mhurhangee/ep-ind-claims huggingface dataset:
A coordination polymer for a Cu ion-based precursor with a polytopic connecting ligand, said precursor being a luminescent complex comprising at least two Cu ions, said two Cu ions of the precursor being bound together by at least one assembling ligand; and, said connecting ligand having at least two terminal groups independently selected from a nitrogen aromatic group and a carbonitrile group; said coordination polymer having an irreversible thermochromic transition of its luminescence when subjected to a temperature exceeding a critical temperature T c. said precursor being a luminescent complex comprising at least two Cu ions, said two Cu ions of the precursor being bound together by at least one assembling ligand; and, said connecting ligand having at least two terminal groups independently selected from a nitrogen aromatic group and a carbonitrile group; said coordination polymer having an irreversible thermochromic transition of its luminescence when subjected to a temperature exceeding a critical temperature T c.
Shaft/hub connection, in particular shaft journal/coupling sleeve connection for use in rolling mills, at least one part region of a shaft which can be rotated about a rotational axis which runs in the longitudinal direction being arranged with a journal trunnion being arranged so as to engage into one another in a positively locking manner with the configuration of a connecting region, and an adjusting device which has at least one adjusting element (16.1, 16.2) and an actuating device which is assigned to the latter being provided between the shaft and the journal trunnion, the adjusting element comprising at least one wedge face (17.1, 17.2) which, in the case of the transmission of torque, interacts with one of the connector components (journal trunnion and/or shaft), the individual wedge face (17.1, 17.2) on the adjusting element (16.1, 16.2) being oriented perpendicularly with respect to the longitudinal direction of the journal trunnion; characterized in that the adjusting device is provided for setting a predefined play, the individual adjusting element (16.1, 16.2) being configured as a wear plate which has a lower hardness than the connector components (journal trunnion and a shaft).
Conductive nanosilver paste, especially for high current and high temperature applications, comprising silver nanopowder and an organic carrier, characterized in that it consists of 80 wt% to 85 wt% of silver nanopowder and 15 wt% to 20 wt% of an organic carrier based on polymethyl methacrylate, being a 6 wt% to 16 wt% solution of polymethyl methacrylate in buthyl carbitol acetate.
Method for producing a ceramic multilayer circuit arrangement comprising the following steps: sequentially depositing a plurality of circuit layers (L1-L4) of the multilayer circuit arrangement on a substrate in a powder spraying method, wherein the individual circuit layers (L1-L4) comprise electrically conductive regions (V1-V7; LB1-LB5) composed of at least one conductive powder material and electrically insulating regions (D1-D4) composed of at least one ceramic powder material; pressing the deposited plurality of circuit layers (L1-L4); and thermally sintering the pressed plurality of circuit layers (L1-L4). sequentially depositing a plurality of circuit layers (L1-L4) of the multilayer circuit arrangement on a substrate in a powder spraying method, wherein the individual circuit layers (L1-L4) comprise electrically conductive regions (V1-V7; LB1-LB5) composed of at least one conductive powder material and electrically insulating regions (D1-D4) composed of at least one ceramic powder material; pressing the deposited plurality of circuit layers (L1-L4); and thermally sintering the pressed plurality of circuit layers (L1-L4).
A method for distributing a liquid, in particular pyrophoric, product from a storage point to a use point, characterized in that an inert gas is bubbled through the product in the liquid state in order to generate a mixture of inert gas and vapors of said product, the mixture is preferably routed close to the use point or to a second storage point, the product is separated from the gas mixture by condensation thereof, the inert gas and at least part of the impurities, in particular light, initially contained in the liquid product to be purified, being preserved in the form of waste gas.
A sound output device comprising: a vacuum tube for amplifying an audio signal; a power supply for supplying power to the vacuum tube; a first switch circuit for interconnecting the power supply and the vacuum tube; and a controller for controlling the first switch circuit according to whether the vacuum tube is used or not characterized in that the sound output device further comprises: an input unit for receiving the audio signal; and an amplifier for selectively amplifying the input audio signal or an output audio signal from the vacuum tube, wherein the controller determines whether the vacuum tube is operating normally, and controls the amplifier to pass through the audio signal output from the vacuum tube when the vacuum tube is operating normally and to amplify the audio signal input through the input unit when the vacuum tube is not operating normally. a vacuum tube for amplifying an audio signal; a power supply for supplying power to the vacuum tube; a first switch circuit for interconnecting the power supply and the vacuum tube; and a controller for controlling the first switch circuit according to whether the vacuum tube is used or not characterized in that the sound output device further comprises: an input unit for receiving the audio signal; and an amplifier for selectively amplifying the input audio signal or an output audio signal from the vacuum tube, an input unit for receiving the audio signal; and an amplifier for selectively amplifying the input audio signal or an output audio signal from the vacuum tube, wherein the controller determines whether the vacuum tube is operating normally, and controls the amplifier to pass through the audio signal output from the vacuum tube when the vacuum tube is operating normally and to amplify the audio signal input through the input unit when the vacuum tube is not operating normally.
A wireless transmitter-receiver device for receiving signals transmitted from a plurality of base stations having antennas, then calculating antenna weight values of the plural antennas on the basis of the received signals, and transmitting the calculated antenna weight values to the base stations, said transmitter-receiver device comprising: a plurality of receiving means (3, 4) for restoring, by the use of the antenna weight values, line switching data and/or packet data transmitted from the plural base stations; packet data reception detecting means for detecting reception of the packet data; antenna weight value variable control means for setting the antenna weight value, which corresponds to the state of the packet data, to the receiving means (3, 4) for restoration of the packet data, in response to a detection of the reception of the packet data by said packet data reception detecting means; and transmitting means for transmitting to said plural base stations the antenna weight value set by said antenna weight value variable control means, the wireless transmitter-receiver device being characterized in that it further comprises hold time setting means for setting a time period to hold the antenna weight value used for the packet data, wherein said antenna weight value variable control means sets the antenna weight value, which is used for the line switching data, to each receiving means (3, 4) in case the packet data is not detected by said packet data reception detecting means within the time period set by said hold time setting means. a plurality of receiving means (3, 4) for restoring, by the use of the antenna weight values, line switching data and/or packet data transmitted from the plural base stations; packet data reception detecting means for detecting reception of the packet data; antenna weight value variable control means for setting the antenna weight value, which corresponds to the state of the packet data, to the receiving means (3, 4) for restoration of the packet data, in response to a detection of the reception of the packet data by said packet data reception detecting means; and transmitting means for transmitting to said plural base stations the antenna weight value set by said antenna weight value variable control means, the wireless transmitter-receiver device being characterized in that it further comprises hold time setting means for setting a time period to hold the antenna weight value used for the packet data, wherein said antenna weight value variable control means sets the antenna weight value, which is used for the line switching data, to each receiving means (3, 4) in case the packet data is not detected by said packet data reception detecting means within the time period set by said hold time setting means.
A method to control a battery temperature, the method comprising: determining state difference information of a first battery, among batteries (421, 422, 431, 432), based on state information of the first battery and average state information of the batteries (421, 422, 431, 432); calculating a first output value of a first converter corresponding to the first battery based on the determined state difference information; and controlling a charging and discharging process of the first battery to cause the first converter to generate a power flow based on the first output value, wherein the controlling of the charging and discharging process comprises: causing the first converter to discharge the first battery and a second converter to charge a second battery such that the second battery is charged from the first battery; and in response to a toggling event associated with a change in direction of the power flow occurring, causing the second converter to discharge the charged second battery and the first converter to charge the discharged first battery such that the discharged first battery is charged from the charged second battery. determining state difference information of a first battery, among batteries (421, 422, 431, 432), based on state information of the first battery and average state information of the batteries (421, 422, 431, 432); calculating a first output value of a first converter corresponding to the first battery based on the determined state difference information; and controlling a charging and discharging process of the first battery to cause the first converter to generate a power flow based on the first output value, wherein the controlling of the charging and discharging process comprises: causing the first converter to discharge the first battery and a second converter to charge a second battery such that the second battery is charged from the first battery; and in response to a toggling event associated with a change in direction of the power flow occurring, causing the second converter to discharge the charged second battery and the first converter to charge the discharged first battery such that the discharged first battery is charged from the charged second battery. causing the first converter to discharge the first battery and a second converter to charge a second battery such that the second battery is charged from the first battery; and in response to a toggling event associated with a change in direction of the power flow occurring, causing the second converter to discharge the charged second battery and the first converter to charge the discharged first battery such that the discharged first battery is charged from the charged second battery.
Use of a composition comprising one or more β-dipeptides, or oligomers thereof, or salts thereof, wherein each of the β-dipeptides comprises β-L-aspartyl as a first amino acid residue and a second amino acid residue selected from arginine, lysine, ornithine, glutamate, citrulline, and canavanine as feed or feed additive for aquatic animals.
A method of producing a dyed textile, which method comprises the steps of: a) providing a plurality of weft threads and a plurality of warp threads; b) impregnating the warp threads with a solution containing a polymer for improving the mechanical properties of the threads; c) weaving the weft threads and the warp threads to obtain a textile; d) dyeing the textile with a dye composition; e) drying the dyed textile; characterized in that said dye composition comprises a predetermined amount of graphite, and in that that no intermediate processing steps are provided between said dyeing step d) and said drying step e), said polymer being selected from the group comprising chitosan or derivatives thereof, having a plurality of periodically distributed positive charges adapted for interaction with the negative charges of said dye composition. a) providing a plurality of weft threads and a plurality of warp threads; b) impregnating the warp threads with a solution containing a polymer for improving the mechanical properties of the threads; c) weaving the weft threads and the warp threads to obtain a textile; d) dyeing the textile with a dye composition; e) drying the dyed textile;
Stand-up packaging for food products comprising: at least one pouch for carrying a food product, an outer packaging having two cover elements (31, 32) at least partially sandwiching the at least one pouch, and at least one further element (33, 2') being at least partially sandwiched between the at least one pouch and one of the cover elements, wherein the at least one further element (33, 2') is penetrated by a through hole (22, 36), said stand-up packaging being characterised in that the one cover element is glued to the at least one pouch via the through hole (22, 36). at least one pouch for carrying a food product, an outer packaging having two cover elements (31, 32) at least partially sandwiching the at least one pouch, and at least one further element (33, 2') being at least partially sandwiched between the at least one pouch and one of the cover elements, wherein the at least one further element (33, 2') is penetrated by a through hole (22, 36), said stand-up packaging being characterised in that the one cover element is glued to the at least one pouch via the through hole (22, 36).
A bracket (1A, 1B) for an anti-vibration device comprising a bracket body made of a synthetic resin and a reinforcement member made of a fiber reinforced plastic, the bracket body having a surrounding portion surrounding a main body of the anti-vibration device, the reinforcement member extending in a surrounding direction of the surrounding portion and being arranged in the surrounding portion, wherein a reinforcement member arrangement portion of the surrounding portion is formed of an outer circumference extending in the surrounding direction, an inner circumference extending in the surrounding direction, and a connecting portion connecting the outer circumference and the inner circumference and extending in the surrounding direction, when the reinforcement member arrangement portion is viewed in a cross section perpendicular to the surrounding direction, the reinforcement member arrangement portion is in a shape of a letter I in the cross section in which a cross sectional width of the connecting portion is narrower than a cross sectional width of the outer circumference and a cross sectional width of the inner circumference, and the reinforcement member is arranged on the outer circumference of the reinforcement member arrangement portion. a reinforcement member arrangement portion of the surrounding portion is formed of an outer circumference extending in the surrounding direction, an inner circumference extending in the surrounding direction, and a connecting portion connecting the outer circumference and the inner circumference and extending in the surrounding direction, when the reinforcement member arrangement portion is viewed in a cross section perpendicular to the surrounding direction, the reinforcement member arrangement portion is in a shape of a letter I in the cross section in which a cross sectional width of the connecting portion is narrower than a cross sectional width of the outer circumference and a cross sectional width of the inner circumference, and the reinforcement member is arranged on the outer circumference of the reinforcement member arrangement portion.
A positive-electrode active material for a nonaqueous electrolyte secondary battery comprising: a lithium transition metal composite oxide particles forming primary particles having a layered structure and containing nickel; and oxides adhering to the surface of the lithium transition metal composite oxide particles, the oxides including an oxide containing lithium and aluminum and an oxide containing lithium and boron, wherein the lithium transition metal composite oxide particles comprise secondary particles formed by aggregation of said primary particles containing a solid solution of aluminum in a surface layer having a depth of 100 nm from the surfaces of the primary particles, and wherein the positive-electrode active material has a composition with a difference of more than 0.22 mol% and less than 0.6 mol% between a ratio of a number of moles of aluminum in the solid solution in the surface layer of the primary particles relative to a total number of moles of metal other than lithium in the lithium transition metal composite oxide particle and a ratio of a number of moles of aluminum present in a region other than the surface layer of the primary particles relative to the total number of moles of metal other than lithium in the lithium transition metal composite oxide particle, wherein a content ratio of the oxide containing lithium and aluminum to the oxide containing lithium and boron is 1 or less in terms of aluminum and boron. a lithium transition metal composite oxide particles forming primary particles having a layered structure and containing nickel; and oxides adhering to the surface of the lithium transition metal composite oxide particles, the oxides including an oxide containing lithium and aluminum and an oxide containing lithium and boron, wherein the lithium transition metal composite oxide particles comprise secondary particles formed by aggregation of said primary particles containing a solid solution of aluminum in a surface layer having a depth of 100 nm from the surfaces of the primary particles, and wherein the positive-electrode active material has a composition with a difference of more than 0.22 mol% and less than 0.6 mol% between a ratio of a number of moles of aluminum in the solid solution in the surface layer of the primary particles relative to a total number of moles of metal other than lithium in the lithium transition metal composite oxide particle and a ratio of a number of moles of aluminum present in a region other than the surface layer of the primary particles relative to the total number of moles of metal other than lithium in the lithium transition metal composite oxide particle, wherein a content ratio of the oxide containing lithium and aluminum to the oxide containing lithium and boron is 1 or less in terms of aluminum and boron.
A mandrel for forming helically coiled heat exchange tubes, the mandrel comprising: a roller to form the tube into a helical coil; a drive for rotating the roller; a carriage for indexing the tube with respect to the roller, wherein the roller comprises a plurality of winding beams; characterised in that; the beams are arranged to be radially movable by associated powered adjustable supports so as to permit rapid setting of the radius of a heat exchange coil formed on the roller, wherein at least one winding beam comprises a slotted coil support bracket to maintain the pitch between adjacent sections of the helix. a roller to form the tube into a helical coil; a drive for rotating the roller; a carriage for indexing the tube with respect to the roller, wherein the roller comprises a plurality of winding beams; characterised in that; the beams are arranged to be radially movable by associated powered adjustable supports so as to permit rapid setting of the radius of a heat exchange coil formed on the roller, wherein at least one winding beam comprises a slotted coil support bracket to maintain the pitch between adjacent sections of the helix.
A fuel gas supply system of a ship except an LNG carrier for supplying fuel gas to a high-pressure gas injection engine of the ship, the fuel gas supply system comprising: an LNG tank; a fuel gas supply line connected from the LNG tank to the high-pressure gas injection engine of the ship; means for compressing the LNG installed in the fuel gas supply line between the LNG tank and the high-pressure gas injection engine; and means for gasifying the LNG installed downstream of the compressing means in the fuel gas supply line, to gasify the compressed LNG, a first pump to compress the LNG and to communicate the compressed LNG downstream along the fuel gas supply line, a second pump to receive the compressed LNG and to compress the LNG to a pressure of 200 to 300 bar (gauge pressure) to meet the pressure requirements for the high-pressure gas injection engine. an LNG tank; a fuel gas supply line connected from the LNG tank to the high-pressure gas injection engine of the ship; means for compressing the LNG installed in the fuel gas supply line between the LNG tank and the high-pressure gas injection engine; and means for gasifying the LNG installed downstream of the compressing means in the fuel gas supply line, to gasify the compressed LNG, a first pump to compress the LNG and to communicate the compressed LNG downstream along the fuel gas supply line, a second pump to receive the compressed LNG and to compress the LNG to a pressure of 200 to 300 bar (gauge pressure) to meet the pressure requirements for the high-pressure gas injection engine.