mhurhangee/ep-ind-claims huggingface dataset:
A method by a wireless device, the method comprising: receiving, by the wireless device and via a first control resource set, coreset, with a first coreset group index, downlink control information, DCI, scheduling a physical downlink shared channel, PDSCH, transmission; determining that: a first quasi co-location, QCL, of the PDSCH transmission is different from a second QCL of a second coreset that overlaps in at least one symbol with the PDSCH transmission; and the first coreset group index is the same as a second coreset group index of the second coreset; and based on the determining, receiving the PDSCH transmission with the second QCL of the second coreset. receiving, by the wireless device and via a first control resource set, coreset, with a first coreset group index, downlink control information, DCI, scheduling a physical downlink shared channel, PDSCH, transmission; determining that: a first quasi co-location, QCL, of the PDSCH transmission is different from a second QCL of a second coreset that overlaps in at least one symbol with the PDSCH transmission; and the first coreset group index is the same as a second coreset group index of the second coreset; and a first quasi co-location, QCL, of the PDSCH transmission is different from a second QCL of a second coreset that overlaps in at least one symbol with the PDSCH transmission; and the first coreset group index is the same as a second coreset group index of the second coreset; and based on the determining, receiving the PDSCH transmission with the second QCL of the second coreset.
Motor vehicle sub-assembly, comprising a lining made of a plastic material of a tailgate and an interfacing element of a lock zone of the tailgate fastened to an outer face of the lining, characterised in that the interfacing element comprises: - a support made of plastic material intended to be attached to the lining, and - a reinforcing plate for the lock zone onto which a lock is intended to be fastened, the plate being integrated into the support by overmoulding, and wherein the support is made of a material having a Young's modulus lower than that of the plastic material of the lining of the tailgate, and a coefficient of elongation at rupture greater than that of the plastic material of the lining of the tailgate. - a support made of plastic material intended to be attached to the lining, and - a reinforcing plate for the lock zone onto which a lock is intended to be fastened, the plate being integrated into the support by overmoulding,
A computer-implemented method for operating an automated sample workcell, the workcell comprising a sample conveyor connecting at least one centrifuge to a sample input station, the method comprising - receiving samples (104, 105, 106) by the sample input station; - assigning to each sample a centrifugation parameter (101, 102, 103); - transporting each sample from the sample input station to the at least one centrifuge (1.08); - comparing the centrifugation parameters (101, 102, 103) of the samples loaded or to be loaded into the centrifuge and determining the centrifugation parameter of highest centrifugation intensity; the method being characterized by: - loading the samples into the centrifuge, the loaded samples comprising samples with different centrifugation parameters; - centrifuging the loaded samples in accord with a centrifugation protocol comprising the centrifugation parameter of said highest centrifugation intensity. - receiving samples (104, 105, 106) by the sample input station; - assigning to each sample a centrifugation parameter (101, 102, 103); - transporting each sample from the sample input station to the at least one centrifuge (1.08); - comparing the centrifugation parameters (101, 102, 103) of the samples loaded or to be loaded into the centrifuge and determining the centrifugation parameter of highest centrifugation intensity; - loading the samples into the centrifuge, the loaded samples comprising samples with different centrifugation parameters; - centrifuging the loaded samples in accord with a centrifugation protocol comprising the centrifugation parameter of said highest centrifugation intensity.
An analog neural memory system comprising: a first bank comprising a first array of non-volatile memory cells; a second bank comprising a second array of non-volatile memory cells; writing circuitry shared by the first bank and the second bank; sensing circuitry shared by the first bank and the second bank; a first write multiplexor (2201, 2301) to couple the first bank to the writing circuitry; a second write multiplexor (2202, 2302) to couple the second bank to the writing circuitry; a first read multiplexor (2203, 2303) to couple the first bank to the sensing circuitry; a second read multiplexor (2204, 2304) to couple the second bank to the sensing circuitry; and control circuitry for concurrently performing a write operation using the writing circuitry on one of the first bank and the second bank through one of the first write multiplexor and the second write multiplexor and a verify operation using the sensing circuitry on the other of the first bank and the second bank through one of the first read multiplexor and the second read multiplexor. a first bank comprising a first array of non-volatile memory cells; a second bank comprising a second array of non-volatile memory cells; writing circuitry shared by the first bank and the second bank; sensing circuitry shared by the first bank and the second bank; a first write multiplexor (2201, 2301) to couple the first bank to the writing circuitry; a second write multiplexor (2202, 2302) to couple the second bank to the writing circuitry; a first read multiplexor (2203, 2303) to couple the first bank to the sensing circuitry; a second read multiplexor (2204, 2304) to couple the second bank to the sensing circuitry; and control circuitry for concurrently performing a write operation using the writing circuitry on one of the first bank and the second bank through one of the first write multiplexor and the second write multiplexor and a verify operation using the sensing circuitry on the other of the first bank and the second bank through one of the first read multiplexor and the second read multiplexor.
A nucleic acid construct comprising: (i) an Acvr1 exon 5 encoding a wildtype sequence at the protein level flanked upstream and downstream by a first pair of site-specific recombinase recognition sites; and (ii) a mutant exon 5 of an Acvr1 gene in antisense orientation flanked upstream and downstream by a second pair of site-specific recombinase recognition sites that are different than, and incompatible with, the first pair of site-specific recombinase recognition sites, wherein the first and second pairs of site-specific recombination recognition sites are oriented so that a recombinase can invert the mutant exon 5 into sense orientation, and delete the Acvr1 exon 5 encoding the wildtype sequence. (i) an Acvr1 exon 5 encoding a wildtype sequence at the protein level flanked upstream and downstream by a first pair of site-specific recombinase recognition sites; and (ii) a mutant exon 5 of an Acvr1 gene in antisense orientation flanked upstream and downstream by a second pair of site-specific recombinase recognition sites that are different than, and incompatible with, the first pair of site-specific recombinase recognition sites,
A grain-oriented electrical steel sheet comprising: a base steel sheet; an intermediate layer arranged in contact with the base steel sheet; and an insulation coating arranged in contact with the intermediate layer to be an outermost surface, wherein the insulation coating has a crystalline phosphide-containing layer containing a crystalline phosphide in an area in contact with the intermediate layer when viewing a cross section whose cutting direction is parallel to a thickness direction, and wherein the crystalline phosphide is one or two or more of Fe 3 P, Fe 2 P, FeP, FeP 2, Fe 2 P 2 O 7, (Fe,Cr) 3 P, (Fe,Cr) 2 P, (Fe,Cr)P, (Fe,Cr)P 2, and (Fe,Cr) 2 P 2 O 7. a base steel sheet; an intermediate layer arranged in contact with the base steel sheet; and an insulation coating arranged in contact with the intermediate layer to be an outermost surface, wherein the insulation coating has a crystalline phosphide-containing layer containing a crystalline phosphide in an area in contact with the intermediate layer when viewing a cross section whose cutting direction is parallel to a thickness direction, and wherein the crystalline phosphide is one or two or more of Fe 3 P, Fe 2 P, FeP, FeP 2, Fe 2 P 2 O 7, (Fe,Cr) 3 P, (Fe,Cr) 2 P, (Fe,Cr)P, (Fe,Cr)P 2, and (Fe,Cr) 2 P 2 O 7.
A graphics data processing method, wherein the method comprises: obtaining, by a virtual rendering server, a system address of a shared memory, wherein the system address is a physical address, the shared memory is a memory of a physical machine and is created by the virtual client process and the virtual rendering server through negotiation, the virtual rendering server and the virtual client process are virtual machines that run on the physical machine; mapping, by the virtual rendering server, the obtained system address of the shared memory to process address space of the virtual rendering server, to obtain a mapping address of the shared memory; receiving, by the virtual rendering server, storage address information that is of graphics instruction data and is sent by the virtual client process, wherein the graphics instruction data is stored in the shared memory by the virtual client process; accessing, by the virtual rendering server, the shared memory according to the mapping address of the shared memory, and obtaining, the graphics instruction data from the shared memory according to the storage address information of the graphics instruction data; and performing, by the virtual rendering server, rendering processing on the obtained graphics instruction data to obtain target display data, and sending the target display data to the virtual client process, wherein the target display data is graphics data obtaining, by a virtual rendering server, a system address of a shared memory, wherein the system address is a physical address, the shared memory is a memory of a physical machine and is created by the virtual client process and the virtual rendering server through negotiation, the virtual rendering server and the virtual client process are virtual machines that run on the physical machine; mapping, by the virtual rendering server, the obtained system address of the shared memory to process address space of the virtual rendering server, to obtain a mapping address of the shared memory; receiving, by the virtual rendering server, storage address information that is of graphics instruction data and is sent by the virtual client process, wherein the graphics instruction data is stored in the shared memory by the virtual client process; accessing, by the virtual rendering server, the shared memory according to the mapping address of the shared memory, and obtaining, the graphics instruction data from the shared memory according to the storage address information of the graphics instruction data; and performing, by the virtual rendering server, rendering processing on the obtained graphics instruction data to obtain target display data, and sending the target display data to the virtual client process, wherein the target display data is graphics data
Method for processing data relating to a radiological examination of a patient by means of a determining device, the method comprising acquiring doses (C i, t i) measured at a plurality of times t i, storing these time-stamped measurements of radiation doses, and acquiring at least one DICOM digital file containing information on the examination, comprising the following steps: - acquiring and storing at least one DICOM digital file delivered by the tomograph during or after the performance of tomography, the method being characterized in that it further comprises the following steps: - acquiring and storing time-stamped dose measurements detected via a scintillating fiber placed on the table, and time-stamped movements of said table - interpolating said measurements (C i, t i) with data from the image (DICOM) in a common interpolated space and constructing a table (C k, DICOM k) in said interpolated space - determining a table of average dose levels T z in each slice T according to the data (DICOM k, C k). - acquiring and storing at least one DICOM digital file delivered by the tomograph during or after the performance of tomography, the method being characterized in that it further comprises the following steps: - acquiring and storing time-stamped dose measurements detected via a scintillating fiber placed on the table, and time-stamped movements of said table - interpolating said measurements (C i, t i) with data from the image (DICOM) in a common interpolated space and constructing a table (C k, DICOM k) in said interpolated space - determining a table of average dose levels T z in each slice T according to the data (DICOM k, C k).
A method of bonding two articles to one another comprising the steps of (a) providing a first article with a liquid, thermal-curing, adhesive composition comprising a polyamideimide, (b) contacting a second article with the adhesive composition, and then (c) curing the adhesive composition, for example, by heating to a temperature of at least 150 °C, wherein the polyamideimide has a terminal isocyanate group blocked by a thermally-dissociatable isocyanate-blocking group.
Method for determining the concentration of aerosols in hot gases, particularly in exhaust gases of internal combustion engines, removing volatile and semi-volatile particles by heating the exhaust gas, and measuring the concentration of the aerosols, optionally in a partial flow of an optionally diluted exhaust gas flow, wherein in a first stage, the exhaust gas is divided into two partial flows, both of which are heated, with one of the partial flows being filtered at least once, preferably before heating, and that the two partial flows are subsequently recombined, characterized in that in a second stage, the exhaust gas is again divided into two partial flows, with one of the partial flows being heated even further than in the first stage, and with the other partial flow being filtered at least once, and that the two partial flows are subsequently recombined, and the concentration measurement is performed on the total flow.
Message broadcasting method comprising: - a step of composition of a message from a terminal (7; 8) comprising at least one call number of a recipient of said message, - a step of sending of the message by the terminal (7; 8) to a gateway, - a step of transmission of the message by the gateway to the recipient of said message, characterized in that the composition step further comprises an introduction of a number of iterations corresponding to a number of iterations of sending of the message and in that the transmission step is repeated a number of times corresponding to the number of iterations indicated in the message. - a step of composition of a message from a terminal (7; 8) comprising at least one call number of a recipient of said message, - a step of sending of the message by the terminal (7; 8) to a gateway, - a step of transmission of the message by the gateway to the recipient of said message,
An organic luminescence device, comprising: a pair of electrodes each disposed on a substrate, and at least one luminescence layer comprising an organic compound disposed between the electrodes; wherein the luminescence layer comprises a non-luminescent first organic compound and a phosphorescent second organic compound represented by structures shown below, and the second organic compound is present at a concentration of at least 8 wt. % in the luminescence layer.
A stack of web material for hygiene products, comprising at least one web material (2, 3) being Z-folded about transverse folding lines, thereby providing panels having a length along said folding lines, and a width perpendicular to said folding lines, said panels being piled on top of each other to form a height of said stack extending between a first end surface and a second end surface of the stack, and said first end surface being provided with a first connector, and said second end surface being provided with a second connector, said first and second connectors (11a, 11b) being adapted for interconnection of the first end surface of the stack to a second end surface of another, similar stack, and/or of the second end surface of the stack to a first end surface of another, similar stack via said connectors (11a, 11b), characterized in that said first connector comprises a first generally smooth connection surface consisting of a first material, and said second connector comprises a second generally smooth connection surface consisting of a second material; said first and second materials being polymer materials which may be sprayed or extruded onto the stack or which are provided in the form of a film and having such properties that, upon bringing said first and second smooth surfaces into contact with each other, the surfaces attach to each other by surface adhesion of the kind where the surfaces are repeatedly removable from and reattachable to each other while leaving the surfaces substantially unaltered, said unaltered surfaces producing an unaltered result, when reattached, whereby a connection between a first/second connector of the stack and a second/first connector of a similar stack is accomplished, said connection having a connection strength in a plane including the connection surfaces sufficient to pull the web of the interconnected stacks.
Nose support assembly for spectacle frame, comprising: - two nose support elements, known as nose pads, and - for each nose pad, a mounting element for said nose pad, known as the nose pad holder, which comprises an arm for connecting to the frame, each nose pad and the corresponding nose pad holder having connecting means for connecting one to the other, said connecting means being designed to allow the nose pad to move angularly with respect to the nose pad holder, the connecting means between the nose pad and the nose pad holder comprising a male element and a female element that forms a housing for receiving the male element; one of said male element and the receiving housing being carried by the nose pad and the other being carried by the nose pad holder; the male element being provided with stop means that extend predominantly along an axis, known as the Z axis, which is approximately at right angles to an axis, known as the X axis, which is parallel to the normal to the nose support face of the nose pad, and at right angles to an axis, known as the Y axis, which is parallel to the main axis along which the arm of the nose pad holder extends, said stop means of said male element being designed to limit the angular travel of the nose pad with respect to the nose pad holder about the Z axis, characterized in that said male element has a curved surface, having an at least partially spherical overall shape. - two nose support elements, known as nose pads, and - for each nose pad, a mounting element for said nose pad, known as the nose pad holder, which comprises an arm for connecting to the frame,
A single-lobe filter bag for infusion products, the filter bag comprising a length of filter material forming a chamber containing a charge of the infusion product; the length comprising at least: a first closed top end formed by a first join between two first end edges of the length; a second closed bottom end; two sides (8, 9) connecting the first end and the second end of the length, the two sides (8, 9) connecting the first and second ends (5, 7) being at least partly folded onto each other to form a fold towards the inside of the chamber; characterised in that the second bottom end of the filter bag is closed by a second join designed to form a stiff flat bottom surface of the filter bag such as to define a stable base for supporting the filter bag, characterised in that the filter bag has a substantially triangular vertical cross section, the second end having two second edges (7a, 7b) defining a central extension of the second bottom end, said second edges (7a, 7b) being positioned face to face with each other and being joined in such a way as to form a tab that protrudes from the bottom supporting base and that is elastically compliant in such a way as to be folded and joined stably, by a seal, to the bottom supporting base, thus forming a larger, stiff longitudinal area onto the bottom supporting base to increase its stiffness. a first closed top end formed by a first join between two first end edges of the length; a second closed bottom end; two sides (8, 9) connecting the first end and the second end of the length, the two sides (8, 9) connecting the first and second ends (5, 7) being at least partly folded onto each other to form a fold towards the inside of the chamber; characterised in that the second bottom end of the filter bag is closed by a second join designed to form a stiff flat bottom surface of the filter bag such as to define a stable base for supporting the filter bag, characterised in that the filter bag has a substantially triangular vertical cross section, the second end having two second edges (7a, 7b) defining a central extension of the second bottom end, said second edges (7a, 7b) being positioned face to face with each other and being joined in such a way as to form a tab that protrudes from the bottom supporting base and that is elastically compliant in such a way as to be folded and joined stably, by a seal, to the bottom supporting base, thus forming a larger, stiff longitudinal area onto the bottom supporting base to increase its stiffness.
A method for predicting the time at which a train will arrive at a level crossing, comprising the steps of: a) providing at least two spaced apart acoustic transducers located alongside a train track for picking up acoustic signals, wherein each acoustic transducer comprises an optical fibre; b) receiving acoustic signals from the transducers; c) identifying a signature associated with the train from the received signals; d) determining the speed of the train from the identified signature; and e) estimating the arrival time of the train at the level crossing using the determined speed. a) providing at least two spaced apart acoustic transducers located alongside a train track for picking up acoustic signals, wherein each acoustic transducer comprises an optical fibre; b) receiving acoustic signals from the transducers; c) identifying a signature associated with the train from the received signals; d) determining the speed of the train from the identified signature; and e) estimating the arrival time of the train at the level crossing using the determined speed.
A turbine blade track (50, 250, 350, 450, 550, 650) comprising an annular ceramic runner (51, 251, 351, 451, 551, 651) formed to include a plurality of cutouts (55, 255, 355, 455, 555, 655) extending inward in a radial direction from an outer radial surface (61, 261, 461, 561, 661) of the annular ceramic runner (51, 251, 351, 451, 551, 651) toward an inner radial surface (63, 263, 563, 663) of the annular ceramic runner (51, 251, 351, 451, 551, 651), a plurality of ceramic inserts (53, 253, 353, 453, 553, 653) each arranged to extend into a corresponding one of the plurality of cutouts (55, 255, 355, 455, 555, 655), which are formed in the annular ceramic runner (51, 251, 351, 451, 551, 651) from the outer radial surface (61, 261, 461, 561, 661) of the annular ceramic runner (51, 251, 351, 451, 551, 651) toward the inner radial surface (63, 263, 563, 663) of the annular ceramic runner (51, 251, 351, 451, 551, 651), and a plurality of braze layers arranged between the annular ceramic runner (51, 251, 351, 451, 551, 651) and each of the plurality of ceramic inserts (53, 253, 353, 453, 553, 653).