mhurhangee/ep-ind-claims huggingface dataset:
A mobile terminal comprising: a display unit configured to display a first screen and a second screen, the second screen a higher screen than the first screen and overlapping at least a portion the first screen; and a control unit configured to control transparency of at least a first region of the first screen on which an object corresponding to a preset event is displayed or transparency of a second region of the second screen that overlaps the first region such that the object is visible through the second region, the control based on occurrence of the preset event and according to a preset scheme, characterised in that the first screen includes an internet execution screen and the second screen including an execution screen of a messenger application, the control unit being configured to: extract a keyword from a messenger conversation on the second screen, detect information related to the keyword from internet search contents on the first screen, and control transparency of at least a first region of the first screen on which the detected information is displayed or transparency of a second region of the second screen covering the first region. a display unit configured to display a first screen and a second screen, the second screen a higher screen than the first screen and overlapping at least a portion the first screen; and a control unit configured to control transparency of at least a first region of the first screen on which an object corresponding to a preset event is displayed or transparency of a second region of the second screen that overlaps the first region such that the object is visible through the second region, the control based on occurrence of the preset event and according to a preset scheme, characterised in that the first screen includes an internet execution screen and the second screen including an execution screen of a messenger application, the control unit being configured to: extract a keyword from a messenger conversation on the second screen, detect information related to the keyword from internet search contents on the first screen, and control transparency of at least a first region of the first screen on which the detected information is displayed or transparency of a second region of the second screen covering the first region. extract a keyword from a messenger conversation on the second screen, detect information related to the keyword from internet search contents on the first screen, and control transparency of at least a first region of the first screen on which the detected information is displayed or transparency of a second region of the second screen covering the first region.
An object and fastening system for wall mounting the object, the object having a fastening surface with at least one passage opening, the system further comprising: - at least one housing element of cylindrical design with a receiving area for insertion into the passage opening of the fastening surface facing the one wall, - at least one bolt protruding from the wall which is received in the receiving area, and - at least one securing pin, which is operatively connected to the bolt through a passage in the receiving area and secures said bolt in the housing element, characterized in that the housing element is designed with at least one radially protruding locking means and the fastening surface having a locking stop, wherein the locking means and the locking stop together form a rotary locking mechanism such that the housing element is adapted to be axially pushed into an insertion position in the passage opening from outside the object and, in a locking position relative to the insertion position within the passage opening, is rotated in relation to the fastening surface of the object, such that the at least one locking means engages the locking stop and axially blocks the housing element relative to the object. - at least one housing element of cylindrical design with a receiving area for insertion into the passage opening of the fastening surface facing the one wall, - at least one bolt protruding from the wall which is received in the receiving area, and - at least one securing pin, which is operatively connected to the bolt through a passage in the receiving area and secures said bolt in the housing element,
Use of canine kallikrein, or a variant or fragment thereof sharing epitopes for antibodies with wildtype kallikrein, for the in vitro diagnosis of Type I allergy.
A spreader assembly for a combine harvester comprising: a pair of disks (402, 404) configured to be rotated such that chaff material dropped onto the disks (402, 404) is spread about the combine harvester, wherein each disk (402, 404) is operably connected to its own motor (308, 312); and a spreader frame assembly comprising: a first side support pivotably connected to a frame of the combine harvester, a second side support pivotably connected to the frame of the combine harvester, and at least one disk support configured to support at least one of the pair of disks (402, 404) comprising a left disk operably connected to a first motor and a right disk operably connected to a second motor; the spreader frame assembly defines an open space configured such that when the combine harvester is windrowing material, no portion of the spreader frame assembly interferes with the flow of windrowing material and wherein each spreader disk (402, 404) is rotationally mounted onto the spreader frame assembly to provide each spreader disk (402, 404) with an independent movement relative to the other spreader disk (402, 404), and characterized in that the at least one disk support of the spreader frame assembly comprises a left support arm configured to support the left disk and the first motor and a right support arm configured to support the right disk and the second motor. a pair of disks (402, 404) configured to be rotated such that chaff material dropped onto the disks (402, 404) is spread about the combine harvester, wherein each disk (402, 404) is operably connected to its own motor (308, 312); and a spreader frame assembly comprising: a first side support pivotably connected to a frame of the combine harvester, a second side support pivotably connected to the frame of the combine harvester, and a first side support pivotably connected to a frame of the combine harvester, a second side support pivotably connected to the frame of the combine harvester, and at least one disk support configured to support at least one of the pair of disks (402, 404) comprising a left disk operably connected to a first motor and a right disk operably connected to a second motor; the spreader frame assembly defines an open space configured such that when the combine harvester is windrowing material, no portion of the spreader frame assembly interferes with the flow of windrowing material and wherein each spreader disk (402, 404) is rotationally mounted onto the spreader frame assembly to provide each spreader disk (402, 404) with an independent movement relative to the other spreader disk (402, 404), and characterized in that the at least one disk support of the spreader frame assembly comprises a left support arm configured to support the left disk and the first motor and a right support arm configured to support the right disk and the second motor.
A method of making compounds of the Formula IV or salts thereof including the step of: contacting a compound of Formula III with R 2 -CN, wherein R 2 is selected from -CO 2 Et, -C Me, and -C Ph.
An intraluminal device (120, 420, 520), comprising: a surface (24, 124) defined by a wall (126, 426) having opposite end portions (130, 132, 430, 432), said surface being configured to generally conform to the shape and size of a portion of the lumen with said end portions spaced apart along an axis in the direction of peristaltic movement along the lumen; said wall having at least two openings (175, 475) therein between said end portions in order to resist peristaltic waves causing distal migration of the device, wherein said wall is defined by a support structure (134, 434) and a cover (135, 435) over said support structure said at least two openings defined in said cover, wherein said at least two openings are spaced apart a distance along said axis that is at least on the order of magnitude of a wavelength of a peristaltic wave in the lumen so that there will be an area of increasing pressure of the lumen acting on at least one of said openings which is thereby engaging the lumen to anchor the wall even with an area of decreasing pressure acting on the other of the at least two openings as the peristaltic wave passes the device. a surface (24, 124) defined by a wall (126, 426) having opposite end portions (130, 132, 430, 432), said surface being configured to generally conform to the shape and size of a portion of the lumen with said end portions spaced apart along an axis in the direction of peristaltic movement along the lumen; said wall having at least two openings (175, 475) therein between said end portions in order to resist peristaltic waves causing distal migration of the device, wherein said wall is defined by a support structure (134, 434) and a cover (135, 435) over said support structure said at least two openings defined in said cover, wherein said at least two openings are spaced apart a distance along said axis that is at least on the order of magnitude of a wavelength of a peristaltic wave in the lumen so that there will be an area of increasing pressure of the lumen acting on at least one of said openings which is thereby engaging the lumen to anchor the wall even with an area of decreasing pressure acting on the other of the at least two openings as the peristaltic wave passes the device.
A method of making a silylamine, the method comprising: combining ammonia and a compound comprising aminosilane functionality, where the compound comprising aminosilane functionality is according to formula R 1 N(R 2) a (SiH 3) 2-a, where R 1 is an organic polymer, a C 1-20 hydrocarbyl group or -SiR 3 3, where R 3 is C 1-6 hydrocarbyl, R 2 is a C 1-20 hydrocarbyl group, H, or -SiR 3 3, where R 3 is as defined above, subscript a is 0 or 1, provided that R 1 and R 2 may be the same or different except if R 1 is phenyl, R 2 is not phenyl, under sufficient conditions to cause a reaction to form a silylamine and a byproduct.
A system for a radio access network, the system comprising: a network node, a controller, and a plurality of base stations (8; 3, 5), wherein the controller is arranged to configure the network node on the basis of radio requirements, wherein the network node comprises a switch system configured to switch traffic for the plurality of base stations (8; 3, 5) of the radio access network, wherein the switch system is further configured to: provide communication, for a distributed base station (3, 5), between a remote radio unit and a separate baseband processing unit located in a pool of baseband processing units, provide communication for a base station comprising a combined radio unit and baseband processing, and provide communication between a first base station and a second base station of said plurality of base stations (8; 3, 5), wherein at least one of the first base station and the second base station is the base station comprising the combined radio unit and baseband processing, and wherein the controller is configured to initiate the switch-off of one or more baseband processing units located in the pool of baseband processing units. provide communication, for a distributed base station (3, 5), between a remote radio unit and a separate baseband processing unit located in a pool of baseband processing units, provide communication for a base station comprising a combined radio unit and baseband processing, and provide communication between a first base station and a second base station of said plurality of base stations (8; 3, 5),
A process for producing hexachlorodisilane, the process comprising the steps of: (a) discharging an exhaust gas containing: hexachlorodisilane; hydrogen; chlorosilane; and silicon tetrachloride, from a silicon reaction system to precipitate polycrystalline silicon by thermal cracking or hydrogen reduction of a chlorosilane at high temperature. (b) cooling the exhaust gas to make a condensate; and (c) distilling the condensate to recover hexachlorodisilane. (a) discharging an exhaust gas containing: hexachlorodisilane; hydrogen; chlorosilane; and silicon tetrachloride, from a silicon reaction system to precipitate polycrystalline silicon by thermal cracking or hydrogen reduction of a chlorosilane at high temperature. (b) cooling the exhaust gas to make a condensate; and (c) distilling the condensate to recover hexachlorodisilane.
A valve assembly (301, 401, 501) comprising: a housing having a passage (305, 505) formed therethrough; a valve ball (311, 411, 511) having a through hole and disposed in the housing, wherein the valve ball (311, 411, 511) is rotatable between an open position that has the through hole substantially aligned with the passage (305, 505) and a closed position that has the through hole substantially misaligned with the passage (305, 505); a first seat (331, 431, 531) having a first sealing surface and disposed in the housing adjacent to the valve ball (311, 411, 511); and a second seat (341, 541) having a second sealing surface and disposed in the housing adjacent to the first seat (331, 431, 531) such that the first sealing surface of the first seat (331, 431, 531) is disposed adjacent to the second sealing surface of the second seat (341, 541); wherein at least one of the first sealing surface of the first seat (331, 431, 531) and the second sealing surface of the second seat (341, 541) comprises an arcuate surface (333, 343); characterized in that the valve assembly (301, 401, 501) further comprises a stop shoulder disposed upon one of the first seat (331, 431, 531) and the second seat (341, 541), the stop shoulder being configured to engage the other of the first seat (331, 431, 531) and the second seat (341, 541) to limit precess of the first seat (331, 431, 531) with respect to the second seat (341, 541). a housing having a passage (305, 505) formed therethrough; a valve ball (311, 411, 511) having a through hole and disposed in the housing, wherein the valve ball (311, 411, 511) is rotatable between an open position that has the through hole substantially aligned with the passage (305, 505) and a closed position that has the through hole substantially misaligned with the passage (305, 505); a first seat (331, 431, 531) having a first sealing surface and disposed in the housing adjacent to the valve ball (311, 411, 511); and a second seat (341, 541) having a second sealing surface and disposed in the housing adjacent to the first seat (331, 431, 531) such that the first sealing surface of the first seat (331, 431, 531) is disposed adjacent to the second sealing surface of the second seat (341, 541); wherein at least one of the first sealing surface of the first seat (331, 431, 531) and the second sealing surface of the second seat (341, 541) comprises an arcuate surface (333, 343); characterized in that the valve assembly (301, 401, 501) further comprises a stop shoulder disposed upon one of the first seat (331, 431, 531) and the second seat (341, 541), the stop shoulder being configured to engage the other of the first seat (331, 431, 531) and the second seat (341, 541) to limit precess of the first seat (331, 431, 531) with respect to the second seat (341, 541).
A method for producing a modified target polypeptide, comprising (a) providing a host cell, the host cell comprising a vector comprising a polynucleotide encoding the modified target polypeptide, and (b) growing the host cell under conditions such that the host cell expresses the modified target polypeptide, wherein the modified target polypeptide has been modified to incorporate one or more non-natural amino acids, wherein the method comprises the steps of: (i) substituting one or more residues of a particular selected amino acid in the polypeptide with different naturally occurring amino acid residues by modifying the corresponding polynucleotide to replace codons for the particular selected amino acid with codons for different naturally occurring amino acids but retaining one or more residues of the particular selected amino acid; (ii) substituting the one or more retained selected amino acid residues with residues of a non-natural amino acid; (iii) adding a chemical moiety to the residues of the non-natural amino acid; (iv) optionally substituting other amino acids that interact with the substituted amino acids; and (v) when position 1 of the polypeptide is to be substituted with a non-natural amino acid, optionally substituting position 2 in order to increase retention of the amino acid substitution at position 1; and wherein the modified target polypeptide retains its native function. (a) providing a host cell, the host cell comprising a vector comprising a polynucleotide encoding the modified target polypeptide, and (b) growing the host cell under conditions such that the host cell expresses the modified target polypeptide, (i) substituting one or more residues of a particular selected amino acid in the polypeptide with different naturally occurring amino acid residues by modifying the corresponding polynucleotide to replace codons for the particular selected amino acid with codons for different naturally occurring amino acids but retaining one or more residues of the particular selected amino acid; (ii) substituting the one or more retained selected amino acid residues with residues of a non-natural amino acid; (iii) adding a chemical moiety to the residues of the non-natural amino acid; (iv) optionally substituting other amino acids that interact with the substituted amino acids; and (v) when position 1 of the polypeptide is to be substituted with a non-natural amino acid, optionally substituting position 2 in order to increase retention of the amino acid substitution at position 1; and
A horizontal shaft type rotary machine comprising: radial slide bearing devices (3A, 3B) for supporting a horizontal rotary shaft, semi-peripheral thrust slide bearing devices which are adjacent to the radial slide bearing devices (3A, 3B) and are opposed to each other, and leak oil introduction means (10A, 11A) provided in circumferential end parts of the semi-peripheral thrust slide bearing devices for introducing leak oil of lubrication oil from the radial slide bearing devices (3A, 3B) onto slide surfaces of the semi-peripheral thrust slide bearing devices, characterised in that the semi-peripheral thrust slide bearing devices are provided only below a center axis of thrust bearing portions formed on the horizontal rotary shaft, the leak oil introduction means (10A, 11A) include leak oil introduction covers formed on a side above the center axis of the semi-peripheral thrust slide bearing devices and extending from the circumferential end parts of the semi-peripheral thrust slide bearing devices for covering axial end parts of the radial slide bearing devices (3A, 3B), and the leak oil introducttpn covers have a larger axial distance to the thrust bearing portions of the horizontal rotary shaft than the slide surfaces of the semi-peripheral thrust slide bearing devices. radial slide bearing devices (3A, 3B) for supporting a horizontal rotary shaft, semi-peripheral thrust slide bearing devices which are adjacent to the radial slide bearing devices (3A, 3B) and are opposed to each other, and leak oil introduction means (10A, 11A) provided in circumferential end parts of the semi-peripheral thrust slide bearing devices for introducing leak oil of lubrication oil from the radial slide bearing devices (3A, 3B) onto slide surfaces of the semi-peripheral thrust slide bearing devices, characterised in that the semi-peripheral thrust slide bearing devices are provided only below a center axis of thrust bearing portions formed on the horizontal rotary shaft, the leak oil introduction means (10A, 11A) include leak oil introduction covers formed on a side above the center axis of the semi-peripheral thrust slide bearing devices and extending from the circumferential end parts of the semi-peripheral thrust slide bearing devices for covering axial end parts of the radial slide bearing devices (3A, 3B), and the leak oil introducttpn covers have a larger axial distance to the thrust bearing portions of the horizontal rotary shaft than the slide surfaces of the semi-peripheral thrust slide bearing devices.
A cleaning system, comprising: (a) a first container (416, 440, 515), comprising: (i) an interior surface (420, 442, 520), and (ii) an opening, wherein the interior surface and the opening define a volume; (b) a support member; and (c) a surgical instrument, wherein the surgical instrument is configured to deliver ultrasonic energy upon activation of the surgical instrument, wherein the surgical instrument comprises an end effector having a distal tip, wherein the support member is configured to support the surgical instrument; wherein the opening extends along a plane (422, 522); the interior surface (420, 442, 520) defines at least a portion of a curved surface; characterised in that the curved surface defines a first focus point; the first focus point is positioned below the plane (422, 522) such that the first focus point is coincident with the portion of the curved surface; and the support member is configured to support the surgical instrument such that the distal tip is positioned substantially at the first focus point. (a) a first container (416, 440, 515), comprising: (i) an interior surface (420, 442, 520), and (ii) an opening, wherein the interior surface and the opening define a volume; (i) an interior surface (420, 442, 520), and (ii) an opening, wherein the interior surface and the opening define a volume; (b) a support member; and (c) a surgical instrument, wherein the surgical instrument is configured to deliver ultrasonic energy upon activation of the surgical instrument, wherein the surgical instrument comprises an end effector having a distal tip, wherein the support member is configured to support the surgical instrument; wherein the opening extends along a plane (422, 522); the interior surface (420, 442, 520) defines at least a portion of a curved surface; characterised in that the curved surface defines a first focus point; the first focus point is positioned below the plane (422, 522) such that the first focus point is coincident with the portion of the curved surface; and the support member is configured to support the surgical instrument such that the distal tip is positioned substantially at the first focus point.
A liquid blow-molding method for molding a delamination container from a resin container material the resin container material including an outer layer, an inner layer, and an ambient air introduction hole provided in the outer layer to communicate between the outer layer and the inner layer, and the delamination container including an outer layer body and an inner layer body laminated on an inner side of the outer layer body in a manner such that the inner layer body is separatable from the outer layer body, the liquid blow-molding method comprising: a container molding step of molding the container material into the delamination container by supplying a pressurized liquid into the container material; and an inner layer body separation step of separating the inner layer body from the outer layer body by sucking the liquid, which has been filled in the delamination container, out of the delamination container.