mhurhangee/ep-ind-claims huggingface dataset:
A method for use in a decoder of a bitstream of encoded data for determining a value of a significant-coefficient flag corresponding to a transform coefficient of a block among one or more non-overlapping blocks within a transform unit, the significant-coefficient flag being a member of a group of significant-coefficient flags corresponding to the block, the group having a significant-coefficient-group flag being one, if one of a first condition that any member of the group of significant-coefficient flags is non-zero and a second condition that the group of significant-coefficient flags contains the significant-coefficient flag for a DC coefficient is true, or zero otherwise, wherein the significant-coefficient flags within a group of the significant-coefficient flags are scanned in reverse scan order, the method comprising: - inferring that the value of the significant-coefficient flag is zero if the value of the significant-coefficient-group flag is zero; - inferring that the value of the last remaining significant-coefficient flag in the group is one if all of the following conditions are true: - the value of the significant-coefficient-group flag is one, - the group is not the group which contains the significant-coefficient flag for the DC coefficient, and - all the other significant-coefficient flags in the group have been previously determined to be zero; and - decoding the value of the significant-coefficient flag from the bitstream otherwise. - inferring that the value of the significant-coefficient flag is zero if the value of the significant-coefficient-group flag is zero; - inferring that the value of the last remaining significant-coefficient flag in the group is one if all of the following conditions are true: - the value of the significant-coefficient-group flag is one, - the group is not the group which contains the significant-coefficient flag for the DC coefficient, and - all the other significant-coefficient flags in the group have been previously determined to be zero; and - the value of the significant-coefficient-group flag is one, - the group is not the group which contains the significant-coefficient flag for the DC coefficient, and - all the other significant-coefficient flags in the group have been previously determined to be zero; and - decoding the value of the significant-coefficient flag from the bitstream otherwise.
Apparatus for making a container which comprises a supporting skeleton and a film coupled to the supporting skeleton, the film and the container comprising at least one first layer of plastic material in which an indicator is distributed which emits electromagnetic radiation in an expected response band when it is excited with electromagnetic radiation in a predetermined excitation band, the apparatus comprising: - a coupling device, which is configured to couple the film to the supporting skeleton and to make the film adhere to the supporting skeleton; - feeding means associated with the coupling device for feeding, in use, the film and the supporting skeleton to the coupling device; - a conveyor associated with the coupling device for receiving, in use, the container made and moving it towards an outfeed station; and - a checking device which is operatively associated with at least one of either the coupling device or the conveyor for detecting defects of the container, with regard to adherence between the film and the supporting skeleton, wherein the checking device for the container comprises: an emitter configured to emit electromagnetic radiation in the predetermined excitation band and to direct it towards the container; a detector configured to receive electromagnetic radiation emitted in the expected response band by the container, as a result of the excitation by the emitter; and an electronic processing unit connected to the detector for receiving from it, in digital format, information about the electromagnetic radiation received by detector, and which is programmed to determine the presence or absence of said defects by means of a processing of the information received from the detector. - a coupling device, which is configured to couple the film to the supporting skeleton and to make the film adhere to the supporting skeleton; - feeding means associated with the coupling device for feeding, in use, the film and the supporting skeleton to the coupling device; - a conveyor associated with the coupling device for receiving, in use, the container made and moving it towards an outfeed station; and - a checking device which is operatively associated with at least one of either the coupling device or the conveyor for detecting defects of the container, with regard to adherence between the film and the supporting skeleton, an emitter configured to emit electromagnetic radiation in the predetermined excitation band and to direct it towards the container; a detector configured to receive electromagnetic radiation emitted in the expected response band by the container, as a result of the excitation by the emitter; and an electronic processing unit connected to the detector for receiving from it, in digital format, information about the electromagnetic radiation received by detector, and which is programmed to determine the presence or absence of said defects by means of a processing of the information received from the detector.
Road-building machine comprising a drivable chassis on which a driver's cab having a control panel is provided, above which a canopy is set up which is fixed on the chassis by at least one support wherein at least one support is set up adjustably on the chassis so that the canopy can be lowered for a transport position and set up for a working position, characterized in that for a working position with reduced set-up height the lowered canopy forms a free space for an operator in the region of the control panel of the driver's cab, for which a canopy section covering the control panel is designed so as to be displaceable relative to the chassis and the canopy has roof shell segments (10, 12, 13) which are arranged so as to be displaceable on different guide levels.
An analysis system for the analysis of solvent exposed molecular groups comprising: a flash photolysis system configured for irradiating a sample containing a photo-reactive reagent mixture; a photolysis cell (102, 409, 608, 705, 807, 1604, 1703, 1905, 2003, 2103) in optical communication with the flash photolysis system and being configured to receive the sample, such that a photolysis reaction of the sample can take place within the photolysis cell (102, 409, 608, 705, 807, 1604, 1703, 1905, 2003, 2103) when the sample is irradiated by the flash photolysis system; a radical dosimeter configured for irradiating products of the photolysis reaction and detecting photometric absorbance of the products, wherein the products are radicals; and a feed-back closed-loop control circuit configured to control a spectral irradiance of the flash photolysis system in accordance with an absorbance change measured by the radical dosimeter, characterized in that the radical dosimeter is arranged to probe a region of the sample down-stream from the flash photolysis system irradiated region, wherein the radical dosimeter comprises free space, fiber optic, and/or liquid core waveguide optical means. a flash photolysis system configured for irradiating a sample containing a photo-reactive reagent mixture; a photolysis cell (102, 409, 608, 705, 807, 1604, 1703, 1905, 2003, 2103) in optical communication with the flash photolysis system and being configured to receive the sample, such that a photolysis reaction of the sample can take place within the photolysis cell (102, 409, 608, 705, 807, 1604, 1703, 1905, 2003, 2103) when the sample is irradiated by the flash photolysis system; a radical dosimeter configured for irradiating products of the photolysis reaction and detecting photometric absorbance of the products, wherein the products are radicals; and a feed-back closed-loop control circuit configured to control a spectral irradiance of the flash photolysis system in accordance with an absorbance change measured by the radical dosimeter, characterized in that the radical dosimeter is arranged to probe a region of the sample down-stream from the flash photolysis system irradiated region, wherein the radical dosimeter comprises free space, fiber optic, and/or liquid core waveguide optical means.
An orthopaedic surgical instrument system, comprising: a clamp comprising a first lever pivotally coupled to a second lever, in which (i) a proximal end of the first lever includes an upper handle and a distal end of the first lever includes a retaining socket secured thereto, and (ii) a proximal end of the second lever includes a lower handle and a distal end of the second lever includes a connector, a patella drill guide and trial instrument having a connector configured to be selectively secured to the connector of the clamp, the patella drill guide and trial instrument comprising (i) a posterior trial bearing surface configured to articulate with a condylar surface of a prosthetic femoral component, (ii) an anterior surface opposite the posterior trial bearing surface and having a number of spikes extending outwardly therefrom, and (iii) a number of drill guide holes extending from the posterior trial bearing surface to the anterior surface, and a compression socket having a connector configured to be selectively secured to the connector of the clamp in place of the patella drill guide and trial instrument, the compression socket having a receptacle defined in an anterior surface, characterised in that the orthopaedic surgical instrument system further comprises a number of compressible bases configured to be selectively received in the receptacle of the compression socket, each compressible base including an anterior surface having a different shape from every other compressible base. a clamp comprising a first lever pivotally coupled to a second lever, in which (i) a proximal end of the first lever includes an upper handle and a distal end of the first lever includes a retaining socket secured thereto, and (ii) a proximal end of the second lever includes a lower handle and a distal end of the second lever includes a connector, a patella drill guide and trial instrument having a connector configured to be selectively secured to the connector of the clamp, the patella drill guide and trial instrument comprising (i) a posterior trial bearing surface configured to articulate with a condylar surface of a prosthetic femoral component, (ii) an anterior surface opposite the posterior trial bearing surface and having a number of spikes extending outwardly therefrom, and (iii) a number of drill guide holes extending from the posterior trial bearing surface to the anterior surface, and a compression socket having a connector configured to be selectively secured to the connector of the clamp in place of the patella drill guide and trial instrument, the compression socket having a receptacle defined in an anterior surface, characterised in that the orthopaedic surgical instrument system further comprises a number of compressible bases configured to be selectively received in the receptacle of the compression socket, each compressible base including an anterior surface having a different shape from every other compressible base.
A decoding method in an audio processing system comprising: receiving a first waveform-coded signal (401a,401b,401c) having a spectral content up to a first cross-over frequency, receiving a control signal comprising data which indicates one or more time ranges for which a second waveform-coded signal is available for interleaving, receiving a second waveform-coded signal having a spectral content corresponding to a subset of the frequency range above the first cross-over frequency, wherein, for each time range for which a second waveform-coded signal is indicated as available by the control signal, the spectral content of the second waveform-coded signal includes all frequency sub-bands of a frequency interval extending between the first cross-over frequency and a second cross-over frequency, receiving high frequency reconstruction parameters, performing high frequency reconstruction using the first waveform-coded signal (401a,401b,401c) and the high frequency reconstruction parameters so as to generate a frequency extended signal (403a, 403b, 403c) having a spectral content above the first cross-over frequency, and interleaving the frequency extended signal (403a,403b,403c) with the second waveform-coded signal based on the received control signal. receiving a first waveform-coded signal (401a,401b,401c) having a spectral content up to a first cross-over frequency, receiving a control signal comprising data which indicates one or more time ranges for which a second waveform-coded signal is available for interleaving, receiving a second waveform-coded signal having a spectral content corresponding to a subset of the frequency range above the first cross-over frequency, wherein, for each time range for which a second waveform-coded signal is indicated as available by the control signal, the spectral content of the second waveform-coded signal includes all frequency sub-bands of a frequency interval extending between the first cross-over frequency and a second cross-over frequency, receiving high frequency reconstruction parameters, performing high frequency reconstruction using the first waveform-coded signal (401a,401b,401c) and the high frequency reconstruction parameters so as to generate a frequency extended signal (403a, 403b, 403c) having a spectral content above the first cross-over frequency, and interleaving the frequency extended signal (403a,403b,403c) with the second waveform-coded signal based on the received control signal.
A method for loading a matrix into an accelerator, the method comprising: an augmented direct memory access controller: reading a matrix, in a data stream, from a first memory associated with a system processor; sending the matrix, in the data stream, to a second memory associated with an accelerator; extracting individual matrix elements from the data stream as the data stream is being sent to the second memory; and analyzing the extracted individual matrix elements to determine if the matrix is any of a plurality of tested matrix class types as the data stream is being sent to the second memory. reading a matrix, in a data stream, from a first memory associated with a system processor; sending the matrix, in the data stream, to a second memory associated with an accelerator; extracting individual matrix elements from the data stream as the data stream is being sent to the second memory; and analyzing the extracted individual matrix elements to determine if the matrix is any of a plurality of tested matrix class types as the data stream is being sent to the second memory.
An electrode structure comprising: a carbon block (10, 220, 420, 620) having pores; and a flow frame (20, 240, 440, 640) having the carbon block (10, 220, 420, 620) accommodated on one surface or both surfaces, and having a flow path capable of supplying and discharging an electrolyte liquid to the carbon block (10, 220, 420, 620), a member sealing so as to prevent leakage of the electrolyte liquid, and a current collecting structure (120, 520) formed therein, wherein the carbon block (10, 220, 420, 620) has porosity of greater than or equal to 5% and less than or equal to 70%, and the carbon block (10, 220, 420, 620) has compressive strength of 20 MPa or greater measured using a test analysis method specified in the KS L 1601:2006; the carbon block (10, 220, 420, 620) having been prepared to be porous i) by filling a block-type mold with a composition comprising a spherical phenol resin and a binder, compressing and then carbonizing the result, OR ii) by preparing a spherical phenol resin, filling a block-type mold with a composition comprising the spherical phenol resin and liquid polyphenol, compressing the result, and then going through drying/degreasing/sintering/high purification processes, wherein the carbon block (10, 220, 420, 620) has sintered density of 0.6 g/cm 3 or greater. a carbon block (10, 220, 420, 620) having pores; and a flow frame (20, 240, 440, 640) having the carbon block (10, 220, 420, 620) accommodated on one surface or both surfaces, and having a flow path capable of supplying and discharging an electrolyte liquid to the carbon block (10, 220, 420, 620), a member sealing so as to prevent leakage of the electrolyte liquid, and a current collecting structure (120, 520) formed therein, wherein the carbon block (10, 220, 420, 620) has porosity of greater than or equal to 5% and less than or equal to 70%, and the carbon block (10, 220, 420, 620) has compressive strength of 20 MPa or greater measured using a test analysis method specified in the KS L 1601:2006; the carbon block (10, 220, 420, 620) having been prepared to be porous i) by filling a block-type mold with a composition comprising a spherical phenol resin and a binder, compressing and then carbonizing the result, OR ii) by preparing a spherical phenol resin, filling a block-type mold with a composition comprising the spherical phenol resin and liquid polyphenol, compressing the result, and then going through drying/degreasing/sintering/high purification processes, i) by filling a block-type mold with a composition comprising a spherical phenol resin and a binder, compressing and then carbonizing the result, OR ii) by preparing a spherical phenol resin, filling a block-type mold with a composition comprising the spherical phenol resin and liquid polyphenol, compressing the result, and then going through drying/degreasing/sintering/high purification processes, wherein the carbon block (10, 220, 420, 620) has sintered density of 0.6 g/cm 3 or greater.
Heatable ceiling boom for washing devices, which is rotatably mounted on a bearing shaft attached on the ceiling or a wall of a wash box, and consists of one or more support arms, via which the washing medium is supplied from the bearing shaft to the operating means in the form of high-pressure hoses leading, for example to a washing brush and/or spray lance, wherein the high-pressure hoses are designed to be electrically heatable, and at least one rotational power distributor is arranged on the bearing shaft for supply of electrical energy from the stationary bearing shaft to the support arms mounted rotatably on the latter, characterised in that the electrical heating is effected via a heating cable which is guided in sealed manner in the interior of the high-pressure hose and in that the electrical wires for the heating cable are guided via the at least one rotational power distributor as well as electrical signal cables, which are also guided internally or externally with the high-pressure hose.
A machine for manufacturing pre-stretched extendable film rolls comprising a pre-stretch unit of the film and a wrapping unit of the film into a roll provided with a series of rolls around which the advancing film is partially wrapped, wherein the pre-stretch unit comprises, in sequence, at least a first pre-stretching roll, a pre-stretching auxiliary roll acting against the first roll with the interposition of the film, and a second pre-stretching roll having a speed greater than the speed of the first roll to carry out the film pre-stretching, and wherein the wrapping unit comprises a wrapping roll for wrapping the pre-stretched film, characterized in that the pre-stretch unit further comprises a detensioning roll arranged downstream said second pre-stretching roll and having a speed less than said second pre-stretching roll and greater than said wrapping roll, so as to obtain a first detensioning of the film after the pre-stretching operation and a second detensioning of the film before the wrapping operation.
Actuation system for a resonant linear compressor, the resonant linear compressor being an integral part of a cooling circuit, the resonant linear compressor comprising at least one cylinder, at least one head, at least one electric motor and at least one spring, the cylinder housing a piston operatively, the actuation system being characterized by comprising at least one electronic actuation control for actuating the electric motor, the electronic actuation control comprising at least one control circuit and at least one actuation circuit, associated to each other, the electronic actuation control being electronically associated to the electric motor of the linear compressor, the actuation system being configured to detect at least one overload condition of the linear compressor, through at least one electric magnitude measured or estimated by the electronic actuation control, and to adjust, from a overload control mode, the actuation frequency of the electric motor to an electromechanical resonance frequency.
A detergent additive package for an unleaded gasoline fuel comprising a Mannich base detergent mixture, wherein the mixture comprises a first Mannich base detergent component derived from an N,N-dialkyl-alpha,omega-alkylenediamine and a second Mannich base detergent component derived from a monoamine, wherein a weight ratio of the first Mannich base detergent to the second Mannich base detergent in the mixture ranges from 1:6 to 3:1; wherein the detergent package further comprises a succinimide detergent obtainable by reacting an alkenyl succinic anhydride, acid, acidester or lower alkyl ester with an amine containing at least one primary amine group, wherein a weight ratio of succinimide detergent to Mannich base detergent mixture ranges from 0.04:1 to 0.2:1.
System for storing and transporting loaded pallets, designed for transporting loaded pallets between two areas or logistics processes, enabling the entry and exit of the loaded pallets in the same order, and wherein the corresponding installation consists of roller conveyors in several rows and at several heights having a general structure based on struts, rails, crosspieces and bracing struts, all manufactured from corrugated sheet metal, defining alignments in accordance with which roller conveyors are provided, and also including means for centring and guiding the loaded pallets both on entry and exit, characterized in that said roller conveyors are formed by appropriate electromechanically driven rollers, of each roller conveyor, both the entry header and the exit header of each conveyor roller having safeguards to prevent any impacts of the loaded pallets against the sides all complemented with actuated geared motors for the roller conveyors and electricity distribution switchboards and power supply, management and control cabinets with appropriate electrical and safety protections, including sensors, master switches, safeguards, frequency converters and photocell position indicator of the roller conveyors themselves.
A hot-rolled steel sheet consisting of chemical components of, in mass%, C: 0.040 to 0.150%, Si: 0.001 to 0.08%, Mn: 0.10 to 1.50%, P: 0.001 to 0.050%, S: 0 to 0.020%, Al: 0.010 to 0.050%, N: 0.0010 to 0.0060%, Nb: 0.008 to 0.035%, Cu: 0 to 0.10%, Ni: 0 to 0.10%, Cr: 0 to 0.02%, Mo: 0 to 0.020%, V: 0 to 0.020%, Ca: 0 to 0.0100%, B: 0 to 0.0050%, and the balance: Fe and impurities, wherein the hot-rolled steel sheet contains 0.005 to 0.030% dissolved Nb, an area fraction of ferrite structure in a metal structure is 85% or more, the balance of the metal structure is cementite and/or pearlite structure, and an average crystal grain size of ferrite is equal to or more than 5 μm and equal to or less than 20 μm, the sheet thickness of the hot-rolled steel sheet is equal to or more than 2.0 mm and equal to or less than 9.0 mm, the tensile strength of the hot-rolled steel sheet is equal to or more than 400 MPa and equal to or less than 640 MPa, and the elongation (%) of the hot-rolled steel sheet is 25.0% or more, wherein the tensile strength (MPa) and the elongation (%) are measured on the basis of "Metallic materials-Tensile testing" of JIS Z 2241.