mhurhangee/patent-ind-claim-en huggingface dataset:
A method for producing a block copolymer membrane in flat sheet geometry, the method comprising: - providing a polymer solution of at least one amphiphilic block copolymer in a solvent; - applying the polymer solution onto a substrate to provide a cast polymer solution; - applying an electrical field having a field strength from 0.5 kV/cm to 10 kV/cm for a time period between 1 second and 120 seconds to the cast polymer solution in a direction substantially perpendicular to the cast polymer solution; and - thereafter leaving the cast polymer solution to rest for a period of time of 0 seconds to 120 seconds and immersing the cast polymer solution into a coagulation bath thereby inducing phase inversion to produce block copolymer membrane in flat sheet geometry. - providing a polymer solution of at least one amphiphilic block copolymer in a solvent; - applying the polymer solution onto a substrate to provide a cast polymer solution; - applying an electrical field having a field strength from 0.5 kV/cm to 10 kV/cm for a time period between 1 second and 120 seconds to the cast polymer solution in a direction substantially perpendicular to the cast polymer solution; and - thereafter leaving the cast polymer solution to rest for a period of time of 0 seconds to 120 seconds and immersing the cast polymer solution into a coagulation bath thereby inducing phase inversion to produce block copolymer membrane in flat sheet geometry.
A turbine engine comprising: a turbine section with at least one turbine stage having a stationary vane assembly and a rotating blade assembly , where combustion gases flow through the at least one turbine stage in a fore to aft direction; wherein the stationary vane assembly terminates in a hanger , the hanger including at least one rim ; an outer casing surrounding the at least one turbine stage ; an interface between a portion of the outer casing and a portion of the stationary vane assembly including a fore interface defining a leak flow path (LFP); and a seal coupled to one of the stationary vane assembly and the outer casing to retard combustion gases in the leak flow path (LFP); wherein the seal is a fore seal at the fore interface, wherein said fore seal abuts at least a portion of the hanger at the at least one rim and the outer casing , characterised in said fore seal comprising a plurality of discrete spacers extending along the fore seal to form an annular set of discrete spacers , the discrete spacers defining an insulating air gap between the outer casing and the fore seal , the insulating air gap providing an insulation barrier to minimize heat transfer by convection between the outer casing and the hot combustion airflow in the turbine housing. a turbine section with at least one turbine stage having a stationary vane assembly and a rotating blade assembly , where combustion gases flow through the at least one turbine stage in a fore to aft direction; wherein the stationary vane assembly terminates in a hanger , the hanger including at least one rim ; an outer casing surrounding the at least one turbine stage ; an interface between a portion of the outer casing and a portion of the stationary vane assembly including a fore interface defining a leak flow path (LFP); and a seal coupled to one of the stationary vane assembly and the outer casing to retard combustion gases in the leak flow path (LFP); wherein the seal is a fore seal at the fore interface, wherein said fore seal abuts at least a portion of the hanger at the at least one rim and the outer casing , characterised in said fore seal comprising a plurality of discrete spacers extending along the fore seal to form an annular set of discrete spacers , the discrete spacers defining an insulating air gap between the outer casing and the fore seal , the insulating air gap providing an insulation barrier to minimize heat transfer by convection between the outer casing and the hot combustion airflow in the turbine housing.
A cyclic peptide which comprises the amino acid sequence represented by formula (I): X 1 -His-Pro-X 4 -Leu-X 6 -X 7 -X 8 -Ser-X 10 -His-Phe (I) in the cycle and has an activity to specifically bind to human CTLA-4, wherein X 1 , X 4 , X 6 , X 7 , X 8 and X 10 are each independently any amino acid. in the cycle and has an activity to specifically bind to human CTLA-4, wherein X 1 , X 4 , X 6 , X 7 , X 8 and X 10 are each independently any amino acid.
A curable composition comprising: - an epoxy resin ; - a curing agent; - a curing promoter; and - hydrophilic inorganic particles , the epoxy resin including a first epoxy resin (a1) and a second epoxy resin (a2), the first epoxy resin (a1) being a chain aliphatic epoxy resin having a hydrophilic group, and an aqueous dissolution rate of the first epoxy resin (a1) being not less than 20 mass % and not more than 99 mass %, wherein the aqueous dissolution rate means a dissolution rate of an epoxy resin to water at room temperature (25 °C), as measured by the method described in the present specification, the second epoxy resin (a2) including at least one selected from the group consisting of a cyclic aliphatic epoxy resin, an aromatic epoxy resin and a heterocyclic epoxy resin, the first epoxy resin (a1) comprising, as at least one resin included therein, an unsaturated polyester resin (a3) including two or more (meth)acryloyl groups in one molecule and having a hydrophilic group, the unsaturated polyester resin (a3) being an epoxy acrylate resin obtained by introducing a (meth)acryloyl group into an epoxy resin having a hydrophilic group. - an epoxy resin ; - a curing agent; - a curing promoter; and - hydrophilic inorganic particles ,
A parking control method for executing a control instruction to move a vehicle (V) along a parking route, comprising: searching a first position (OP1) at which an operator of the vehicle (V) can get off the vehicle (V);stopping the vehicle (V); and parking the vehicle (V) in accordance with the control instruction on a basis of an operation command acquired from the operator who has got off the vehicle (V) characterized in that the searching is searching two or more first positions (OP1) at which an operator of the vehicle (V) can get off the vehicle (V); and in that the control method further comprises: calculating operability evaluation value of remote operation regarding to each of the first positions (OP1) on the basis of an existence and an area of an observable area which is observable by the operator; selecting a second position (OP2) with relatively high operability evaluation value of remote operation from among the first positions (OP1); and stopping the vehicle (V) at the second position (OP2). searching a first position (OP1) at which an operator of the vehicle (V) can get off the vehicle (V);stopping the vehicle (V); and parking the vehicle (V) in accordance with the control instruction on a basis of an operation command acquired from the operator who has got off the vehicle (V) characterized in that the searching is searching two or more first positions (OP1) at which an operator of the vehicle (V) can get off the vehicle (V); and in that the control method further comprises: calculating operability evaluation value of remote operation regarding to each of the first positions (OP1) on the basis of an existence and an area of an observable area which is observable by the operator; selecting a second position (OP2) with relatively high operability evaluation value of remote operation from among the first positions (OP1); and stopping the vehicle (V) at the second position (OP2). calculating operability evaluation value of remote operation regarding to each of the first positions (OP1) on the basis of an existence and an area of an observable area which is observable by the operator; selecting a second position (OP2) with relatively high operability evaluation value of remote operation from among the first positions (OP1); and stopping the vehicle (V) at the second position (OP2).
A packaged intermittent catheter assembly, comprising: a package defining a cavity , an opening in the package and an intermittent catheter within the cavity , the intermittent catheter having a proximal insertion end at or near the opening , a distal end remote from the proximal insertion end , and an insertable portion extending from the proximal insertion end to a point approaching the distal end ; a generally U-shaped channel extending from the opening in the package through at least a portion of the cavity wherein the intermittent catheter is disposed within and guided by the generally U-shaped channel during withdrawal from the cavity through the opening in the package; and a drawstring having a first portion disposed within the package and secured to the intermittent catheter and a second portion extending from the package at or near the opening in the package, wherein withdrawal of the drawstring from the package withdraws the intermittent catheter from the cavity through the opening in the package and into and through the urethra. a package defining a cavity , an opening in the package and an intermittent catheter within the cavity , the intermittent catheter having a proximal insertion end at or near the opening , a distal end remote from the proximal insertion end , and an insertable portion extending from the proximal insertion end to a point approaching the distal end ; a generally U-shaped channel extending from the opening in the package through at least a portion of the cavity wherein the intermittent catheter is disposed within and guided by the generally U-shaped channel during withdrawal from the cavity through the opening in the package; and a drawstring having a first portion disposed within the package and secured to the intermittent catheter and a second portion extending from the package at or near the opening in the package, wherein withdrawal of the drawstring from the package withdraws the intermittent catheter from the cavity through the opening in the package and into and through the urethra.
A resin composition for sliding member, consisting of: (a) a tetrafluoroethylene resin; and (b) fillers, said fillers consisting of: - 5 to 30% by weight of the composition of barium sulfate, - 1 to 15% by weight of the composition of magnesium silicate, and - 1 to 25% by weight of the composition of a phosphate that is a metal salt of metaphosphoric acid, and optionally one or more of - a solid lubricant selected from graphite, molybdenum disulfide, and a mixture thereof, - an inorganic filler that is at least one material selected from the group consisting of a potassium titanate powder, potassium titanate fibers, wollastonite, alumina, silicon carbide and iron oxide, and - a low-molecular weight tetrafluoroethylene resin. (a) a tetrafluoroethylene resin; and (b) fillers, said fillers consisting of: - 5 to 30% by weight of the composition of barium sulfate, - 1 to 15% by weight of the composition of magnesium silicate, and - 1 to 25% by weight of the composition of a phosphate that is a metal salt of metaphosphoric acid, and optionally one or more of - a solid lubricant selected from graphite, molybdenum disulfide, and a mixture thereof, - an inorganic filler that is at least one material selected from the group consisting of a potassium titanate powder, potassium titanate fibers, wollastonite, alumina, silicon carbide and iron oxide, and - a low-molecular weight tetrafluoroethylene resin. - 5 to 30% by weight of the composition of barium sulfate, - 1 to 15% by weight of the composition of magnesium silicate, and - 1 to 25% by weight of the composition of a phosphate that is a metal salt of metaphosphoric acid, - a solid lubricant selected from graphite, molybdenum disulfide, and a mixture thereof, - an inorganic filler that is at least one material selected from the group consisting of a potassium titanate powder, potassium titanate fibers, wollastonite, alumina, silicon carbide and iron oxide, and - a low-molecular weight tetrafluoroethylene resin.
A method for providing a user interface of a mobile device having a solar panel, the method comprising: measuring a recharging amount according to a solar charge ; displaying the recharging amount as a fossil fuel image or a tree image which is expressed together with an amount of fossil fuel or trees that are conserved by performing the solar charge ; determining whether the recharging amount is more than a predefined critical amount for executing an eco-friendly plant growing application ; when the recharging amount is more than the critical amount, transitioning the mobile device into an executable state of the eco-friendly plant growing application ; executing the eco-friendly plant growing application and displaying an image related to an item corresponding to the eco-friendly plant growing application; and during the solar charge, changing the displayed image according to the recharging amount, wherein the displaying of the recharging amount comprises displaying the recharging amount differently by using a weight unit, a volume unit or a number of trees corresponding to the tree image, or a weight unit or a volume unit corresponding to the fossil fuel image, and wherein the changing the displayed image comprises adding a new image related to a new item to the displayed image, or removing the displayed image and replacing it with a new image related to a new item. measuring a recharging amount according to a solar charge ; displaying the recharging amount as a fossil fuel image or a tree image which is expressed together with an amount of fossil fuel or trees that are conserved by performing the solar charge ; determining whether the recharging amount is more than a predefined critical amount for executing an eco-friendly plant growing application ; when the recharging amount is more than the critical amount, transitioning the mobile device into an executable state of the eco-friendly plant growing application ; executing the eco-friendly plant growing application and displaying an image related to an item corresponding to the eco-friendly plant growing application; and during the solar charge, changing the displayed image according to the recharging amount, wherein the displaying of the recharging amount comprises displaying the recharging amount differently by using a weight unit, a volume unit or a number of trees corresponding to the tree image, or a weight unit or a volume unit corresponding to the fossil fuel image, and wherein the changing the displayed image comprises adding a new image related to a new item to the displayed image, or removing the displayed image and replacing it with a new image related to a new item.
A recombinant expression vector comprising a nucleic acid sequence encoding a proinsulin aspart sequence suitable for preparing a recombinant insulin aspart analog, wherein the proinsulin aspart sequence has an amino acid sequence as shown in Formula I: R-R 1 -(B 1 -B 27 )-B 28 -B 29 -B 30 -R 2 -(A 1 -A 21 ), wherein R - R 1 is a leading peptide sequence, which meets the following conditions: a. R is one part of super oxide dismutase (SOD) homolog, which consists of 63 amino acids including active methionine; and two cysteine (C) residues are substituted by serine (S); wherein, the sequence of R is SEQ ID NO 1: b. the leading peptide does not affect refolding of short-proinsulin aspart, and can be cleaved; c. R 1 is any one of Arg and Lys; R2 is a C-peptide, which consists of any one from Arg or Lys; B 1 -B 27 denotes an amino acid sequence of B1 to B27 in B-chain of native human insulin; A 1 -A 21 denotes an A-chain of native human insulin; B 28 is Aspartic acid; B 29 is Lysine; and B 30 is Threonine; the sequence of (B 1 -B 27 )-B 28 -B 29 -B 30 -R 2 -(A 1 -A 21 ) is one of SEQ ID NO 12 or SEQ ID NO 13; a sequence of SEQ ID NO 12 is: FVNQHLCGSHLVEALYLVCGERGFFYTDKTRGIVEQCCTSICSLYQLENY CN; and a sequence of SEQ ID NO 13 is: FVNQHLCGSHL VEAL YL VCGERGFFYTDKTKGIVEQCCTSICSL YQLENYCN. a. R is one part of super oxide dismutase (SOD) homolog, which consists of 63 amino acids including active methionine; and two cysteine (C) residues are substituted by serine (S); wherein, the sequence of R is SEQ ID NO 1: b. the leading peptide does not affect refolding of short-proinsulin aspart, and can be cleaved; c. R 1 is any one of Arg and Lys; R2 is a C-peptide, which consists of any one from Arg or Lys; B 1 -B 27 denotes an amino acid sequence of B1 to B27 in B-chain of native human insulin; A 1 -A 21 denotes an A-chain of native human insulin; B 28 is Aspartic acid; B 29 is Lysine; and B 30 is Threonine; the sequence of (B 1 -B 27 )-B 28 -B 29 -B 30 -R 2 -(A 1 -A 21 ) is one of SEQ ID NO 12 or SEQ ID NO 13; a sequence of SEQ ID NO 12 is: FVNQHLCGSHLVEALYLVCGERGFFYTDKTRGIVEQCCTSICSLYQLENY CN; and a sequence of SEQ ID NO 13 is: FVNQHLCGSHL VEAL YL VCGERGFFYTDKTKGIVEQCCTSICSL YQLENYCN. R2 is a C-peptide, which consists of any one from Arg or Lys; B 1 -B 27 denotes an amino acid sequence of B1 to B27 in B-chain of native human insulin; A 1 -A 21 denotes an A-chain of native human insulin; B 28 is Aspartic acid; B 29 is Lysine; and B 30 is Threonine; the sequence of (B 1 -B 27 )-B 28 -B 29 -B 30 -R 2 -(A 1 -A 21 ) is one of SEQ ID NO 12 or SEQ ID NO 13; a sequence of SEQ ID NO 12 is: FVNQHLCGSHLVEALYLVCGERGFFYTDKTRGIVEQCCTSICSLYQLENY CN; and a sequence of SEQ ID NO 13 is: FVNQHLCGSHL VEAL YL VCGERGFFYTDKTKGIVEQCCTSICSL YQLENYCN. the sequence of (B 1 -B 27 )-B 28 -B 29 -B 30 -R 2 -(A 1 -A 21 ) is one of SEQ ID NO 12 or SEQ ID NO 13; a sequence of SEQ ID NO 12 is: FVNQHLCGSHLVEALYLVCGERGFFYTDKTRGIVEQCCTSICSLYQLENY CN; and a sequence of SEQ ID NO 13 is: FVNQHLCGSHL VEAL YL VCGERGFFYTDKTKGIVEQCCTSICSL YQLENYCN.
A bonded and stacked core manufacturing method for manufacturing a bonded and stacked core by performing press working on a strip-shaped steel sheet with a press working oil applied to one surface or both surfaces thereof, applying an anaerobic adhesive and an instantaneous adhesive to one surface of the strip-shaped steel sheet to obtain a plurality of steel sheet components, and stacking and bonding the steel sheet components, characterized in that a curing accelerating layer is formed by applying an anaerobic adhesive curing accelerator and an instantaneous adhesive curing accelerator to one surface or both surfaces of the strip-shaped steel sheet before the press working oil is applied, and actively drying the anaerobic adhesive curing accelerator and the instantaneous adhesive curing accelerator before the press working oil is applied.
A device for generating shock waves, the device comprising: an elongated tube ; a balloon wrapped circumferentially around a portion of the elongated tube , the balloon comprising: a distal end sealed to the elongated tube ; a leg segment (N) proximal to the distal end of the balloon ; a cone segment (M) proximal to the leg segment (N) of the balloon ; a straight segment (L) proximal to the cone segment (M) of the balloon ; wherein, when the balloon is inflated: the leg segment (N) is substantially cylindrical or is of a tapered shape with an average diameter, the cone segment (M) is of a tapered shape with an average diameter greater than the average diameter of the leg segment (N), and the straight segment (L) is of a substantially cylindrical shape with a diameter greater than the average diameter of the cone segment (M); at least one distal emitter (E1) configured to generate shock waves, characterised in that the at least one distal emitter (E1) is positioned in the leg segment (N) of the balloon . an elongated tube ; a balloon wrapped circumferentially around a portion of the elongated tube , the balloon comprising: a distal end sealed to the elongated tube ; a leg segment (N) proximal to the distal end of the balloon ; a cone segment (M) proximal to the leg segment (N) of the balloon ; a straight segment (L) proximal to the cone segment (M) of the balloon ; wherein, when the balloon is inflated: the leg segment (N) is substantially cylindrical or is of a tapered shape with an average diameter, the cone segment (M) is of a tapered shape with an average diameter greater than the average diameter of the leg segment (N), and the straight segment (L) is of a substantially cylindrical shape with a diameter greater than the average diameter of the cone segment (M); a distal end sealed to the elongated tube ; a leg segment (N) proximal to the distal end of the balloon ; a cone segment (M) proximal to the leg segment (N) of the balloon ; a straight segment (L) proximal to the cone segment (M) of the balloon ; wherein, when the balloon is inflated: the leg segment (N) is substantially cylindrical or is of a tapered shape with an average diameter, the cone segment (M) is of a tapered shape with an average diameter greater than the average diameter of the leg segment (N), and the straight segment (L) is of a substantially cylindrical shape with a diameter greater than the average diameter of the cone segment (M); at least one distal emitter (E1) configured to generate shock waves, characterised in that the at least one distal emitter (E1) is positioned in the leg segment (N) of the balloon .
A scroll compressor comprising: a housing ; scroll compressor bodies disposed in the housing , the scroll compressor bodies including a first scroll body and a second scroll body , the first and second scroll bodies having respective bases and respective scroll ribs that project from the respective bases , wherein the scroll ribs mutually engage, the second scroll body being movable relative to the first scroll body for compressing fluid; a drive unit disposed in the housing , the drive unit providing a rotational output for operatively driving one of the scroll compressor bodies to facilitate relative movement of the scroll compressor bodies for the aforementioned compression of fluid; and an oil return tube for delivering oil from an upper region of the housing to an oil sump in a lower region of the housing , wherein the oil return tube comprises: a tubular portion , wherein the tubular portion is positioned substantially vertically within the housing , the tubular portion being non-circular, characterized in that the tubular portion has a first stepped portion at an upper end of the tubular portion and a second stepped portion at a lower end of the tubular portion and further comprising a non-stepped portion between the first and second stepped portions , and that the first stepped portion is radially outward of the non-stepped portion , and the second stepped portion is radially inward of the non-stepped portion . a housing ; scroll compressor bodies disposed in the housing , the scroll compressor bodies including a first scroll body and a second scroll body , the first and second scroll bodies having respective bases and respective scroll ribs that project from the respective bases , wherein the scroll ribs mutually engage, the second scroll body being movable relative to the first scroll body for compressing fluid; a drive unit disposed in the housing , the drive unit providing a rotational output for operatively driving one of the scroll compressor bodies to facilitate relative movement of the scroll compressor bodies for the aforementioned compression of fluid; and an oil return tube for delivering oil from an upper region of the housing to an oil sump in a lower region of the housing , wherein the oil return tube comprises: a tubular portion , wherein the tubular portion is positioned substantially vertically within the housing , the tubular portion being non-circular, characterized in that the tubular portion has a first stepped portion at an upper end of the tubular portion and a second stepped portion at a lower end of the tubular portion and further comprising a non-stepped portion between the first and second stepped portions , and that the first stepped portion is radially outward of the non-stepped portion , and the second stepped portion is radially inward of the non-stepped portion .