mhurhangee/ep-ind-claims huggingface dataset:
A silencer suitable to be provided at a connection portion between a drain discharge pipe of a steam supply pipe of a steam using instrument and a drain recovery pipe of the steam using instrument, said silencer comprising: a main body provided with a flow path having inlet and outlet ports (25, 28) of steam and including a submerged portion configured such that the outlet port is submerged in drain and the steam contacts, in the flow path, the present drain having flowed in through the outlet port; and a porous member covering the outlet port, characterized in that the outlet port includes multiple outlet ports provided at the submerged portion, and the flow path includes a mixing portion provided at the submerged portion, communicating with the inlet port, and configured such that the steam is mixed with the drain, and multiple communication paths provided at the submerged portion and causing the mixing portion and the multiple outlet ports to communicate with each other. a main body provided with a flow path having inlet and outlet ports (25, 28) of steam and including a submerged portion configured such that the outlet port is submerged in drain and the steam contacts, in the flow path, the present drain having flowed in through the outlet port; and a porous member covering the outlet port, characterized in that the outlet port includes multiple outlet ports provided at the submerged portion, and the flow path includes a mixing portion provided at the submerged portion, communicating with the inlet port, and configured such that the steam is mixed with the drain, and multiple communication paths provided at the submerged portion and causing the mixing portion and the multiple outlet ports to communicate with each other.
A circuit comprising: a first input coupled to a transmit data input of a bus transceiver; and a first output (303, 304) coupled to a bus; characterized in that the circuit is configured to be coupled in parallel with the bus transceiver and configured to, in response to a dominant to recessive transition on the transmit data input, lower an impedance of the bus by outputting a negative drive current to the bus. a first input coupled to a transmit data input of a bus transceiver; and a first output (303, 304) coupled to a bus; characterized in that the circuit is configured to be coupled in parallel with the bus transceiver and configured to, in response to a dominant to recessive transition on the transmit data input, lower an impedance of the bus by outputting a negative drive current to the bus.
Method of decontaminating steam generator tubes in a nuclear power plant including the following steps: - cut tubes to be decontaminated into tube segments, - laser ablation of the inside surface of at least some tube segments over a sufficient thickness to eliminate the contaminated part of each of these segments. - cut tubes to be decontaminated into tube segments, - laser ablation of the inside surface of at least some tube segments over a sufficient thickness to eliminate the contaminated part of each of these segments.
Blade gripping device for gripping a rotor blade, in particular a rotor blade of a wind turbine, comprising - a first frame which is essentially horizontally aligned in a designated operating position and - a second frame which is essentially horizontally aligned in the designated operating position and - a blade gripping assembly with a number of blade gripping tools (11a, 11b), whereby the first frame and the second frame are connected to each other via a swivel connection, which swivel connection is realized to permit a yawing movement of the second frame relative to the first frame, characterized in that - the first frame comprises a rectangular carrying structure with at least four connectors (13a, 13b, 13c, 13d) for connection to a lifting device, which connectors (13a, 13b, 13c, 13d) are preferably positioned essentially at the corners of the rectangular structure. - a first frame which is essentially horizontally aligned in a designated operating position and - a second frame which is essentially horizontally aligned in the designated operating position and - a blade gripping assembly with a number of blade gripping tools (11a, 11b), - the first frame comprises a rectangular carrying structure with at least four connectors (13a, 13b, 13c, 13d) for connection to a lifting device, which connectors (13a, 13b, 13c, 13d) are preferably positioned essentially at the corners of the rectangular structure.
An apparatus, comprising: a processor; and a computer-readable nontransitory storage medium operably coupled to said processor and including instructions that when executed by the processor configure the processor to: direct presence information toward a presence server, the presence information including public-safety (PuSa) specific proximity-based services (ProSe) information; direct to the PS a request to subscribe to a target presentity's PuSa-specific ProSe information, the request including a dedicated PuSa service identification; and discover user equipment of said target presentity only on the condition that the PS returns said PuSa specific ProSe information of said target presentity. a processor; and a computer-readable nontransitory storage medium operably coupled to said processor and including instructions that when executed by the processor configure the processor to: direct presence information toward a presence server, the presence information including public-safety (PuSa) specific proximity-based services (ProSe) information; direct to the PS a request to subscribe to a target presentity's PuSa-specific ProSe information, the request including a dedicated PuSa service identification; and discover user equipment of said target presentity only on the condition that the PS returns said PuSa specific ProSe information of said target presentity. direct presence information toward a presence server, the presence information including public-safety (PuSa) specific proximity-based services (ProSe) information; direct to the PS a request to subscribe to a target presentity's PuSa-specific ProSe information, the request including a dedicated PuSa service identification; and discover user equipment of said target presentity only on the condition that the PS returns said PuSa specific ProSe information of said target presentity.
A valve arrangement for applying fluid media, in particular glue, to surfaces, comprising a plurality of individual modules (11.1-11.11) detachably connected to form a row, wherein between the (in the row) adjacent individual modules (11.1-11.11) is respectively formed a dividing plane, in which the respectively adjacent individual modules (11.1-11.11) bear one against another, characterized in that at least one dividing plane is assigned a heating member for warming the valve arrangement, preferredly a plurality of or all dividing planes are respectively assigned a heating member, which is seated in appropriate, mutually opposing receptacles, arranged to both sides of the dividing plane, of the two adjacent individual modules (11.1-11.11), and cooperates in such a way with those walls of the individual modules (11.1-11.11) which delimit the receptacles that relative movements of the two individual modules (11.1-11.11) in at least one spatial direction are limited or prevented.
A database system, comprising: an online transaction processing unit OLTP; a warehouse database; and an application server, characterized in that the application server is configured to receive database commands, to store data to be stored in the database system's warehouse database, and to store a portion of the data in the database system, which is expected to have a relatively high update rate, in the OLTP, in addition to the portion being stored in the warehouse database, wherein, in response to receiving a query related to stored data in the warehouse database, the application server reviews results of the received query provided by the warehouse database by comparing the contents of a batch cache of the application server, which stores update commands accumulated for a period, and upon determining that said results of the received query provided by the warehouse database include data which should have been changed by an update command in the batch cache, before the query was received, changing the data to reflect updated data corresponding to the update command. an online transaction processing unit OLTP; a warehouse database; and an application server, characterized in that the application server is configured to receive database commands, to store data to be stored in the database system's warehouse database, and to store a portion of the data in the database system, which is expected to have a relatively high update rate, in the OLTP, in addition to the portion being stored in the warehouse database, wherein, in response to receiving a query related to stored data in the warehouse database, the application server reviews results of the received query provided by the warehouse database by comparing the contents of a batch cache of the application server, which stores update commands accumulated for a period, and upon determining that said results of the received query provided by the warehouse database include data which should have been changed by an update command in the batch cache, before the query was received, changing the data to reflect updated data corresponding to the update command.
A clothing hanger comprising: a vertical frame; a support frame having a left side, a right side, a front side and a rear side, the support frame including a center part connected to an upper end of the vertical frame and a pair of support parts (4A, 4B) formed long from left and right sides of the center part to form the left and right sides respectively and to support clothing; a moving bar provided in an inner portion of the vertical frame and capable of elevating; a moving block located in each support part (4A, 4B), each moving block configured to move in the left and right direction according to the elevation of the moving bar; and two connecting rods, each connecting the moving bar to the respective moving block; wherein on each support part (4A, 4B) is provided: - two main links (21, 22), one located at the front and the other located at the rear of the support part (4A, 4B), the two main links (21, 22) being rotatably connected to the respective moving block; - two sub links (23, 24), one located on the front side, the other on the rear side, and each rotatably connected to the support part (4A, 4B) and to the respective main link (21, 22); and - two vertical bars (51, 52), one located on the front side, the other on the rear side, and each connected to the respective main link (21, 22) and formed long in a vertical direction such that when the main link located at the front is rotated forward and the main link located at the rear is rotated rearward, the two vertical bars (51, 52) move away from each other in the front and rear direction. a vertical frame; a support frame having a left side, a right side, a front side and a rear side, the support frame including a center part connected to an upper end of the vertical frame and a pair of support parts (4A, 4B) formed long from left and right sides of the center part to form the left and right sides respectively and to support clothing; a moving bar provided in an inner portion of the vertical frame and capable of elevating; a moving block located in each support part (4A, 4B), each moving block configured to move in the left and right direction according to the elevation of the moving bar; and two connecting rods, each connecting the moving bar to the respective moving block; - two main links (21, 22), one located at the front and the other located at the rear of the support part (4A, 4B), the two main links (21, 22) being rotatably connected to the respective moving block; - two sub links (23, 24), one located on the front side, the other on the rear side, and each rotatably connected to the support part (4A, 4B) and to the respective main link (21, 22); and - two vertical bars (51, 52), one located on the front side, the other on the rear side, and each connected to the respective main link (21, 22) and formed long in a vertical direction such that when the main link located at the front is rotated forward and the main link located at the rear is rotated rearward, the two vertical bars (51, 52) move away from each other in the front and rear direction.
A method for determining the amount of amyloid beta in a sample, said method comprising: (a) pretreating surfaces of equipment that come in contact with the sample with E. coli lysate to prevent amyloid beta from sticking to the surfaces; (b) purifying amyloid beta in the sample; (c) ionizing amyloid beta in the sample to produce a precursor ion of amyloid beta; (d) generating one or more fragment ions of amyloid beta; and (e) determining the amount of the ion(s) from step (c) or (d) or both by mass spectrometry; wherein the amount of the amyloid beta ion(s) is related to the amount of amyloid beta in the sample. (a) pretreating surfaces of equipment that come in contact with the sample with E. coli lysate to prevent amyloid beta from sticking to the surfaces; (b) purifying amyloid beta in the sample; (c) ionizing amyloid beta in the sample to produce a precursor ion of amyloid beta; (d) generating one or more fragment ions of amyloid beta; and (e) determining the amount of the ion(s) from step (c) or (d) or both by mass spectrometry; wherein the amount of the amyloid beta ion(s) is related to the amount of amyloid beta in the sample.
An expandable high-strength steel material having superior expandability and collapse resistance, the expandable high-strength steel material consisting of, by weight, manganese (Mn): 12% to 18%, carbon: 0.3% to 0.6%, chromium (Cr): 5% or less, optionally further comprising copper (Cu): 2% or less, and a balance of iron (Fe) and inevitable impurities, wherein the carbon and the manganese (Mn) satisfy the following condition: 23 ≤ 35.5C + Mn ≤ 38, and the expandable high-strength steel material has an austenite single phase microstructure, and wherein the steel material has a microstructure consisting of 5 area% to 50 area% martensite and 50 area% to 95 area% austenite after expansion.
A method of assembling an aluminium end of a tubular post of a supporting tower to a steel protection ring, comprising inserting a coupling between the end of the tubular post and the protection ring, supplying molten aluminium between the end of the tubular post and the protection ring to create at least one weld bead providing a keyed connection between the end of the tubular post and the protection ring, the protection ring comprising an annular groove on its outer periphery and the end of the tubular post comprising an internal annular shoulder adapted to receive the protection ring, the method comprising inserting the protection ring inside the end of the tubular post to abut against the internal shoulder thereof, and introducing molten aluminium into the groove of the protection ring between the end of the tubular post and the protection ring through at least one orifice made at the level of the end of the tubular post upright in line with said groove, the method further comprising filling the orifice of the end of the tubular post with molten aluminium.
A filter comprising nanofiber, comprising: a cellulose substrate; a first polyvinylidene fluoride nanofiber non-woven fabric layer of fiber diameter of 150 to 300 nm; and a second polyvinylidene fluoride nanofiber non-woven fabric layer of fiber diameter of 100 to 150 nm, wherein the first polyvinylidene fluoride nanofiber non-woven fabric laminating formed on the cellulose substrate by electrospinning polyvinylidene fluoride solution, the second polyvinylidene fluoride nanofiber non-woven fabric laminating formed on the first polyvinylidene fluoride nanofiber non-woven fabric by electrospinning polyvinylidene fluoride solution, and the cellulose substrate and the first and the second polyvinylidene fluoride nanofiber non-woven fabric is thermosetted. a cellulose substrate; a first polyvinylidene fluoride nanofiber non-woven fabric layer of fiber diameter of 150 to 300 nm; and a second polyvinylidene fluoride nanofiber non-woven fabric layer of fiber diameter of 100 to 150 nm, wherein the first polyvinylidene fluoride nanofiber non-woven fabric laminating formed on the cellulose substrate by electrospinning polyvinylidene fluoride solution, the second polyvinylidene fluoride nanofiber non-woven fabric laminating formed on the first polyvinylidene fluoride nanofiber non-woven fabric by electrospinning polyvinylidene fluoride solution, and the cellulose substrate and the first and the second polyvinylidene fluoride nanofiber non-woven fabric is thermosetted.
Perforable capsule for packaging component(s), comprising a lid, and comprising a flexible pouch in which the component(s) is/are packaged and which is movable relative to said lid, and which is positioned inside a rigid body which constitutes the outside of the capsule, wherein said flexible pouch detaches from the bottom of the rigid body during the suctioning of the contents thereof, characterized in that said flexible pouch is attached to the rigid body of the capsule, and in that said flexible pouch comprises the component which is included in the capsule, such that the component remains continuously within this flexible pouch prior to suction.
A method of fabricating an impregnated fiber assembly, the method comprising at least the following steps: - introducing a first suspension comprising a first powder of solid particles of ceramic material, of metal material, or of carbon material into an inside volume defined by an inside face of a first fiber texture of hollow shape placed in a mold, an outer face of the first fiber texture being present facing a wall of the mold; - using the action of centrifugal force to impregnate the first fiber texture with the first suspension by rotating the mold; - after impregnating the first texture with the first suspension, positioning a second fiber texture on the inside face of the first fiber texture in order to obtain a fiber assembly; - introducing a second suspension comprising a second powder of solid particles made of ceramic material, of metal material, or of carbon, into the inside volume after putting the second fiber texture into position; and - using the action of centrifugal force to impregnate the second fiber texture with the second suspension by rotating the mold in order to obtain an impregnated fiber assembly, the impregnation with the first suspension and the impregnation with the second suspension being carried out at different speeds of rotation of the mold. - introducing a first suspension comprising a first powder of solid particles of ceramic material, of metal material, or of carbon material into an inside volume defined by an inside face of a first fiber texture of hollow shape placed in a mold, an outer face of the first fiber texture being present facing a wall of the mold; - using the action of centrifugal force to impregnate the first fiber texture with the first suspension by rotating the mold; - after impregnating the first texture with the first suspension, positioning a second fiber texture on the inside face of the first fiber texture in order to obtain a fiber assembly; - introducing a second suspension comprising a second powder of solid particles made of ceramic material, of metal material, or of carbon, into the inside volume after putting the second fiber texture into position; and - using the action of centrifugal force to impregnate the second fiber texture with the second suspension by rotating the mold in order to obtain an impregnated fiber assembly, the impregnation with the first suspension and the impregnation with the second suspension being carried out at different speeds of rotation of the mold.
An expression system for a eukaryotic host, which comprises (a) an expression cassette comprising a core promoter, said core promoter being the only regulatory sequence for controlling the expression of a DNA sequence encoding synthetic transcription factor (sTF), and a DNA sequence encoding synthetic transcription factor (sTF), and (b) one or more expression cassettes each comprising a DNA sequence encoding a desired product operably linked to a synthetic promoter, said synthetic promoter comprising a core promoter identical to the core promoter of (a) or another core promoter, and sTF-specific binding sites upstream of the core promoter. (a) an expression cassette comprising a core promoter, said core promoter being the only regulatory sequence for controlling the expression of a DNA sequence encoding synthetic transcription factor (sTF), and a DNA sequence encoding synthetic transcription factor (sTF), and (b) one or more expression cassettes each comprising a DNA sequence encoding a desired product operably linked to a synthetic promoter,
A propulsion apparatus (10, 210, 310, 410) for a toy (100, 101, 103, 105, 200, 300, 400) the propulsion apparatus comprising: a rotating drive member (12, 212) having an axis of rotation; a reversible motor (18, 218, 418) coupled to the rotating drive member (12, 212) to rotate the drive member (12, 212) in first and second directions; a mounting arrangement configured to pivotally mount the rotating drive member (12, 212) onto a toy (100, 101, 103, 105, 200, 300, 400) about a mount axis; and at least one pivot stop mechanism (30, 232); wherein the apparatus (10, 210, 310, 410) is configured such that operation of the reversible motor (18, 218, 418) to rotate the drive member (12, 212) in the first direction causes the drive member (12, 212) to pivot about the mount axis to a first position defined by the at least one pivot stop mechanism (30, 232) and provide a propulsion force in a first propulsion direction; and wherein operation of the reversible motor (18, 218, 418) to rotate the drive member (12, 212) in the second direction causes the drive member to pivot about the mount axis to a second position defined by the at least one pivot stop mechanism (30, 232) and provide a propulsion force in a second propulsion direction; characterised in that the first and second propulsion directions are within 90 degrees of one another, so that in both the first and second positions the rotating drive member provides an overall thrust for the toy in the same general direction. a rotating drive member (12, 212) having an axis of rotation; a reversible motor (18, 218, 418) coupled to the rotating drive member (12, 212) to rotate the drive member (12, 212) in first and second directions; a mounting arrangement configured to pivotally mount the rotating drive member (12, 212) onto a toy (100, 101, 103, 105, 200, 300, 400) about a mount axis; and at least one pivot stop mechanism (30, 232); wherein the apparatus (10, 210, 310, 410) is configured such that operation of the reversible motor (18, 218, 418) to rotate the drive member (12, 212) in the first direction causes the drive member (12, 212) to pivot about the mount axis to a first position defined by the at least one pivot stop mechanism (30, 232) and provide a propulsion force in a first propulsion direction; and wherein operation of the reversible motor (18, 218, 418) to rotate the drive member (12, 212) in the second direction causes the drive member to pivot about the mount axis to a second position defined by the at least one pivot stop mechanism (30, 232) and provide a propulsion force in a second propulsion direction; characterised in that the first and second propulsion directions are within 90 degrees of one another, so that in both the first and second positions the rotating drive member provides an overall thrust for the toy in the same general direction.