mhurhangee/patent-ind-claim-en huggingface dataset:
A hydrogen chloride mixture comprising hydrogen chloride and water, wherein the hydrogen chloride mixture is filled into a filling container so that at least a part of the hydrogen chloride mixture is liquid; and a concentration of water in a liquid phase is 0.01 mol ppm or more and less than 1 mol ppm.
A suspension aid (1; 41) for suspending an object from a tube , comprising: - connecting means for connecting the suspension aid (1; 41) to the tube , which connecting means comprise two curved arms which can engage around the tube and which are rotatably connected to one another near a first end and of which the other, second ends are free, as well as - a suspension element on which the object can be suspended, which suspension element is connected to the connecting means, characterized in that the suspension aid (1; 41) is provided with a frame to which the two curved arms are rotatably connected close to their first ends , and that the suspension aid (1; 41) further comprises a movable transmission element to which the suspension element is connected, which transmission element is movable in the frame and is present between the first ends of the two curved arms, which first ends are connected to each other via the transmission element and rotate when the transmission element is displaced, such that the weight of the object to be suspended from the suspension element presses the curved arms with the free ends to each other. - connecting means for connecting the suspension aid (1; 41) to the tube , which connecting means comprise two curved arms which can engage around the tube and which are rotatably connected to one another near a first end and of which the other, second ends are free, as well as - a suspension element on which the object can be suspended, which suspension element is connected to the connecting means, characterized in that the suspension aid (1; 41) is provided with a frame to which the two curved arms are rotatably connected close to their first ends , and that the suspension aid (1; 41) further comprises a movable transmission element to which the suspension element is connected, which transmission element is movable in the frame and is present between the first ends of the two curved arms, which first ends are connected to each other via the transmission element and rotate when the transmission element is displaced, such that the weight of the object to be suspended from the suspension element presses the curved arms with the free ends to each other.
A cemented carbide comprising: a hard phase; a binding phase; and inevitable impurities, wherein the hard phase includes a first hard phase composed mainly of tungsten carbide, and a second hard phase composed mainly of a compound, the compound containing multiple types of metallic elements including tungsten and at least one element selected from carbon, nitrogen, oxygen, and boron, the second hard phase satisfies D10/D90 < 0.4, wherein D10 denotes a cumulative 10% grain size in an area-based grain size distribution on a surface or cross section of the cemented carbide, and D90 denotes a cumulative 90% grain size in the area-based grain size distribution, and σ 2 < 5.0, wherein σ 2 denotes a variance of a distance between centroids of nearest two of the second hard phases, and an average grain size Dw of the first hard phase ranges from 0.8 to 4.0 μm and satisfies D M /D W < 1.0, wherein D M denotes an average grain size of the second hard phase, D10, D90, σ 2 , Dw and D M being determined by image analysis of SEM images in 10 fields at a magnification of 1500, the image analysis being carried out using grain size dirtribution measurement software, and in each field the circle-equivalent diameters of 300 or more first hard phase grains and 300 or more second hard phase grains are determined, wherein the hard phase constitutes 80% or more by mass of the cemented carbide, the binding phase consitutes 4% to 20 % by mass of the cemented carbide, the first hard phase constitutes 70% to 98% by mass of the hard phase, and the second hard phase constitutes 2% to 30% by mass of the hard phase. a first hard phase composed mainly of tungsten carbide, and a second hard phase composed mainly of a compound, the compound containing multiple types of metallic elements including tungsten and at least one element selected from carbon, nitrogen, oxygen, and boron, D10/D90 < 0.4, wherein D10 denotes a cumulative 10% grain size in an area-based grain size distribution on a surface or cross section of the cemented carbide, and D90 denotes a cumulative 90% grain size in the area-based grain size distribution, and σ 2 < 5.0, wherein σ 2 denotes a variance of a distance between centroids of nearest two of the second hard phases, and
An aggregate comprising both a rostral hypothalamus tissue and a rostral non-neural head ectoderm and having been induced in vitro to differentiate from a pluripotent stem cell, wherein the rostral non-neural head ectoderm forms a surface layer of the aggregate and the rostral hypothalamus tissue is present inside thereof, wherein the rostral non-neural head ectoderm forms a sheeted continuous epithelium.
A method for producing a fiber-reinforced plastic using a tape substrate A and a sheet substrate B , the tape substrate A being a tape-shaped substrate including one or more sheets of incised prepreg a, the incised prepreg a being a prepreg including unidirectionally oriented reinforcing fibers and a resin and having a plurality of incisions dividing the reinforcing fibers formed in the prepreg, and satisfying the following condition 1, the sheet substrate B being a substrate including randomly oriented reinforcing fibers and a resin, and the method for producing a fiber-reinforced plastic comprising: a placement step (A) of placing a plurality of tape substrates A on a mold such that each of the tape substrates A forms an overlapping portion in which the tape substrate A overlaps one or more other tape substrates A and a non-overlapping portion in which the tape substrate A does not overlap any other tape substrates A ; a placement step (B) of placing a sheet substrate B ; and a molding step of heating and pressing the tape substrates A and the sheet substrate B placed, (Condition 1) the average length xa (mm) of the incisions and the average length ya (mm) of the reinforcing fibers divided by the incisions satisfy ya > 6.0xa + 10. the tape substrate A being a tape-shaped substrate including one or more sheets of incised prepreg a, the incised prepreg a being a prepreg including unidirectionally oriented reinforcing fibers and a resin and having a plurality of incisions dividing the reinforcing fibers formed in the prepreg, and satisfying the following condition 1, the sheet substrate B being a substrate including randomly oriented reinforcing fibers and a resin, and the method for producing a fiber-reinforced plastic comprising: a placement step (A) of placing a plurality of tape substrates A on a mold such that each of the tape substrates A forms an overlapping portion in which the tape substrate A overlaps one or more other tape substrates A and a non-overlapping portion in which the tape substrate A does not overlap any other tape substrates A ; a placement step (B) of placing a sheet substrate B ; and a molding step of heating and pressing the tape substrates A and the sheet substrate B placed, (Condition 1) the average length xa (mm) of the incisions and the average length ya (mm) of the reinforcing fibers divided by the incisions satisfy ya > 6.0xa + 10. a placement step (A) of placing a plurality of tape substrates A on a mold such that each of the tape substrates A forms an overlapping portion in which the tape substrate A overlaps one or more other tape substrates A and a non-overlapping portion in which the tape substrate A does not overlap any other tape substrates A ; a placement step (B) of placing a sheet substrate B ; and a molding step of heating and pressing the tape substrates A and the sheet substrate B placed, (Condition 1)
A lubricant composition comprising, based on the total weight of lubricant composition: - at least one base oil; - 0.005 to 10% by weight of at least one polymeric organic friction modifier; and - 0.005 to 10% by weight of at least one ester which is a triester of citric acid and of a monohydric alcohol having from 1 to 10 carbon atoms, said polymeric organic friction modifier being the reaction product of: a) at least one hydrophobic polymer subunit which comprises a hydrophobic polymer selected from polyolefins, polyacrylics and polystyrenes; b) at least one hydrophilic polymer subunit which comprises a hydrophilic polymer selected from polyethers, polyesters and polyamides; c) optionally at least one backbone moiety capable of linking polymeric subunits together; and d) optionally a chain termination group. - at least one base oil; - 0.005 to 10% by weight of at least one polymeric organic friction modifier; and - 0.005 to 10% by weight of at least one ester which is a triester of citric acid and of a monohydric alcohol having from 1 to 10 carbon atoms, a) at least one hydrophobic polymer subunit which comprises a hydrophobic polymer selected from polyolefins, polyacrylics and polystyrenes; b) at least one hydrophilic polymer subunit which comprises a hydrophilic polymer selected from polyethers, polyesters and polyamides; c) optionally at least one backbone moiety capable of linking polymeric subunits together; and d) optionally a chain termination group.
A polynucleotide having at least 95% sequence identity to SEQ ID NO: 21 or SEQ ID NO:39, or a polynucleotide encoding a KASI-like protein having at least 95% amino acid sequence identity to SEQ ID NO: 2, or a mature protein produced therefrom, wherein said polynucleotide, when co-expressed with an exogenous FATA or FATB acyl-ACP thioesterase gene in an oleaginous microalgal host cell, is capable of enriching the C14:0 content of the cell oil produced by the host cell, relative to an oil produced by a cell of the same type that does not express said polynucleotide.
A label for in-mould moulding, which comprises a laminate film comprising a multilayer metallized film and a multilayer film , that are joined together by an adhesive layer , wherein the multilayer metallized film is a polymeric film comprising outer layer of multilayer metallized film , metallizable skin layer of multilayer metallized film containing organic or inorganic active ingredients inside the polymer matrix in the range of 500 ppm to 7500 ppm, core layer of multilayer metallized film , metal layer and wherein the multilayer film is a polymeric film comprising laminated layer , core layer of multilayer film and outer layer of multilayer film . multilayer metallized film and a multilayer film , that are joined together by an adhesive layer , wherein the multilayer metallized film is a polymeric film comprising outer layer of multilayer metallized film , metallizable skin layer of multilayer metallized film containing organic or inorganic active ingredients inside the polymer matrix in the range of 500 ppm to 7500 ppm, core layer of multilayer metallized film , metal layer and wherein the multilayer film is a polymeric film comprising laminated layer , core layer of multilayer film and outer layer of multilayer film .
A method performed by a user equipment device, UE, comprising: receiving a dedicated notification message from a base station, wherein the dedicated notification message carries instructions used to instruct Radio Bearers to use simplified Packet Data Convergence Protocol, PDCP functions, wherein the Radio Bearers comprise at least one Signaling Radio Bearer, SRB, and wherein the Radio Bearers using the simplified PDCP functions are configured to exclude a PDCP protocol header and a PDCP sequence number; and using the Radio Bearers for connection processing between the UE and the base station prior to an establishment of Access Stratum, AS, security. receiving a dedicated notification message from a base station, wherein the dedicated notification message carries instructions used to instruct Radio Bearers to use simplified Packet Data Convergence Protocol, PDCP functions, wherein the Radio Bearers comprise at least one Signaling Radio Bearer, SRB, and wherein the Radio Bearers using the simplified PDCP functions are configured to exclude a PDCP protocol header and a PDCP sequence number; and using the Radio Bearers for connection processing between the UE and the base station prior to an establishment of Access Stratum, AS, security.
A mobile crane , in particular a crawler crane, comprising an undercarriage having a chassis, a superstructure rotatably supported on the undercarriage, and superstructure ballast that comprises a ballast mounting apparatus vertically adjustable by means of a lifting device of the superstructure , wherein the ballast mounting apparatus is fastenable to the superstructure in an assembly position by means of a single connection element bearing the vertical load of the superstructure ballast , with a centering means being provided that is adapted to take up transverse forces occurring in the assembly position. characterized in that the connection element is a pin or a force measuring axle that can be pushed through pin eyes of the superstructure and of the ballast mounting apparatus that overlap in the assembly position and is preferably lockable. the ballast mounting apparatus is fastenable to the superstructure in an assembly position by means of a single connection element bearing the vertical load of the superstructure ballast , with a centering means being provided that is adapted to take up transverse forces occurring in the assembly position. characterized in that the connection element is a pin or a force measuring axle that can be pushed through pin eyes of the superstructure and of the ballast mounting apparatus that overlap in the assembly position and is preferably lockable.
An apparatus for generating a merged audio data stream, comprising: a demultiplexer for obtaining a plurality of single-layer audio data streams, wherein the demultiplexer is adapted to receive two or more input audio data streams, wherein each input audio data stream of the two or more input audio streams received by the demultiplexer comprises two or more layers, wherein the demultiplexer is adapted to demultiplex each one of the input audio data streams having two or more layers into two or more single-layer audio data streams, having exactly one layer, of the plurality of single-layer audio data streams, such that the two or more single-layer audio data streams together comprise the two or more layers of the input audio data stream; and a merging module for generating the merged audio data stream, having more than one layer, based on the plurality of single-layer audio data streams, wherein each layer of the input data audio streams, of the single-layer audio data streams and of the merged audio data stream indicates audio data relating to one sound source, said audio data of said sound source being a pressure value of a pressure signal of said sound source, a position value of said sound source and a diffuseness value of said sound source, wherein the merging module comprises a cost function module for assigning a cost value to each one of the single-layer audio data streams, and wherein the merging module is adapted to generate the merged audio data stream based on the cost values assigned to the single-layer audio data streams. a demultiplexer for obtaining a plurality of single-layer audio data streams, wherein the demultiplexer is adapted to receive two or more input audio data streams, wherein each input audio data stream of the two or more input audio streams received by the demultiplexer comprises two or more layers, wherein the demultiplexer is adapted to demultiplex each one of the input audio data streams having two or more layers into two or more single-layer audio data streams, having exactly one layer, of the plurality of single-layer audio data streams, such that the two or more single-layer audio data streams together comprise the two or more layers of the input audio data stream; and a merging module for generating the merged audio data stream, having more than one layer, based on the plurality of single-layer audio data streams, wherein each layer of the input data audio streams, of the single-layer audio data streams and of the merged audio data stream indicates audio data relating to one sound source, said audio data of said sound source being a pressure value of a pressure signal of said sound source, a position value of said sound source and a diffuseness value of said sound source, wherein the merging module comprises a cost function module for assigning a cost value to each one of the single-layer audio data streams, and wherein the merging module is adapted to generate the merged audio data stream based on the cost values assigned to the single-layer audio data streams.
An aircraft cargo hold , comprising supporting structures , in particular frames and/or cross beams and/or longitudinal beams , a mounting device for mounting functional devices at defined mounting positions of the supporting structures within the aircraft cargo hold , comprising at least one surface unit and a plurality of functional devices (30, 30', 30", 30"') mounted on the surface unit in such a way that the surface unit together with the functional devices (30, 30', 30", 30"') mounted thereon, can be inserted into the cargo hold in such a way that all of the functional devices (30, 30', 30", 30"') come to lie in the cargo hold at the defined mounting positions and are mounted on the supporting structures of the cargo hold without adjustment relative to the surface unit , wherein the surface unit is built up in sandwich design from fibre-reinforced plastic material, wherein the functional devices (30, 30', 30", 30"') comprise at least one roller track (30', 30") which is mounted on the supporting structures such that any load acting upon the roller track (30', 30") is absorbed.
A flexible conduit fitting system comprising: a conduit adapter comprising: a conduit aperture configured to receive a flexible conduit , the conduit aperture having a central axis; two guide holes separated across the central axis from one another; and a conduit retention clip comprising two prongs configured to be inserted in the two guide holes and configured to engage on opposite radial sides of the flexible conduit , wherein the two guide holes in the conduit adapter are located so that the two prongs as inserted into the guide holes are located tangentially to a minor diameter of the flexible conduit inserted into the conduit aperture ; and wherein the two guide holes are offset along the central axis by a pitch distance of the flexible conduit . a conduit adapter comprising: a conduit aperture configured to receive a flexible conduit , the conduit aperture having a central axis; two guide holes separated across the central axis from one another; and a conduit aperture configured to receive a flexible conduit , the conduit aperture having a central axis; two guide holes separated across the central axis from one another; and a conduit retention clip comprising two prongs configured to be inserted in the two guide holes and configured to engage on opposite radial sides of the flexible conduit , wherein the two guide holes in the conduit adapter are located so that the two prongs as inserted into the guide holes are located tangentially to a minor diameter of the flexible conduit inserted into the conduit aperture ; and wherein the two guide holes are offset along the central axis by a pitch distance of the flexible conduit .
A method for increasing production volume of fine particles: using at least two fluids as fluids to be processed, of these fluids, at least one fluid is a raw material fluid which contains at least one kind of the fine particle raw material, at least one fluid other than the said fluid is a fluid to process the fine particle raw material, wherein the said two or more fluids to be processed are mixed in a thin film fluid formed between at least two processing surfaces which are disposed in a position they are faced with each other so as to be able to approach to and separate from each other, at least one of which rotates relative to the other, thereby obtaining the fine particles in the method for producing fine particles, wherein the raw material fluid is introduced from the center of the at least two processing surfaces , the raw material fluid passes through between both the processing surfaces while forming the thin film fluid, another introduction path (d2) independent of the flow path which the raw material fluid is passed is provided, and at least one opening (d20) leading to the another introduction path is arranged; the at least one fluid other than the said fluid is introduced between the processing surfaces through the opening (d20), whereby mixing the raw material fluid with the at least one fluid other than the said fluid in the thin film fluid, wherein at least one of the processing surfaces is in the form of a ring, through the center of which the raw material fluid is introduced into between the processing surfaces , characterized in that the form of the opening (d20) leading to the another introduction flow path (d2) is a circular ring, and the total open area (a) of the space between both the processing surfaces in the nearest point to the center of the ring, in which space the raw material fluid and the at least one other kind of the fluid are joined together, is 5 or less times relative to the total open area (b) of the opening (d20) leading to the another introduction path (d2).
A display device comprising: a short-range communication unit adapted to receive a search request signal from a mobile terminal in a call; a control unit adapted to obtain a connection state with the mobile terminal in response to receiving the search request signal, and receive a voice signal from the mobile terminal if being in connected state with the mobile terminal; and a display unit adapted to display a result searched based on the voice signal. a short-range communication unit adapted to receive a search request signal from a mobile terminal in a call; a control unit adapted to obtain a connection state with the mobile terminal in response to receiving the search request signal, and receive a voice signal from the mobile terminal if being in connected state with the mobile terminal; and a display unit adapted to display a result searched based on the voice signal.