mhurhangee/ep-ind-claims huggingface dataset:
An isolated fibronectin based scaffold protein comprising a 10 Fn3 domain, wherein (i) the amino acid of the 10 Fn3 domain that is located at the position corresponding to position 94 of the wild-type 10 Fn3 domain set forth in SEQ ID NO:1 is directly linked to a moiety consisting of the amino acid sequence PmXn, wherein P is proline, X is any amino acid, m is an integer that is at least 1 and n is 0 or an integer that is at least 1; and (ii) the PmXn moiety provides an enhanced property to the FBS protein relative to the FBS protein that is not linked to the PmXn moiety. (i) the amino acid of the 10 Fn3 domain that is located at the position corresponding to position 94 of the wild-type 10 Fn3 domain set forth in SEQ ID NO:1 is directly linked to a moiety consisting of the amino acid sequence PmXn, wherein P is proline, X is any amino acid, m is an integer that is at least 1 and n is 0 or an integer that is at least 1; and (ii) the PmXn moiety provides an enhanced property to the FBS protein relative to the FBS protein that is not linked to the PmXn moiety.
Combination of a first pipe end, a second pipe end, and a clamping device for connecting the first pipe end to the second pipe end, wherein the clamping device comprises a main structural part, the main structural part comprising fixation elements (7, 8) for holding the clamping device onto the first pipe end without movement, and a gripper element for clamping onto an outer surface of the second pipe end, wherein the gripper element is axially moveable over a predetermined distance ( l) within the main structural part, wherein the fixation elements (7, 8) comprise a first edge and a second edge projecting inwardly of the main structural part, and the first pipe end is provided with an axially extending ridge and a pipe edge, wherein the first edge and second edge are in contact with the axially extending ridge and pipe edge, respectively.
An oven comprising a heating chamber wherein the cooking process is performed, a fan providing hot air to be circulated in the heating chamber, a rear wall that covers the rear side of the heating chamber, a motor mounted outside the rear wall and perpendicular to the rear wall, in the direction of the shaft axis, providing the fan to be rotated inside the heating chamber, a holder whereon the motor is secured, a mounting plate mounted outside the rear wall, whereto the holder is fastened, and more than one damper having a first fixing surface whereto the holder is attached, - a second fixing surface, extending parallel to the first fixing surface such that a certain distance is kept between the first fixing surface and the second fixing surface, whereto the mounting plate is attached, - a curve disposed between the first fixing surface and the second fixing surface characterized by - at least one wall disposed between the first fixing surface and the curve that brings the first fixing surface and the second fixing surface closer to each other in the shaft axis, wherein the wall extends almost perpendicularly to the first fixing surface and wherein the width in the direction of the shaft axis of the curve is greater than the vertical distance between the first fixing surface and the second fixing surface.
A method of controlling an arena-based memory management system, wherein each allocated object is placed in a program-specified arena, the method comprising: in response to a call to reclaim memory storing a plurality of objects allocated in an arena, collecting an object of the plurality of objects not in use in the arena; and copying a live object of the plurality of objects from the arena to a heap served by a garbage collection, wherein arenas are created in a segment of memory that is separate from the heap served by garbage collection. in response to a call to reclaim memory storing a plurality of objects allocated in an arena, collecting an object of the plurality of objects not in use in the arena; and copying a live object of the plurality of objects from the arena to a heap served by a garbage collection, wherein arenas are created in a segment of memory that is separate from the heap served by garbage collection.
Arrangement with a process chamber, a coating platform located in the process chamber and a coating device with a coating element located in the process chamber for the coating of a powder, especially a metallic or ceramic powder, wherein the arrangement has an exchanging device which is suitable for replacing at least one portion of the coating element with another portion of the same coating element or for replacing the entire coating element with another coating element (41, 42, 43) within the process chamber and when the process chamber is closed, characterized in that - the arrangement has a wear determination device connected to the exchanging device for determining the wear on the coating element, and - the wear determination device is designed such that it generates a control signal for the exchanging device to replace the active portion of the activated coating element with another portion of the same coating element or to replace the entire activated coating element with another coating element when the activated coating element or the active portion of the activated coating element is worn down. - the arrangement has a wear determination device connected to the exchanging device for determining the wear on the coating element, and - the wear determination device is designed such that it generates a control signal for the exchanging device to replace the active portion of the activated coating element with another portion of the same coating element or to replace the entire activated coating element with another coating element when the activated coating element or the active portion of the activated coating element is worn down.
A device for the simultaneous production of a spherically curved lateral surface on a plurality of rolling elements in the form of tapered rollers for a rolling bearing, comprising a grinding device for grinding the spherically curved lateral surface and comprising at least one holding device for holding the rolling elements in the case of and/or during a grinding process implemented by the grinding device, wherein the at least one holding device has a plurality of control wheels which are arranged adjacent to one another in a row, wherein the holding device is designed to feed the rolling elements to the grinding device, and wherein each control wheel is formed with a convexly profiled peripheral feeding surface, wherein the control wheels and/or the peripheral feeding surfaces are formed from a ceramic, resin-bonded or metallic material and wherein the grinding device has a grinding wheel with a concavely profiled peripheral grinding surface. comprising a grinding device for grinding the spherically curved lateral surface and comprising at least one holding device for holding the rolling elements in the case of and/or during a grinding process implemented by the grinding device, wherein the at least one holding device has a plurality of control wheels which are arranged adjacent to one another in a row, wherein the holding device is designed to feed the rolling elements to the grinding device, and wherein each control wheel is formed with a convexly profiled peripheral feeding surface, wherein the control wheels and/or the peripheral feeding surfaces are formed from a ceramic, resin-bonded or metallic material and wherein the grinding device has a grinding wheel with a concavely profiled peripheral grinding surface.
A method for preparing a therapeutic agent of bead-type chondrocyte which comprises the following steps: a) dispensing chondrocyte and/or cell having chondrogenic potential into a 96-well deep well plate having V-shaped bottom and well volume of 500 μl or more, with 0.5 × 10 5 cells to 2.0 × 10 5 cells/400 to 600 μl/well; b) centrifuging the plate; c) three-dimensionally culturing the plate in an incubator; and d) collecting a pellet from each well. a) dispensing chondrocyte and/or cell having chondrogenic potential into a 96-well deep well plate having V-shaped bottom and well volume of 500 μl or more, with 0.5 × 10 5 cells to 2.0 × 10 5 cells/400 to 600 μl/well; b) centrifuging the plate; c) three-dimensionally culturing the plate in an incubator; and d) collecting a pellet from each well.
A method executed by at least one processor comprising: authenticating a user to a processor-based host, based on a credential, to determine a user authentication status; authenticating the user to a processor-based first service provider based on: (a)(i) the user authenticating status, (a)(ii) a first additional credential that is unequal to the credential, and (a)(iii) a first out-of-band communication; authenticating the user to a processor-based second service provider based on: (b)(i) the user authentication status, (b)(ii) a second additional credential that is unequal to either of the credential or the first additional credential, and (b)(iii) a second OOB communication; in response to a timed-out session with the first service provider or the second service provider, re-authenticating the user to the first service provider or the second service provider, respectively; without re-authenticating the user to the host. authenticating a user to a processor-based host, based on a credential, to determine a user authentication status; authenticating the user to a processor-based first service provider based on: (a)(i) the user authenticating status, (a)(ii) a first additional credential that is unequal to the credential, and (a)(iii) a first out-of-band communication; authenticating the user to a processor-based second service provider based on: (b)(i) the user authentication status, (b)(ii) a second additional credential that is unequal to either of the credential or the first additional credential, and (b)(iii) a second OOB communication; in response to a timed-out session with the first service provider or the second service provider, re-authenticating the user to the first service provider or the second service provider, respectively; without re-authenticating the user to the host. (a)(i) the user authenticating status, (a)(ii) a first additional credential that is unequal to the credential, and (a)(iii) a first out-of-band communication; authenticating the user to a processor-based second service provider based on: (b)(i) the user authentication status, (b)(ii) a second additional credential that is unequal to either of the credential or the first additional credential, and (b)(iii) a second OOB communication; in response to a timed-out session with the first service provider or the second service provider, re-authenticating the user to the first service provider or the second service provider, respectively; without re-authenticating the user to the host.
A shift register comprising an input switch unit, an inverting unit, an output switch unit and a first node voltage maintaining unit, wherein the input switch unit has an output terminal connected to a first node, and is turned on according to a control signal applied on its control terminal; the first node voltage maintaining unit has a voltage stabilizing terminal connected to the first node, and is adapted to record a level at the first node when the input switch unit is turned on, and to maintain the recorded level at an input terminal of the inverting unit when the input switch unit is turned off; characterized in that: the inverting unit has an output terminal connected to a second node, and is adapted to make the level at the first node inverted and output to the second node, in response to the control signal input at its control terminal; the output switch unit has a control terminal connected to the second node, and is turned on according to a state of a level at the second node. the inverting unit has an output terminal connected to a second node, and is adapted to make the level at the first node inverted and output to the second node, in response to the control signal input at its control terminal; the output switch unit has a control terminal connected to the second node, and is turned on according to a state of a level at the second node.
A method for delivery of a short message service message in an SMS-network comprising a network element and a short message service centre (SMSC) to at least one mobile terminal, said method comprising the steps of: - receiving at said network element a query from said SMSC for first routing data (imsi1) for delivery of said SMS-message to said mobile terminal; - transmitting from said network element to a home location register a request for first routing data (imsi1); - receiving from said HLR first routing data (imsi1) for delivery of said SMS-message to said mobile terminal at said network element; - transmitting second routing data (imsi2) from said network element to said SMSC in response to receiving said first routing data (imsi1); - receiving at said network element said SMS-message comprising said second routing data (imsi2); - converting at said network element said second routing data (imsi2) to said first routing data (imsi1) for delivery of said SMS-message to said mobile terminal; and at the network element; using said first and second routing data to correlate a request for said first routing data with receipt of said SMS message; and comparing an SMS address in said request for said first routing data with an SMS address in said SMS message to detect the presence of address spoofing. - receiving at said network element a query from said SMSC for first routing data (imsi1) for delivery of said SMS-message to said mobile terminal; - transmitting from said network element to a home location register a request for first routing data (imsi1); - receiving from said HLR first routing data (imsi1) for delivery of said SMS-message to said mobile terminal at said network element; - transmitting second routing data (imsi2) from said network element to said SMSC in response to receiving said first routing data (imsi1); - receiving at said network element said SMS-message comprising said second routing data (imsi2); - converting at said network element said second routing data (imsi2) to said first routing data (imsi1) for delivery of said SMS-message to said mobile terminal; and at the network element; using said first and second routing data to correlate a request for said first routing data with receipt of said SMS message; and comparing an SMS address in said request for said first routing data with an SMS address in said SMS message to detect the presence of address spoofing.
An IL-20 antagonist for use in treating, delaying the onset of, or preventing osteoporosis in an individual, wherein the IL-20 antagonist is an anti-IL-20 antibody.
A mobile terminal, comprising: a touchscreen; a liquid crystal module, wherein the touchscreen is arranged on the liquid crystal module; and a ground structure comprising a touchscreen ground wire, a voltage clamper and a metal middle frame; a side step of the metal middle frame made of plastic; wherein a first terminal of the voltage clamper is electrically connected to the touchscreen ground wire, a second terminal of the voltage clamper is electrically connected to the metal middle frame, and the touchscreen ground wire is arranged on a frame of the touchscreen of the mobile terminal, the metal middle frame being on a side that is proximate to the liquid crystal module; wherein a certain gap between the touchscreen ground wire and the liquid crystal module is arranged, so as to discharge static electricity entering from a side of the touchscreen. a touchscreen; a liquid crystal module, wherein the touchscreen is arranged on the liquid crystal module; and a ground structure comprising a touchscreen ground wire, a voltage clamper and a metal middle frame; a side step of the metal middle frame made of plastic; wherein a first terminal of the voltage clamper is electrically connected to the touchscreen ground wire, a second terminal of the voltage clamper is electrically connected to the metal middle frame, and the touchscreen ground wire is arranged on a frame of the touchscreen of the mobile terminal, the metal middle frame being on a side that is proximate to the liquid crystal module; wherein a certain gap between the touchscreen ground wire and the liquid crystal module is arranged, so as to discharge static electricity entering from a side of the touchscreen.
A cartridge for use with a beverage making machine in forming a beverage, comprising: a container including an internal space with a first chamber that contains a carbon dioxide source in solid form and arranged to emit carbon dioxide gas for use in carbonating a precursor liquid, characterized in that the container is sealed and includes a lid at the top that closes an opening of the container, the lid being arranged to be pierced by the beverage making machine to form an inlet through which fluid is provided to activate the carbon dioxide source to emit carbon dioxide gas and also to form an outlet through which carbon dioxide gas exits the container for use in carbonating the precursor liquid, and in that the carbon dioxide source has adsorbed carbon dioxide. a container including an internal space with a first chamber that contains a carbon dioxide source in solid form and arranged to emit carbon dioxide gas for use in carbonating a precursor liquid, characterized in that the container is sealed and includes a lid at the top that closes an opening of the container, the lid being arranged to be pierced by the beverage making machine to form an inlet through which fluid is provided to activate the carbon dioxide source to emit carbon dioxide gas and also to form an outlet through which carbon dioxide gas exits the container for use in carbonating the precursor liquid, and in that the carbon dioxide source has adsorbed carbon dioxide.
A semiconductor device comprising: a unique code generating unit generating an initial unique code (UCp) which is a value unique to the device a first error correcting unit correcting an error in the initial unique code to generate an intermediate unique code (UCb); a second error correcting unit correcting an error in the intermediate unique code to generate a first determinate unique code (UCm); a decrypting unit decrypting, with the first determinate unique code (UCm), transmission data obtained by encrypting confidential information with key information (UCw) generated on the basis of the intermediate unique code by an external device to generate confidential information; and an encrypting unit performing encrypted communication using the confidential information as an encryption key; wherein the first error correcting unit receives bit mask data which designates a bit to be masked in bits configuring the initial unique code from the external device, and generates the intermediate unique code (UCb) by using the bit mask data; wherein the second error correcting unit generates the first determinate unique code (UCm) by using an ECC code preliminarily held on the inside; wherein the intermediate unique code is sent to the external device; and wherein the key information (UCw) generated in the external device is a second determinate unique code (UCw) generated by the same process as that of the second error correcting unit, performed in the external device. a unique code generating unit generating an initial unique code (UCp) which is a value unique to the device a first error correcting unit correcting an error in the initial unique code to generate an intermediate unique code (UCb); a second error correcting unit correcting an error in the intermediate unique code to generate a first determinate unique code (UCm); a decrypting unit decrypting, with the first determinate unique code (UCm), transmission data obtained by encrypting confidential information with key information (UCw) generated on the basis of the intermediate unique code by an external device to generate confidential information; and an encrypting unit performing encrypted communication using the confidential information as an encryption key;
A converging duct for a gas turbine engine, wherein the converging duct is formed by a top bonded layer, a middle bonded layer and a bottom bonded layer, wherein the converging duct comprises: a first portion having a first portion layer forming the middle bonded layer, wherein the first portion has a first diameter, wherein the first portion layer has formed thereon cooling channels for cooling the first portion, wherein the cooling channels extend axially from upstream to downstream; a second portion having a second portion layer forming the middle bonded layer, wherein the second portion has a second diameter smaller than the first diameter, wherein the second portion layer has formed thereon high mach cooling features for cooling the second portion, wherein the high mach cooling features are hexagonal shaped, circular shaped, pentagonal shaped or octagonal shaped; and wherein effusion holes are formed in the cooling channels at a location proximate to the second portion layer, wherein the effusion holes are formed in the bottom bonded layer; wherein impingement holes are formed in the top bonded layer and further effusion holes are formed in the bottom bonded layer, so that cooling air enters the high mach cooling feature of the middle bonded layer through the corresponding impingement hole and the cooling air exits the high mach cooling feature through the corresponding effusion hole, wherein the second portion extends axially downstream from the first portion, wherein combustion products flow at high mach speeds through the second portion, wherein high mach speed is when the flow speed of the combustion products is between 0.45 to 0.85mach. a first portion having a first portion layer forming the middle bonded layer, wherein the first portion has a first diameter, wherein the first portion layer has formed thereon cooling channels for cooling the first portion, wherein the cooling channels extend axially from upstream to downstream; a second portion having a second portion layer forming the middle bonded layer, wherein the second portion has a second diameter smaller than the first diameter, wherein the second portion layer has formed thereon high mach cooling features for cooling the second portion, wherein the high mach cooling features are hexagonal shaped, circular shaped, pentagonal shaped or octagonal shaped; and wherein effusion holes are formed in the cooling channels at a location proximate to the second portion layer, wherein the effusion holes are formed in the bottom bonded layer; wherein impingement holes are formed in the top bonded layer and further effusion holes are formed in the bottom bonded layer, so that cooling air enters the high mach cooling feature of the middle bonded layer through the corresponding impingement hole and the cooling air exits the high mach cooling feature through the corresponding effusion hole, wherein the second portion extends axially downstream from the first portion, wherein combustion products flow at high mach speeds through the second portion, wherein high mach speed is when the flow speed of the combustion products is between 0.45 to 0.85mach.