mhurhangee/ep-ind-claims huggingface dataset:
A method of forming an ultrasound transducer for use in intravascular ultrasound imaging systems, the method comprising: etching a piezoelectric single crystal so as to form a pattern of trenches defining an array of pillars on one surface of the single crystal; filling the trenches between the pillars with a polymer filler material; removing excess material on a first surface of the filled crystal; placing a first electrode on a first side of the filled crystal; removing excess material on a second surface of the filled crystal to leave the single crystal composite layer of the desired thickness; placing a second electrode on a second side of the SCC; and placing the SCC on a molded tip; and forming an aperture in the molded tip and optional housing above the transducer, the aperture having a diameter of an integer multiple of wavelengths of a center frequency of an ultrasound signal transmitted by the transducer. etching a piezoelectric single crystal so as to form a pattern of trenches defining an array of pillars on one surface of the single crystal; filling the trenches between the pillars with a polymer filler material; removing excess material on a first surface of the filled crystal; placing a first electrode on a first side of the filled crystal; removing excess material on a second surface of the filled crystal to leave the single crystal composite layer of the desired thickness; placing a second electrode on a second side of the SCC; and placing the SCC on a molded tip; and forming an aperture in the molded tip and optional housing above the transducer, the aperture having a diameter of an integer multiple of wavelengths of a center frequency of an ultrasound signal transmitted by the transducer.
A method for manufacturing a martensitic stainless steel pipe or tube, having a heat treatment step comprising: a heating step of heating the steel pipe or tube until the external surface temperature thereof reaches a predetermined temperature not lower than "A3 transformation point + 20°C" and not higher than 980°C; a first cooling step of water cooling the heated steel pipe or tube until the external surface temperature thereof reaches a predetermined temperature not lower than 350°C; a second cooling step of air cooling the water cooled steel pipe or tube until the external surface temperature thereof reaches a predetermined temperature not higher than 250°C; and a third cooling step of water cooling or air cooling the air cooled steel pipe or tube until the external surface temperature thereof reaches normal temperature, characterized in that the cooling rate of the steel pipe or tube in the first cooling step is determined according to the wall thickness of the steel pipe or tube so that the amount of heat recuperation for the external surface temperature of the steel pipe or tube in the second cooling step is not higher than 50°C. a heating step of heating the steel pipe or tube until the external surface temperature thereof reaches a predetermined temperature not lower than "A3 transformation point + 20°C" and not higher than 980°C; a first cooling step of water cooling the heated steel pipe or tube until the external surface temperature thereof reaches a predetermined temperature not lower than 350°C; a second cooling step of air cooling the water cooled steel pipe or tube until the external surface temperature thereof reaches a predetermined temperature not higher than 250°C; and a third cooling step of water cooling or air cooling the air cooled steel pipe or tube until the external surface temperature thereof reaches normal temperature, characterized in that the cooling rate of the steel pipe or tube in the first cooling step is determined according to the wall thickness of the steel pipe or tube so that the amount of heat recuperation for the external surface temperature of the steel pipe or tube in the second cooling step is not higher than 50°C.
A method for handling paging from a network node, the method being performed by a wireless device, wherein the wireless device is part of a group of wireless devices (200a, 200b, 200c) capable of communicating with each other over a short-range connection (160a, 160b, 160c) and capable of communicating with a network node over a long-range wireless connection (150a, 150b, 150c) at respective predefined occasions, the predefined occasions being defined by a power save mode, PSM, configuration collectively determined for the group of wireless devices (200a, 200b, 200c), the method comprising: receiving paging originating from the network node, wherein the paging when received during the predefined occasions for the wireless device is received from the network node, the method further comprises: transmitting, when the paging is targeted for the wireless device itself, a paging response towards the network node; and characterised by forwarding, when the paging is targeted for another one of the wireless devices (200b, 200c) in the group of wireless devices (200a, 200b, 200c), the paging to the targeted wireless device (200b, 200c) over the short-range connection (160a, 160b, 160c). receiving paging originating from the network node, wherein the paging when received during the predefined occasions for the wireless device is received from the network node, the method further comprises: transmitting, when the paging is targeted for the wireless device itself, a paging response towards the network node; and characterised by forwarding, when the paging is targeted for another one of the wireless devices (200b, 200c) in the group of wireless devices (200a, 200b, 200c), the paging to the targeted wireless device (200b, 200c) over the short-range connection (160a, 160b, 160c).
Use of an aqueous ink composition for a ballpoint pen, characterized in that the aqueous ink composition comprises at least: 0.1 to 5% by mass of a graft compound of an allyl alcohol-maleic anhydride-styrene copolymer composed of (a) a polyoxyalkylene alkyl ether unit represented by Formula, (b) a maleic anhydride unit, and (c) a styrene unit, the allyl alcohol-maleic anhydride-styrene copolymer having the composition ratio (a): (b): (c) of 25 to 75:25 to 75:0 to 50% by mol and having a mass average molecular weight from 1000 to 50000, and polyoxyalkylene monoalkyl alcohol; 5 to 40% by mass of resin particles; and water; wherein in Formula, R represents an alkyl group having 1 to 5 carbons, and m is a positive number of 5 to 50. 0.1 to 5% by mass of a graft compound of an allyl alcohol-maleic anhydride-styrene copolymer composed of (a) a polyoxyalkylene alkyl ether unit represented by Formula, (b) a maleic anhydride unit, and (c) a styrene unit, the allyl alcohol-maleic anhydride-styrene copolymer having the composition ratio (a): (b): (c) of 25 to 75:25 to 75:0 to 50% by mol and having a mass average molecular weight from 1000 to 50000, and polyoxyalkylene monoalkyl alcohol; 5 to 40% by mass of resin particles; and water; wherein in Formula, R represents an alkyl group having 1 to 5 carbons, and m is a positive number of 5 to 50.
A content protection method in a first network device comprising: generating content while generating content protection information, wherein the content protection information contains (i) marking information and (ii) policy information; generating a content name indicating a location of the generated content in content name based networks and including the content protection information; wherein the marking information indicates whether the content is protected and wherein the policy information indicates a disclosure range of the generated content which indicates a number of network domains having a hierarchical structure, within which the content is only permitted to be shared and disclosed; receiving a content request message from a second network device including the content name and requesting transmission of the generated content; and determining whether to prevent or permit transmission to the second network device of a content response message containing the generated content based on the content protection information included in the generated content name, wherein the transmission of said content response message is prevented if the second network device belongs to a domain which is not indicated in the disclosure range; wherein the transmission of said content response message is permitted if the second network device belongs to a domain indicated in the disclosure range. generating content while generating content protection information, wherein the content protection information contains (i) marking information and (ii) policy information; generating a content name indicating a location of the generated content in content name based networks and including the content protection information; wherein the marking information indicates whether the content is protected and wherein the policy information indicates a disclosure range of the generated content which indicates a number of network domains having a hierarchical structure, within which the content is only permitted to be shared and disclosed; receiving a content request message from a second network device including the content name and requesting transmission of the generated content; and determining whether to prevent or permit transmission to the second network device of a content response message containing the generated content based on the content protection information included in the generated content name, wherein the transmission of said content response message is prevented if the second network device belongs to a domain which is not indicated in the disclosure range; wherein the transmission of said content response message is permitted if the second network device belongs to a domain indicated in the disclosure range.
A debriding composition comprising: (d) a proteolytic enzyme mixture obtained from bromelain comprising stem bromelain (EC 3.4.22.32) and ananain (EC 3.4.22.31), the proteolytic enzyme mixture being in a dry or lyophilized form, present in a first compartment or container; (e) a pH adjusting agent; and (f) a carrier present in a second compartment or container comprising: (j) a cross-linked polymer of acrylic acid which is Carbopol ® 980 NF present in an amount of about 1% (w/w) of the total weight of the carrier; (iv) a polar co-solvent; and (v) water, wherein, prior to use, the proteolytic enzyme mixture (a) being admixed with the pH adjusting agent (b) and the carrier (c) to form a debriding composition in the form of a gel characterized by having a viscosity in the range of about 15 Pa s (15,000 centipoise (cP)) to about 25 Pa s (25,000 cP) at room temperature and a pH ranging from about 6.0 to about 8.0, and wherein said proteolytic enzyme mixture is present in the debriding composition in an amount ranging from about 1% (w/w) to about 7% (w/w) of the total weight of the carrier. (d) a proteolytic enzyme mixture obtained from bromelain comprising stem bromelain (EC 3.4.22.32) and ananain (EC 3.4.22.31), the proteolytic enzyme mixture being in a dry or lyophilized form, present in a first compartment or container; (e) a pH adjusting agent; and (f) a carrier present in a second compartment or container comprising: (j) a cross-linked polymer of acrylic acid which is Carbopol ® 980 NF present in an amount of about 1% (w/w) of the total weight of the carrier; (iv) a polar co-solvent; and (v) water, wherein, prior to use, the proteolytic enzyme mixture (a) being admixed with the pH adjusting agent (b) and the carrier (c) to form a debriding composition in the form of a gel characterized by having a viscosity in the range of about 15 Pa s (15,000 centipoise (cP)) to about 25 Pa s (25,000 cP) at room temperature and a pH ranging from about 6.0 to about 8.0, and wherein said proteolytic enzyme mixture is present in the debriding composition in an amount ranging from about 1% (w/w) to about 7% (w/w) of the total weight of the carrier. (j) a cross-linked polymer of acrylic acid which is Carbopol ® 980 NF present in an amount of about 1% (w/w) of the total weight of the carrier; (iv) a polar co-solvent; and (v) water, wherein, prior to use, the proteolytic enzyme mixture (a) being admixed with the pH adjusting agent (b) and the carrier (c) to form a debriding composition in the form of a gel characterized by having a viscosity in the range of about 15 Pa s (15,000 centipoise (cP)) to about 25 Pa s (25,000 cP) at room temperature and a pH ranging from about 6.0 to about 8.0, and wherein said proteolytic enzyme mixture is present in the debriding composition in an amount ranging from about 1% (w/w) to about 7% (w/w) of the total weight of the carrier.
A method of detecting a target RNA sequence in a target RNA molecule in a sample, said method comprising: a) contacting said sample with a padlock probe and allowing said probe to hybridise to the target RNA molecule; b) subjecting said sample to a ligation reaction using a DNA/RNA ligase to ligate, and thereby circularise, said probe which has hybridised to the target RNA molecule; c) amplifying the ligated circularised probe from step (b) by rolling circle amplification with a DNA polymerase to generate an RCA product; and d) detecting the RCA product, thereby detecting the target RNA sequence; wherein the padlock probe is provided in one or more parts, each part having at least one target-specific binding site which is complementary to a cognate probe-binding site at or adjacent to the target RNA sequence and hybridises to the target RNA molecule such that, optionally after a step of cleaving the hybridised probe and/or extending a 3' end thereof using the target RNA molecule as a template, ligatable ends of the probe or probe parts are juxtaposed for ligation to each other using the target RNA molecule as a ligation template, to create a ligation site at or adjacent to the target RNA sequence; and wherein said probe comprises at least one ribonucleotide at a ligation site or within 5 nucleotides of the ligation site, optionally after said step of cleaving and/or extension, and the ligated circularised probe is composed primarily of DNA and comprises no more than 4 consecutive ribonucleotides. a) contacting said sample with a padlock probe and allowing said probe to hybridise to the target RNA molecule; b) subjecting said sample to a ligation reaction using a DNA/RNA ligase to ligate, and thereby circularise, said probe which has hybridised to the target RNA molecule; c) amplifying the ligated circularised probe from step (b) by rolling circle amplification with a DNA polymerase to generate an RCA product; and d) detecting the RCA product, thereby detecting the target RNA sequence; wherein the padlock probe is provided in one or more parts, each part having at least one target-specific binding site which is complementary to a cognate probe-binding site at or adjacent to the target RNA sequence and hybridises to the target RNA molecule such that, optionally after a step of cleaving the hybridised probe and/or extending a 3' end thereof using the target RNA molecule as a template, ligatable ends of the probe or probe parts are juxtaposed for ligation to each other using the target RNA molecule as a ligation template, to create a ligation site at or adjacent to the target RNA sequence; and wherein said probe comprises at least one ribonucleotide at a ligation site or within 5 nucleotides of the ligation site, optionally after said step of cleaving and/or extension, and the ligated circularised probe is composed primarily of DNA and comprises no more than 4 consecutive ribonucleotides.
Gutter profile for draining liquids on an aircraft, comprising a connecting section for connecting the gutter profile to an outer skin of the aircraft and comprising a drain section for forming a drain cross-section of the gutter profile, the drain section being pre-tensioned into a ground position in which the drain cross-section is open, characterised in that the drain section has a flow guiding device configured to transfer the drain section into a flight position in which the drain cross-section is closed
A position switch for detecting a moving target within a detection area with - a target that is displaceable in a slot at least within a detection area, - at least one reference electrode and at least one first detection electrode, wherein the reference electrode and the first detection electrode respectively form a reference capacity and a first detection capacity via the slot with at least one counter electrode, - wherein the target has at least one reference part and at least one first detection part, wherein the reference part is assigned to the reference capacity and the first detection part is assigned to the first detection capacity, and wherein the reference part and the first detection part (30a, 30b) differently influence the respectively assigned capacity when the target is arranged in the slot between the electrodes, - and with an evaluation circuit to which at least the reference capacity and first detection capacity is connected and which emits a detection signal that is determined at least by forming the difference (d1, d2) of capacity values of the reference capacity and first detection capacity. - a target that is displaceable in a slot at least within a detection area, - at least one reference electrode and at least one first detection electrode, wherein the reference electrode and the first detection electrode respectively form a reference capacity and a first detection capacity via the slot with at least one counter electrode, - wherein the target has at least one reference part and at least one first detection part, wherein the reference part is assigned to the reference capacity and the first detection part is assigned to the first detection capacity, and wherein the reference part and the first detection part (30a, 30b) differently influence the respectively assigned capacity when the target is arranged in the slot between the electrodes, - and with an evaluation circuit to which at least the reference capacity and first detection capacity is connected and which emits a detection signal that is determined at least by forming the difference (d1, d2) of capacity values of the reference capacity and first detection capacity.
A cooking chamber configured to hold cooking media therein and to cook food products therein, comprising: a heating element configured to convey heat to cooking media held in the cooking chamber; a wall; an inlet port formed in the wall; and a diverter disposed adjacent to the inlet port, wherein the diverter comprises: a diverter plate; the cooking chamber being characterised in that a cooking chamber fitting is disposed adjacent to the inlet port, the cooking chamber fitting being configured to provide a fluidically sealed coupling to receive the cooking media transferred through the inlet port into a vat defined by the wall; and in that the diverter further comprises: a recessed portion formed in the diverter plate, an orifice fitting that projects from a surface of the recessed portion formed in the diverter plate, the orifice fitting comprising an open sidewall portion and configured to receive the cooking chamber fitting, such that cooking media is allowed to pass therethrough; wherein the recessed portion extends from the orifice fitting; a bumper portion that projects from the surface of the recessed portion and is disposed proximate to the orifice fitting; the open sidewall portion of the orifice fitting configured to open towards the bumper portion; and wherein the recessed portion faces the inlet port. a heating element configured to convey heat to cooking media held in the cooking chamber; a wall; an inlet port formed in the wall; and a diverter disposed adjacent to the inlet port, wherein the diverter comprises: a diverter plate; a diverter plate; the cooking chamber being characterised in that a cooking chamber fitting is disposed adjacent to the inlet port, the cooking chamber fitting being configured to provide a fluidically sealed coupling to receive the cooking media transferred through the inlet port into a vat defined by the wall; and in that the diverter further comprises: a recessed portion formed in the diverter plate, an orifice fitting that projects from a surface of the recessed portion formed in the diverter plate, the orifice fitting comprising an open sidewall a recessed portion formed in the diverter plate, an orifice fitting that projects from a surface of the recessed portion formed in the diverter plate, the orifice fitting comprising an open sidewall portion and configured to receive the cooking chamber fitting, such that cooking media is allowed to pass therethrough; wherein the recessed portion extends from the orifice fitting; a bumper portion that projects from the surface of the recessed portion and is disposed proximate to the orifice fitting; the open sidewall portion of the orifice fitting configured to open towards the bumper portion; and wherein the recessed portion faces the inlet port. wherein the recessed portion extends from the orifice fitting; a bumper portion that projects from the surface of the recessed portion and is disposed proximate to the orifice fitting; the open sidewall portion of the orifice fitting configured to open towards the bumper portion; and wherein the recessed portion faces the inlet port.
Grinding machine for grinding of a gear or of a gear-like workpiece, which has: a grinding worm with a tooth-shaped profile, which consists at least partly from a dressable abrasive material and which is arranged rotatably on a grinding spindle, so that it can rotate around an axis of rotation during grinding and a dressing device, with which at least a part of the forming areas (4, 5) of the grinding worm can be profiled, wherein the dressing device has a dressing spindle, which bears a disk-shaped dressing tool, so that it can rotate around an axis of rotation, characterized in that the grinding machine further has a dressing bar, which has a dressing edge, which form corresponds to the ideal envelope of the grinding worm, wherein the dressing bar has a length which is at least the width of the grinding worm. a grinding worm with a tooth-shaped profile, which consists at least partly from a dressable abrasive material and which is arranged rotatably on a grinding spindle, so that it can rotate around an axis of rotation during grinding and a dressing device, with which at least a part of the forming areas (4, 5) of the grinding worm can be profiled, wherein the dressing device has a dressing spindle, which bears a disk-shaped dressing tool, so that it can rotate around an axis of rotation, characterized in that the grinding machine further has a dressing bar, which has a dressing edge, which form corresponds to the ideal envelope of the grinding worm, wherein the dressing bar has a length which is at least the width of the grinding worm.
A high purity Ni-V alloy, high purity Ni-V alloy target or high purity Ni-V alloy thin film containing more than 6wt% but less than 8wt% V, the remainder being Ni, wherein the purity of the Ni-V alloy excluding Ni, V and gas components is 99.9 wt% or higher, the impurity content of Cr, Al and Mg is respectively 10ppm or less, the impurity content of U and Th is respectively less than 1ppb, the impurity content of Pb and Bi is respectively less than 0.1 ppm, the N impurity content is 1 to 100 wtppm and the V content variation among ingots, targets or thin films is within 0.4%.