mhurhangee/ep-ind-claims huggingface dataset:
A method for diagnosing ischemic stroke, the method comprising: determining a level of expression of ischemic stroke-associated biomarkers PGM5, CCDC144C /// LOC100134159 and at least one additional biomarker taken from a group consisting of RNF141, CLEC4E, TIMP2, PHTF1, CKLF, RRAGD, CLEC4E, FGD4, CPEB2, LOC100290882, UBXN2B, ENTPD1, BST1, LTB4R, F5, IFRD1, KIAA0319, CHMP1B, MCTP1, VNN3, AMN1, LAMP2, FCHO2, ZNF608, REM2, QKI, RBM25, FAR2, ST3GAL6, HNRNPH2, GAB1, UBR5 and VAPA, LECT2, SHOX, TBX5, SPTLC3, SNIP, RBMS3, P704P, THSD4, FAT3, SNRPN, GLYATL1, GADL1, CXADR, OVOL2, SPIB, BXDC5, UNC5B, ASTN2, FLJ35934, ANKRD28, CCDC144A, TIMM8A, ALDOAP2, LDB3, PTPRD, LOC729222 /// PPFIBP1, CCRL1, HNRNPUL2, FCRL4, ELAVL2, PRTG, DLX6, FOXA2, SCD5, GABRB2, GYPA, LOC283027, LOC344595, LOC100129488, RPL22 and SH3GL3, in a biological sample from a patient, wherein the patient has at least one vascular risk factor and a decreased expression level of PGM5 and CCDC144C /// LOC100134159 together with an increased expression level of at least one ischemic stroke-associated biomarker taken from a sub-group consisting of RNF141, CLEC4E, TIMP2, PHTF1, CKLF, RRAGD, CLEC4E, FGD4, CPEB2, LOC100290882, UBXN2B, ENTPD1, BST1, LTB4R, F5, IFRD1, KIAA0319, CHMP1B, MCTP1, VNN3, AMN1, LAMP2, FCHO2, ZNF608, REM2, QKI, RBM25, FAR2, ST3GAL6, HNRNPH2, GAB1, UBR5 and VAPA, and/or a decreased expression level of at least one ischemic stroke-associated biomarker taken from a sub-group consisting of LECT2, SHOX, TBX5, SPTLC3, SNIP, RBMS3, P704P, THSD4, FAT3, SNRPN, GLYATL1, GADL1, CXADR, OVOL2, SPIB, BXDC5, UNC5B, ASTN2, FLJ35934, ANKRD28, CCDC144A, TIMM8A, ALDOAP2, LDB3, PTPRD, LOC729222 /// PPFIBP1, CCRL1, HNRNPUL2, FCRL4, ELAVL2, PRTG, DLX6, FOXA2, SCD5, GABRB2, GYPA, LOC283027, LOC344595, LOC100129488, RPL22 and SH3GL3 compared to a control indicates that the patient suffers from ischemic stroke.
Method for determining the type of soil on which a vehicle is traveling, comprising a step in which said type of soil is determined as a function of a value of a sum of at least two associated digital coefficients respectively to at least two parameters chosen from a meteorological parameter outside said vehicle, a ground parameter representative of the type of ground on which said vehicle is traveling, and a grip parameter in course of at least one driving wheel of said vehicle, characterized in that in said step said soil type is determined in a table establishing a correspondence between soil types and sum values of coefficients digital.
A service packet processing method for enabling a roaming user equipment to communicate with a visited network, comprising: sending, by a core network (SGSN, GGSN), service class information, SCI, of a mobile station, MS; wherein the SCI comprises at least one of the following: private SCI, and standard SCI; wherein the private SCI is SCI that corresponds to a visited PLMN on which the MS is located, wherein the visited PLMN is different from a home PLMN of the MS; determining, by the core network (SGSN, GGSN), whether the MS enables a specific radio resource management function, a using mode of the SCI, and identification information of the SCI; sending, by the core network (SGSN, GGSN), indication information to an access network control device for the access network control device processing a service packet of the MS according to the SCI and the indication information; wherein the indication information includes at least one of the following items: indication information of a specific radio resource management function, indication information of the using mode of the SCI, and identification information of SCI; wherein the indication information of a specific radio resource management function indicates that a specific radio resource management function is to be enabled or indicates that a specific radio resource management function is not to be enabled; wherein the indication information of the using mode of the SCI indicates that a private SCI value is to be used or indicates that a standard SCI is to be used. sending, by a core network (SGSN, GGSN), service class information, SCI, of a mobile station, MS; wherein the SCI comprises at least one of the following: private SCI, and standard SCI; wherein the private SCI is SCI that corresponds to a visited PLMN on which the MS is located, wherein the visited PLMN is different from a home PLMN of the MS; determining, by the core network (SGSN, GGSN), whether the MS enables a specific radio resource management function, a using mode of the SCI, and identification information of the SCI; sending, by the core network (SGSN, GGSN), indication information to an access network control device for the access network control device processing a service packet of the MS according to the SCI and the indication information; wherein the indication information includes at least one of the following items: indication information of a specific radio resource management function, indication information of the using mode of the SCI, and identification information of SCI; wherein the indication information of a specific radio resource management function indicates that a specific radio resource management function is to be enabled or indicates that a specific radio resource management function is not to be enabled; wherein the indication information of the using mode of the SCI indicates that a private SCI value is to be used or indicates that a standard SCI is to be used.
An ultrasonic diagnostic imaging system for shear wave analysis comprising: an ultrasonic array probe having a two dimensional array of transducer elements which are operable to transmit push pulses along a plurality of different vectors in a subject to generate a shear wave; and a beamformer (14, 38) coupled to the two dimensional array to cause the array to generate a push pulse region in two dimensions and receive echo signals from adjacent to the push pulse region, wherein the two dimensional array is operable to transmit push pulses to generate the push pulse region which produces a shear wavefront (90, 92, 96) by - transmitting push pulses by moving the location of a push pulse focus from one focal spot to another during a time interval which is less than the time of one cycle of the generated shear wave (90, 92, 96), wherein the push pulses are moved axially and / or laterally during the time interval; and - focusing deeply within the tissue and starting the transmission of a long burst of ultrasound, such that, while the burst is being transmitted, the focal point is drawn shallower toward the transducer to form a line source and multiple such lines are transmitted. an ultrasonic array probe having a two dimensional array of transducer elements which are operable to transmit push pulses along a plurality of different vectors in a subject to generate a shear wave; and a beamformer (14, 38) coupled to the two dimensional array to cause the array to generate a push pulse region in two dimensions and receive echo signals from adjacent to the push pulse region, wherein the two dimensional array is operable to transmit push pulses to generate the push pulse region which produces a shear wavefront (90, 92, 96) by - transmitting push pulses by moving the location of a push pulse focus from one focal spot to another during a time interval which is less than the time of one cycle of the generated shear wave (90, 92, 96), wherein the push pulses are moved axially and / or laterally during the time interval; and - focusing deeply within the tissue and starting the transmission of a long burst of ultrasound, such that, while the burst is being transmitted, the focal point is drawn shallower toward the transducer to form a line source and multiple such lines are transmitted. - transmitting push pulses by moving the location of a push pulse focus from one focal spot to another during a time interval which is less than the time of one cycle of the generated shear wave (90, 92, 96), wherein the push pulses are moved axially and / or laterally during the time interval; and - focusing deeply within the tissue and starting the transmission of a long burst of ultrasound, such that, while the burst is being transmitted, the focal point is drawn shallower toward the transducer to form a line source and multiple such lines are transmitted.
A device for packaging and dispensing any type of viscous and/or pasty sauce and condiment, characterized in that it includes: - a reusable tube, generally of cylindrical shape, having two perfectly similar ends, - a reusable piston exhibiting the same profile as said tube, having its two perfectly similar faces and being positioned inside said tube via one of its ends, - a sachet with a flat bottom positioned inside said tube via the other end, having two lateral welds and a base having a partially or totally plane surface and an exchange surface having at least one opening for dispensing the product, and - a seal connected to the sachet covering said surface and providing easy opening. - a reusable tube, generally of cylindrical shape, having two perfectly similar ends, - a reusable piston exhibiting the same profile as said tube, having its two perfectly similar faces and being positioned inside said tube via one of its ends, - a sachet with a flat bottom positioned inside said tube via the other end, having two lateral welds and a base having a partially or totally plane surface and an exchange surface having at least one opening for dispensing the product, and - a seal connected to the sachet covering said surface and providing easy opening.
A continuously variable transmission, comprising: - a variator unit having a variator input shaft and a variator output shaft; - a first planetary gear set; and - a second planetary gear set having a sun wheel, a ring wheel and a planet carrier, said planet carrier being operatively connected to a transmission output shaft; characterized in that the first planetary gear set comprises a first, a second and a third planetary member, said first planetary member being one of a ring wheel and a planet carrier, said second planetary member being the other one of said ring wheel and said planet carrier, and the third planetary member being a sun wheel, wherein the first planetary member of the first planetary gear set is operatively connected to a transmission input shaft; wherein - said variator input shaft is operatively connected to the second planetary member of said first planetary gear set; - said variator output shaft is operatively connected to the sun wheel of said first planetary gear set, said sun wheel of said first planetary gear set being further operatively connected to said sun wheel of said second planetary gear set while having a variable gear ratio between said transmission input shaft and said transmission output shaft; and - said ring wheel of said second planetary gear set being selectively connectable to said second planetary member of said first planetary gear set and to a gearbox housing of said continuously variable transmission. - a variator unit having a variator input shaft and a variator output shaft; - a first planetary gear set; and - a second planetary gear set having a sun wheel, a ring wheel and a planet carrier, said planet carrier being operatively connected to a transmission output shaft; characterized in that the first planetary gear set comprises a first, a second and a third planetary member, said first planetary member being one of a ring wheel and a planet carrier, said second planetary member being the other one of said ring wheel and said planet carrier, and the third planetary member being a sun wheel, wherein the first planetary member of the first planetary gear set is operatively connected to a transmission input shaft; wherein - said variator input shaft is operatively connected to the second planetary member of said first planetary gear set; - said variator output shaft is operatively connected to the sun wheel of said first planetary gear set, said sun wheel of said first planetary gear set being further operatively connected to said sun wheel of said second planetary gear set while having a variable gear ratio between said transmission input shaft and said transmission output shaft; and - said ring wheel of said second planetary gear set being selectively connectable to said second planetary member of said first planetary gear set and to a gearbox housing of said continuously variable transmission.
An apparatus comprising: a transceiver configured to support a media flow involving a user equipment and an Internet Protocol, IP, Multimedia Subsystem, IMS, network that are connected via a media path that traverses a first realm associated with the user equipment, a second realm, and a third realm associated with the IMS network; and a processor configured to bypass allocation of a first context to perform interworking between the second realm and the third realm in response to an indication that the media flow is anchored on an incoming side, and wherein a second context on the incoming side performs interworking between the first realm and the third realm, wherein the first context provides an address translation between the first realm and the second realm, and the second context provides an address translation between the second realm and the third realm. a transceiver configured to support a media flow involving a user equipment and an Internet Protocol, IP, Multimedia Subsystem, IMS, network that are connected via a media path that traverses a first realm associated with the user equipment, a second realm, and a third realm associated with the IMS network; and a processor configured to bypass allocation of a first context to perform interworking between the second realm and the third realm in response to an indication that the media flow is anchored on an incoming side, and wherein a second context on the incoming side performs interworking between the first realm and the third realm, wherein
An input device (100, 200, 300) for providing a scrolling input to an application, the input device (100, 200, 300) comprising: a scroll wheel (102, 202); a control circuit configured to control the input device (100, 200, 300) in a single-step scrolling control mode, in which the control circuit is configured to provide exactly a predetermined number of steps of scrolling input for every instance of rotation of the scroll wheel (102, 202) regardless of an angle that the scroll wheel (102, 202) is rotated through in the respective instance of rotation; and a detection circuit configured to detect a start of an instance of rotation of the scroll wheel (102, 202), characterised in that: the detection circuit is configured to detect the start of the instance of rotation when an increase in a rotation speed of the scroll wheel (102, 202) exceeds a predetermined threshold; and the single-step scrolling control mode is activated via a pre-programmed input button. a scroll wheel (102, 202); a control circuit configured to control the input device (100, 200, 300) in a single-step scrolling control mode, in which the control circuit is configured to provide exactly a predetermined number of steps of scrolling input for every instance of rotation of the scroll wheel (102, 202) regardless of an angle that the scroll wheel (102, 202) is rotated through in the respective instance of rotation; and a detection circuit configured to detect a start of an instance of rotation of the scroll wheel (102, 202), characterised in that: the detection circuit is configured to detect the start of the instance of rotation when an increase in a rotation speed of the scroll wheel (102, 202) exceeds a predetermined threshold; and the single-step scrolling control mode is activated via a pre-programmed input button. the detection circuit is configured to detect the start of the instance of rotation when an increase in a rotation speed of the scroll wheel (102, 202) exceeds a predetermined threshold; and the single-step scrolling control mode is activated via a pre-programmed input button.
A consumable abrasive product comprising: an abrading surface for abrading a workpiece; a communication unit in the consumable abrasive product configured to perform at least one of: sending data to one or more external devices, or receiving data from the one or more external devices; a data storage unit in the consumable abrasive product configured to store the data; and one or more a detection components configured to detect whether the consumable abrasive product has potentially been damaged or excessively worn, wherein the data storage unit is configured to store data regarding whether the consumable abrasive product has potentially been damaged or excessively worn. an abrading surface for abrading a workpiece; a communication unit in the consumable abrasive product configured to perform at least one of: sending data to one or more external devices, or receiving data from the one or more external devices; a data storage unit in the consumable abrasive product configured to store the data; and one or more a detection components configured to detect whether the consumable abrasive product has potentially been damaged or excessively worn, wherein the data storage unit is configured to store data regarding whether the consumable abrasive product has potentially been damaged or excessively worn.
A scratch-resistant glass article, comprising: - a substrate made of glass or glass ceramic; and - an cover layer applied on the substrate by deposition, - of X-ray amorphous AlSiN with an Al:Si mixing ratio in a range from 20:80 to 95:05 at%, preferably from 40:60 to 85:15 at%, and most preferably from 50:50 to 75:25 at%, wherein Al and Si make up at least 2/3 of the nitridic constituents of the cover layer based on the molar amounts, and - with a molar residual content in the cover layer; - with a surface roughness of Ra < 1.5 nm, better Ra < 1.0 nm. - a substrate made of glass or glass ceramic; and - an cover layer applied on the substrate by deposition, - of X-ray amorphous AlSiN with an Al:Si mixing ratio in a range from 20:80 to 95:05 at%, preferably from 40:60 to 85:15 at%, and most preferably from 50:50 to 75:25 at%, wherein Al and Si make up at least 2/3 of the nitridic constituents of the cover layer based on the molar amounts, and - with a molar residual content in the cover layer; - with a surface roughness of Ra < 1.5 nm, better Ra < 1.0 nm.
A computer-implemented method for creating a graphic representation of a dental condition, characterized in that a 3D volume model of the dental condition is correlated with a 3D surface model of the dental condition, wherein the graphic representation of the 3D volume model is restricted to relevant regions by delimitation using the 3D surface model or using a section thereof, wherein the remaining regions of the 3D volume model are hidden.
A ventilated cold display unit for displaying products, such as food products, said unit comprising at least one enclosure including an upper zone for displaying products and a lower technical zone containing forced air circulation means and cold production means for cooling said air, said zones (3, 4) being separated from one another at least by a product display tray, called separator tray, and communicating with one another via blowing and air intake openings for circulation in a loop of the air between said zones (3, 4) with an outgoing flow of air circulating above the separator tray from the blowing opening(s) toward the air intake opening(s) and a so-called return air flow circulating below the separator tray from the air intake opening(s) toward the air blowing opening(s), said unit further comprising a modular structure able to form a single- or multi-level display case able to be positioned, on the separator tray, overhanging the or at least one of the air blowing openings, the modules of the structure being superimposable, characterized in that each module able to form a level and comprising at least one tray and a base of said tray is configured to be positioned indifferently on the separator tray or the tray of a lower module, in that the base of each module forms, in the state with the module resting on the separator tray or the tray of a lower module, the peripheral side wall delimiting a chamber, this peripheral side wall being provided with suction eyes through which at least some of the air contained in said chamber is able to be discharged, the tray of the or each module, called intermediate, positionable between the module furthest above the stack of modules and the separator tray being provided with at least one opening to allow communication of the chambers of the modules with one another, and in that the display unit comprises a cover to make it possible to close off the at least one communication opening of the chamber of the or at least one of the intermediate modules arranged in that tray of said intermediate module.
Processing apparatus for container blanks, with a machine bed, a feed device for feeding container blanks, a discharge device for removal of container blanks, a rotatably mounted rotary worktable with several locating devices designed for temporary location of container blanks and for conveyance of container blanks along a circular orbit section shaped conveyance path between the feed device and the discharge device, wherein the conveyance path determines a first circle segment shaped surface section, several operating devices (16 to 20) lying opposite the rotary worktable in the radial direction and which are designed for the processing of container blanks located on the rotary worktable, and at least one conveyor designed for conveyance of components of container blanks along a conveyor section between a component mounting and an assigned operating device, wherein the component mounting of the conveyor is located in a second circle segment shaped surface section, which supplements the first surface section determined by the circular orbit section shaped conveyance path to make a full circle.
Method for packaging products, in particular hygiene products, in packaging bags, in which, after the products have been introduced into the respective packaging bags, the end faces of said bags are folded by folding the end tab formed by the side walls at the end face in each case, and are subsequently welded together, the packaging bag being guided through a welding station in a transportation direction in order to weld the end faces of said bag together, and the rear end tab, viewed in the transportation direction of the packaging bag, being folded from the rear to the front, viewed in the transportation direction, by passing a folding cam over the packaging bag when folding the end faces, characterised in that the relative velocity of the folding cam relative to the transportation velocity of the packaging bag is adjusted depending on the position of the folding cam relative to the rear end tab while said cam is being moved past the packaging bag, for the purpose of folding the rear end tab, the folding cam firstly being brought towards the rear end tab from behind and being brought into overlap therewith in an initial approach phase having a comparatively large excess velocity when compared with the transportation velocity of the packaging bag, prior to a comparatively low excess velocity of the folding cam relative to the transportation velocity of the packaging bag being set in a subsequent holding phase.