mhurhangee/patent-ind-claim-en huggingface dataset:
A gas pressure spring comprising an expanding wax as a compensating medium for reducing a temperature dependency of a spring force of the gas pressure spring in an operating temperature range of the gas pressure spring spanning a minimum temperature of -40 °C to +10 °C up to a maximum temperature of +50 °C to +100° C characterised in that a. the expanding wax comprises at least one liquid phase and at least one solid phase in the entire operating temperature range; b. wherein the expanding wax is composed of a number of alkanes and a number of primary alcohols having chain lengths which differ from each other, c. wherein the primary alcohols constitute a percentage of 10 % to 30 % of the substance amount of the expanding wax; and d. wherein the primary alcohols contained in the expanding wax i. comprise a number of primary alcohols having a lower melting temperature than all alkanes contained in the expanding wax, and/or ii. comprise a number of primary alcohols having a higher melting temperature than all alkanes contained in the expanding wax. a. the expanding wax comprises at least one liquid phase and at least one solid phase in the entire operating temperature range; b. wherein the expanding wax is composed of a number of alkanes and a number of primary alcohols having chain lengths which differ from each other, c. wherein the primary alcohols constitute a percentage of 10 % to 30 % of the substance amount of the expanding wax; and d. wherein the primary alcohols contained in the expanding wax i. comprise a number of primary alcohols having a lower melting temperature than all alkanes contained in the expanding wax, and/or ii. comprise a number of primary alcohols having a higher melting temperature than all alkanes contained in the expanding wax. i. comprise a number of primary alcohols having a lower melting temperature than all alkanes contained in the expanding wax, and/or ii. comprise a number of primary alcohols having a higher melting temperature than all alkanes contained in the expanding wax.
A transport and/or storage apparatus for transporting and/or storing at least one receiving container , in particular a drug container, having a top side which is at least region-wise and in particular completely open in order to be able to introduce the receiving container into the transport and/or storage apparatus and/or to be able to remove it from the transport and/or storage apparatus , an underside which is opposite to the top side and on which the receiving container can be arranged, and a lateral boundary by way of which the top side is connected to the underside , wherein the lateral boundary has at least one moveable device for securing in position the receiving container arranged in the transport and/or storage apparatus , wherein the moveable device has an apparatus for moveably connecting the device to the lateral boundary of the transport and/or storage apparatus and at least one force storage means which is adapted to space the device from the lateral boundary of the transport and/or storage apparatus and to exert a force on the receiving container arranged in the transport and/or storage apparatus , wherein a support surface for the receiving container to stand on is provided on the underside , wherein the support surface is delimited by the lateral boundary and the at least one moveable position-securing device , wherein provided at the at least one moveable position-securing device is at least one actuating element by means of which the position-securing device is moveable, wherein the support surface can be increased in size by a movement of the at least one moveable position-securing device by way of the at least one actuating element , wherein the lateral boundary has precisely four side surfaces which respectively include an angle relative to each other, wherein the underside of the transport and/or storage apparatus is of a substantially rectangular base configuration, characterised in that arranged at two adjacent side surfaces is at least one moveable position-securing device , wherein the moveable devices respectively have a recess for region-wise receiving a further device for securing the position of receiving containers arranged in the transport and/or storage apparatus .
A method for determining purity in a sample of OXY133, the method comprising: providing an HPLC eluent comprising OXY133, OXY133 impurities and a mobile volatile phase; generating an aerosol of liquid droplets from the HPLC eluent; drying the droplets to obtain residue particles of OXY133; contacting the OXY133 residue particles with an ion stream which applies a size-dependent electrical charge to each of the residue particles to generate an electrical signal having a level proportional to the amount of charged residue particles of OXY133; and measuring the electrical signal to determine the purity of OXY133 in the sample. providing an HPLC eluent comprising OXY133, OXY133 impurities and a mobile volatile phase; generating an aerosol of liquid droplets from the HPLC eluent; drying the droplets to obtain residue particles of OXY133; contacting the OXY133 residue particles with an ion stream which applies a size-dependent electrical charge to each of the residue particles to generate an electrical signal having a level proportional to the amount of charged residue particles of OXY133; and measuring the electrical signal to determine the purity of OXY133 in the sample.
A compound represented by the following formula (I) or a pharmaceutically acceptable salt thereof for use in therapy, wherein the compound represented by formula (I) or pharmaceutically acceptable salt thereof is administered in combination with at least one second medical agent selected from azacitidine, SN-38, venetoclax, ibrutinib, lenalidomide, panobinostat, a pharmaceutically acceptable salt of any of the foregoing medical agents, an anti-PD-1 antibody, an anti-PD-L1 antibody, an anti-CLTA-4 antibody, and the combination of medical agents involved in R-CHOP therapy.
A method for preparing a carbon nanotube fiber, comprising: preparing carbon nanotube aggregates from a carbon source in the presence of a catalyst and a catalytic activator (S1); contacting the carbon nanotube aggregates with graphene oxide (S2) by passing the carbon nanotube aggregates through a dispersion solution in which graphene oxide is dispersed; and fiberizing the carbon nanotube aggregates in contact with the graphene oxide (S3); and further comprising: performing thermal treatment between Step S2 and Step S3, wherein the thermal treatment is performed in an oxygen-containing atmosphere. preparing carbon nanotube aggregates from a carbon source in the presence of a catalyst and a catalytic activator (S1); contacting the carbon nanotube aggregates with graphene oxide (S2) by passing the carbon nanotube aggregates through a dispersion solution in which graphene oxide is dispersed; and fiberizing the carbon nanotube aggregates in contact with the graphene oxide (S3); and further comprising: performing thermal treatment between Step S2 and Step S3, wherein the thermal treatment is performed in an oxygen-containing atmosphere. performing thermal treatment between Step S2 and Step S3, wherein the thermal treatment is performed in an oxygen-containing atmosphere.
A semiconductor device manufacturing method comprising: a semiconductor substrate preparing step of preparing a semiconductor substrate having an exposed surface where a pn junction is exposed, the pn junction being formed at a junction portion between a first semiconductor layer of a first conductivity type and a second semiconductor layer of a second conductivity type opposite to the first conductivity type; a pretreatment step of performing a hydrophobic treatment on a first exposed region of the exposed surface where the first semiconductor layer is exposed; an impurity supplying step of supplying an impurity of the first conductivity type to the first exposed region ; a channel stopper forming step of irradiating the first exposed region with a laser beam to introduce the impurity of the first conductivity type into the first semiconductor layer , thus forming a channel stopper ; and a glass layer forming step of forming a glass layer using a glass composition so as to cover the exposed surface . a semiconductor substrate preparing step of preparing a semiconductor substrate having an exposed surface where a pn junction is exposed, the pn junction being formed at a junction portion between a first semiconductor layer of a first conductivity type and a second semiconductor layer of a second conductivity type opposite to the first conductivity type; a pretreatment step of performing a hydrophobic treatment on a first exposed region of the exposed surface where the first semiconductor layer is exposed; an impurity supplying step of supplying an impurity of the first conductivity type to the first exposed region ; a channel stopper forming step of irradiating the first exposed region with a laser beam to introduce the impurity of the first conductivity type into the first semiconductor layer , thus forming a channel stopper ; and a glass layer forming step of forming a glass layer using a glass composition so as to cover the exposed surface .
Belt or belt segment , having steel cables that run substantially in a longitudinal direction of the belt or belt segment and are disposed so as to be substantially mutually parallel, wherein the belt or the belt segment has at least one open end having a fastening device which by means of clamping is connected to at least one part of the steel cables , and having at least one measuring installation , which is configured to detect a spacing (d) in the longitudinal direction (X) between the belt or the belt segment and the fastening device , characterized in that the measuring installation has at least one sensor unit which is disposed on the fastening device , and at least one sensor counter piece which is disposed on the belt or belt segment , respectively, or vice versa.
A binder composition for a non-aqueous secondary battery electrode comprising: a particulate polymer A; and a particulate polymer B, wherein the particulate polymer A has a volume average particle diameter of at least 0.6 μm and not more than 2.5 μm, the particulate polymer B has a volume average particle diameter of at least 0.01 μm and not more than 0.5 μm, and the particulate polymer A has a percentage content of more than 30 mass% and not more than 90 mass% relative to total content of the particulate polymer A and the particulate polymer B, wherein the volume average particle diameter is the particle diameter D50 at which, in a particle diameter distribution on a volume basis measured by laser diffraction, cumulative volume calculated from a small diameter end of the distribution reaches 50%. a particulate polymer A; and a particulate polymer B, wherein the particulate polymer A has a volume average particle diameter of at least 0.6 μm and not more than 2.5 μm, the particulate polymer B has a volume average particle diameter of at least 0.01 μm and not more than 0.5 μm, and the particulate polymer A has a percentage content of more than 30 mass% and not more than 90 mass% relative to total content of the particulate polymer A and the particulate polymer B, wherein the volume average particle diameter is the particle diameter D50 at which, in a particle diameter distribution on a volume basis measured by laser diffraction, cumulative volume calculated from a small diameter end of the distribution reaches 50%.
Wind turbine rotor blade , which is formed by at least two rotor blade segments , wherein said segments are screwed together at respective connection ends by means of a plurality of connecting bolts , characterized by : sleeve-shaped pressure pieces are arranged between the rotor blade segments , each of which is mounted on a connecting bolt , a plurality of first metal sheets is provided, each first metal sheet being arranged between a respective connection end and several pressure pieces , so that an electrically conductive connection is formed between adjacent pressure pieces by means of a first metal sheet , and the first metal sheets , which are associated with the first connection end , are each arranged along the circumference of the rotor blade offset from the first metal sheets , which are associated with the second connection end . sleeve-shaped pressure pieces are arranged between the rotor blade segments , each of which is mounted on a connecting bolt , a plurality of first metal sheets is provided, each first metal sheet being arranged between a respective connection end and several pressure pieces , so that an electrically conductive connection is formed between adjacent pressure pieces by means of a first metal sheet , and the first metal sheets , which are associated with the first connection end , are each arranged along the circumference of the rotor blade offset from the first metal sheets , which are associated with the second connection end .
Method for the determination of the electrical transition properties (R Ü ) in the contact region between a first contact element (BU) of a first plug device (SV1) and a second contact element (ST), being complementary with the first contact element, of a second plug device (SV2), wherein the first contact element is a socket (BU) and the second contact element is a plug pin (ST) or vice versa, and wherein the properties of a current path are evaluated, which current path includes the first contact element (BU), the contact region, and from the second plug device (SV2) only the second contact element (ST); characterized in that - the current path is closed and includes only the first contact element (BU), the contact region, and the second contact element (ST); - an induction voltage (U ind ) is generated in the current path, with the aid of which measurements are made in the current path to allow conclusions about the transition properties of interest. wherein the first contact element is a socket (BU) and the second contact element is a plug pin (ST) or vice versa, and wherein the properties of a current path are evaluated, which current path includes the first contact element (BU), the contact region, and from the second plug device (SV2) only the second contact element (ST); characterized in that - the current path is closed and includes only the first contact element (BU), the contact region, and the second contact element (ST); - an induction voltage (U ind ) is generated in the current path, with the aid of which measurements are made in the current path to allow conclusions about the transition properties of interest. - the current path is closed and includes only the first contact element (BU), the contact region, and the second contact element (ST); - an induction voltage (U ind ) is generated in the current path, with the aid of which measurements are made in the current path to allow conclusions about the transition properties of interest.
A method of manufacturing a dressing member for treating a tissue site, comprising: providing a plurality of iodine-forming reagents adapted to react with each other to form iodine; coating each of the plurality of iodine-forming reagents with a covering material; forming the covering material, containing the iodine-forming reagents, into hollow fibers; and twisting a first hollow fiber containing a first iodine-forming reagent with a second hollow fiber containing a second iodine-forming reagent to form a combined yarn. providing a plurality of iodine-forming reagents adapted to react with each other to form iodine; coating each of the plurality of iodine-forming reagents with a covering material; forming the covering material, containing the iodine-forming reagents, into hollow fibers; and twisting a first hollow fiber containing a first iodine-forming reagent with a second hollow fiber containing a second iodine-forming reagent to form a combined yarn.
A printer , comprising: a data store to store a one-time pad; an encryption module to encrypt a message using the one-time pad and to transmit the encrypted message to a trusted device that stores a copy of the one-time pad; a decryption module to decrypt, using the one-time pad, a received message from the trusted device and to control the printer to perform an action based on the received message; and a refresh module to replace the one-time pad during a service event; where the service event is a replacement of a print consumable. a data store to store a one-time pad; an encryption module to encrypt a message using the one-time pad and to transmit the encrypted message to a trusted device that stores a copy of the one-time pad; a decryption module to decrypt, using the one-time pad, a received message from the trusted device and to control the printer to perform an action based on the received message; and a refresh module to replace the one-time pad during a service event; where the service event is a replacement of a print consumable.
A high pressure melamine plant comprising a synthesis section and a melamine purification section , wherein said synthesis section provides a first melamine-containing stream , and said melamine purification section comprises: a quencher receiving said first melamine-containing stream , which is a raw melamine melt, from the synthesis section ; a stripper fed with a second melamine-containing stream from said quencher and also fed with a stripping medium , wherein purified melamine is obtained and vapours are extracted; a heat exchanger , wherein said vapours from the stripper are at least partially condensed by heat exchange with a cooling medium , obtaining a condensed stream ; an absorber fed with said condensed stream from said heat exchanger and providing an aqueous solution comprising ammonia and carbon dioxide, at least a portion of said aqueous solution being exported from the purification section of the plant; wherein said first melamine-containing stream is free, or substantially free, of melamine offgas. a quencher receiving said first melamine-containing stream , which is a raw melamine melt, from the synthesis section ; a stripper fed with a second melamine-containing stream from said quencher and also fed with a stripping medium , wherein purified melamine is obtained and vapours are extracted; a heat exchanger , wherein said vapours from the stripper are at least partially condensed by heat exchange with a cooling medium , obtaining a condensed stream ; an absorber fed with said condensed stream from said heat exchanger and providing an aqueous solution comprising ammonia and carbon dioxide, at least a portion of said aqueous solution being exported from the purification section of the plant; wherein said first melamine-containing stream is free, or substantially free, of melamine offgas.
A mouthpiece comprising a constituent portion (X), the constituent portion (X) comprising an olefin-based polymer (A) having a repeating unit having 2 or 3 carbon atoms and satisfying a bending elastic modulus α at 23°C of 80 MPa ≤ α ≤ 1000 MPa, wherein the constituent portion (X) has a layered structure comprising: a layer (LI) that satisfies a bending elastic modulus α1 at 23°C of 5 MPa ≤ α1 ≤ 100 MPa; and a layer (LO) that satisfies a bending elastic modulus α2 at 23°C of 200 MPa ≤ α2 ≤ 1500 MPa, the bending elastic moduli being measured under conditions of atmosphere at 23°C and a speed of 1 mm/min according to JIS K7171:2008. a layer (LI) that satisfies a bending elastic modulus α1 at 23°C of 5 MPa ≤ α1 ≤ 100 MPa; and a layer (LO) that satisfies a bending elastic modulus α2 at 23°C of 200 MPa ≤ α2 ≤ 1500 MPa, the bending elastic moduli being measured under conditions of atmosphere at 23°C and a speed of 1 mm/min according to JIS K7171:2008.
A shaft for a gas turbine engine, comprising: a first shaft section , extending between a forward axial end and an aft axial end along a first axial centerline ; a second shaft section , extending between a forward axial end and an aft axial end along a second axial centreline ; a first flexible linkage including a bridge section connected between a first diaphragm and a second diaphragm , which first diaphragm is connected to the aft axial end of the first shaft section , and which second diaphragm is connected to the forward axial end of the second shaft section ; whereby the shaft further comprises a second flexible linkage including a diaphragm and a hub , which diaphragm cantilevers radially outwardly from an inner radial end to an outer radial end and is connected to the aft axial end of the second shaft section , and which hub is connected to the outer radial end of the second flexible linkage diaphragm , and includes an engine shaft coupling connected to the hub ; the hub further includes a radially extending sealing protrusion adapted to engage a carbon seal ; the hub further includes an annular lubrication well having a lip that extends radially inward from an inner surface of the hub , which well is disposed between the lip and the diaphragm of the second flexible linkage ; characterised in that the shaft further comprises a plurality of circumferentially disposed lubrication passages extending through the hub in a region between the sealing protrusion and the lip . a first shaft section , extending between a forward axial end and an aft axial end along a first axial centerline ; a second shaft section , extending between a forward axial end and an aft axial end along a second axial centreline ; a first flexible linkage including a bridge section connected between a first diaphragm and a second diaphragm , which first diaphragm is connected to the aft axial end of the first shaft section , and which second diaphragm is connected to the forward axial end of the second shaft section ; whereby the shaft further comprises a second flexible linkage including a diaphragm and a hub , which diaphragm cantilevers radially outwardly from an inner radial end to an outer radial end and is connected to the aft axial end of the second shaft section , and which hub is connected to the outer radial end of the second flexible linkage diaphragm , and includes an engine shaft coupling connected to the hub ; the hub further includes a radially extending sealing protrusion adapted to engage a carbon seal ; the hub further includes an annular lubrication well having a lip that extends radially inward from an inner surface of the hub , which well is disposed between the lip and the diaphragm of the second flexible linkage ; characterised in that the shaft further comprises a plurality of circumferentially disposed lubrication passages extending through the hub in a region between the sealing protrusion and the lip .
A method for the purification of a divalent cation binding protein comprising the steps of: a) loading an anion exchange resin material with the divalent cation binding protein in a loading buffer in the absence of divalent cations, and optionally washing the loaded anion exchange resin material with a washing buffer in the absence of divalent cations; and b) eluting the divalent cation binding protein with an eluant comprising at least one divalent cation to form an eluate containing the divalent cation binding protein; wherein the eluant in step (b) has a pH higher than the pH of the washing buffer in step (a), or, in case no washing step is carried out, of the loading buffer in step (a), wherein the pH of the eluant in step (b) is at least 0.5 pH units higher than the pH of the washing buffer in step (a), or, in case no washing step is carried out, of the loading buffer in step (a). a) loading an anion exchange resin material with the divalent cation binding protein in a loading buffer in the absence of divalent cations, and optionally washing the loaded anion exchange resin material with a washing buffer in the absence of divalent cations; and b) eluting the divalent cation binding protein with an eluant comprising at least one divalent cation to form an eluate containing the divalent cation binding protein;