mhurhangee/ep-ind-claims huggingface dataset:
A file access right authentication method, applied to an electronic device, wherein the method comprises: receiving, by an operating system of the electronic device, a file access request from an application program at an application layer, wherein the file access request is used to request to access a first file on the electronic device; allocating, by the operating system of the electronic device, a first process identifier to the file access request; obtaining, by an identity management module from a package management service module, first fixed identity information corresponding to the first process identifier, wherein the fixed identity information comprises at least one of a name of a program package including the application program, a signature of the application program, or a universally unique identifier, uuid, of the application program; obtaining, by a right authentication module, authorized fixed identity information corresponding to the first file from the identity management module; and matching, by the right authentication module, the first fixed identity information with the authorized fixed identity information corresponding to the first file, and determining, when the matching succeeds, that authentication of the file access request succeeds. receiving, by an operating system of the electronic device, a file access request from an application program at an application layer, wherein the file access request is used to request to access a first file on the electronic device; allocating, by the operating system of the electronic device, a first process identifier to the file access request; obtaining, by an identity management module from a package management service module, first fixed identity information corresponding to the first process identifier, wherein the fixed identity information comprises at least one of a name of a program package including the application program, a signature of the application program, or a universally unique identifier, uuid, of the application program; obtaining, by a right authentication module, authorized fixed identity information corresponding to the first file from the identity management module; and matching, by the right authentication module, the first fixed identity information with the authorized fixed identity information corresponding to the first file, and determining, when the matching succeeds, that authentication of the file access request succeeds.
A ceramic bowl obtained by means of casting in moulds, comprising: - a liquid collection pan; - a siphon portion for draining liquids from the pan; - a liquid distribution rim having at least one portion configured to reproduce the top edge of the pan along a common plane of lie; said portion having a toroidal cross-section generating a tubular chamber for the passage of liquids; said rim and said pan being made as a single body in a mould; - an outer casing for housing said pan and said rim in the form of a single body, characterized in that the siphon portion for draining the liquids is separate from the pan, formed as a single body with the casing, and configured to be joined to the pan inside said casing. - a liquid collection pan; - a siphon portion for draining liquids from the pan; - a liquid distribution rim having at least one portion configured to reproduce the top edge of the pan along a common plane of lie; said portion having a toroidal cross-section generating a tubular chamber for the passage of liquids; said rim and said pan being made as a single body in a mould; - an outer casing for housing said pan and said rim in the form of a single body, characterized in that the siphon portion for draining the liquids is separate from the pan, formed as a single body with the casing, and configured to be joined to the pan inside said casing.
A process comprising: (a) subjecting an oxidizer purge stream formed in a terephthalic acid process to evaporation in a 1 st evaporator zone to produce a vapor stream and a concentrated purge stream; wherein said oxidizer purge stream comprises a carboxylic acid, a metal catalyst, impurities, water and a solvent; wherein said solvent comprises acetic acid; and (b) adding water to said concentrated purge stream in a mixing zone to produce a water rich concentrated purge stream; (c) subjecting said water rich concentrated purge stream to evaporation in a 2 nd evaporator zone to produce a solvent rich stream and an intermediate concentrated purge slurry steam; and (d) subjecting said intermediate concentrated purge slurry to evaporation in a third evaporator zone wherein said 3 rd evaporator zone comprises an evaporator operated at a temperature of 20°C to 70°C; wherein said super concentrated purge slurry has a water content of 5.0 wt% to 25.0 wt%; (e) filtering said super concentrated purge slurry in a solid-liquid separation zone to form a filter cake and mother liquor; (f) washing said filter cake with a wash feed in said solid-liquid separation zone to form a washed filter cake, and wash filtrate. (a) subjecting an oxidizer purge stream formed in a terephthalic acid process to evaporation in a 1 st evaporator zone to produce a vapor stream and a concentrated purge stream; wherein said oxidizer purge stream comprises a carboxylic acid, a metal catalyst, impurities, water and a solvent; wherein said solvent comprises acetic acid; and (b) adding water to said concentrated purge stream in a mixing zone to produce a water rich concentrated purge stream; (c) subjecting said water rich concentrated purge stream to evaporation in a 2 nd evaporator zone to produce a solvent rich stream and an intermediate concentrated purge slurry steam; and (d) subjecting said intermediate concentrated purge slurry to evaporation in a third evaporator zone wherein said 3 rd evaporator zone comprises an evaporator operated at a temperature of 20°C to 70°C; wherein said super concentrated purge slurry has a water content of 5.0 wt% to 25.0 wt%; (e) filtering said super concentrated purge slurry in a solid-liquid separation zone to form a filter cake and mother liquor; (f) washing said filter cake with a wash feed in said solid-liquid separation zone to form a washed filter cake, and wash filtrate.
A polyaxial bone anchoring device, the polyaxial bone anchoring device including a bone anchoring element having a shank for anchoring in the bone and a head; a head receiving part (5, 5', 5") having a first end and an open second end with a bounding edge and a hollow interior portion in communication with the open second end for receiving the head therein, the head receiving part being flexible so as to allow clamping of the head; a locking ring (6, 6'6") mounted around the head receiving part, the locking ring having a rod receiving portion (63, 64); wherein the head is pivotable in the head receiving part and can be locked at an angle by compressing the head receiving portion by means of the locking ring (6,6', 6"); a cap (8, 8') configured to cover the rod and to engage the head receiving part, a locking element extending through the cap and configured to engage the rod; wherein the cap (8, 8") and the locking ring (6, 6') are rotatable with respect to the head receiving part (5, 5', 5") when the rod is inserted and upon tightening of the locking element the rod and the bone anchoring element are locked with respect to each other.
A formaldehyde-free binder composition for mineral fibres comprising: - at least one tannin, - at least one protein, - at least one fatty acid ester of glycerol, wherein the content of tannin is 1-70 wt.%, such as 2 to 60 wt.%, such as 3 to 50 wt.%, such as 4 to 40 wt.%, such as 5 to 35 wt.%, based on dry protein basis, wherein the content of the fatty acid ester of glycerol is 0.5 to 40, such as 1 to 12, such as 1.5 to 15, such as 3 to 10, such as 4 to 7.5 wt.-%, based on dry protein basis. - at least one tannin, - at least one protein, - at least one fatty acid ester of glycerol,
A multimode rake receiver, comprising a common antenna interface, arranged to at least receive in a first mode a first CDMA radio channel carrying information encoded according to a first baseband modulation standard and to receive in a second mode a second CDMA radio channel carrying information encoded according to a second baseband modulation standard; and a common signal processing path, at least arranged to process in said first mode said first CDMA radio channel and in said second mode said second CDMA radio channel, wherein said common signal processing path comprises an interpolation unit arranged to interpolate in said first mode a portion of said received first CDMA radio channel and to interpolate in said second mode a portion of said received second CDMA radio channel, using a programmable interpolation window, whose size can be adjusted depending on the current mode, and to provide an interpolated first or second CDMA radio channel, a common descrambling and de-spreading unit connected to receive at least a portion of said interpolated first or second CDMA radio channel as said first CDMA radio channel or said second CDMA radio channel, and a common hybrid code generating unit arranged to provide to said common descrambling and de-spreading unit chip codes applicable in said first mode to said first CDMA radio channel and in said second mode to said second CDMA radio channel.
A method of analysing a single nucleoside triphosphate characterised in that it includes the steps of producing at least one substantially double-stranded oligonucleotide used probe by reacting in the presence of a polymerase and a ligase the single nucleoside triphosphate to be captured with a corresponding probe system comprising (a) a first single-stranded oligonucleotide labelled with characteristic detectable elements in an undetectable state and (b) second and third single-stranded oligonucleotides capable of hybridising to complementary regions on the first oligonucleotide; digesting the used probe with an enzyme having double-stranded exonucleolytic activity to yield the detectable elements in a detectable state and a single-stranded fourth oligonucleotide which is at least in part the sequence complement of the first oligonucleotide; reacting the fourth oligonucleotide with another first oligonucleotide to produce a substantially double-stranded oligonucleotide product corresponding to the used probe; repeating steps and in a cycle and detecting the characteristic detectable elements released in each iteration of step.
A method of analyzing magnesium content in soil, the method comprising: a) obtaining a soil sample; b) adding a liquid to the soil sample to form a soil slurry; c) flowing the soil slurry through a filter to form a filtrate; d) blending a reagent composition with the filtrate to form a soil mixture; and e) flowing the soil mixture through an analysis tool along a flow direction whereby a magnesium absorbance of the soil mixture is measured. a) obtaining a soil sample; b) adding a liquid to the soil sample to form a soil slurry; c) flowing the soil slurry through a filter to form a filtrate; d) blending a reagent composition with the filtrate to form a soil mixture; and e) flowing the soil mixture through an analysis tool along a flow direction whereby a magnesium absorbance of the soil mixture is measured.
An in vitro method for diagnosing lupus in a subject, said method comprising the step of detecting in a biological sample obtained from the subject the autoantibody recognizing the protein biomarker THEX1.
Electromagnetic hydraulic valve, comprising: - a valve housing with a pressure medium inlet duct, a pressure medium outlet duct, a magnet coil and a valve seat, - a magnet armature which can be excited by the magnet coil and a valve tappet (10, 10') which is fastened to the magnet armature, - a valve closing, member which is actuated by the valve tappet (10, 10') and, when it bears against the valve seat, shuts the connection between the pressure medium inlet duct and the pressure medium outlet duct, the magnet armature, with the valve tappet (10, 10'), and the valve closing member being guided longitudinally displaceably in the valve housing, and the valve tappet (10, 10') and the valve closing member making contact in a manner free from tensile forces by way of longitudinal end sides (26, 27) which face one another, characterized in that a plurality of elevations (28, 28') which are separate from one another are formed integrally on the longitudinal end side of the valve tappet (10, 10'), which elevations (28, 28') define a contact plane for the longitudinal end side of the valve closing member, which contact plane runs perpendicularly with respect to the longitudinal movement direction. - a valve housing with a pressure medium inlet duct, a pressure medium outlet duct, a magnet coil and a valve seat, - a magnet armature which can be excited by the magnet coil and a valve tappet (10, 10') which is fastened to the magnet armature, - a valve closing, member which is actuated by the valve tappet (10, 10') and, when it bears against the valve seat, shuts the connection between the pressure medium inlet duct and the pressure medium outlet duct, the magnet armature, with the valve tappet (10, 10'), and the valve closing member being guided longitudinally displaceably in the valve housing, and the valve tappet (10, 10') and the valve closing member making contact in a manner free from tensile forces by way of longitudinal end sides (26, 27) which face one another, characterized in that a plurality of elevations (28, 28') which are separate from one another are formed integrally on the longitudinal end side of the valve tappet (10, 10'), which elevations (28, 28') define a contact plane for the longitudinal end side of the valve closing member, which contact plane runs perpendicularly with respect to the longitudinal movement direction.
A method for distinguishing between pancreatic serous cystic adenomas and pancreatic intraductal papillary mucinous neoplasms (IPMN), comprising the step of: testing a sample from pancreatic cyst fluid or pancreatic cyst wall tissue obtained from a patient for the presence of a mutation at codon 201 in GNAS, wherein detection of the mutation indicates IPMN and not SCA. testing a sample from pancreatic cyst fluid or pancreatic cyst wall tissue obtained from a patient for the presence of a mutation at codon 201 in GNAS, wherein detection of the mutation indicates IPMN and not SCA.
Dyeing composition for colouring human keratin fibres, containing, at a pH greater than or equal to 8, in a cosmetically acceptable medium, * one or more oxidative dye precursors; * one or more cationic surfactants; * one or more fatty acid esters selected from the esters of saturated linear C 1 -C 18 monohydric alcohols, with linear, branched, saturated or unsaturated, C 14 -C 18 monofunctional fatty acids; * one or more fatty alcohols, * the weight ratio of fatty alcohol(s) to fatty acid ester (s) being greater than 2 and less than 10; * the weight ratio of fatty alcohol(s) to cationic surfactant(s) being between 2 and 30. * one or more oxidative dye precursors; * one or more cationic surfactants; * one or more fatty acid esters selected from the esters of saturated linear C 1 -C 18 monohydric alcohols, with linear, branched, saturated or unsaturated, C 14 -C 18 monofunctional fatty acids; * one or more fatty alcohols, * the weight ratio of fatty alcohol(s) to fatty acid ester (s) being greater than 2 and less than 10; * the weight ratio of fatty alcohol(s) to cationic surfactant(s) being between 2 and 30.
A formula detection method for identifying a mathematical formula contained in data parsed from a fixed format document and allowing said mathematical formula to be transformed into a flow format element, said method comprising the steps of: identifying a formula seed indicative of a mathematical formula in data parsed from a fixed format document, wherein a formula seed is a text element that carries some indication of being part of a formula; creating a formula area bounding the identified formula seed; expanding the formula area to include formula elements proximate to the identified formula seed, wherein a formula element is a page element that is potentially part of a formula, wherein the expanded formula area includes a plurality of captured elements comprising the formula seed and the formula elements included in the expanded formula area; placing the plurality of captured elements included in the expanded formula area into groups based on vertical position of the plurality of captured elements relative to a line of normal text overlapping the expanded formula area; creating a new formula area for each of the groups; splitting each new formula area into split formula areas based on horizontal separation between consecutive captured elements of the plurality of captured elements of the respective new formula area; generating a set of split formula areas from the split formula areas, wherein the split formula areas within the generated set at least partially horizontally overlap each other; and merging the split formula areas within the generated set that appear in the same line on a page into a single formula area. identifying a formula seed indicative of a mathematical formula in data parsed from a fixed format document, wherein a formula seed is a text element that carries some indication of being part of a formula; creating a formula area bounding the identified formula seed; expanding the formula area to include formula elements proximate to the identified formula seed, wherein a formula element is a page element that is potentially part of a formula, wherein the expanded formula area includes a plurality of captured elements comprising the formula seed and the formula elements included in the expanded formula area; placing the plurality of captured elements included in the expanded formula area into groups based on vertical position of the plurality of captured elements relative to a line of normal text overlapping the expanded formula area; creating a new formula area for each of the groups; splitting each new formula area into split formula areas based on horizontal separation between consecutive captured elements of the plurality of captured elements of the respective new formula area; generating a set of split formula areas from the split formula areas, wherein the split formula areas within the generated set at least partially horizontally overlap each other; and merging the split formula areas within the generated set that appear in the same line on a page into a single formula area.
A system for optical telecommunication over a multi-core fibre, characterised in that it comprises: - an emitter (130-1,..., 130-N); - a multi-core fibre; - an encoder, called space-time encoder, transforming each block of symbols to be transmitted d 1,...,d M into a code matrix, each element of said matrix relating to an operating time and to a core of the multi-core fibre; - a plurality of modulators (135-1 to 135-N) respectively associated with the various cores, each modulator modulating a laser beam emitted by said emitter during an operating time, by means of a corresponding element of the matrix, the elements of the matrix of the code previously being subject to an OFDM modulation upstream of said modulators; - a plurality of sections of single-mode connection fibre (139-1 to 139-N) for injecting each of the beams thus modulated into the various cores of the multi-core fibre. - an emitter (130-1,..., 130-N); - a multi-core fibre; - an encoder, called space-time encoder, transforming each block of symbols to be transmitted d 1,...,d M into a code matrix, each element of said matrix relating to an operating time and to a core of the multi-core fibre; - a plurality of modulators (135-1 to 135-N) respectively associated with the various cores, each modulator modulating a laser beam emitted by said emitter during an operating time, by means of a corresponding element of the matrix, the elements of the matrix of the code previously being subject to an OFDM modulation upstream of said modulators; - a plurality of sections of single-mode connection fibre (139-1 to 139-N) for injecting each of the beams thus modulated into the various cores of the multi-core fibre.
A method, implemented by a processor, for determining an arterial pulse transit time between a proximal and distal region of a subject of interest from source video images acquired using a video imaging system, the method comprising: receiving time-varying source images acquired over at least one channel of a video imaging system, said source images comprising video images captured of a proximal and distal region of an area of exposed skin of a subject of interest, each of the proximal and distal regions being large enough such that the contribution of capillaries and terminal arterioles improves the signal to noise ratio, wherein the proximal region is the back of a hand of the subject, and the distal region is the face of the subject; extracting, from said source images, a first time-series signal for said proximal region and a second times series signal for said distal region; computing a first phase angle φ 1 ( ω) with respect to frequency ω of said time-series signal for said proximal region to obtain a first phase vs frequency curve; computing a second phase angle φ 2 ( ω) with respect to frequency ω of said time-series signal for said distal region to obtain a second phase vs frequency curve; computing respective slopes T 1 = ∂ φ 1 ∂ ω and T 2 = ∂ φ 2 ∂ ω within a defined cardiac frequency range between 0.75 to 4.0 Hz from each of said respective phase vs frequency curves; computing a difference between said slopes T 1 and T 2, said difference corresponding to an arterial pulse transit time for said subject between said proximal and distal regions; and storing said arterial pulse transit time to a storage device. receiving time-varying source images acquired over at least one channel of a video imaging system, said source images comprising video images captured of a proximal and distal region of an area of exposed skin of a subject of interest, each of the proximal and distal regions being large enough such that the contribution of capillaries and terminal arterioles improves the signal to noise ratio, wherein the proximal region is the back of a hand of the subject, and the distal region is the face of the subject; extracting, from said source images, a first time-series signal for said proximal region and a second times series signal for said distal region; computing a first phase angle φ 1 ( ω) with respect to frequency ω of said time-series signal for said proximal region to obtain a first phase vs frequency curve; computing a second phase angle φ 2 ( ω) with respect to frequency ω of said time-series signal for said distal region to obtain a second phase vs frequency curve; computing respective slopes T 1 = ∂ φ 1 ∂ ω and T 2 = ∂ φ 2 ∂ ω within a defined cardiac frequency range between 0.75 to 4.0 Hz from each of said respective phase vs frequency curves; computing a difference between said slopes T 1 and T 2, said difference corresponding to an arterial pulse transit time for said subject between said proximal and distal regions; and storing said arterial pulse transit time to a storage device.
An element (1; 1'; 1") for transporting energy able to connect at least two remote entities of an energy transport and/or distribution grid, the energy transport element (1; 1'; 1") having a generally elongated shape along a longitudinal axis (XX'), said element comprising a device able to form means for storing electricity extending over at least part of the length of the transport element, characterized in that said device is a multi-layer device comprising at least two layers (12, 13; 12', 13') made from an electrically conductive material that are concentric relative to said longitudinal axis of the transport element, separated from each other by an intermediate layer made from a dielectric material.