interface area between the rivet nut (11, 12) and the skid part characterised by further - providing with a coating layer said interface area; and - plastically deforming said rivet nut (11, 12) thus firmly assembling said rivet nut (11, 12) to said skid part, wherein the coating layer is provided before the plastic deformation of said rivet nut (11, 12); - providing with a coating layer said interface area; and - plastically deforming said rivet nut (11, 12) thus firmly assembling said rivet nut (11, 12) to said skid part, wherein the coating layer is provided before the plastic deformation of said rivet nut (11, 12); wherein the phase of providing with a coating layer the interface area between the rivet nut (11, 12) and the skid part comprises the step of providing a coating layer on the internal surface of the fixing hole.
A nuclear reactor fuel assembly with a cross-section in the shape of the regular hexagon, comprising upper and bottom nozzles, guiding channels, fuel elements located at the nodes of a triangular grid and at least one lattice consisting of permanently interconnected cells made in the shape of a polygonal tube, the longitudinal axis of which coincides with the longitudinal axis of the fuel elements, each cell comprising six non-adjacent faces that are made inclined due to a change in their width along the cell axis, and each cell comprises faces that are located between the non-adjacent faces and that run parallel to the axis of the fuel assembly, the cells being adjacent to each other by faces and the cells are located in lattice in rows parallel to one of the large diagonals of the regular hexagon, characterized in that one pair of opposite non-adjacent faces has an edge width on the upper nozzle side smaller than the edge width on the bottom nozzle side, the cell's centerline intersecting these faces forms an angle of 30 degrees with the above diagonal, the remaining non-adjacent faces have an edge width on the upper nozzle side that is greater than the edge width on the bottom nozzle side, the cells of each row being oriented in the same way, and the cells' centerlines in adjacent rows form an angle of 60 degrees.
A developer cartridge comprising: a storing portion that stores developer and has an opening; a shutter member that opens and closes said opening; and a seal member that seals between said shutter member and said storing portion, said seal member being so provided that both end portions thereof face each other, wherein each of said end portions of said seal member has an inclined end edge which is inclined with respect to said longitudinal direction of said seal member; wherein a width L6 of a root end of said end portion is narrower than a width L7 of a tip end edge of said end portion, and said width L7 is narrower than a width of said seal member except for said end portions, and wherein each of said end portions has an angled portion provided adjacent to said inclined end edge. a storing portion that stores developer and has an opening; a shutter member that opens and closes said opening; and a seal member that seals between said shutter member and said storing portion, said seal member being so provided that both end portions thereof face each other, wherein each of said end portions of said seal member has an inclined end edge which is inclined with respect to said longitudinal direction of said seal member; wherein a width L6 of a root end of said end portion is narrower than a width L7 of a tip end edge of said end portion, and said width L7 is narrower than a width of said seal member except for said end portions, and wherein each of said end portions has an angled portion provided adjacent to said inclined end edge.
A method of operating a server to support rendering of web content, the method comprising: receiving a request for the web content from an electronic device; generating a render structure comprising render commands; and sending the render structure to the electronic device to render the web content, wherein generating the render structure comprises: creating a render layer, wherein the render layer is based on web content details associated with a web browser application of the electronic device and includes one or more actions to be performed on the web content by the electronic device; cloning, by a render layer pool, the render layer obtained from a document object model, DOM, tree; maintaining, by a display layer pool, a display layer for the cloned render layer; maintaining, by a display render painter, draw commands which are instructions to the electronic device to paint each display layer to render the web content; and merging, by a display renderer, the render layer and the display layer into a composite layer, wherein the draw commands are maintained by a render structure painter in the composite layer as render commands. receiving a request for the web content from an electronic device; generating a render structure comprising render commands; and sending the render structure to the electronic device to render the web content, wherein generating the render structure comprises: creating a render layer, wherein the render layer is based on web content details associated with a web browser application of the electronic device and includes one or more actions to be performed on the web content by the electronic device; cloning, by a render layer pool, the render layer obtained from a document object model, DOM, tree; maintaining, by a display layer pool, a display layer for the cloned render layer; maintaining, by a display render painter, draw commands which are instructions to the electronic device to paint each display layer to render the web content; and merging, by a display renderer, the render layer and the display layer into a composite layer, wherein the draw commands are maintained by a render structure painter in the composite layer as render commands. creating a render layer, wherein the render layer is based on web content details associated with a web browser application of the electronic device and includes one or more actions to be performed on the web content by the electronic device; cloning, by a render layer pool, the render layer obtained from a document object model, DOM, tree; maintaining, by a display layer pool, a display layer for the cloned render layer; maintaining, by a display render painter, draw commands which are instructions to the electronic device to paint each display layer to render the web content; and merging, by a display renderer, the render layer and the display layer into a composite layer, wherein the draw commands are maintained by a render structure painter in the composite layer as render commands.
An ophthalmic element comprising a vision base element and a film structure that is adhered to a curved optical surface of the vision base element, so that the film structure conforms to said optical surface, wherein the film structure comprises at least one auxetic film that has a negative Poisson ratio v, said Poisson ratio v being defined as: ν = − ε trans ε axial wherein ε trans is a relative transverse strain of the auxetic film, and ε axial is a relative axial strain of the auxetic film, said relative transverse strain and relative axial strain being positive for increases in transverse dimension and axial dimension, respectively, of the auxetic film, or being negative for decreases in said transverse dimension and axial dimension, respectively, of the auxetic film.
A sub-frame arrangement in a vehicle, wherein said sub-frame arrangement comprises a sub-frame, a first body member, and rear fastening means for attaching said sub-frame to the first body member, wherein said sub-frame is a dual part sub-frame comprising a top section and a lower sheet section, wherein said lower sheet section is formed in a single piece and extends the entire length of said sub-frame, wherein said lower sheet section further is formed with two rear portions each extending backwards in the travel direction of said vehicle and adapted to deform during a collision, wherein said rear portions are adapted to host the rear fastening means, wherein the rear portions are adapted to deform in a direction downwards and backwards in relation to the travel direction of the vehicle during a collision, allowing the sub-frame to be directed under a passenger cell of the vehicle, characterized in that said sub-frame arrangement further comprises a release attachment means adapted to release the sub-frame during said deformation and wherein the rear fastening means are adapted to retain the sub-frame during said deformation.
Device for decompacting material, comprising two parallel rollers (12, 14), wherein the rollers (12, 14) are counter-rotating and a gap for receiving material remains between the two rollers (12, 14), wherein the rollers (12, 14) rotate at different rotational speeds such that material to be decompacted enters the gap between the rollers (12, 14) and is exposed to shear forces, characterized in that the roller surfaces are covered with chains, wherein the chains comprise a shell region that is wrapped around a shell face of the rollers (12, 14), and wherein the chains comprise lateral regions which partially cover the lateral faces of a roller (12, 14).
An implantable medical device, comprising: an analog-to-digital converter that converts an analog input signal from a sensor into a digital signal; an overload detection module that determines that the ADC is in an overload condition based on at least one signal from the ADC; and a processor that disregards the digital signal in response to the determination; characterised in that the ADC further comprises an integrator that generates a clamp signal when the integrator is operating in a clamped mode, and the overload detection module further comprises a clamp overload detection module that determines that the ADC is in the overload condition based on the clamp signal. an analog-to-digital converter that converts an analog input signal from a sensor into a digital signal; an overload detection module that determines that the ADC is in an overload condition based on at least one signal from the ADC; and a processor that disregards the digital signal in response to the determination; characterised in that the ADC further comprises an integrator that generates a clamp signal when the integrator is operating in a clamped mode, and the overload detection module further comprises a clamp overload detection module that determines that the ADC is in the overload condition based on the clamp signal.
A method executed on an apparatus comprising logic, at least partially comprising hardware logic, the method comprising: collecting one or more pipeline performance metrics associated with one or more stages in a graphics processing pipeline, wherein the one or more pipeline performance metrics include workload characteristics and wherein the one or more stages of the graphics pipeline comprises: at least one of a thread dispatcher, one or more execution units, one or more data ports, one or more cache memories, and one or more memory controllers; and adjusting at least one of an operating voltage or an operating frequency of the one or more stages in the graphics pipeline based at least in part on the one or more performance metrics, characterized in that, when the workload characteristics indicate a compute-bound workload, the step of adjusting further comprises increasing an operating voltage and/or operating frequency of the one or more execution units that are busy and reducing an operating voltage and/or operating frequency of the one or more data ports and one or more cache memories that are not busy, and when the workload characteristics indicate a workload that implements a large number of memory instructions, the step of adjusting further comprises increasing an operating voltage and/or operating frequency of the one or more data ports and the one or more cache memories that are busy and reducing an operating voltage and/or operating frequency of the one or more execution units that are not busy. collecting one or more pipeline performance metrics associated with one or more stages in a graphics processing pipeline, wherein the one or more pipeline performance metrics include workload characteristics and wherein the one or more stages of the graphics pipeline comprises: at least one of a thread dispatcher, one or more execution units, one or more data ports, one or more cache memories, and one or more memory controllers; and adjusting at least one of an operating voltage or an operating frequency of the one or more stages in the graphics pipeline based at least in part on the one or more performance metrics, characterized in that, when the workload characteristics indicate a compute-bound workload, the step of adjusting further comprises increasing an operating voltage and/or operating frequency of the one or more execution units that are busy and reducing an operating voltage and/or operating frequency of the one or more data ports and one or more cache memories that are not busy, and when the workload characteristics indicate a workload that implements a large number of memory instructions, the step of adjusting further comprises increasing an operating voltage and/or operating frequency of the one or more data ports and the one or more cache memories that are busy and reducing an operating voltage and/or operating frequency of the one or more execution units that are not busy.
An isolated polynucleotide encoding a polypeptide comprising the amino acid sequence shown in SEQ ID NO: 7, SEQ ID NO: 8, SEQ ID NO: 9 or SEQ ID NO: 10.
Multifunctional instrument for HF surgical treatment of tissue, having: - at least one fluid chamber for receiving a fluid; - a temperature adjuster which communicates with the at least one fluid chamber in order to warm, heat or evaporate a fluid present in the fluid chamber; - a temperature controller for controlling the temperature of the fluid present in the fluid chamber, and - at least one fluid outlet opening arranged at a distal end of the multifunctional instrument and communicating with the at least one fluid chamber, wherein the at least one fluid outlet opening is arranged in an active electrode configured in the form of a hollow conductor, characterized in that the electrode with the fluid outlet opening protrudes beyond a distal end of a sheath of the multifunctional instrument, wherein the fluid outlet opening, at a proximal end, is fluidically connected to the fluid chamber and, at a distal end, is configured as a nozzle for generating a water jet or for dispensing a vapour, wherein the multifunctional instrument is designed to dispense the water jet, for cutting tissue, from the at least one fluid outlet opening. - at least one fluid chamber for receiving a fluid; - a temperature adjuster which communicates with the at least one fluid chamber in order to warm, heat or evaporate a fluid present in the fluid chamber; - a temperature controller for controlling the temperature of the fluid present in the fluid chamber, and - at least one fluid outlet opening arranged at a distal end of the multifunctional instrument and communicating with the at least one fluid chamber, wherein the at least one fluid outlet opening is arranged in an active electrode configured in the form of a hollow conductor,
Method for deblocking pixel data processed with block-based digital video compression, including the steps: - receiving at least one first pixel adjacent to a block boundary transition; - providing a signal indicative of the brightness of the at least one first pixel, characterized by: - comparing (416, 418) the brightness signal with an upper brightness threshold and a lower brightness threshold; - conditionally filtering a plurality of adjacent pixels including the first pixel at the block boundary transition in response to the brightness comparison when the brightness signal is not lower than the lower brightness threshold and not greater than the upper brightness threshold, and omitting deblocking filtering when the brightness signal is lower than the lower brightness threshold or greater than the upper brightness threshold, so that deblocking is omitted for block boundary transitions that fall in a range of pixel values that are too dark or too bright to be differentiated by human vision. - receiving at least one first pixel adjacent to a block boundary transition; - providing a signal indicative of the brightness of the at least one first pixel, - comparing (416, 418) the brightness signal with an upper brightness threshold and a lower brightness threshold; - conditionally filtering a plurality of adjacent pixels including the first pixel at the block boundary transition in response to the brightness comparison when the brightness signal is not lower than the lower brightness threshold and not greater than the upper brightness threshold, and omitting deblocking filtering when the brightness signal is lower than the lower brightness threshold or greater than the upper brightness threshold, so that deblocking is omitted for block boundary transitions that fall in a range of pixel values that are too dark or too bright to be differentiated by human vision.
An anti-condensation method for an aircraft, said aircraft comprising: - a cabin adapted to be able to receive passengers; - a fuselage; - a space, named the crown, which extends between an upper wall of the cabin and a wall of the fuselage; - an air conditioning device adapted to supply the cabin with air adapted to maintain the safety and comfort of the passengers; - the air conditioning device comprising at least one device (2, 3) for cooling air at a temperature of from +10°C to +60°C, said cooling device (2, 3) comprising at least one air inlet and at least one outlet for a stream of air, called cold air, having a temperature of from -1°C to +5°C; characterized in that: ∘ at least part of the stream of cold air is withdrawn; and then ∘ a step is carried out in which said part of the stream of cold air is heated so as to form a stream of air, named hot air, at a temperature of from +10° to +60°C; and then ∘ the stream of hot air obtained is introduced into the crown of the aircraft. - a cabin adapted to be able to receive passengers; - a fuselage; - a space, named the crown, which extends between an upper wall of the cabin and a wall of the fuselage; - an air conditioning device adapted to supply the cabin with air adapted to maintain the safety and comfort of the passengers; - the air conditioning device comprising at least one device (2, 3) for cooling air at a temperature of from +10°C to +60°C, said cooling device (2, 3) comprising at least one air inlet and at least one outlet for a stream of air, called cold air, having a temperature of from -1°C to +5°C; ∘ at least part of the stream of cold air is withdrawn; and then ∘ a step is carried out in which said part of the stream of cold air is heated so as to form a stream of air, named hot air, at a temperature of from +10° to +60°C; and then ∘ the stream of hot air obtained is introduced into the crown of the aircraft.