mhurhangee/patent-ind-claim-en huggingface dataset:
A method for reducing data traffic among multiple processors with transactional memory for processing data, the method comprising: processing (S1) a transaction using a first processor, wherein the transaction includes: reading first data into a private cache of the first processor, characterised by upon detecting a preset condition of recent modifications on the first data, performing (S2) a write operation on the first data in the private cache of the first processor, and setting a cache line state index string to indicate a special state of the first data written in the private cache of the first processor, the special state signaling that the first data is modified and is to be exclusively written in a last level cache, LLC, when the transaction is committed; committing (S3) the transaction to a transactional memory system by writing the first data in the private cache of the first processor into the LLC accessible by the multiple processors, and invalidating the first data in the private cache of the first processor; and modifying the first data by modifying the copy of the first data in the LLC. processing (S1) a transaction using a first processor, wherein the transaction includes: reading first data into a private cache of the first processor, characterised by upon detecting a preset condition of recent modifications on the first data, performing (S2) a write operation on the first data in the private cache of the first processor, and setting a cache line state index string to indicate a special state of the first data written in the private cache of the first processor, the special state signaling that the first data is modified and is to be exclusively written in a last level cache, LLC, when the transaction is committed; reading first data into a private cache of the first processor, characterised by upon detecting a preset condition of recent modifications on the first data, performing (S2) a write operation on the first data in the private cache of the first processor, and setting a cache line state index string to indicate a special state of the first data written in the private cache of the first processor, the special state signaling that the first data is modified and is to be exclusively written in a last level cache, LLC, when the transaction is committed; committing (S3) the transaction to a transactional memory system by writing the first data in the private cache of the first processor into the LLC accessible by the multiple processors, and invalidating the first data in the private cache of the first processor; and modifying the first data by modifying the copy of the first data in the LLC.
A process for producing glass tubes, comprising: applying a glass melt onto the outer surface of a rotating cylindrical shaping body to form thereon a hollow body of glass melt ; and withdrawing the hollow body of glass melt over the shaping body in a predetermined direction toward a front end for forming a glass tube ; wherein the shaping body is coated with platinum or a platinum alloy in regions that are in contact with the glass melt, in which process the composition of the glass melt comprises in weight percent (wt.-%): SiO 2 71.0 to 77.0; B 2 O 3 9.0 to 12.0; Na 2 O 5.5 to 8.0; K 2 O 0.0 to 2.0; Al 2 O 3 6.5 to 8.0; CaO 0.0 to 1.5; BaO 0.0 to 2.0; Li 2 O 0.0 to 0.5; ZrO 2 0.0 to 5.0. applying a glass melt onto the outer surface of a rotating cylindrical shaping body to form thereon a hollow body of glass melt ; and withdrawing the hollow body of glass melt over the shaping body in a predetermined direction toward a front end for forming a glass tube ; wherein the shaping body is coated with platinum or a platinum alloy in regions that are in contact with the glass melt, in which process the composition of the glass melt comprises in weight percent (wt.-%): SiO 2 71.0 to 77.0; B 2 O 3 9.0 to 12.0; Na 2 O 5.5 to 8.0; K 2 O 0.0 to 2.0; Al 2 O 3 6.5 to 8.0; CaO 0.0 to 1.5; BaO 0.0 to 2.0; Li 2 O 0.0 to 0.5; ZrO 2 0.0 to 5.0.
A method of forming a magnetic tunnel junction, MTJ, for a spin-orbit-torque spin-transfer-torque, SOT-STT, magnetoresistive random access memory, MRAM, the method comprising: forming a layer stack above a substrate , the layer stack including in a bottom-up direction a reference layer , a tunnel barrier layer , a free layer and a SOT-generating layer , and subsequent to forming the layer stack, patterning the layer stack to form a MTJ pillar , the method further comprising forming a top electrode for contacting the SOT-generating layer, wherein the top electrode is formed on an upper surface of the SOT-generating layer and includes a first top electrode portion and a second top electrode portion , characterised in that said first and second portions are separated by a distance, or in that said first and second portions are separated by a third top electrode portion , the third portion presenting a resistance such that a conduction path of lowest total resistance between the first electrode portion and the second electrode portion extends via the SOT-generating layer. forming a layer stack above a substrate , the layer stack including in a bottom-up direction a reference layer , a tunnel barrier layer , a free layer and a SOT-generating layer , and subsequent to forming the layer stack, patterning the layer stack to form a MTJ pillar , the method further comprising forming a top electrode for contacting the SOT-generating layer, wherein the top electrode is formed on an upper surface of the SOT-generating layer and includes a first top electrode portion and a second top electrode portion , characterised in that said first and second portions are separated by a distance, or in that said first and second portions are separated by a third top electrode portion , the third portion presenting a resistance such that a conduction path of lowest total resistance between the first electrode portion and the second electrode portion extends via the SOT-generating layer.
Coating apparatus , comprising: - a tubular rotating first container arranged to receive and discharge bulk material (M) and to rotate about a first rotation axis (X1) in such a way as to promote the moving of the bulk material within said first container ; - a first dispensing device for dispensing coating material on the bulk material (M) in said first container ; - a tubular rotating second container arranged to receive bulk material (M) coming from said first container and to rotate in such a way as to promote the moving of the bulk material (M) within said second container ; - conveying means arranged to convey the bulk material (M) from said first container towards said second container ; characterized in that said conveying means comprises at least one conveyor configured to remove the bulk material (M) from said first container from a lower height, raise it to an upper height and discharge it towards said second container , wherein said conveyor comprises at least one rotating element which rotates about a second rotation axis (X), the rotation of the rotating element being independently controllable with respect to the rotation of the first container . - a tubular rotating first container arranged to receive and discharge bulk material (M) and to rotate about a first rotation axis (X1) in such a way as to promote the moving of the bulk material within said first container ; - a first dispensing device for dispensing coating material on the bulk material (M) in said first container ; - a tubular rotating second container arranged to receive bulk material (M) coming from said first container and to rotate in such a way as to promote the moving of the bulk material (M) within said second container ; - conveying means arranged to convey the bulk material (M) from said first container towards said second container ;
An enhanced LOng-RAnge Navigation, eLORAN, receiver (15a-15c) comprising: an antenna and eLORAN receiver circuitry coupled thereto; the antenna comprising a ferromagnetic core and an H-field signal winding (121a-121b) coupled thereto; and an antenna tuning device (122a-122b) comprising at least one tuning winding (123a-123b) surrounding the ferromagnetic core , wherein the at least one tuning winding (123a-123b) comprises a plurality of tuning windings, and a tuning circuit (124a-124b) coupled to the at least one tuning winding (123a-123b). an antenna and eLORAN receiver circuitry coupled thereto; the antenna comprising a ferromagnetic core and an H-field signal winding (121a-121b) coupled thereto; and an antenna tuning device (122a-122b) comprising at least one tuning winding (123a-123b) surrounding the ferromagnetic core , wherein the at least one tuning winding (123a-123b) comprises a plurality of tuning windings, and a tuning circuit (124a-124b) coupled to the at least one tuning winding (123a-123b). at least one tuning winding (123a-123b) surrounding the ferromagnetic core , wherein the at least one tuning winding (123a-123b) comprises a plurality of tuning windings, and a tuning circuit (124a-124b) coupled to the at least one tuning winding (123a-123b).
Accompanying supply platform comprising an overall drive system , for a very slow-moving mounting unit for large goods , the accompanying supply platform having means for following the mounting unit automatically and without contact, characterized in that the accompanying supply platform has two differently constructed, separate drive systems , one drive system comprising a different drive wheel or different drive wheels than the other drive system .
A composition comprising: a thiol-terminated sulfur-containing prepolymer; a curing agent comprising two or more terminal groups reactive with thiol groups; an ionic liquid catalyst; and a primary catalyst. a thiol-terminated sulfur-containing prepolymer; a curing agent comprising two or more terminal groups reactive with thiol groups; an ionic liquid catalyst; and a primary catalyst.
A control device (DC) for controlling the activation/deactivation of an autonomous driving function within a partially autonomous driving vehicle (V), said device (DC) comprising a control member (OC) generating a first command suitable for activating said function when it is operated by a driver of said vehicle (V), said control member (OC) generating a second command when it is operated by said driver when said autonomous driving function is active, and comprising control means (MC) which, when receiving said second command, trigger the supply of at least one message signalling to said driver each operation to be performed in order to resume at least partial control of said driving, and then authorise said resumption of control when each signalled operation has been performed by said driver, control means (MC) which, when receiving said second command, trigger the supply of at least one message signalling to said driver each operation to be carried out in order to resume at least partial control of said driving, and then allow said resumption of control when each signalled operation has been carried out by said driver, characterised in that said control means (MC) trigger the supply of at least one message signalling to said driver to grasp a steering wheel (VV) of said vehicle (V) with at least one hand and to exert pressure on at least one pedal of said vehicle (V) when said vehicle (V) is travelling at a speed lower than a predefined threshold
A device for displaying grey scale X-ray images, the device comprising: a display for displaying a grey scale X-ray image; a workstation for processing image data; and a user interface for receiving commands from a user of the device; wherein the user interface is adapted for allowing the user to select a master image and a slave image from a plurality of images; wherein the master image and slave image are grey scale images; wherein the workstation is adapted for transforming the slave image by: generating a grey scale transformation based on the master image and the slave image for optically adapting the slave image to the master image; applying the grey scale transformation to the slave image ; wherein the display is adapted for displaying the transformed slave image ; wherein the workstation is adapted for generating at least two types of grey scale transformation; and wherein the user interface is adapted to allow the user to toggle between the at least two grey scale transformations. a display for displaying a grey scale X-ray image; a workstation for processing image data; and a user interface for receiving commands from a user of the device; wherein the user interface is adapted for allowing the user to select a master image and a slave image from a plurality of images; wherein the master image and slave image are grey scale images; wherein the workstation is adapted for transforming the slave image by: generating a grey scale transformation based on the master image and the slave image for optically adapting the slave image to the master image; applying the grey scale transformation to the slave image ; wherein the display is adapted for displaying the transformed slave image ; wherein the workstation is adapted for generating at least two types of grey scale transformation; and wherein the user interface is adapted to allow the user to toggle between the at least two grey scale transformations. generating a grey scale transformation based on the master image and the slave image for optically adapting the slave image to the master image; applying the grey scale transformation to the slave image ; wherein the display is adapted for displaying the transformed slave image ; wherein the workstation is adapted for generating at least two types of grey scale transformation; and wherein the user interface is adapted to allow the user to toggle between the at least two grey scale transformations.
A positive photosensitive resin composition comprising (a) a polysiloxane synthesized by hydrolyzing and partially condensing an organosilane represented by the following general formula : wherein R 1 represents hydrogen, an alkyl group having 1 to 10 carbon atoms, an alkenyl group having 2 to 10 carbon atoms or an aryl group having 6 to 16 carbon atoms, R 2 represents hydrogen, an alkyl group having 1 to 6 carbon atoms, an acyl group having 2 to 6 carbon atoms or an aryl group having 6 to 16 carbon atoms, n represents an integer of 1 to 3, and when n is 2 or more, plural R 1 s may be the same or different and when n is 2 or less, plural R 2 s may be the same or different, and an organosilane oligomer; (b) aluminum compound particles, tin compound particles, titanium compound particles, zirconium compound particles, complex particles of the compounds or complex particles of any of the compounds and a silicon compound; (c) a naphthoquinonediazide compound; and (d) a solvent, wherein the organosilane oligomer contains an organosilane represented by the following general formula : wherein R 3 to R 6 each independently represent hydrogen, an alkyl group having 1 to 6 carbon atoms, an acyl group having 2 to 6 carbon atoms or an aryl group having 6 to 16 carbon atoms, m represents a numerical value of 2 to 8 and when m is 2 or more, plural R 4 s and R 5 s may each be the same or different.
Method for degradation of plastics comprising the steps: (i) provision of at least one plastic in at least one solvent in a reactor; (ii) addition of at least one catalyst, selected from methanolate; (iii) treatment of the mixture obtained in step (ii) at temperatures of 30-250 °C and/or at pressures from > 1 to 100 bar; and (iv) optionally separation of the mixture obtained in step (iii), wherein the plastic is polyurethane, and wherein the solvent is methanol or ethanol. (i) provision of at least one plastic in at least one solvent in a reactor; (ii) addition of at least one catalyst, selected from methanolate; (iii) treatment of the mixture obtained in step (ii) at temperatures of 30-250 °C and/or at pressures from > 1 to 100 bar; and (iv) optionally separation of the mixture obtained in step (iii),
A foot prosthesis with (a) a lower leg connection part , (b) a foot part , (c) a connection element with joint function that connects the lower leg connection part with the foot part , and (d) a release device , by means of which a movement of the foot part relative to the lower leg connection part can be restrained and unrestrained, which has a passive restraining device and which comprises a hydraulic cylinder that is connected to the foot part and the lower leg connection part , characterised in that (e) the restraining device is connected to the hydraulic cylinder in such a way that (e 1 ) a dorsal extension of the foot part relative to the lower leg connection part in an angular range from a maximum plantar flexion position to a neutral position is less strongly restrained than a dorsal extension movement of the foot part out of of the neutral position, and (e 2 ) a dorsal extension movement beyond the neutral position is possible. (a) a lower leg connection part , (b) a foot part , (c) a connection element with joint function that connects the lower leg connection part with the foot part , and (d) a release device , by means of which a movement of the foot part relative to the lower leg connection part can be restrained and unrestrained, which has a passive restraining device and which comprises a hydraulic cylinder that is connected to the foot part and the lower leg connection part , characterised in that (e) the restraining device is connected to the hydraulic cylinder in such a way that (e 1 ) a dorsal extension of the foot part relative to the lower leg connection part in an angular range from a maximum plantar flexion position to a neutral position is less strongly restrained than a dorsal extension movement of the foot part out of of the neutral position, and (e 2 ) a dorsal extension movement beyond the neutral position is possible. (e 1 ) a dorsal extension of the foot part relative to the lower leg connection part in an angular range from a maximum plantar flexion position to a neutral position is less strongly restrained than a dorsal extension movement of the foot part out of of the neutral position, and (e 2 ) a dorsal extension movement beyond the neutral position is possible.
An X-display complex comprising: (a) a nucleic acid molecule comprising a polypeptide-encoding sequence, wherein the nucleic acid molecule is covalently bound to a first high affinity ligand; (b) a polypeptide encoded by the nucleic acid molecule; and (c) a ligand acceptor bound to a peptide acceptor, wherein the peptide acceptor is covalently bound to the C-terminus of the polypeptide, and wherein the first high affinity ligand is bound to the ligand acceptor, and the polypeptide is non-covalently bound to the nucleic acid molecule. (a) a nucleic acid molecule comprising a polypeptide-encoding sequence, wherein the nucleic acid molecule is covalently bound to a first high affinity ligand; (b) a polypeptide encoded by the nucleic acid molecule; and (c) a ligand acceptor bound to a peptide acceptor, wherein the peptide acceptor is covalently bound to the C-terminus of the polypeptide,
A strapping machine comprising a strap guide frame having a strap channel for a flat strap , wherein the strap guide frame comprises a plurality of elements joined to each other, each element having a portion of the strap channel and being attached to a support frame , at least some of the elements being fastened to the supporting frame by means of resilient fastening clips , and the fastening clip having a back portion which is adjoined by two mutually parallel legs , one leg of the fastening clip having at its end a retaining projection which positively engages behind an edge of a groove in a first side face of the element , and the second leg of the fastening clip having a retaining projection which positively engages behind an edge of a groove in a second side face of the element , characterized in that the supporting frame is made of folded sheet metal and has at least one opening through which the fastening clip projects, so that the side of the back portion facing the element rests against the supporting frame and thus fixes the element to the supporting frame .
Method of preoperative planning to correct spine misalignment of a patient, comprising a step of making a translation and a rotation, in a sagittal plane, of each vertebra of a set of several cervical and/or thoracic (T1-T12) and/or lumbar (L1-L5) imaged spine vertebrae , so that said set of imaged vertebrae presents afterwards, in the sagittal plane, the same cervical lordosis and/or the same thoracic kyphosis and/or the same lumbar lordosis as a model adapted for said patient, wherein it also comprises, before said step of making said translation and said rotation in a sagittal plane a step of making a translation and a rotation, in a coronal plane, of each vertebra of said set of several cervical and/or thoracic (T1-T12) and/or lumbar (L1-L5) imaged spine vertebrae , so that said set of imaged vertebrae becomes straight in said coronal plane, and of making a rotation, in an axial plane, of each vertebra of said set of several cervical and/or thoracic (T1-T12) and/or lumbar (L1-L5) imaged spine vertebrae , so that said set of imaged vertebrae becomes axially aligned.
An input output memory management unit, IOMMU, comprising: a first memory device comprising a translation lookaside buffer, TLB; a second memory device comprising a translation group table; a plurality of translation request controllers , wherein each of the plurality of translation request controllers is configured to perform an address translation operation; and an allocation controller characterized in that it is configured to: receive a first request comprising a first page table identifier, ID, a first virtual page number, and a first page offset; look up the TLB by using the first page table ID and the first virtual page number; based on a TLB miss for the first request occurring, look up the translation group table by using the first page table ID and the first virtual page number; and based on a translation group table miss for the first request occurring, allocate a first translation request controller among the plurality of translation request controllers, store the first page table ID and the first virtual page number in a first entry of the translation group table and update a tail pointer included in the first entry. a first memory device comprising a translation lookaside buffer, TLB; a second memory device comprising a translation group table; a plurality of translation request controllers , wherein each of the plurality of translation request controllers is configured to perform an address translation operation; and an allocation controller characterized in that it is configured to: receive a first request comprising a first page table identifier, ID, a first virtual page number, and a first page offset; look up the TLB by using the first page table ID and the first virtual page number; based on a TLB miss for the first request occurring, look up the translation group table by using the first page table ID and the first virtual page number; and based on a translation group table miss for the first request occurring, allocate a first translation request controller among the plurality of translation request controllers, store the first page table ID and the first virtual page number in a first entry of the translation group table and update a tail pointer included in the first entry. receive a first request comprising a first page table identifier, ID, a first virtual page number, and a first page offset; look up the TLB by using the first page table ID and the first virtual page number; based on a TLB miss for the first request occurring, look up the translation group table by using the first page table ID and the first virtual page number; and based on a translation group table miss for the first request occurring, allocate a first translation request controller among the plurality of translation request controllers, store the first page table ID and the first virtual page number in a first entry of the translation group table and update a tail pointer included in the first entry.