mhurhangee/patent-ind-claim-en huggingface dataset:
A liquid composition for fertilisers containing amide nitrogen, wherein the composition comprises an active substance in the form of N-(n-butyl)thiophosphoric triamide and a solvent system, wherein the N-(n-butyl)thiophosphoric triamide content is in the range of 15-35 wt.%, and the solvent system comprises solvent selected from DMSO or amino alcohols in the form of triethanolamine in a system with at least one co-solvent selected from: trihydroxide alcohol, benzoic acid benzyl ester, propylene carbonate and N,N-dimethylacetamide, wherein the composition comprises no methanol if the solvent is a sulfoxide and co-solvent is a trihydroxide alcohol, wherein the composition comprises 50-75 wt.% dimethyl sulfoxide and up to 20 wt.% benzyl benzoate, or the composition comprises 50-70 wt.% triethanolamine and up to 25 wt.% N,N-dimethylacetamide, or the composition comprises 20-40 wt.% triethanolamine and 30-55 wt.% propylene carbonate, or the composition comprises 30-50 wt.% dimethyl sulfoxide and 25-45 wt.% glycerine, wherein the composition additionally comprises a dye in the range of 0.01-1 wt.% being typical acid blue FG or an equivalent amount at a commercial concentration. an active substance in the form of N-(n-butyl)thiophosphoric triamide and a solvent system, wherein the N-(n-butyl)thiophosphoric triamide content is in the range of 15-35 wt.%, and the solvent system comprises solvent selected from DMSO or amino alcohols in the form of triethanolamine in a system with at least one co-solvent selected from: trihydroxide alcohol, benzoic acid benzyl ester, propylene carbonate and N,N-dimethylacetamide, wherein the composition comprises no methanol if the solvent is a sulfoxide and co-solvent is a trihydroxide alcohol, wherein the composition comprises 50-75 wt.% dimethyl sulfoxide and up to 20 wt.% benzyl benzoate, or the composition comprises 50-70 wt.% triethanolamine and up to 25 wt.% N,N-dimethylacetamide, or the composition comprises 20-40 wt.% triethanolamine and 30-55 wt.% propylene carbonate, or the composition comprises 30-50 wt.% dimethyl sulfoxide and 25-45 wt.% glycerine, wherein the composition additionally comprises a dye in the range of 0.01-1 wt.% being typical acid blue FG or an equivalent amount at a commercial concentration.
A compound represented by the following formula (II): CB-O-ROS-GC-Zn (II) wherein CB represents the white filler, O represents one or more oxygen bridge bonds, ROS represents an organo-silane residue, GC represents one or more coordinating groups forming a chelate with zinc in ionic form, and Zn represents zinc in ionic form coordinated with the coordinating groups, wherein said coordinating groups GC are linear, branched or cyclic alkyl chains, comprising one or more heteroatoms inside or at the end of the alkyl chain.
A non-oriented electrical steel sheet, comprising: Si: 2.0 to 3.5%, Al: 0.05 to 2.0%, Mn: 0.05 to 2.0%, In: 0.0002 to 0.003%, Bi: 0.0005 to 0.05 % by wt% and Fe and inevitable impurities as the remainder, and optionally comprising at least one of C: 0.005 wt% or less, S: 0.005 wt% or less, N: 0.004 wt% or less, Ti: 0.004 wt% or less, Nb: 0.004 wt% or less, V: 0.004 wt% or less, B: 0.001 wt% or less, Mg: 0.005 wt% or less, Zr: 0.005 wt% or less, and Cu: 0.025 wt% or less, wherein 20% or less of crystal grains having a crystal orientation with respect to a cross section which is perpendicular to the rolling direction of a steel sheet have an orientation within 15 degrees from <uvw> measured according to the description.
Method for recovering phosphoric acid from a spent phosphoric acid / alkali metal permanganate salt etching solution containing at least one manganese oxide, characterized in that said process comprises the following successive steps: (a) heating the etching solution to a temperature between 90°C and 200°C so as to coalesce said at least one manganese oxide, (b) cooling down the resulting suspension, (c) centrifuging the cooled suspension so as to separate a liquid phase from a solid phase, and (d) recovering said liquid phase which contains phosphoric acid. (a) heating the etching solution to a temperature between 90°C and 200°C so as to coalesce said at least one manganese oxide, (b) cooling down the resulting suspension, (c) centrifuging the cooled suspension so as to separate a liquid phase from a solid phase, and (d) recovering said liquid phase which contains phosphoric acid.
A data carrier , especially a value document, such as a banknote, identification card and the like, having a support in which a see-through region is formed by a line grid composed of a plurality of parallel cutting lines , there being arranged within the see-through region a motif region having a visual impression that is changed in reflected light and/ or transmitted light and that is developed in the form of a pattern, characters or a code, wherein the motif region is formed either a) by a line grid composed of a plurality of parallel cutting lines , such that the cutting lines of the motif region form first cutting lines, and the cutting lines of the see-through region that lie outside the motif region form second cutting lines, the first and second cutting lines connecting to each other and exhibiting different cutting widths, or b) by an uncut region of the support . a) by a line grid composed of a plurality of parallel cutting lines , such that the cutting lines of the motif region form first cutting lines, and the cutting lines of the see-through region that lie outside the motif region form second cutting lines, the first and second cutting lines connecting to each other and exhibiting different cutting widths, or b) by an uncut region of the support .
A method of protecting a polymer surface against fouling, which method comprises embedding in the polymer surface particles having antifouling properties, wherein the particles are embedded in the polymer surface by a spray mechanism which is carried out below the melting point of the particles and the polymer surface, and in which the particles are accelerated and sprayed onto the polymer surface with a suitable velocity such that the particles become embedded in the polymer surface, wherein the particles are embedded in the polymer surface without an adhesive or binder and wherein the particles are present as individual entities and/or clusters of individual particles and do not form a continuous layer on the polymer surface, and wherein a portion of the particles are embedded (a) below the surface of the polymer and in direct communication with the surface of the polymer; or (b) in craters or cavities in the polymer that are formed by impact of particles on the polymer surface, wherein the particles are in communication with the surface by open ended channels.
A computer implemented method of assessing reading ability of a user, comprising: presenting a reading stimulus comprising letters to the user on a display of a handheld digital device ; determining a working distance between the handheld digital device and eyes of the user by using a camera of the handheld digital device; saving at least the working distance to memory , reporting out the determined working distance on the display or both; making a record of font size of letters on the display of the handheld digital device , brightness of the display or both; and characterised by transmitting the working distance and font size to a health care practitioner. presenting a reading stimulus comprising letters to the user on a display of a handheld digital device ; determining a working distance between the handheld digital device and eyes of the user by using a camera of the handheld digital device; saving at least the working distance to memory , reporting out the determined working distance on the display or both; making a record of font size of letters on the display of the handheld digital device , brightness of the display or both; and characterised by transmitting the working distance and font size to a health care practitioner.
Housing of a rechargeable battery for accommodating at least one energy storage cell , in particular for supplying electrical energy to a power tool, containing a shock-absorbing device with at least one shock-absorbing element for absorbing shock energy exerted onto the housing of the rechargeable battery , characterized in that the at least one shock-absorbing element is configured in the form of a bow, and wherein the shock-absorbing element configured as a bow contains a first end and a second end , wherein the first end is positioned on a first side face of the housing and the second end is positioned on a second side face of the housing , and wherein a substantially constant distance (b) is provided between the inner surface of the shock-absorbing element and an outer surface of the housing of the rechargeable battery .
An impact tool, comprising: a motor ; a hammer comprising a first drive member rotatably driven by the motor ; an anvil comprising a second drive member , the first drive member of the hammer periodically engaging and disengaging the second drive member of the anvil such that the first and second drive members impact against each other; a tool housing enclosing the hammer and a portion of the anvil and comprising a handle grippable by a user; a bushing disposed between the anvil and the tool housing ; and a first vibration isolator disposed circumferentially between the anvil and the tool housing to reduce transmission of vibrations from the hammer to the tool housing ; characterised in that the impact tool further comprises a second vibration isolator , different from the first vibration isolator , disposed axially between the second drive member of the anvil and the tool housing . a motor ; a hammer comprising a first drive member rotatably driven by the motor ; an anvil comprising a second drive member , the first drive member of the hammer periodically engaging and disengaging the second drive member of the anvil such that the first and second drive members impact against each other; a tool housing enclosing the hammer and a portion of the anvil and comprising a handle grippable by a user; a bushing disposed between the anvil and the tool housing ; and a first vibration isolator disposed circumferentially between the anvil and the tool housing to reduce transmission of vibrations from the hammer to the tool housing ; characterised in that the impact tool further comprises a second vibration isolator , different from the first vibration isolator , disposed axially between the second drive member of the anvil and the tool housing .
An imaging blanket, comprising: a base comprising an elastic polymer and sulfur; a barrier layer on the base comprising a material that blocks sulfur diffusion from the base layer to the other layers of the imaging blanket; and a reimageable surface layer on the barrier layer, the surface layer comprising an elastomer and a platinum catalyst. a base comprising an elastic polymer and sulfur; a barrier layer on the base comprising a material that blocks sulfur diffusion from the base layer to the other layers of the imaging blanket; and a reimageable surface layer on the barrier layer, the surface layer comprising an elastomer and a platinum catalyst.
A device for immunochromatographic assay, comprising a housing and a vessel body located inside the housing, wherein, the housing comprises an upwardly extending hollow protrusion for housing the vessel body, the vessel body comprises a vessel body wall and a vessel body bottom, the housing is provided under the vessel body bottom with a raised tip, the vessel body and the raised tip are capable of moving towards each other, and during the movement, the raised tip can break the vessel body bottom to release a liquid contained in the vessel body; and the housing is further provided with a fence surrounding the raised tip at a bottom of the housing, the fence comprises an annular structure corresponding to an outer circumference of the vessel body bottom, and a groove communicating with the annular structure, wherein, the fence is provided at a place where the annular structure communicates with the groove with a projection, which is used together with the groove for fixing a test strip, wherein, a portion of the bottom of the housing inside the annular structure of the fence is a ramp structure, and a base of the ramp structure is located at the place where the annular structure communicates with the groove.
A gas turbine engine mount arrangement comprising: a gas turbine engine ; an adapter ring extending circumferentially around the gas turbine engine and mounted to both the gas turbine engine and to an aircraft beneath the gas turbine engine ; and at least one thrust link comprising a first end mounted to the gas turbine engine fore of the adapter ring , and an opposite second end mounted to the adapter ring above the gas turbine engine ; characterised in that the adapter ring comprises a mounting plate situated beneath the gas turbine engine that mounts the adapter ring to the aircraft , and respective A-frame supports situated on opposing sides of the gas turbine engine , each A-frame support comprising legs having first ends that extend towards one another and towards a top of the gas turbine engine , and opposing second ends that extend away from one another and towards a bottom of the gas turbine engine , wherein the second ends of the legs join the mounting plate . a gas turbine engine ; an adapter ring extending circumferentially around the gas turbine engine and mounted to both the gas turbine engine and to an aircraft beneath the gas turbine engine ; and at least one thrust link comprising a first end mounted to the gas turbine engine fore of the adapter ring , and an opposite second end mounted to the adapter ring above the gas turbine engine ; characterised in that the adapter ring comprises a mounting plate situated beneath the gas turbine engine that mounts the adapter ring to the aircraft , and respective A-frame supports situated on opposing sides of the gas turbine engine , each A-frame support comprising legs having first ends that extend towards one another and towards a top of the gas turbine engine , and opposing second ends that extend away from one another and towards a bottom of the gas turbine engine , wherein the second ends of the legs join the mounting plate .
An antibody specifically reactive with short isoform collagen type XVIII, wherein said antibody does not react with intermediate isoform collagen type XVIII or with long isoform collagen type XVIII, wherein the antibody is specifically reactive with the N-terminal amino acid sequence H 2 N-EPERISEEVG (SEQ ID NO: 1),and wherein the antibody does not specifically recognise or bind an N-extended elongated version of said N-terminal amino acid sequence which is H 2 N-AEPERISEEVG (SEQ ID NO: 3) and/or does not specifically recognise or bind an N-truncated version of said N-terminal amino acid sequence which is H 2 N-PERISEEVG (SEQ ID NO: 4).
A method for transporting a time-sensitive message from an end device in an industrial plant over an Ethernet network with extended functionality (3*) for time-sensitive communication, comprising the steps of: • obtaining , by an enabler component of the end device , the time-sensitive message from a control application of the end device ; • selecting , by the enabler component , based at least in part on the content of the time-sensitive message , and/or on a path through which the time-sensitive message is delivered to the enabler component , at least one extended functionality (3*) for time-sensitive communication that is to be used when transporting the time-sensitive message over the Ethernet network ; • converting , by the enabler component , the time-sensitive message into one or more Ethernet frames ; • encoding , by the enabler component , in at least one of said one or more Ethernet frames , a request (3**) to transport the time-sensitive message according to at least one extended functionality (3*) for time-sensitive communication; • transmitting , by the enabler component , the one or more Ethernet frames onto the Ethernet network ; • decoding , by at least one network device of the Ethernet network , the request (3**); and • forwarding , by the at least one network device , the time-sensitive message on the Ethernet network according to the requested extended functionality (3*) for time-sensitive communication. • obtaining , by an enabler component of the end device , the time-sensitive message from a control application of the end device ; • selecting , by the enabler component , based at least in part on the content of the time-sensitive message , and/or on a path through which the time-sensitive message is delivered to the enabler component , at least one extended functionality (3*) for time-sensitive communication that is to be used when transporting the time-sensitive message over the Ethernet network ; • converting , by the enabler component , the time-sensitive message into one or more Ethernet frames ; • encoding , by the enabler component , in at least one of said one or more Ethernet frames , a request (3**) to transport the time-sensitive message according to at least one extended functionality (3*) for time-sensitive communication; • transmitting , by the enabler component , the one or more Ethernet frames onto the Ethernet network ; • decoding , by at least one network device of the Ethernet network , the request (3**); and • forwarding , by the at least one network device , the time-sensitive message on the Ethernet network according to the requested extended functionality (3*) for time-sensitive communication.
A method for servicing and/or repairing an agricultural working machine , characterized in that in an analysis routine, a breakdown duration probability of and/or a probability of damage to the agricultural working machine and/or a component of the agricultural working machine is determined on the basis of operational data for the agricultural working machine and wherein, based on the analysis routine, a delivery routine comprising a delivery of a replacement part corresponding to a component of the agricultural working machine to a service point associated with the agricultural working machine is initiated in order to reduce the breakdown duration probability and/or the probability of damage.
A riser assembly comprising a riser having a longitudinal axis (A) and comprising a first riser joint with an end, and a second riser joint with an end which is adjacent to the end of the first riser joint , the riser assembly further comprising an auxiliary line having a first auxiliary line section and a second auxiliary line section which are connected via an auxiliary line joint comprising a first joint assembly connected to the first auxiliary line section and having a bearing surface and a second joint assembly connected to the second auxiliary line section and having a bearing surface , the riser assembly further comprising a first flange which extends radially outwardly from an exterior surface of the first riser joint adjacent to the end thereof and a second flange which extends radially outwardly from an exterior surface of the second riser joint adjacent to the end thereof, the first and second flange each having a bearing surface, the bearing surface of the first flange engaging with the bearing surface of the first joint assembly and the bearing surface of the second flange engaging with the bearing surface of the second joint assembly , characterised in that one of the bearing surfaces of the first flange and the first joint assembly has a rocker formation which is shaped to provide a point or area of contact between the two bearing surfaces whilst permitting relative angular movement between the two bearing surfaces.
A non-transitory computer-readable recording medium storing an information processing program that causes a computer to execute processing comprising: creating first partial certificate information and second partial certificate information from certificate information that includes attribute information of a signer and certification information configured to certify the attribute information, based on a data amount of an electronic document , in response to a signing request for the electronic document; generating an electronic signature for the electronic document and the first partial certificate information; attaching the generated electronic signature to the electronic document and the first partial certificate information, and transmitting the electronic document and the first partial certificate information with the electronic signature attached to a submission source of the electronic document; and transmitting the second partial certificate information to a verification device that verifies authenticity of the certificate information of the signer, using another route different from a route that connects the submission source and a submission destination of the electronic document. creating first partial certificate information and second partial certificate information from certificate information that includes attribute information of a signer and certification information configured to certify the attribute information, based on a data amount of an electronic document , in response to a signing request for the electronic document; generating an electronic signature for the electronic document and the first partial certificate information; attaching the generated electronic signature to the electronic document and the first partial certificate information, and transmitting the electronic document and the first partial certificate information with the electronic signature attached to a submission source of the electronic document; and transmitting the second partial certificate information to a verification device that verifies authenticity of the certificate information of the signer, using another route different from a route that connects the submission source and a submission destination of the electronic document.
A method of controlling a wind turbine comprising: identifying an out-of-vertical load acting in a first direction on the wind turbine; determining a direction of a wind load acting on the wind turbine; determining whether there is a degree of alignment between the direction of the wind load and the first direction; and if so, controlling the wind turbine to reduce the wind load; characterized in that the out-of-vertical load comprises a solar-induced out-of-vertical load. identifying an out-of-vertical load acting in a first direction on the wind turbine; determining a direction of a wind load acting on the wind turbine; determining whether there is a degree of alignment between the direction of the wind load and the first direction; and if so, controlling the wind turbine to reduce the wind load; characterized in that the out-of-vertical load comprises a solar-induced out-of-vertical load.