mhurhangee/ep-ind-claims huggingface dataset:
An audio device for vehicles, comprising: two audio sources; three audio sinks, comprising two headphone connections and a speaker system; a touch-sensitive display; wherein the audio device is configured to carry out the following steps: simultaneous playing back of the two audio sources; displaying a representation for each of the audio sources and audio sinks on the display; detecting a touch input; in response to the detection: outputting the origin audio source on the target audio sink; characterised in that the touch input comprises a motion of the user's finger on the display, wherein the motion starts on the representation of an origin audio source and extends in the direction of a destination audio sink, and in that the representation of the audio sources comprises information concerning the audio content currently being played back, more especially album cover or associated images. two audio sources; three audio sinks, comprising two headphone connections and a speaker system; a touch-sensitive display; wherein the audio device is configured to carry out the following steps: simultaneous playing back of the two audio sources; displaying a representation for each of the audio sources and audio sinks on the display; detecting a touch input; in response to the detection: outputting the origin audio source on the target audio sink; characterised in that the touch input comprises a motion of the user's finger on the display, wherein the motion starts on the representation of an origin audio source and extends in the direction of a destination audio sink, and in that the representation of the audio sources comprises information concerning the audio content currently being played back, more especially album cover or associated images. simultaneous playing back of the two audio sources; displaying a representation for each of the audio sources and audio sinks on the display; detecting a touch input; in response to the detection: outputting the origin audio source on the target audio sink; characterised in that the touch input comprises a motion of the user's finger on the display, wherein the motion starts on the representation of an origin audio source and extends in the direction of a destination audio sink, and in that the representation of the audio sources comprises information concerning the audio content currently being played back, more especially album cover or associated images.
Composition that is sprayable in mousse form, comprising: - one or more vinylformamide/vinylamine copolymers comprising: - vinylamine units of formula: and - vinylformamide units of formula: - one or more nonionic surfactants chosen from oxyalkylenated fatty alcohols comprising a linear or branched, saturated or unsaturated alkyl chain containing at least 8 carbon atoms, and from 3 to 10 oxyalkylene units; and - one or more propellants, the composition being different from the composition made from the ingredients indicated in the table below, with all the amounts being indicated as weight percentage of product as active materials relative to the total weight of the composition: Ingredients Amounts Calcium carbonate 0.8 Vinvlamine/vinvlformamide copolymer 7.7 Hydroxyethylcellulose 0.15 Polyoxyethylenated (PEG-40) and hydrogenated castor oil 0.7 Cetyltrimethylammonium chloride 0.08 Laureth-4 0.2 Propylene glycol 2 Fragrance 0.3 Preservative 0.3 Isobutane/Butane/Propane 5 Water qsp 100 - one or more vinylformamide/vinylamine copolymers comprising: - vinylamine units of formula: and - vinylformamide units of formula: - one or more nonionic surfactants chosen from oxyalkylenated fatty alcohols comprising a linear or branched, saturated or unsaturated alkyl chain containing at least 8 carbon atoms, and from 3 to 10 oxyalkylene units; and - one or more propellants,
A method for forming a nanocomposite polymer by olefin polymerization, comprising: treating at least one cation-exchanging layered clay, selected from the group consisting of cation-exchanging, layered inorganic silicates and cation exchanging, layered compounds other than silicates with acid to partly disrupt its layered structure; combining said disrupted clay with an activatable catalyst that becomes activated for olefin polymerization when in contact with the clay; and contacting an olefin with the activated catalyst - clay combination, in the absence of an alkylaluminum co-catalyst, whereby to form an exfoliated clay-polyolefin nanocomposite incorporating platelets of said acid-treated clay. treating at least one cation-exchanging layered clay, selected from the group consisting of cation-exchanging, layered inorganic silicates and cation exchanging, layered compounds other than silicates with acid to partly disrupt its layered structure; combining said disrupted clay with an activatable catalyst that becomes activated for olefin polymerization when in contact with the clay; and contacting an olefin with the activated catalyst - clay combination, in the absence of an alkylaluminum co-catalyst, whereby to form an exfoliated clay-polyolefin nanocomposite incorporating platelets of said acid-treated clay.
An electroplating bath comprising copper ions, one or more sources of alloying tin ions, optionally one or more sources of alloying silver ions, one or more compounds having a formula: X-S-Y wherein X and Y may be the same or different and may be substituted or unsubstituted phenol groups, HO-R- or -R'S-R"-OH wherein R, R' and R" may be the same or different and are linear or branched alkylene radicals having 1 to 20 carbon atoms; and one or more tetrazoles wherein a mole ratio of the one or more tetrazoles to the copper ions in the electroplating bath is ≥ 1 and a mole ratio of the one or more tetrazoles to the one or more compounds of formula is 0.05 to 4, the electroplating bath is cyanide-free; wherein the one or more tetrazoles have a formula: wherein M is hydrogen, NH 4, sodium or potassium and R 1 is substituted or unsubstituted, linear or branched (C 2 -C 20)alkyl, or substituted or unsubstituted (C 6 -C 10)aryl.
An apparatus for connecting a mesh type network via a separate access device to another network, said another network being a centralized network wherein end stations (STAs) must associate with said access device in order to gain access to said centralized network, said apparatus operating as a proxy device on behalf at least one actual device present in the mesh type network, the apparatus comprising: a) at least one virtual device internally configured within said apparatus, wherein said at least one virtual device corresponds to an associated actual device present in said mesh type network, and wherein each virtual device is a virtual entity end station for connecting with said separate access device; b) an interconnectivity layer configured for receiving frames from devices of said mesh type network and forwarding the received frames to said at least one virtual device internally configured within said apparatus; and c) a radio access controller configured to maintain individual connections between said apparatus and said access device, wherein each individual connection is maintained on behalf of said at least one device of said mesh type network via said interconnectivity layer such that said access device considers said at least one device to be one hop away, and wherein said radio access controller is further adapted to deliver a signal received from said access device to an addressed virtual device within said apparatus. a) at least one virtual device internally configured within said apparatus, wherein said at least one virtual device corresponds to an associated actual device present in said mesh type network, and wherein each virtual device is a virtual entity end station for connecting with said separate access device; b) an interconnectivity layer configured for receiving frames from devices of said mesh type network and forwarding the received frames to said at least one virtual device internally configured within said apparatus; and c) a radio access controller configured to maintain individual connections between said apparatus and said access device, wherein each individual connection is maintained on behalf of said at least one device of said mesh type network via said interconnectivity layer such that said access device considers said at least one device to be one hop away, and wherein said radio access controller is further adapted to deliver a signal received from said access device to an addressed virtual device within said apparatus.
A method for formulating a boron-containing fracturing fluid having a pH greater than 8, the method comprising: placing a first aqueous fluid into a suitable mixing device; adding a stabilizer to the aqueous fluid in an amount from 0.1 g/L (1 lb/1,000 gal) to 5.0 g/L (50 lb/1,000 gal) of the aqueous fluid; allowing the stabilizer to dissolve into the aqueous fluid for a first predetermined period of time; adding a natural hydratable polymer to the mixture in an amount ranging from 1.0 g/L (10 lb/1,000 gal) to 10 g/L (100 lb/1,000 gal) of the aqueous fluid; mixing the mixture for a second predetermined period of time; adding an alkaline buffer to the mixture in an amount sufficient to raise the pH of the mixture to a pH greater than pH 8; mixing the mixture for a third predetermined period of time; adding a boron-containing crosslinking composition comprising a refined borate crosslinking agent in a second aqueous fluid and a freeze point depressant, wherein said refined borate crosslinking agent is disodium octaborate tetrahydrate and said freeze point depressant is 1,3-propanediol; and mixing until gelation occurs, thereby producing the fracturing fluid., wherein said refined borate has been exposed to both chemical and mechanical processing steps prior to use. placing a first aqueous fluid into a suitable mixing device; adding a stabilizer to the aqueous fluid in an amount from 0.1 g/L (1 lb/1,000 gal) to 5.0 g/L (50 lb/1,000 gal) of the aqueous fluid; allowing the stabilizer to dissolve into the aqueous fluid for a first predetermined period of time; adding a natural hydratable polymer to the mixture in an amount ranging from 1.0 g/L (10 lb/1,000 gal) to 10 g/L (100 lb/1,000 gal) of the aqueous fluid; mixing the mixture for a second predetermined period of time; adding an alkaline buffer to the mixture in an amount sufficient to raise the pH of the mixture to a pH greater than pH 8; mixing the mixture for a third predetermined period of time; adding a boron-containing crosslinking composition comprising a refined borate crosslinking agent in a second aqueous fluid and a freeze point depressant, wherein said refined borate crosslinking agent is disodium octaborate tetrahydrate and said freeze point depressant is 1,3-propanediol; and mixing until gelation occurs, thereby producing the fracturing fluid., wherein said refined borate has been exposed to both chemical and mechanical processing steps prior to use.
MRI scanner, wherein the MRI scanner has a patient tunnel, a first receiving antenna for receiving a magnetic resonance signal from a patient in the patient tunnel, a second receiving antenna for receiving a signal having the Larmor frequency of the magnetic resonance signal, and a receiver, wherein the second receiving antenna is arranged outside or in the vicinity of an opening of the patient tunnel, wherein the receiver is connected to the first receiving antenna and the second receiving antenna for signalling and the receiver is designed to suppress an interference signal received with the second receiving antenna in a magnetic resonance signal received by the first receiving antenna, characterised in that the MRI scanner has an interference suppression transmitter and an interference suppression antenna, wherein the interference suppression antenna is arranged at a distance from the patient tunnel, wherein the interference suppression transmitter is designed to output a signal in a frequency range of an excitation pulse of the MRI scanner via the interference suppression antenna as a function of a transmit interference suppression parameter so that, in a predetermined area of an environment of the MRI scanner, a field strength of the excitation pulse is reduced by destructive interference.
A semiconductor package (1; 41) comprising: a package wiring board (2; 42) which has an element housing recessed portion (2a; 42a) on a top surface thereof for housing a semiconductor element; a plurality of side electrodes which are arranged on outer side surfaces of the package wiring board (2; 42) and soldered to a plurality of motherboard electrodes arranged on a motherboard; a semiconductor element which is fixed onto a bottom surface of the element housing recessed portion (2a; 42a);, and an element electrode (5; 45) arranged on the bottom surface of the element housing recessed portion (2a; 42a) and electrically connected to the semiconductor element and the side electrodes, the package wiring board (2; 42) has a multilayered structure in which woven fabric and a resin adhesive layer are alternately laminated, a top surface of the multilayered structure being cut off to form the element housing recessed portion (2a; 42a); characterized in that the package wiring board (2; 42) is internally wired by a conductive material to electrically connect the side electrode and the element electrode (5, 45); and the resin adhesive layer is formed of a resin adhesive that contains inorganic filler particles; and wherein on the outer side surfaces of the package wiring board (2; 42) electrode recessed portions are formed into semicircular columns, designed to cut through a bottom surface of the wiring board (2; 42), but not the top surface thereof and side portions of the side electrodes are arranged on each recessed portion. a package wiring board (2; 42) which has an element housing recessed portion (2a; 42a) on a top surface thereof for housing a semiconductor element; a plurality of side electrodes which are arranged on outer side surfaces of the package wiring board (2; 42) and soldered to a plurality of motherboard electrodes arranged on a motherboard; a semiconductor element which is fixed onto a bottom surface of the element housing recessed portion (2a; 42a);, and an element electrode (5; 45) arranged on the bottom surface of the element housing recessed portion (2a; 42a) and electrically connected to the semiconductor element and the side electrodes, the package wiring board (2; 42) has a multilayered structure in which woven fabric and a resin adhesive layer are alternately laminated, a top surface of the multilayered structure being cut off to form the element housing recessed portion (2a; 42a); characterized in that the package wiring board (2; 42) is internally wired by a conductive material to electrically connect the side electrode and the element electrode (5, 45); and the resin adhesive layer is formed of a resin adhesive that contains inorganic filler particles; and wherein on the outer side surfaces of the package wiring board (2; 42) electrode recessed portions are formed into semicircular columns, designed to cut through a bottom surface of the wiring board (2; 42), but not the top surface thereof and side portions of the side electrodes are arranged on each recessed portion.
A counterweight system for a wind turbine comprising a hub mounted to a nacelle such that the hub is rotatable around a rotation axis with respect to the nacelle, the counterweight system comprising: a mechanical unit comprising a fixed part (105; 205) and a rotatable part, the fixed part (105; 205) being mountable to the hub in such a way that the rotatable part is rotatable with respect to the hub substantially around the rotation axis of the hub; a drive unit for causing rotation of the rotatable part; a beam (108; 208) coupled to the rotatable part at a first point of the beam (108; 208) in such a way that, when the fixed part (105; 205) is mounted to the hub, the beam (108; 208) is arranged substantially perpendicular to the rotation axis of the hub; and a counterweight mass (109; 209) coupled to the beam (108; 208) at a second point of the beam (108; 208) at a distance from the first point of the beam (108; 208); characterized in that the fixed part of the mechanical unit is mountable to a region of the hub configured to receive a blade root. a mechanical unit comprising a fixed part (105; 205) and a rotatable part, the fixed part (105; 205) being mountable to the hub in such a way that the rotatable part is rotatable with respect to the hub substantially around the rotation axis of the hub; a drive unit for causing rotation of the rotatable part; a beam (108; 208) coupled to the rotatable part at a first point of the beam (108; 208) in such a way that, when the fixed part (105; 205) is mounted to the hub, the beam (108; 208) is arranged substantially perpendicular to the rotation axis of the hub; and a counterweight mass (109; 209) coupled to the beam (108; 208) at a second point of the beam (108; 208) at a distance from the first point of the beam (108; 208); characterized in that the fixed part of the mechanical unit is mountable to a region of the hub configured to receive a blade root.
Device for ventilating rooms, comprising a ventilator housing in which a fan assembly driven by an electric motor is arranged, wherein a fan channel appertains to the pressure side of the fan assembly and is allocated a non-return valve which can be displaced between a closed position and an open position, characterised in that a securing unit is allocated to the retention valve in the open position and secures the retention valve in the open position when the electric motor is switched on.
A method for adding one or more L-nucleotides to the 3'end of a first L-nucleic acid, wherein the method comprises the step of reacting the one or more L-nucleotides with the first L-nucleic acid in the presence of a polymerase, wherein the polymerase is capable of adding one or more L-nucleotides to the 3' end of the first L-nucleic acid and wherein the polymerase consists of an amino acid sequence, wherein the amino acids of the amino acid sequence are D-amino acids.
A management system for a work vehicle configured to carry out a utility work while traveling autonomously, comprising: a work field information acquisition section for acquiring work field information indicative of information relating to a work field where the work is to be carried out; a route information acquisition section for acquiring route information indicative of a traveling route along which the vehicle has traveled while carrying out the work in the work field; a consumed electric power information acquisition section for acquiring electric power information indicative of consumed electric power required for the work of an amount of electric power stored in a battery mounted on the work vehicle; characterised in that the system is further comprising a tilt angle information acquisition section for acquiring tilt angle information indicative of a tilt angle of the work field relative to the horizontal plane; and a calculation section for calculating a cost required for the work, based on the work field information, the route information, the electric power information and the tilt angle information. a work field information acquisition section for acquiring work field information indicative of information relating to a work field where the work is to be carried out; a route information acquisition section for acquiring route information indicative of a traveling route along which the vehicle has traveled while carrying out the work in the work field; a consumed electric power information acquisition section for acquiring electric power information indicative of consumed electric power required for the work of an amount of electric power stored in a battery mounted on the work vehicle; characterised in that the system is further comprising a tilt angle information acquisition section for acquiring tilt angle information indicative of a tilt angle of the work field relative to the horizontal plane; and a calculation section for calculating a cost required for the work, based on the work field information, the route information, the electric power information and the tilt angle information.
An implantable medical device such as a stent, comprising: an implantable device body having a plurality of holes therein; a therapeutic agent contained within the plurality of holes in the device body; and a.protective layer (44;62,64;70) of material provided in the plurality of holes and arranged to protect the therapeutic agent from compounds or conditions in the body which would degrade the agent, wherein said protective layer (44;62,64;70) is a bioerodible matrix that allows said therapeutic agent to be released as the matrix erodes, characterized in that said protective layer comprises pharmaceutically acceptable lipids, polymers having M w greater than 3000, or lipids bearing polymers. an implantable device body having a plurality of holes therein; a therapeutic agent contained within the plurality of holes in the device body; and a.protective layer (44;62,64;70) of material provided in the plurality of holes and arranged to protect the therapeutic agent from compounds or conditions in the body which would degrade the agent, wherein said protective layer (44;62,64;70) is a bioerodible matrix that allows said therapeutic agent to be released as the matrix erodes, characterized in that said protective layer comprises pharmaceutically acceptable lipids, polymers having M w greater than 3000, or lipids bearing polymers.
Equid shoes, particularly horseshoes, comprising at least two overlapping layers, at least a lower layer made of a rigid material and intended to come into contact with the ground, at least an upper layer of an elastomeric material, characterized in that: ▪ said upper layer has a granular surface produced so as to ensure complete contact with the shoe of the equid animal, and ▪ said lower rigid layer intended to come into contact with the ground comprises two hinges arranged symmetrically with respect to a symmetry axis and connecting the lateral parts (1, 1') to a central part of the lower rigid layer, said hinges being included in an area between two angles (β1, β2) with respect to the symmetry axis of the shoe, from the side of a point located at the intersection of the symmetry axis and the inner periphery of the lower layer, these angles (β1, β2) having as a common vertex a point midway between the point and a point located at the intersection of the symmetry axis and a straight line connecting the free ends (E1, E2) of the lateral parts (1, 1') of the shoe, the angles (β1, β2) being 40 degrees and 60 degrees respectively. ▪ said upper layer has a granular surface produced so as to ensure complete contact with the shoe of the equid animal, and ▪ said lower rigid layer intended to come into contact with the ground comprises two hinges arranged symmetrically with respect to a symmetry axis and connecting the lateral parts (1, 1') to a central part of the lower rigid layer, said hinges being included in an area between two angles (β1, β2) with respect to the symmetry axis of the shoe, from the side of a point located at the intersection of the symmetry axis and the inner periphery of the lower layer, these angles (β1, β2) having as a common vertex a point midway between the point and a point located at the intersection of the symmetry axis and a straight line connecting the free ends (E1, E2) of the lateral parts (1, 1') of the shoe, the angles (β1, β2) being 40 degrees and 60 degrees respectively.