mhurhangee/patent-ind-claim-en huggingface dataset:
A system for supporting dual-port virtual router in a high performance computing environment, comprising: one or more microprocessors; a first subnet , the first subnet comprising a plurality of switches , the plurality of switches comprising at least a leaf switch, wherein each of the plurality of switches comprise a plurality of switch ports, a plurality of host channel adapters , each host channel adapter comprising at least one host channel adapter port, a plurality of end nodes (201-204), wherein each of the end nodes are associated with at least one host channel adapter of the plurality of host channel adapters, and a subnet manager, the subnet manager running on one of the plurality of switches and the plurality of host channel adapters; characterised by a switch port of the plurality of switch ports on a switch of the plurality of switches being configured as a router port , and the switch port configured as the router port being logically connected to a virtual router , the virtual router comprising at least two virtual router ports. one or more microprocessors; a first subnet , the first subnet comprising a plurality of switches , the plurality of switches comprising at least a leaf switch, wherein each of the plurality of switches comprise a plurality of switch ports, a plurality of host channel adapters , each host channel adapter comprising at least one host channel adapter port, a plurality of end nodes (201-204), wherein each of the end nodes are associated with at least one host channel adapter of the plurality of host channel adapters, and a subnet manager, the subnet manager running on one of the plurality of switches and the plurality of host channel adapters; a plurality of switches , the plurality of switches comprising at least a leaf switch, wherein each of the plurality of switches comprise a plurality of switch ports, a plurality of host channel adapters , each host channel adapter comprising at least one host channel adapter port, a plurality of end nodes (201-204), wherein each of the end nodes are associated with at least one host channel adapter of the plurality of host channel adapters, and a subnet manager, the subnet manager running on one of the plurality of switches and the plurality of host channel adapters; characterised by a switch port of the plurality of switch ports on a switch of the plurality of switches being configured as a router port , and the switch port configured as the router port being logically connected to a virtual router , the virtual router comprising at least two virtual router ports.
Measuring device for non-invasively detecting the intracranial pressure pulsation of a patient , comprising: - a holding device which can be detachably attached to the outside of the patient's skull in a force-locking and/or form-locking manner, - at least one bimorph bending sensor having two sensor layers with antiparallel polarity arranged symmetrically around the neutral fibre, which is arranged in or on the holding device , wherein upon bending in one direction one of the bending sensor layers is stretched while the other is equally compressed, the signals adding up when the bending sensor layers are loaded in opposite directions, - an analog signal amplifier for amplifying the measurement data supplied by the bimorph bending sensor , - an A/D converter for converting the analog measurement data into digital data, and - a computing unit for preprocessing the data and calculating parameters from the intracranial pressure pulsation curve, which correlate with vital state variables on basis of the digital data. - a holding device which can be detachably attached to the outside of the patient's skull in a force-locking and/or form-locking manner, - at least one bimorph bending sensor having two sensor layers with antiparallel polarity arranged symmetrically around the neutral fibre, which is arranged in or on the holding device , wherein upon bending in one direction one of the bending sensor layers is stretched while the other is equally compressed, the signals adding up when the bending sensor layers are loaded in opposite directions, - an analog signal amplifier for amplifying the measurement data supplied by the bimorph bending sensor , - an A/D converter for converting the analog measurement data into digital data, and - a computing unit for preprocessing the data and calculating parameters from the intracranial pressure pulsation curve, which correlate with vital state variables on basis of the digital data.
A controller , comprising: a recording unit configured to record a series of operations including one or more user operations performed on a manufacturing device or a testing device together with a procedure; a processing instruction unit configured to cause the manufacturing device or the testing device to perform processing assigned to each of the one or more user operations recorded by the recording unit by following the procedure recorded by the recording unit ; a display configured to display information indicating each of the one or more user operations and information indicating the procedure recorded by the recording unit ; and a receiving unit configured to receive a processing instruction operation for instructing the processing instruction unit to cause the manufacturing device or the testing device to perform processing assigned to each of the one or more user operations recorded by the recording unit by following the procedure recorded by the recording unit , wherein when the receiving unit receives the processing instruction operation, the processing instruction unit causes the manufacturing device or the testing device to perform processing assigned to each of the one or more user operations by following the procedure recorded by the recording unit and wherein the receiving unit is configured to receive the processing instruction operation from another controller. a recording unit configured to record a series of operations including one or more user operations performed on a manufacturing device or a testing device together with a procedure; a processing instruction unit configured to cause the manufacturing device or the testing device to perform processing assigned to each of the one or more user operations recorded by the recording unit by following the procedure recorded by the recording unit ; a display configured to display information indicating each of the one or more user operations and information indicating the procedure recorded by the recording unit ; and a receiving unit configured to receive a processing instruction operation for instructing the processing instruction unit to cause the manufacturing device or the testing device to perform processing assigned to each of the one or more user operations recorded by the recording unit by following the procedure recorded by the recording unit , wherein when the receiving unit receives the processing instruction operation, the processing instruction unit causes the manufacturing device or the testing device to perform processing assigned to each of the one or more user operations by following the procedure recorded by the recording unit and wherein the receiving unit is configured to receive the processing instruction operation from another controller.
A sheet storage unit that stores a sheet, the sheet storage unit comprising: a reel around which a tape is wound; a first drive unit that rotates the reel around a rotation axis; a drum that is connected to the reel via the tape and winds the tape wound around the reel together with the sheet; a second drive unit that rotates the drum around a rotation axis; and a control unit that controls at least one of the first drive unit and/or the second drive unit to change tension acting on the tape according to a state of the sheet storage unit ; characterized in that in a case that a quantity of a plurality of the sheets wound around the drum changes from a first quantity to a second quantity, the second quantity being a quantity increased from the first quantity, the control unit controls the at least one of the first drive unit and/or the second drive unit to set the tension acting on the tape for the second quantity lower than the tension acting on the tape for the first quantity. a reel around which a tape is wound; a first drive unit that rotates the reel around a rotation axis; a drum that is connected to the reel via the tape and winds the tape wound around the reel together with the sheet; a second drive unit that rotates the drum around a rotation axis; and a control unit that controls at least one of the first drive unit and/or the second drive unit to change tension acting on the tape according to a state of the sheet storage unit ; characterized in that in a case that a quantity of a plurality of the sheets wound around the drum changes from a first quantity to a second quantity, the second quantity being a quantity increased from the first quantity, the control unit controls the at least one of the first drive unit and/or the second drive unit to set the tension acting on the tape for the second quantity lower than the tension acting on the tape for the first quantity.
A handheld device comprising: a housing ; an elongated rod including a tip at a first end and a compressible element at a second end, wherein the compressible element includes conductive material, and wherein the elongated rod is movable with respect to the housing ; a pyramid structure including at least three walls and an electrode on each of the at least three walls , wherein the pyramid structure is fixed or integrated with the housing , and wherein the compressible element is configured to press and flatten against one or more inner walls and the electrodes of the pyramid structure based on a force vector applied on the tip ; and a circuit configured to: apply signals on the compressible element or the electrodes ; detect outputs from the electrodes ; and provide pressure related information based on the outputs to a computing device communicating with the handheld device or apply the pressure related information for adjusting operation of the handheld device. a housing ; an elongated rod including a tip at a first end and a compressible element at a second end, wherein the compressible element includes conductive material, and wherein the elongated rod is movable with respect to the housing ; a pyramid structure including at least three walls and an electrode on each of the at least three walls , wherein the pyramid structure is fixed or integrated with the housing , and wherein the compressible element is configured to press and flatten against one or more inner walls and the electrodes of the pyramid structure based on a force vector applied on the tip ; and a circuit configured to: apply signals on the compressible element or the electrodes ; detect outputs from the electrodes ; and provide pressure related information based on the outputs to a computing device communicating with the handheld device or apply the pressure related information for adjusting operation of the handheld device. apply signals on the compressible element or the electrodes ; detect outputs from the electrodes ; and provide pressure related information based on the outputs to a computing device communicating with the handheld device or apply the pressure related information for adjusting operation of the handheld device.
A computer-implemented process for improving an orthomosaic composed of portions from a plurality of images, wherein the orthomosaic has been generated fully or partially automatically from the plurality of images, the process comprising: - providing to a computer the orthomosaic composed of portions of a first image and portions of a second image , wherein the first image was captured at a later time than the second image ; wherein the process is characterised by : - automatically detecting with the computer one or more slivers in the orthomosaic by identifying one or more contiguous portions of the first or second image in the orthomosaic that have a width less than a predetermined width and a length greater than a predetermined length, and have different characteristics as compared to an adjacent portion in the orthomosaic that is created from a different image, each contiguous portion having an outer perimeter, wherein said step of automatically detecting comprises, in respect of the or each identified contiguous portion, creating an original footprint of the portion using its outer perimeter, shrinking the original footprint from all edges by said predetermined width to form a shrunken footprint, expanding said shrunken footprint from all edges by said predetermined width to form an expanded footprint, and subtracting the expanded footprint from the original footprint and subsequently identifying each remaining contiguous portion as a separate sliver; and - automatically removing with the computer one or more of the slivers. - providing to a computer the orthomosaic composed of portions of a first image and portions of a second image , wherein the first image was captured at a later time than the second image ; - automatically detecting with the computer one or more slivers in the orthomosaic by identifying one or more contiguous portions of the first or second image in the orthomosaic that have a width less than a predetermined width and a length greater than a predetermined length, and have different characteristics as compared to an adjacent portion in the orthomosaic that is created from a different image, each contiguous portion having an outer perimeter, wherein said step of automatically detecting comprises, in respect of the or each identified contiguous portion, creating an original footprint of the portion using its outer perimeter, shrinking the original footprint from all edges by said predetermined width to form a shrunken footprint, expanding said shrunken footprint from all edges by said predetermined width to form an expanded footprint, and subtracting the expanded footprint from the original footprint and subsequently identifying each remaining contiguous portion as a separate sliver; and - automatically removing with the computer one or more of the slivers.
Silane crosslinking catalyst comprising - 75 to 85 wt.-% of an olefin acrylate interpolymer and - 15 to 25 wt.-% of a hindered amine light stabilizer (HALS) having a number average molecular weight Mn of 1500 to 4000 g/mol; and - optionally up to 5 wt.-% wax, wherein the silane crosslinking catalyst is free of tin, carboxylic acid(s) and sulphonic acid(s), all weight percentages with respect to the total weight of the silane crosslinking catalyst. - 75 to 85 wt.-% of an olefin acrylate interpolymer and - 15 to 25 wt.-% of a hindered amine light stabilizer (HALS) having a number average molecular weight Mn of 1500 to 4000 g/mol; and - optionally up to 5 wt.-% wax, wherein the silane crosslinking catalyst is free of tin, carboxylic acid(s) and sulphonic acid(s),
A system for navigating an instrument, comprising: a first coil jig having at least one coil of conductive material positioned thereon; a second coil jig having at least one coil of conductive material positioned thereon; and a third coil jig having at least one coil of conductive material positioned thereon; wherein the first coil jig is configured to be assembled with the second coil jig and the second coil jig is configured to be assembled with the third coil jig to form a coil group of the first coil jig, the second coil jig, and the third coil jig; wherein each coil jig has an octagonal configuration and includes a first external wall and a second external wall with a main coil channel between the first and second external walls, the main coil channel of each coil jig having the octagonal configuration with eight sides to allow the at least one coil of each coil jig to be wrapped more evenly and precisely to follow the octagonal shape. a first coil jig having at least one coil of conductive material positioned thereon; a second coil jig having at least one coil of conductive material positioned thereon; and a third coil jig having at least one coil of conductive material positioned thereon; wherein the first coil jig is configured to be assembled with the second coil jig and the second coil jig is configured to be assembled with the third coil jig to form a coil group of the first coil jig, the second coil jig, and the third coil jig; wherein each coil jig has an octagonal configuration and includes a first external wall and a second external wall with a main coil channel between the first and second external walls, the main coil channel of each coil jig having the octagonal configuration with eight sides to allow the at least one coil of each coil jig to be wrapped more evenly and precisely to follow the octagonal shape.
A method for manufacturing a metallic link for constituting an energy chain constituted by metallic link from a pair of conventional sheet of metal , each sheet of metal having two flat surfaces , respectively parallel to each other and connected by a pair of inclined surfaces , said method comprising, independently from the order these steps are performed: the steps of forming rounded edges on opposite sides of said sheets of metal , forming a rounded notch at one of said rounded edges of each sheet of metal, said notches being defined by a pair of radial surfaces , said notch having the same centre of curvature of said rounded edge, characterized by forming a pair of through-hole and by forming a concave slot between the through-holes on each sheet of metal, said slot having concavity facing the notched side of said sheets of metal, die forming only one portion of the portions defined to both sides of said concave : slot on each sheet of metal, each said through-hole having the same centre of curvature of said rounded edges, and joining two sheets of metal together forming a side link by clinching or electro-welding them once the corresponding flat surfaces are disposed over each other such that radial surfaces of one flat surface are parallel to radial surfaces of the other flat surface .
Method for viewing a surface coating, by creating a digital image of the coating, comprising the steps of: - choosing the coating and determining at least one elementary part (P) of the coating; - determining a repeating elementary pattern (M); - assembling the elementary patterns; - viewing the assembled patterns, the method further including the steps of: - applying the assembled patterns onto a digital image of said surface, comprising the application of a perspective onto the assembly of the patterns according to the perspective of the image, and - acquiring dimensional characteristics of the surface, the method being characterised in that it comprises the steps of: - applying a deformable predetermined geometric structure onto the image of the surface; and - deforming the geometric structure in such a way as to make it coincide with the perspective of the surface, the application of the assembled patterns being carried out according to the deformation of the geometric structure and the dimensional characteristics of the surface. - choosing the coating and determining at least one elementary part (P) of the coating; - determining a repeating elementary pattern (M); - assembling the elementary patterns; - viewing the assembled patterns, - applying the assembled patterns onto a digital image of said surface, comprising the application of a perspective onto the assembly of the patterns according to the perspective of the image, and - acquiring dimensional characteristics of the surface, - applying a deformable predetermined geometric structure onto the image of the surface; and - deforming the geometric structure in such a way as to make it coincide with the perspective of the surface,
Method for processing a tyre , having the following steps: - providing a tyre , wherein the tyre has a tyre surface , wherein the tyre surface has at least one occurrence of flash ; - providing a processing device , wherein the processing device is intended for removing occurrences of flash on the tyre surface , - providing a measuring device , wherein the measuring device is intended for measuring the tyre surface ; - measuring the tyre surface by means of the measuring device , wherein the at least one occurrence of flash is measured by means of the measuring device and an item of information relating to the at least one occurrence of flash is generated and wherein this item of information can be transmitted to the closed-loop control component ; - characterized in that the processing device has a closed-loop control component , wherein, by means of the closed-loop control component , the removal of the occurrences of flash by means of the processing device can be controlled on a closed-loop basis in a manner dependent on an item of information relating to an occurrence of flash on the tyre surface . - providing a tyre , wherein the tyre has a tyre surface , wherein the tyre surface has at least one occurrence of flash ; - providing a processing device , wherein the processing device is intended for removing occurrences of flash on the tyre surface , - providing a measuring device , wherein the measuring device is intended for measuring the tyre surface ; - measuring the tyre surface by means of the measuring device , wherein the at least one occurrence of flash is measured by means of the measuring device and an item of information relating to the at least one occurrence of flash is generated and wherein this item of information can be transmitted to the closed-loop control component ; - characterized in that the processing device has a closed-loop control component , wherein, by means of the closed-loop control component , the removal of the occurrences of flash by means of the processing device can be controlled on a closed-loop basis in a manner dependent on an item of information relating to an occurrence of flash on the tyre surface .
Use of a vinyl chloride resin composition in powder molding, wherein the vinyl chloride resin composition comprises: (a) a vinyl chloride resin; (b) a plasticizer; and (c) a modified silicone oil, wherein (c) the modified silicone oil is a modified silicone oil that is at least one of: hydrogen-modified; phenyl-modified; alkyl/aralkyl-modified; and fatty acid amide-modified, (c) the modified silicone oil is at least a side chain type modified silicone oil, and a content of (c) the modified silicone oil relative to 100 parts by mass of (a) the vinyl chloride resin is 0.05 parts by mass or more and 5 parts by mass or less. (a) a vinyl chloride resin; (b) a plasticizer; and (c) a modified silicone oil, wherein (c) the modified silicone oil is a modified silicone oil that is at least one of: hydrogen-modified; phenyl-modified; alkyl/aralkyl-modified; and fatty acid amide-modified, (c) the modified silicone oil is at least a side chain type modified silicone oil, and a content of (c) the modified silicone oil relative to 100 parts by mass of (a) the vinyl chloride resin is 0.05 parts by mass or more and 5 parts by mass or less.