mhurhangee/ep-ind-claims huggingface dataset:
A composition for topical application to the penis for the treatment of erectile dysfunction, the composition comprising volatile and non-volatile solvents, the volatile solvents comprising a lower alcohol and water and the non-volatile solvents comprising a polyhydric alcohol and a glycol, wherein the composition comprises the following amount of ingredients, the ranges being expressed in percentages by weight of the overall composition: - lower alcohol: 30-45% - water: 20-40% - polyhydric alcohol: 22-26% - glycol: 4-12% wherein the composition further comprises a thickening or gelling agent which comprises high molecular weight interpolymers of a crosslinked unsaturated carboxylic acid polymer, which may be a homopolymer or a copolymer, and a copolymeric steric stabiliser having hydrophilic and hydrophobic moieties, and wherein the composition does not contain any pharmaceutically active ingredients for the treatment of erectile dysfunction, including glyceryl trinitrate, an acetylcholinesterase inhibitor, a phosphodiesterase type 5 inhibitor, such as tadalafil or sildenafil, and a vasodilator, such as alprostadil or phentolamine mesilate. wherein the composition comprises the following amount of ingredients, the ranges being expressed in percentages by weight of the overall composition: - lower alcohol: 30-45% - water: 20-40% - polyhydric alcohol: 22-26% - glycol: 4-12% - lower alcohol: 30-45% - water: 20-40% - polyhydric alcohol: 22-26% - glycol: 4-12% wherein the composition further comprises a thickening or gelling agent which comprises high molecular weight interpolymers of a crosslinked unsaturated carboxylic acid polymer, which may be a homopolymer or a copolymer, and a copolymeric steric stabiliser having hydrophilic and hydrophobic moieties, and wherein the composition does not contain any pharmaceutically active ingredients for the treatment of erectile dysfunction, including glyceryl trinitrate, an acetylcholinesterase inhibitor, a phosphodiesterase type 5 inhibitor, such as tadalafil or sildenafil, and a vasodilator, such as alprostadil or phentolamine mesilate.
Method for determining new positions of actuators (ACj) in a gearbox with double clutch (EMj) of a vehicle producing a variable engine torque, said gearbox comprising two parts (PBj) comprising each at least one actuator (ACj) able to act on an associated synchronizer (Sj) when it is placed, during synchronization and clutching phases of an idle gear, in known positions stored in a table in correspondence of known engine torques transmitted to the other part (PBj'), characterized in that it comprises a step in which, in the event of detection of a problem resulting from a displacement of a actuator (ACj) of a part (PBj), one determines in said table the known position of this actuator (ACj) which is associated with a known motor torque which corresponds to the motor torque transmitted to the other part (PBj') during of said detected problem, then a difference between said determined known position is determined born and a position of said actuator (ACj) measured during said detected problem, and said determined known position is replaced in said table by a new position depending on said determined deviation.
A member for coating a spray deposit including the spray deposit disposed on a metal base material, which is pore sealed with a pore-sealing agent for a spray deposit which is free from a polymerizable vinyl group-containing solvent, comprising an epoxy group-containing component and a hardener, wherein said epoxy group-containing component is a mixture which contains a polyglycidyl ether compound having three or more epoxy groups in one molecule as an essential component thereof and at least one compound selected from among an alkylenediglycidyl ether compound and a cyclic aliphatic diepoxy compound, both of which contain two epoxy groups in one molecule thereof; and excluding said hardener, 10 to 80 wt% of said polyglycidyl ether compound is mixed with an entirety of said epoxy group-containing component, wherein an amount of an epoxy group contained in 1g of said pore-sealing agent is set to a range from 3.0 mmol to 4.0 mmol.
An apparatus comprising: protocol stack circuitry configured to: receive a flow control unit, flit, header and a transaction layer packet, TLP, payload, the TLP payload comprising a first portion and a second portion, forward the flit header and the first portion of the TLP payload to a link partner based on the flit header being free from errors, identify that the flit contains an error from the second portion of the TLP payload, and send a data link layer packet, DLLP, to the link partner to indicate the error in the TLP payload. receive a flow control unit, flit, header and a transaction layer packet, TLP, payload, the TLP payload comprising a first portion and a second portion, forward the flit header and the first portion of the TLP payload to a link partner based on the flit header being free from errors, identify that the flit contains an error from the second portion of the TLP payload, and send a data link layer packet, DLLP, to the link partner to indicate the error in the TLP payload.
A computer implemented method of simulating the pressure variation induced by a well test, the method comprising: determining front propagation within a subsurface volume, said subsurface volume being discretised into a plurality of cells forming a grid and comprising at least one geological fault; determining, said front propagation in terms of the time of arrival of the front at a particular cell from one or more neighbouring cells which make up a neighbourhood of said particular cell, by performing a fast marching algorithm; wherein, for each considered faulted cell ( 520a, 520b) that is adjacent a geological fault which is not aligned on an axis of the grid, the neighbourhood of said considered faulted cell is defined as comprising only its geometric neighbours, said geometric neighbours being all non-faulted stratigraphic neighbours and all other faulted cells on each side of the fault that are adjacent to or geometrically in contact with the considered faulted cell, regardless of stratification of the subsurface volume, the stratigraphic neighbours of the considered faulted cell comprising those cells which would contact the considered faulted cell if the fault was not present; and wherein the method further comprises performing said fast marching algorithm to obtain an expression of the drained subsurface volume as a function of diffusive time of flight; converting this expression to simulate the pressure variation induced by a well test; and a preliminary step of identifying as faulted cells, all cells for which a corner and/or vertex is in contact with the fault. determining front propagation within a subsurface volume, said subsurface volume being discretised into a plurality of cells forming a grid and comprising at least one geological fault; determining, said front propagation in terms of the time of arrival of the front at a particular cell from one or more neighbouring cells which make up a neighbourhood of said particular cell, by performing a fast marching algorithm; wherein, for each considered faulted cell ( 520a, 520b) that is adjacent a geological fault which is not aligned on an axis of the grid, the neighbourhood of said considered faulted cell is defined as comprising only its geometric neighbours, said geometric neighbours being all non-faulted stratigraphic neighbours and all other faulted cells on each side of the fault that are adjacent to or geometrically in contact with the considered faulted cell, regardless of stratification of the subsurface volume, the stratigraphic neighbours of the considered faulted cell comprising those cells which would contact the considered faulted cell if the fault was not present; and wherein the method further comprises performing said fast marching algorithm to obtain an expression of the drained subsurface volume as a function of diffusive time of flight; converting this expression to simulate the pressure variation induced by a well test; and a preliminary step of identifying as faulted cells, all cells for which a corner and/or vertex is in contact with the fault.
A heat exchanger system for a gas turbine engine, comprising: a first structure at least partially defining a first plenum configured to receive a first air stream; a second structure at least partially defining a second plenum configured to receive a second air stream having lower pressure than the first air stream; a third structure at least partially defining a third plenum configured to receive a third air stream having lower pressure than the second air stream; a second duct surrounding the second air stream; and a heat exchanger configured for operative communication with the first air stream, the second air stream, and the third air stream while disposed between the second air stream and the third air stream, the heat exchanger configured to transfer heat from a portion of the first air stream to a portion of the second air stream at the heat exchanger, the portion of the second air stream flowing to the third air stream; the heat exchanger system being characterized in that the heat exchanger includes a flow metering device configured to control flow through the heat exchanger; and a scoop integrated into the flow metering device, the scoop configured to capture and direct maximum airflow into the heat exchanger at an elevated pressure; wherein the heat exchanger is disposed within the second duct between the second air stream and the third air stream. a first structure at least partially defining a first plenum configured to receive a first air stream; a second structure at least partially defining a second plenum configured to receive a second air stream having lower pressure than the first air stream; a third structure at least partially defining a third plenum configured to receive a third air stream having lower pressure than the second air stream; a second duct surrounding the second air stream; and a heat exchanger configured for operative communication with the first air stream, the second air stream, and the third air stream while disposed between the second air stream and the third air stream, the heat exchanger configured to transfer heat from a portion of the first air stream to a portion of the second air stream at the heat exchanger, the portion of the second air stream flowing to the third air stream; the heat exchanger system being characterized in that the heat exchanger includes a flow metering device configured to control flow through the heat exchanger; and a scoop integrated into the flow metering device, the scoop configured to capture and direct maximum airflow into the heat exchanger at an elevated pressure; wherein the heat exchanger is disposed within the second duct between the second air stream and the third air stream.
An instrument for cleaning a canal of a tooth after debriding of the canal with a file, comprising: a handle; a shank collinear with the handle comprising: a proximal end; a distal end; an apical region; a length; and a longitudinal axis along the length; wherein the shank tapers over the length from the proximal end to a tip at the distal end, and wherein the apical region is sized and shaped to reach an apical third of the canal; at least one first fin extending radially from the surface of the shank and having a length with respect to the longitudinal axis and a width, the length being longer than the width and the length of the fin being oriented parallel to the longitudinal axis; at least one second fin extending radially from the surface of the shank and having a length and a width, the length being longer than the width and the length of the fin being oriented transverse to the longitudinal axis; and a plurality of raised bumps located on the apical region, wherein the handle, the shank, the first fin and the second fin are formed in a one piece polymeric composition. a handle; a shank collinear with the handle comprising: a proximal end; a distal end; an apical region; a length; and a longitudinal axis along the length; a proximal end; a distal end; an apical region; a length; and a longitudinal axis along the length; wherein the shank tapers over the length from the proximal end to a tip at the distal end, and wherein the apical region is sized and shaped to reach an apical third of the canal; at least one first fin extending radially from the surface of the shank and having a length with respect to the longitudinal axis and a width, the length being longer than the width and the length of the fin being oriented parallel to the longitudinal axis; at least one second fin extending radially from the surface of the shank and having a length and a width, the length being longer than the width and the length of the fin being oriented transverse to the longitudinal axis; and a plurality of raised bumps located on the apical region, wherein the handle, the shank, the first fin and the second fin are formed in a one piece polymeric composition.
A method of manufacturing a patterned substrate, comprising: forming a polymer layer including a block copolymer within a trench on a substrate, the trench being formed by mesa structures formed and arranged so as to have an interval between them on the substrate; and realizing a self-assembled structure of the block copolymer, wherein a neutral treatment is not performed on a surface in the trench, with which the polymer layer including the block copolymer contacts, wherein the self-assembled structure comprises a vertical oriented block copolymer and the self-assembled structure of the block copolymer is a lamella structure and wherein the block copolymer includes a first block having the unit represented by Formula 1 and a second block having the unit represented by Formula 5; where R is a hydrogen or an alkyl group, X is a single bond, an oxygen atom, a sulfur atom, -S(=O) 2 -, a carbonyl group, an alkylene group, an alkenylene group, an alkynylene group, -C(=O)-X 1 - or -X 1 -C(=O)-, in which X 1 is an oxygen atom, a sulfur atom, -S(=O) 2 -, an alkylene group, an alkenylene group or an alkynylene group, and Y is a monovalent substituent including a ring structure to which a side chain is linked; where B is a monovalent substituent having an aromatic structure including one or more halogen atoms. forming a polymer layer including a block copolymer within a trench on a substrate, the trench being formed by mesa structures formed and arranged so as to have an interval between them on the substrate; and realizing a self-assembled structure of the block copolymer, wherein a neutral treatment is not performed on a surface in the trench, with which the polymer layer including the block copolymer contacts, wherein the self-assembled structure comprises a vertical oriented block copolymer and the self-assembled structure of the block copolymer is a lamella structure and wherein the block copolymer includes a first block having the unit represented by Formula 1 and a second block having the unit represented by Formula 5; where R is a hydrogen or an alkyl group, X is a single bond, an oxygen atom, a sulfur atom, -S(=O) 2 -, a carbonyl group, an alkylene group, an alkenylene group, an alkynylene group, -C(=O)-X 1 - or -X 1 -C(=O)-, in which X 1 is an oxygen atom, a sulfur atom, -S(=O) 2 -, an alkylene group, an alkenylene group or an alkynylene group, and Y is a monovalent substituent including a ring structure to which a side chain is linked; where B is a monovalent substituent having an aromatic structure including one or more halogen atoms.
A combustion liner for a turbine generator, comprising: a plurality of through-holes formed in a surface of the combustion liner; and a plurality of air guiding caps provided on the combustion liner in plural rows, and configured to introduce air into the combustion liner; wherein the air guiding cap includes: a cover having one opened side configured to receive an air flow, and a mounting member configured to be engaged to a lower end of the cover, characterized in that the mounting member is configured to removably mount the air guiding cap to the combustion liner, wherein the cover comprises at least one plate member having a bent end configured to engage with the mounting member such that the plate member of the cover is freely moveable in a state of being engaged to the mounting member and wherein the air guiding cap is rotatable to introduce air into the combustion liner. a plurality of through-holes formed in a surface of the combustion liner; and a plurality of air guiding caps provided on the combustion liner in plural rows, and configured to introduce air into the combustion liner; wherein the air guiding cap includes: a cover having one opened side configured to receive an air flow, and a mounting member configured to be engaged to a lower end of the cover, characterized in that the mounting member is configured to removably mount the air guiding cap to the combustion liner, wherein the cover comprises at least one plate member having a bent end configured to engage with the mounting member such that the plate member of the cover is freely moveable in a state of being engaged to the mounting member and wherein the air guiding cap is rotatable to introduce air into the combustion liner. a cover having one opened side configured to receive an air flow, and a mounting member configured to be engaged to a lower end of the cover, characterized in that the mounting member is configured to removably mount the air guiding cap to the combustion liner, wherein the cover comprises at least one plate member having a bent end configured to engage with the mounting member such that the plate member of the cover is freely moveable in a state of being engaged to the mounting member and wherein the air guiding cap is rotatable to introduce air into the combustion liner.
A pneumatic tire, comprising: a roughened region formed on a side surface to extend in a circumferential direction, wherein the roughened region includes a plurality of lands (62r1, 62r2, 62c), a dimple (58, 58b, 58s) is present between a land and its adjacent land, the lands include a first land (62r1) and a second land (62r2), the first land (62r1) and the second land are alternately arranged in a circumferential direction, the first land (62r1) and the second land (62r2) are set to incline relative to a radial direction, the inclination direction of the first land (62r1) is opposite to the inclination direction of the second land (62r2), characterized in that an outline of dimple between first land (62r1) and second land (62r2) is formed in an isosceles trapezoid, when the tire is mounted on a normal rim and is filled with air at a normal inflation pressure, the outer periphery of the roughened region is located on the radially inner side of a position 30 mm away in a radially inward direction from the tire maximum-width position, and the inner periphery of the roughened region is located on the radially outer side of the radially outer edge of the rim. a roughened region formed on a side surface to extend in a circumferential direction, wherein the roughened region includes a plurality of lands (62r1, 62r2, 62c), a dimple (58, 58b, 58s) is present between a land and its adjacent land, the lands include a first land (62r1) and a second land (62r2), the first land (62r1) and the second land are alternately arranged in a circumferential direction, the first land (62r1) and the second land (62r2) are set to incline relative to a radial direction, the inclination direction of the first land (62r1) is opposite to the inclination direction of the second land (62r2), characterized in that an outline of dimple between first land (62r1) and second land (62r2) is formed in an isosceles trapezoid, when the tire is mounted on a normal rim and is filled with air at a normal inflation pressure, the outer periphery of the roughened region is located on the radially inner side of a position 30 mm away in a radially inward direction from the tire maximum-width position, and the inner periphery of the roughened region is located on the radially outer side of the radially outer edge of the rim.
Kit comprising: (i) an alkaline medium for pretreating tooth material, (ii) a first gel, which comprises gelatin and phosphate ions, wherein the softening temperature of the first gel is in the range of from 38 to 45 °C and wherein the first gel has a pH value of from 2.0 to 6.0, for application to the tooth material which has been pretreated with the alkaline medium, and (iii) a second gel, which is free of phosphate ions, for covering the first layer of gel, wherein the softening temperature of the second gel is in the range of from 38 to 45 °C, and (iva) a medium, containing calcium ions, for application to the second layer of gel, or (ivb) a second gel, containing calcium ions, for covering the first layer of gel instead of the gel (iii), wherein the softening temperature of the second gel is in the range of from 38 to 45 °C. (i) an alkaline medium for pretreating tooth material, (ii) a first gel, which comprises gelatin and phosphate ions, wherein the softening temperature of the first gel is in the range of from 38 to 45 °C and wherein the first gel has a pH value of from 2.0 to 6.0, for application to the tooth material which has been pretreated with the alkaline medium, and (iii) a second gel, which is free of phosphate ions, for covering the first layer of gel, wherein the softening temperature of the second gel is in the range of from 38 to 45 °C, and (iva) a medium, containing calcium ions, for application to the second layer of gel, or (ivb) a second gel, containing calcium ions, for covering the first layer of gel instead of the gel (iii), wherein the softening temperature of the second gel is in the range of from 38 to 45 °C.
A communication method with various radio technologies coexisting in User Equipment "UE", characterized by comprising: the UE evaluating a state of In-device Coexistence "IDC" interference independently and/or according to a policy configured by a network side, and reporting information of the state of IDC interference to the network side; and the UE executing a decision indicated by the network side; wherein the UE evaluating the state of IDC interference independently is embodied as: the UE evaluating the state of IDC interference according to a state of each radio module coexisting in the UE, the state of each radio module coexisting in the UE referring to an enabled/disabled state of each radio module coexisting in the UE. the UE evaluating a state of In-device Coexistence "IDC" interference independently and/or according to a policy configured by a network side, and reporting information of the state of IDC interference to the network side; and the UE executing a decision indicated by the network side; wherein the UE evaluating the state of IDC interference independently is embodied as: the UE evaluating the state of IDC interference according to a state of each radio module coexisting in the UE, the state of each radio module coexisting in the UE referring to an enabled/disabled state of each radio module coexisting in the UE.
A seal system comprising: a first member comprising a carbon seal with a seal face; and a second member comprising a seat (112; 212) with a seat face and a plurality of cooling passageways (300; 320; 340; 360), wherein: the second member is rotatable about an axis relative to the first member; the seal face and the seat face are in sliding sealing engagement; and the cooling passageways (300; 320; 340; 360) have respective surface enhancements (322; 342; 362), characterised in that: each cooling passageway surface enhancement (322; 342; 362) is at least one spiral (322; 342; 362). a first member comprising a carbon seal with a seal face; and a second member comprising a seat (112; 212) with a seat face and a plurality of cooling passageways (300; 320; 340; 360), the second member is rotatable about an axis relative to the first member; the seal face and the seat face are in sliding sealing engagement; and the cooling passageways (300; 320; 340; 360) have respective surface enhancements (322; 342; 362),