mhurhangee/patent-ind-claim-en huggingface dataset:
Process for making a granule containing (A) at least one chelating agent selected from alkali metal salts of methyl glycine diacetic acid (MGDA) and of iminodisuccinic acid (IDS), and, optionally, (B) at least one homo- or copolymer of (meth)acrylic acid, partially or fully neutralized with alkali, said process comprising the steps of (a) providing an aqueous solution or slurry containing chelating agent (A) and, if applicable, (co)polymer (B), (b) removing most of said water by spray granulation in a fluidized bed, thereby obtaining a granule, (c) treating the resultant granule from step (b) with air or an inert gas in a vessel of which at least one part rotates around a horizontal axis and wherein said vessel is selected from paddle mixers, free-fall mixers and plough share mixers. (A) at least one chelating agent selected from alkali metal salts of methyl glycine diacetic acid (MGDA) and of iminodisuccinic acid (IDS), and, optionally, (B) at least one homo- or copolymer of (meth)acrylic acid, partially or fully neutralized with alkali, (a) providing an aqueous solution or slurry containing chelating agent (A) and, if applicable, (co)polymer (B), (b) removing most of said water by spray granulation in a fluidized bed, thereby obtaining a granule, (c) treating the resultant granule from step (b) with air or an inert gas in a vessel of which at least one part rotates around a horizontal axis and wherein said vessel is selected from paddle mixers, free-fall mixers and plough share mixers.
A radio frequency system, RF system, comprising: a near field coupler configured to transmit a near field effect at a transponder operating region to communicate with a targeted transponder of a carrier substrate when the targeted transponder is moved to the transponder operating region; a media conveyance configured to move the carrier substrate through the transponder operating region; a first sensor to detect a justification of the targeted transponder ; and a logic circuit to configure an impedance of the near field coupler based on the justification of the targeted transponder , characterised by : a second sensor to identify a type of media unit associated with the targeted transponder , wherein the logic circuit is to configure the impedance of the near field coupler based on the type of media unit and the justification. a near field coupler configured to transmit a near field effect at a transponder operating region to communicate with a targeted transponder of a carrier substrate when the targeted transponder is moved to the transponder operating region; a media conveyance configured to move the carrier substrate through the transponder operating region; a first sensor to detect a justification of the targeted transponder ; and a logic circuit to configure an impedance of the near field coupler based on the justification of the targeted transponder , characterised by : a second sensor to identify a type of media unit associated with the targeted transponder , wherein the logic circuit is to configure the impedance of the near field coupler based on the type of media unit and the justification.
An Alcalase protease mix from Bacillus licheniformi, with as the main enzyme an endoproteinase, hydrolysate of purified lysozyme, characterized in that at least 30% of the hydrolysate are peptides of lysozyme that have a molecular weight of less than 0.5 kD.
An apparatus (51; 52) comprising circuitry configured to distribute an area-specific system information update, the circuitry is further configured to determine if one of a plurality of cells in a system information area has changed the system information configurations, and, if the system information configuration has changed, send a notification to UEs in a paging message, and notify other cells in the system information area to send the notification in their paging messages as well, wherein the apparatus is a virtual cell, a local cell, a micro or pico cell, a Transmission/Reception Point, TRP, a small cell provided by NR eNodeBs, a base station, or an eNodeB. determine if one of a plurality of cells in a system information area has changed the system information configurations, and, if the system information configuration has changed, send a notification to UEs in a paging message, and notify other cells in the system information area to send the notification in their paging messages as well, wherein the apparatus is a virtual cell, a local cell, a micro or pico cell, a Transmission/Reception Point, TRP, a small cell provided by NR eNodeBs, a base station, or an eNodeB.
A method for cutting metal, preferably tape material or plate-shaped workpieces, wherein the material is transported over an upper run of a rotary driven conveyance device in a conveying direction and is cut into components, during the transport, by at least two cutting devices arranged above the upper run in a work region that extends over a length of the upper run , wherein the upper run is deflected respectively in the cutting regions of the cutting devices to a duct formed in the direction of the lower run of the conveyance device and including a collecting container arranged therein, wherein each cutting device with a duct and a collecting container forms a cutting unit , and the at least two cutting units move independently from each other in the complete work region and cut different or also identical contours during a cutting cycle.
A method of improving the uniformity of a tire, comprising: accessing uniformity measurements of a uniformity parameter obtained for a set of a plurality of test tires, the uniformity measurement for each test tire obtained for a plurality of revolutions of the test tire in a uniformity measurement machine while the test tire is loaded with a road wheel; determining data indicative of a variance in the uniformity measurements obtained for the set of test tires by: determining a first variance of uniformity measurements associated with a first revolution in the plurality of revolutions for the set of test tires; determining a second variance of the uniformity measurements associated with the second revolution in the plurality of revolutions for the set of test tires; and determining the data indicative of an independent variance based at least in part on the first variance and the second variance; estimating one or more parameters of a measurement process harmonic associated with the road wheel based at least in part on the data indicative of the variance; and modifying tire manufacture based at least in part on the measurement process harmonic associated with the road wheel. accessing uniformity measurements of a uniformity parameter obtained for a set of a plurality of test tires, the uniformity measurement for each test tire obtained for a plurality of revolutions of the test tire in a uniformity measurement machine while the test tire is loaded with a road wheel; determining data indicative of a variance in the uniformity measurements obtained for the set of test tires by: determining a first variance of uniformity measurements associated with a first revolution in the plurality of revolutions for the set of test tires; determining a second variance of the uniformity measurements associated with the second revolution in the plurality of revolutions for the set of test tires; and determining the data indicative of an independent variance based at least in part on the first variance and the second variance; determining a first variance of uniformity measurements associated with a first revolution in the plurality of revolutions for the set of test tires; determining a second variance of the uniformity measurements associated with the second revolution in the plurality of revolutions for the set of test tires; and determining the data indicative of an independent variance based at least in part on the first variance and the second variance; estimating one or more parameters of a measurement process harmonic associated with the road wheel based at least in part on the data indicative of the variance; and modifying tire manufacture based at least in part on the measurement process harmonic associated with the road wheel.
A cylinder (C) comprising: - a cylinder housing (CH) with a first side (FS) and a second side (SS) opposite the first side; - a rod moveably arranged inside the cylinder housing such that at least a portion of the rod extends from the cylinder housing at the second side of the cylinder housing; and - a first piston arranged inside the cylinder housing in sealing engagement with the cylinder housing and fixed to the rod; - a second piston arranged inside the cylinder housing in sealing engagement with the cylinder housing and fixed to the rod at a distance from the first piston; and - a floating piston moveably arranged on the rod in between the first and second piston, wherein the cylinder housing includes a floating piston section guiding the floating piston and configured to delimit movement of the floating piston, characterized in that the cylinder further comprises a pressure device or pressure system configured to allow a pressure to be applied between the floating piston and the first piston in order to move the floating piston into engagement with the second piston and into engagement with the cylinder housing at a second piston side of the floating piston section, or to allow a pressure to be applied between the floating piston and the second piston in order to move the floating piston into engagement with the first piston and into engagement with the cylinder housing at a first piston side of the floating piston section, to position the rod in an intermediate position between two extreme positions. - a cylinder housing (CH) with a first side (FS) and a second side (SS) opposite the first side; - a rod moveably arranged inside the cylinder housing such that at least a portion of the rod extends from the cylinder housing at the second side of the cylinder housing; and - a first piston arranged inside the cylinder housing in sealing engagement with the cylinder housing and fixed to the rod; - a second piston arranged inside the cylinder housing in sealing engagement with the cylinder housing and fixed to the rod at a distance from the first piston; and - a floating piston moveably arranged on the rod in between the first and second piston, wherein the cylinder housing includes a floating piston section guiding the floating piston and configured to delimit movement of the floating piston, characterized in that the cylinder further comprises a pressure device or pressure system configured to allow a pressure to be applied between the floating piston and the first piston in order to move the floating piston into engagement with the second piston and into engagement with the cylinder housing at a second piston side of the floating piston section, or to allow a pressure to be applied between the floating piston and the second piston in order to move the floating piston into engagement with the first piston and into engagement with the cylinder housing at a first piston side of the floating piston section, to position the rod in an intermediate position between two extreme positions.
A milling cutting insert having a substantially triangular shape, the cutting insert comprising: a top side an underside circumferential side surfaces extending between the top side and the underside , cutting edges being formed at the transition of the circumferential side surfaces to the top side and / or the underside , wherein on circumferential side surfaces two discrete planar abutment surfaces are formed for positioning the cutting insert in a tool holder , wherein the two discrete planar abutment surfaces are inclined with respect to each other at an outer angle of between 190° and 220° and wherein the abutment surfaces are spaced from each other with respect to the circumferential direction of the cutting insert , characterised in that the discrete planar abutment surfaces protrude from the side surfaces and are substantially perpendicular to the top side and wherein the cutting edges between cutting corners are convexly curved. a top side an underside circumferential side surfaces extending between the top side and the underside , cutting edges being formed at the transition of the circumferential side surfaces to the top side and / or the underside , wherein on circumferential side surfaces two discrete planar abutment surfaces are formed for positioning the cutting insert in a tool holder , wherein the two discrete planar abutment surfaces are inclined with respect to each other at an outer angle of between 190° and 220° and wherein the abutment surfaces are spaced from each other with respect to the circumferential direction of the cutting insert , characterised in that the discrete planar abutment surfaces protrude from the side surfaces and are substantially perpendicular to the top side and wherein the cutting edges between cutting corners are convexly curved.
A sheet binding processing apparatus comprising: first sheet binding means capable of performing first binding processing that uses a staple; second sheet binding means capable of performing second binding processing that does not use a staple; and characterized by further comprising: control means for changing, in accordance with the executed sheet binding processing, a stackable amount of sheets, that have undergone sheet binding processing, on a stacking unit , wherein the control means regulates discharge of sheets to the stacking unit in a case in which an amount of the sheets that have undergone the first binding processing performed by the first sheet binding means and been discharged to the stacking unit reaches a predetermined first upper limit value, and a case in which an amount of sheets that have undergone the second binding processing performed by the second sheet binding means and been discharged to the stacking unit reaches a predetermined second upper limit value larger than the first upper limit value. first sheet binding means capable of performing first binding processing that uses a staple; second sheet binding means capable of performing second binding processing that does not use a staple; and characterized by further comprising: control means for changing, in accordance with the executed sheet binding processing, a stackable amount of sheets, that have undergone sheet binding processing, on a stacking unit , wherein the control means regulates discharge of sheets to the stacking unit in a case in which an amount of the sheets that have undergone the first binding processing performed by the first sheet binding means and been discharged to the stacking unit reaches a predetermined first upper limit value, and a case in which an amount of sheets that have undergone the second binding processing performed by the second sheet binding means and been discharged to the stacking unit reaches a predetermined second upper limit value larger than the first upper limit value.
A method for improving comparative measurements of pairing algorithms in a contact center system (100A; 100B; 250; 270), the contact center system comprising a switch (120; 120A; 120B) that is communicatively coupled to a plurality of agents (151A, 151B, 151C, 151D; 251A, 251B) and at least one computer processor communicatively coupled to and configured to operate in the contact center system (100A; 100B; 250; 270), wherein the method is performed by the at least one computer processor and comprises: selecting a pairing algorithm PA set from a group of PA sets, the group of PA sets comprising: i) a first PA set comprising a first PA, and ii) a second PA set comprising a second PA and a third PA; as a result of selecting a PA set from the group of PA sets, using one or more PAs included in the selected PA set to establish a connection between a plurality of contact-agent pairs across a telecommunications network via the switch (120; 120A; 120B); measuring a performance metric attributed to the one or more PAs included in the selected PA set for the plurality of contact-agent pairs; and outputting comparative measurements of the one or more PAs included in the selected PA set. selecting a pairing algorithm PA set from a group of PA sets, the group of PA sets comprising: i) a first PA set comprising a first PA, and ii) a second PA set comprising a second PA and a third PA; i) a first PA set comprising a first PA, and ii) a second PA set comprising a second PA and a third PA; as a result of selecting a PA set from the group of PA sets, using one or more PAs included in the selected PA set to establish a connection between a plurality of contact-agent pairs across a telecommunications network via the switch (120; 120A; 120B); measuring a performance metric attributed to the one or more PAs included in the selected PA set for the plurality of contact-agent pairs; and outputting comparative measurements of the one or more PAs included in the selected PA set. measuring a performance metric attributed to the one or more PAs included in the selected PA set for the plurality of contact-agent pairs; and outputting comparative measurements of the one or more PAs included in the selected PA set.
Case collector device for a firearm comprising an ejection port for cases of fired cartridges, said case collector device comprising a collection chamber and a storage pouch which are secured to one another and are movable between a case collection position, in which the collection chamber is intended to be facing the ejection port , and a released position, in which the ejection port is intended to be released, the collection chamber comprising: • a first opening intended to come facing the ejection port in the collection position, and • a second opening connected to the storage pouch , the case collector device further comprising: • a fastening plate disposed laterally with respect to the collection chamber and comprising a first connection device for connection to the firearm , and • a second connection device between the fastening plate and the collection chamber , characterized in that said second connection device comprises • at least one slider , and • at least one slideway which is disposed in a complementary manner and in which said slider is guided between a first position, in which the case collector device is in the collection position, and a second position, in which the case collector device is in the released position. • a first opening intended to come facing the ejection port in the collection position, and • a second opening connected to the storage pouch , • a fastening plate disposed laterally with respect to the collection chamber and comprising a first connection device for connection to the firearm , and • a second connection device between the fastening plate and the collection chamber , • at least one slider , and • at least one slideway which is disposed in a complementary manner and in which said slider is guided between a first position, in which the case collector device is in the collection position, and a second position, in which the case collector device is in the released position.
A lattice structure for use in a damping system for a turbine blade , the lattice structure comprising: a first lattice structure comprising: a first outer passage comprising a hollow interior ; a second outer passage orthogonal to the first outer passage , the second outer passage comprising a hollow interior; and an outer node comprising a hollow interior, the outer node forming an intersection of the first outer passage and the second outer passage ; characterized in that the lattice structure for use in a damping system for a turbine blade is nested, wherein the lattice structure further comprises a second lattice structure nested within the hollow interior of the first lattice structure , the second lattice structure comprising: a first inner passage ; a second inner passage ; and an inner node , the inner node forming an intersection of the first inner passage and the second inner passage ; wherein each of the first inner passage , the second inner passage , and the inner node are nested within the respective first outer passage , the second outer passage , and the outer node . a first lattice structure comprising: a first outer passage comprising a hollow interior ; a second outer passage orthogonal to the first outer passage , the second outer passage comprising a hollow interior; and an outer node comprising a hollow interior, the outer node forming an intersection of the first outer passage and the second outer passage ; a first outer passage comprising a hollow interior ; a second outer passage orthogonal to the first outer passage , the second outer passage comprising a hollow interior; and an outer node comprising a hollow interior, the outer node forming an intersection of the first outer passage and the second outer passage ; characterized in that the lattice structure for use in a damping system for a turbine blade is nested, wherein the lattice structure further comprises a second lattice structure nested within the hollow interior of the first lattice structure , the second lattice structure comprising: a first inner passage ; a second inner passage ; and an inner node , the inner node forming an intersection of the first inner passage and the second inner passage ; wherein each of the first inner passage , the second inner passage , and the inner node are nested within the respective first outer passage , the second outer passage , and the outer node . a first inner passage ; a second inner passage ; and an inner node , the inner node forming an intersection of the first inner passage and the second inner passage ; wherein each of the first inner passage , the second inner passage , and the inner node are nested within the respective first outer passage , the second outer passage , and the outer node .
A conjugate comprising: (a) an isolated or a synthetic targeting peptide comprising an amino acid sequence that is at least 90% identical to SEQ ID NO: 8; and (b) a component, to which the targeting peptide is conjugated, the component being selected from the group consisting of polymeric micelles, lipoprotein-based drug carriers, nanoparticle drug carriers, a chemotherapeutic agent, a micelle, a liposome, dendrimers, a polymer, a lipid, an oligonucleotide, a peptide, a polypeptide, a protein, a prostate cancer cell, a stem cell, and an imaging agent. (a) an isolated or a synthetic targeting peptide comprising an amino acid sequence that is at least 90% identical to SEQ ID NO: 8; and (b) a component, to which the targeting peptide is conjugated, the component being selected from the group consisting of polymeric micelles, lipoprotein-based drug carriers, nanoparticle drug carriers, a chemotherapeutic agent, a micelle, a liposome, dendrimers, a polymer, a lipid, an oligonucleotide, a peptide, a polypeptide, a protein, a prostate cancer cell, a stem cell, and an imaging agent.