mhurhangee/ep-ind-claims huggingface dataset:
A method for operating a handheld free space pointing device having one or more motion sensors (502, 504, 506, 812, 814), including an accelerometer (506, 814), the method comprising: a) obtaining, from said one or more motion sensors, a first data associated with movement of said handheld free space pointing device; b) detecting occurrence of a user initiated event; c) processing said first data into a second data, which comprises: in response to a pre-event activity warning received before the user initiated event is completed, using an adaptive filter that attenuates high frequency components of said first data corresponding to movement induced by said user in connection with said user initiated event; d) processing said second data to generate an output, wherein said processing comprises transforming said second data into information for supporting one or more user interface commands; and e) outputting said information via a wired or wireless interface. a) obtaining, from said one or more motion sensors, a first data associated with movement of said handheld free space pointing device; b) detecting occurrence of a user initiated event; c) processing said first data into a second data, which comprises: in response to a pre-event activity warning received before the user initiated event is completed, using an adaptive filter that attenuates high frequency components of said first data corresponding to movement induced by said user in connection with said user initiated event; d) processing said second data to generate an output, wherein said processing comprises transforming said second data into information for supporting one or more user interface commands; and e) outputting said information via a wired or wireless interface.
A float valve motion detection device for a pressure cooking appliance, comprising: a float valve, a hollow inductance coil and a detection circuit, the float valve comprising a valve core made of materials having permeability unequal to that of air, the valve core being movably mounted on an upper cover of the pressure cooking appliance, the valve core being pushed from a first position to a second position under pressure in a pot of the pressure cooking appliance; the detection circuit being electrically connected with the hollow inductance coil, for detecting a change in inductance of the hollow inductance coil, and determining the position of the valve core in accordance with the change in inductance; wherein the volume of the valve core in the hollow inductance coil when it is at the first position is less than or greater than the volume of the valve core in the hollow inductance coil when it is at the second position; characterised in that: a first segment of the valve core extends into the center of the hollow inductance coil when the valve core is not lifted by the pressure in the pot, a second segment of the valve core extends into the center of the hollow inductance coil when the valve core is lifted by the pressure in the pot, and the magnetic resistance of the first segment and that of the second segment are unequal. wherein the volume of the valve core in the hollow inductance coil when it is at the first position is less than or greater than the volume of the valve core in the hollow inductance coil when it is at the second position; characterised in that: a first segment of the valve core extends into the center of the hollow inductance coil when the valve core is not lifted by the pressure in the pot, a second segment of the valve core extends into the center of the hollow inductance coil when the valve core is lifted by the pressure in the pot, and the magnetic resistance of the first segment and that of the second segment are unequal.
Shell and tube heat exchanger comprising a first outer shell and a tube bundle, wherein said tube bundle defines a tube side of said exchanger, corresponding to the inside of the tubes of said bundle, and the exchanger comprises a shell side defined on the outside of said tube bundle, and said exchanger comprising inlet and outlet interfaces communicating with the shell side and with the tube side for a first fluid and for a second fluid respectively, wherein: the exchanger comprises a second shell which is inside said first shell and which surrounds said tube bundle; wherein said second shell delimits said shell side of the exchanger, around said tube bundle, and further defines a flushing interspace which is delimited between said first shell and said second shell, said interspace communicating with said shell side, wherein said first fluid flows through said shell side with one or more longitudinal passages, and wherein said first fluid and said second fluid are in counter-current along said one or more longitudinal passages of the first fluid in the shell side, said heat exchanger being characterized in that: said second shell comprises at least one releasable longitudinal joint and comprises a plurality of longitudinal sections connected by releasable joints, said tube bundle is structurally integral with said second shell, said tube bundle comprises a plurality of baffles substantially perpendicular to an axis of said tube bundle, and said second shell is structurally cooperating with said baffles, said second shell rests on said baffles or is fixed to them. the exchanger comprises a second shell which is inside said first shell and which surrounds said tube bundle; wherein said second shell delimits said shell side of the exchanger, around said tube bundle, and further defines a flushing interspace which is delimited between said first shell and said second shell, said interspace communicating with said shell side, wherein said first fluid flows through said shell side with one or more longitudinal passages, and wherein said first fluid and said second fluid are in counter-current along said one or more longitudinal passages of the first fluid in the shell side, said heat exchanger being characterized in that: said second shell comprises at least one releasable longitudinal joint and comprises a plurality of longitudinal sections connected by releasable joints, said tube bundle is structurally integral with said second shell, said tube bundle comprises a plurality of baffles substantially perpendicular to an axis of said tube bundle, and said second shell is structurally cooperating with said baffles, said second shell rests on said baffles or is fixed to them.
A nickel-based alloy composition consisting, in weight percent, of: between 3.5 and 6.5% chromium, between 0.0 and 12.0% cobalt, between 4.5 and 11.5% tungsten, between 0.0 and 0.5% molybdenum, between 3.5 and 7.0% rhenium, between 1.0 and 3.7% ruthenium, between 3.7 and 6.8% aluminium, between 5.0 and 9.0% tantalum, between 0.0 and 0.5% hafnium, between 0.0 and 0.5% niobium, between 0.0 and 0.5% titanium, between 0.0 and 0.5% vanadium, between 0.0 and 0.1% silicon, between 0.0 and 0.1% yttrium, between 0.0 and 0.1% lanthanum, between 0.0 and 0.1% cerium, between 0.0 and 0.003% sulphur, between 0.0 and 0.05% manganese, between 0.0 and 0.05% zirconium, between 0.0 and 0.005% boron, between 0.0 and 0.01% carbon, the balance being nickel and incidental impurities.
Nanoparticles core / shell, having mean dimensions of the core in the range of 4 to 10 nm, characterized in having general formula (Me) m (N R 1 R 2 R 3 R 4 + X -) n where (Me) is the core formed from a metal selected from Ag, Cu, Sn and Zn; (N R 1 R 2 R 3 R 4 + X -) is the shell formed of a plurality of molecules, where X is selected from Cl, Br and I; where NR 1 R 2 R 3 R 4 + is selected from benzalkonium chloride, dimethyl-didodecyl-ammonium chloride, dimethyl-didecyl-ammonium chloride, benzyl-dodecyl-bis(2-hydroxyethyl) ammonium chloride and mixtures thereof.
A method performed by a first location management entity, LME (106, 108), for providing location information to a location server, the first LME being connected to a first radio access network, RAN (121, 122), the method comprising: the first LME receiving from the location server a first request (512, 516) for location information pertaining to a terminal; the first LME determining whether the terminal is in a connected state in the first RAN (121, 122); characterized in that the first LME, in response to determining that the terminal is in a connected state, performing a method comprising: transmitting a stop paging message (517, 601) to a second LME (516, 512) connected to a second RAN (121, 122); obtaining the requested location information pertaining to the terminal; and transmitting the obtained location information to the location server. the first LME receiving from the location server a first request (512, 516) for location information pertaining to a terminal; the first LME determining whether the terminal is in a connected state in the first RAN (121, 122); transmitting a stop paging message (517, 601) to a second LME (516, 512) connected to a second RAN (121, 122); obtaining the requested location information pertaining to the terminal; and transmitting the obtained location information to the location server.
Method for producing shaped meat portions from pieces of whole mature meat, in particular from beef, pork, mutton, lamb, game meat, poultry meat or fish of all kinds, with the following method steps: • Introducing the pieces of whole mature meat into a processing line, • Sorting out those pieces of meat which do not reach a desired weight of the meat portions, • Trimming those pieces of meat whose weight exceeds a desired weight of the meat portions, • Selecting those pieces of meat whose weight corresponds to a desired weight as selected pieces of meat which are supplied for further processing, • Pre-shaping the selected pieces of meat, • Freezing the shaped selected pieces of meat into frozen meat portions, • Shaping the frozen meat portions by placing them in a shaping mould in which they are then pressed into the shaped meat portions of a predefined weight and a predefined three-dimensional shape, characterised in that, in order to carry out the pre-shaping, the selected pieces of meat are inserted into a freezing mould for pre-shaping, removed from the freezing mould after freezing and then placed in the shaping mould for pressing, wherein the selected pieces of meat are made into a shape by the pre-shaping whose base area corresponds to the base area of the shaping mould or whose base area is smaller than the base area of the shaping mould. • Introducing the pieces of whole mature meat into a processing line, • Sorting out those pieces of meat which do not reach a desired weight of the meat portions, • Trimming those pieces of meat whose weight exceeds a desired weight of the meat portions, • Selecting those pieces of meat whose weight corresponds to a desired weight as selected pieces of meat which are supplied for further processing, • Pre-shaping the selected pieces of meat, • Freezing the shaped selected pieces of meat into frozen meat portions, • Shaping the frozen meat portions by placing them in a shaping mould in which they are then pressed into the shaped meat portions of a predefined weight and a predefined three-dimensional shape,
An etchant for conductive materials, comprising: 65wt% to 75wt% of phosphoric acid; 0.5wt% to 15wt% of nitric acid; 2wt% to 15wt% of acetic acid; 0.1wt% to 8.0wt% of a potassium compound,wherein the potassium compound contains potassium nitrate (KNO 3) and potassium acetate (KC 2 H 3 O 2); and deionized water. 65wt% to 75wt% of phosphoric acid; 0.5wt% to 15wt% of nitric acid; 2wt% to 15wt% of acetic acid; 0.1wt% to 8.0wt% of a potassium compound,wherein the potassium compound contains potassium nitrate (KNO 3) and potassium acetate (KC 2 H 3 O 2); and deionized water.
A cell culture vessel characterized in that a surface to be in contact with cells is coated with a laminin fragment having integrin α6β1 binding activity or a modified form thereof in a dry state, the laminin fragment having integrin α6β1 binding activity being at least one kind selected from laminin α5β1γ1 E8 fragment and laminin α5β2γ1 E8 fragment, the modified form thereof being a laminin α5β1γ1 E8 conjugated with the heparan sulphate chain-attached domain of perlecan, the cell culture vessel being either of the following: a cell culture vessel of which a surface to be in contact with cells is coated with a laminin fragment having integrin α6β1 binding activity or a modified form thereof in combination with a laminin fragment having no integrin α6β1 binding activity in a dry state, wherein the coating concentration of the laminin fragment having integrin α6β1 binding activity or a modified form thereof is 1.5 μg/cm 2 or lower, and the coating concentration of the laminin α2β1γ1 E8 fragment having no integrin α6β1 binding activity is 3 times or more that of the laminin fragment having integrin α6β1 binding activity or a modified form thereof; and a cell culture vessel of which a surface to be in contact with cells is coated with a laminin fragment having integrin α6β1 binding activity or a modified form thereof in combination with a protein that is neither a laminin nor a laminin fragment, in a dry state, wherein the coating concentration of the laminin fragment having integrin α6β1 binding activity or a modified form thereof is 1.5 μg/cm 2 or lower, and the coating concentration of the protein that is neither a laminin nor a laminin fragment is 20 times or more that of the laminin fragment having integrin α6β1 binding activity or a modified form thereof. a cell culture vessel of which a surface to be in contact with cells is coated with a laminin fragment having integrin α6β1 binding activity or a modified form thereof in combination with a laminin fragment having no integrin α6β1 binding activity in a dry state, wherein the coating concentration of the laminin fragment having integrin α6β1 binding activity or a modified form thereof is 1.5 μg/cm 2 or lower, and the coating concentration of the laminin α2β1γ1 E8 fragment having no integrin α6β1 binding activity is 3 times or more that of the laminin fragment having integrin α6β1 binding activity or a modified form thereof; and a cell culture vessel of which a surface to be in contact with cells is coated with a laminin fragment having integrin α6β1 binding activity or a modified form thereof in combination with a protein that is neither a laminin nor a laminin fragment, in a dry state, wherein the coating concentration of the laminin fragment having integrin α6β1 binding activity or a modified form thereof is 1.5 μg/cm 2 or lower, and the coating concentration of the protein that is neither a laminin nor a laminin fragment is 20 times or more that of the laminin fragment having integrin α6β1 binding activity or a modified form thereof.
Medical product, comprising at least one elongate body comprising a cell-retaining structure and cells, wherein the cell-retaining structure comprises cell-retaining elements, wherein the cells are present onto the at least one elongate body's surface areas underneath the cell-retaining elements and/or the cells are present onto the underside of the cell-retaining elements, characterized in that the cell-retaining elements are designed as barbs protruding from the surface of the at least one elongate body and the at least one elongate body further comprises a coating.
A pressure-sensitive adhesive, comprising: a first copolymer derived from monomers comprising a (meth)acrylate monomer having a theoretical glass transition temperature (T g) for its corresponding homopolymer of 80°C or greater; and a (meth)acrylate monomer having a theoretical glass transition temperature (T g) for its corresponding homopolymer of 0°C or less; an acid monomer, and optionally at least one additional monomer selected from the group consisting of styrene, α-methylstyrene, vinyl toluene, and mixtures thereof; wherein the first copolymer is derived in the absence of a molecular weight regulator and optionally in the presence of a reaction solvent, and wherein the first copolymer has a weight average molecular weight of less than 10,000 Daltons, and wherein the theoretical glass transition temperature (T g) is calculated using the Fox Equation. a first copolymer derived from monomers comprising a (meth)acrylate monomer having a theoretical glass transition temperature (T g) for its corresponding homopolymer of 80°C or greater; and a (meth)acrylate monomer having a theoretical glass transition temperature (T g) for its corresponding homopolymer of 0°C or less; an acid monomer, and optionally at least one additional monomer selected from the group consisting of styrene, α-methylstyrene, vinyl toluene, and mixtures thereof; wherein the first copolymer is derived in the absence of a molecular weight regulator and optionally in the presence of a reaction solvent, and wherein the first copolymer has a weight average molecular weight of less than 10,000 Daltons, and wherein the theoretical glass transition temperature (T g) is calculated using the Fox Equation.
Wall element for forming a green facade for a building, comprising: a plate-like structure, a layer of insulating material attached to at least one side of the plate-like structure, a number of anchors, each arranged with an outer end in the plate-like structure and protruding with an opposite free outer end through the insulating material, and a number of support members which can be mounted releasably on the free outer ends of the anchors, characterized in that it further comprises a number of trays with plants which can be attached ordered in substantially continuous rows and columns to the plate-like structure by means of the support members.
A device (100; 100a) for supplying a washing fluid to a wiper arm comprising a bearing piece (20, 20a), a wiper axis, a wiper rod, a wiper arm, a wiper blade, at least a supply hose for the washing fluid, a covering of the bearing piece (20 20a) and a covering element, wherein said bearing piece (20; 20a) is mounted in said wiper axis, on which said wiper rod of the wiper arm is swivellably fastened, wherein said wiper blade is fastened exchangeably on the wiper arm, and wherein said at least one supply hose for the washing fluid is coupled with a supply device on the vehicle side, and which is guided in or on the wiper arm, the supply hose is arranged in the region of the fastening of the bearing piece (20; 20a) on the wiper axis parallel to the wiper axis and spaced apart therefrom, and is covered by said covering of the bearing piece (20; 20a), characterized in that the supply hose is arranged in the region of a recess, wherein the recess is in the form of an aperture in the shape of a pitch circle, of said covering element in the form of a shutter for the bearing piece, wherein the supply hose moves on a swivelling movement of the wiper arm within the recess.
A spectrum management system that coordinates resources in a first region between a first communication system and at least one wireless mobile communication system, the first communication system being a primary system and the at least one wireless mobile communication system being a secondary system, comprising: circuitry (102, 104) configured to receive reference information for modifying spectrum use information corresponding to the at least one wireless mobile communication system from another spectrum management system of a second region when it is judged, according to the spectrum use information, that another primary system of the second region is subject to interference by the at least one wireless mobile communication system, wherein the spectrum use information comprises available spectrum information, and the available spectrum information is determined based on geographical position information of the at least one wireless mobile communication system and service range information of the first communication system; and wherein the reference information includes at least one of: service range information of the another primary system of the second region subjected to interference of the at least one wireless mobile communication system, and secondary-system-related information of secondary systems which interfere with the another primary system in the second region. circuitry (102, 104) configured to receive reference information for modifying spectrum use information corresponding to the at least one wireless mobile communication system from another spectrum management system of a second region when it is judged, according to the spectrum use information, that another primary system of the second region is subject to interference by the at least one wireless mobile communication system, wherein the spectrum use information comprises available spectrum information, and the available spectrum information is determined based on geographical position information of the at least one wireless mobile communication system and service range information of the first communication system; and wherein the reference information includes at least one of: service range information of the another primary system of the second region subjected to interference of the at least one wireless mobile communication system, and secondary-system-related information of secondary systems which interfere with the another primary system in the second region.
Apparatus for treating absorbent articles with a varying thickness over the extension in the machine direction continuously fed to the apparatus, comprising: - a first roller rotatable around a first rotation axis; and - a second roller rotatable around a second rotation axis; wherein - a treatment gap is formed between the first roller and the second roller, wherein the first roller is an embossing roller or compression roller and characterized in that the apparatus further comprises: - an adjusting means for in-line adjusting the nominal size of the treatment gap, - the adjusting means comprising at least one piezoelectric element for shifting the position of the first rotation axis and/or the second rotation axis to vary the size of the gap; - the adjusting means is coupled to a control device for operating the adjusting means in a predetermined timely sequence; wherein the control device is functionally coupled to a sensor for determining at least one characteristic property of the products to be treated, the at least one characteristic property being the thickness of a specific product or of specific parts of the product; and wherein the control device is arranged to operate the adjusting means in function of said thickness profile. - a first roller rotatable around a first rotation axis; and - a second roller rotatable around a second rotation axis; wherein - a treatment gap is formed between the first roller and the second roller, wherein - an adjusting means for in-line adjusting the nominal size of the treatment gap, - the adjusting means comprising at least one piezoelectric element for shifting the position of the first rotation axis and/or the second rotation axis to vary the size of the gap; - the adjusting means is coupled to a control device for operating the adjusting means in a predetermined timely sequence;
A method for solidifying a photopolymerizable, diffusely reflecting material by irradiation, wherein the material coats a transparent material confining element, such as a material support or a tank bottom, and the irradiation of a surface to be solidified is performed through the transparent material confining element into the material, characterized in that a) the thickness of the material confining element and b) the coated surface and/or the construction field and/or the surface to be solidified of the material are adapted to one another such that the thickness of the material confining element is at least 1/4, preferably at least 1/3, preferably at least 1/2, of the diameter of the coated surface, or the surface to be solidified, or the construction field, respectively, wherein by the diameter of the coated surface or surface to be solidified, the distance between the points that are farthest apart from each other, of the surface is understood.