mhurhangee/patent-ind-claim-en huggingface dataset:
Projectile having a projectile base body which has a recess for receiving explosive and, at least in sections , a preferably cylindrical jacket surface oriented along a longitudinal axis of the projectile base body , and wherein at least one fragmentation group comprising at least two mutually adjacent annular fragmentation bodies is provided, which are threaded along the jacket surface and form a fragmentation section of the projectile , characterized in that at least respectively adjacent fragmentation bodies of a fragmentation group are connected to one another by means of at least one weld bead .
A leakage detection cable which detects a leakage of a liquid, the leakage detection cable comprising: an electric wire core which includes one or more conductive wires , and a sheath layer that covers the one or more conductive wires ; a detection unit which is coupled in a longitudinal direction of an outer surface of the electric wire core , wherein the detection unit surrounds, in the form of a screw in a state of being spaced at a predetermined interval, the outer surface of the electric wire core; and a first braided layer which is braided with non-conductive fibers and covers the detection unit ; wherein the detection unit has a predetermined resistance value that is proportional to a length, and reacts with the liquid such that an output electric current value is changed; wherein the detection unit includes one or more detection lines made of a leakage detection composition, which reacts with the detection target liquid, in a band shape having a predetermined width; wherein when the detection target liquid is a liquid hydrocarbon compound, the composition includes carbon, an oil coagulant, a binder, and a diluent; and wherein one or more of the conductive wires of the electric wire core are connected to the detection line and adapted to transmit a signal. an electric wire core which includes one or more conductive wires , and a sheath layer that covers the one or more conductive wires ; a detection unit which is coupled in a longitudinal direction of an outer surface of the electric wire core , wherein the detection unit surrounds, in the form of a screw in a state of being spaced at a predetermined interval, the outer surface of the electric wire core; and a first braided layer which is braided with non-conductive fibers and covers the detection unit ; wherein the detection unit has a predetermined resistance value that is proportional to a length, and reacts with the liquid such that an output electric current value is changed; wherein the detection unit includes one or more detection lines made of a leakage detection composition, which reacts with the detection target liquid, in a band shape having a predetermined width; wherein when the detection target liquid is a liquid hydrocarbon compound, the composition includes carbon, an oil coagulant, a binder, and a diluent; and wherein one or more of the conductive wires of the electric wire core are connected to the detection line and adapted to transmit a signal.
Method for forming an electrically conductive via in a substrate, said method comprising the steps, to be performed in suitable sequence, of: a) providing a first substrate as said substrate; b) forming a through hole in said first substrate, said through hole extending between a first surface and a second surface of said first substrate; c) providing a second substrate ; d) bringing a first surface of said second substrate into contact with said first surface of said first substrate, such that said through hole in said first substrate is covered by said first surface of said second substrate; e) filling said through hole in said first substrate with an electrically conductive material by means of electroplating for forming said electrically conductive via, wherein said electrically conductive material is deposited on said first surface of said second substrate, and f) removing said second substrate, characterized in that said first surface of said first substrate and said first surface of said second substrate each have a surface roughness R a of less than 2nm, preferably less than 1 nm, more preferably less than 0.5 nm, and in that in step (d) said first surface of said first substrate and said first surface of said second substrate are brought in direct contact with each other, such that a direct bond is formed there between without any intermediate layer therebetween, such as an adhesive layer. a) providing a first substrate as said substrate; b) forming a through hole in said first substrate, said through hole extending between a first surface and a second surface of said first substrate; c) providing a second substrate ; d) bringing a first surface of said second substrate into contact with said first surface of said first substrate, such that said through hole in said first substrate is covered by said first surface of said second substrate; e) filling said through hole in said first substrate with an electrically conductive material by means of electroplating for forming said electrically conductive via, wherein said electrically conductive material is deposited on said first surface of said second substrate, and f) removing said second substrate,
A method by a base station in a wireless communication system, the method comprising: transmitting, to a terminal, at least one reference signal for antenna ports in a first dimension and a second dimension ; and receiving, from the terminal, feedback information including a first precoding matrix indicator and a channel quality indicator, wherein the first precoding matrix indicator is determined based on the at least one reference signal, wherein the channel quality indicator is determined based on a precoding matrix, determined by the first precoding matrix indicator and a second precoding matrix indicator selected by the terminal, from a set corresponding to a plurality of precoding matrices associated with the first precoding matrix indicator, and wherein the second precoding matrix indicator is not received from the terminal. transmitting, to a terminal, at least one reference signal for antenna ports in a first dimension and a second dimension ; and receiving, from the terminal, feedback information including a first precoding matrix indicator and a channel quality indicator, wherein the first precoding matrix indicator is determined based on the at least one reference signal, wherein the channel quality indicator is determined based on a precoding matrix, determined by the first precoding matrix indicator and a second precoding matrix indicator selected by the terminal, from a set corresponding to a plurality of precoding matrices associated with the first precoding matrix indicator, and wherein the second precoding matrix indicator is not received from the terminal.
An electric connection box , comprising: a box main body having a groove recessed from an outer wall of the box main body , the groove extending straight; and a side cover slid along a lengthwise direction (Y) of the groove so as to be mounted at the box main body , and covering the groove when the side cover is mounted at the box main body , characterized in that the side cover is provided with a plate member to be formed so as to be arranged within a same geometrical plane of the outer wall , and in that the plate member is provided with a pair of flaps projecting gradually according to nearing to an end at the upper side of the plate member from the plate member along a widthwise direction (X) of the groove . a box main body having a groove recessed from an outer wall of the box main body , the groove extending straight; and a side cover slid along a lengthwise direction (Y) of the groove so as to be mounted at the box main body , and covering the groove when the side cover is mounted at the box main body , characterized in that the side cover is provided with a plate member to be formed so as to be arranged within a same geometrical plane of the outer wall , and in that the plate member is provided with a pair of flaps projecting gradually according to nearing to an end at the upper side of the plate member from the plate member along a widthwise direction (X) of the groove .
Compositions comprising: a) berberine (BBR); b) pea proteins; c) one or more surfactants; and optionally d) a plant extract of the Vitis or Citrus species or combinations thereof; obtainable by a process comprising: - the preparation of a solution or dispersion of one or more surfactants; and - the addition, in one or more successive steps, of BBR, pea proteins, optionally an extract of the Vitis species or an extract of the Citrus species; wherein one surfactant is lecithin. a) berberine (BBR); b) pea proteins; c) one or more surfactants; and optionally d) a plant extract of the Vitis or Citrus species or combinations thereof; - the preparation of a solution or dispersion of one or more surfactants; and - the addition, in one or more successive steps, of BBR, pea proteins, optionally an extract of the Vitis species or an extract of the Citrus species;
A thermoplastic film for coating a metal sheet, the film satisfying that: a ratio (E MD /E TD ) of a Young's modulus E MD in a lengthwise direction to a Young's modulus E TD in a width direction is 1.2 to 3.5, wherein the Young's modulus is measured in accordance with JIS K7127, 1999; a thermal shrinkage rate, measured by a thermo-mechanical analyzer, in both lengthwise and width directions at 200°C is equal to or smaller than 20%; a sum (E MD + E TD ) of the Young's modulus E MD in the lengthwise direction and the Young's modulus E TD in the width direction is 3200 MPa to 10000 MPa; and a ratio of polyester resin to all components is equal to or larger than 80 mass%. a ratio (E MD /E TD ) of a Young's modulus E MD in a lengthwise direction to a Young's modulus E TD in a width direction is 1.2 to 3.5, wherein the Young's modulus is measured in accordance with JIS K7127, 1999; a thermal shrinkage rate, measured by a thermo-mechanical analyzer, in both lengthwise and width directions at 200°C is equal to or smaller than 20%; a sum (E MD + E TD ) of the Young's modulus E MD in the lengthwise direction and the Young's modulus E TD in the width direction is 3200 MPa to 10000 MPa; and a ratio of polyester resin to all components is equal to or larger than 80 mass%.
Sun protection system with an adjustable blind, which is guided by means of lateral guide pins in guide rails , in which guide rail inserts are provided, in which the guide pins run, wherein the guide rails each have a C-shaped cross section with an opening slot , in which a guide rail insert is held, which has a guide slot , which is narrower than the maximum diameter of guide pins with thickened heads formed at their ends, wherein inclined contact surfaces are provided between the guide rail inserts and the heads , wherein the inclined contact surfaces of the guide rail inserts merge into the guide slots , wherein the inner faces of the opening slots of the guide rails have parallel support surfaces formed parallel to one another, characterized in that the inclined contact surfaces of the guide rail insert extend at least partially between the support surfaces of the respective guide rail .
A composite yarn comprising an electrically conductive yarn and an electrically resistive yarn , wherein said electrically conductive yarn is twisted to said electrically resistive yarn , and wherein the electrically conductive yarn is electrically insulated from the electrically resistive yarn , characterized in that the electrical resistance per unit of length of the electrically conductive yarn is less than 200 Ω/m, the electrical resistance per unit of length of the electrically resistive yarn is comprised between 10 kQ/m and 10 MΩ/m, as measured by following the standard AATCC Test Method 84-2005 or AATCC Test Method 84-2011, and wherein said electrically resistive yarn is a plastic yarn filled with electrically conductive elements.
A process for producing a dark, natural cocoa, comprising in this order: mixing a cocoa product selected from the group consisting of cocoa nibs, cocoa beans, and a combination thereof with water; heating the cocoa product and the water to a temperature of at least 85°C, wherein a moisture content of the cocoa product after heating is from 35 to 40 % ; drying the cocoa product; and grinding the cocoa product, thus producing cocoa liquor; wherein the cocoa product is not alkalized during said process. mixing a cocoa product selected from the group consisting of cocoa nibs, cocoa beans, and a combination thereof with water; heating the cocoa product and the water to a temperature of at least 85°C, wherein a moisture content of the cocoa product after heating is from 35 to 40 % ; drying the cocoa product; and grinding the cocoa product, thus producing cocoa liquor; wherein the cocoa product is not alkalized during said process.
Device for regulating the pressure of a compressed gas, comprising: - a body with a gas inlet , a gas outlet and a gas passage fluidly interconnecting said inlet and outlet; - a mobile element carrying a shutter cooperating with a seat (16.2) in the gas passage , said shutter and said seat forming a regulating valve (16.2, 30), said mobile element delimiting with the body a regulating chamber downstream of said regulating valve and being configured to regulate the gas pressure in said chamber by varying a flow section in said regulating valve dependent on said pressure; - a hand-wheel operatively linked to a spindle rotatably mounted on the body (4.1) and carrying a cam for selectively shutting-off and opening the gas passage; wherein the spindle is hollow and houses a spigot with the cam, said spigot being linked in rotation with said spindle and cooperating with a counter-cam spigot movable in translation but not in rotation relative to the body, and acting on the mobile element or on a shut-off valve for selectively shutting-off and opening the gas passage . - a body with a gas inlet , a gas outlet and a gas passage fluidly interconnecting said inlet and outlet; - a mobile element carrying a shutter cooperating with a seat (16.2) in the gas passage , said shutter and said seat forming a regulating valve (16.2, 30), said mobile element delimiting with the body a regulating chamber downstream of said regulating valve and being configured to regulate the gas pressure in said chamber by varying a flow section in said regulating valve dependent on said pressure; - a hand-wheel operatively linked to a spindle rotatably mounted on the body (4.1) and carrying a cam for selectively shutting-off and opening the gas passage;
A method for evaluating the service life of a bearing, which comprises the following: obtaining the current working condition of the bearing; acquiring a current vibration signal of the bearing in the current working condition, and calculating a current vibration value of the bearing, characterised by obtaining a current surface scaling area of the bearing corresponding to the current vibration value of the bearing and a current scaling rate of the bearing in the current working condition; and obtaining a remaining service life of the bearing based on the current surface scaling area of the bearing and the current scaling rate of the bearing. obtaining the current working condition of the bearing; acquiring a current vibration signal of the bearing in the current working condition, and calculating a current vibration value of the bearing, characterised by obtaining a current surface scaling area of the bearing corresponding to the current vibration value of the bearing and a current scaling rate of the bearing in the current working condition; and obtaining a remaining service life of the bearing based on the current surface scaling area of the bearing and the current scaling rate of the bearing.
A powder composition with a particle size comprised from 1 μm to 300 μm, and comprising a mixture of vegetal fiber, at least a non-polar wax, at least an oil comprising phosphatidylcholine, at least one rheological agent, and glass particles, wherein said glass particles are composed of a mixture of spherical and rod shape particles, wherein the percentage by weight of the vegetal fiber in respect of the total of the mixture is comprised from 50.0 % (w/w) to 98.0 % (w/w), and wherein the particle size is measured with a sieve retention method; wherein the non-polar wax is selected from the paraffin wax, polyethylene wax, rice wax, and mixtures thereof, or from carnauba wax, honeybee wax, crystalline wax, candelilla wax, Fischer-Tropsch wax, polypropylene wax, polytetrafluoroethylene wax, amide wax, and mixtures thereof, said non-polar waxes optionally grafted with maleic anhydride; and wherein the rheological agent is selected from the group consisting of styrene-butadiene-styrene and ethylene propylene diene monomer, or mixtures thereof, or from the group consisting of styrene-ethylene/butylene -styrene, styrene-butadiene, ethylene-propylene, polybutadiene rubber, polyisoprene, acrylonitrile butadiene rubber, hydrogenated nitrile butadiene, carboxylated styrene-butadiene rubber, styrene-butadiene block copolymer, thermoplastic polyether-ester, styrene butadiene block copolymer, styrene butadiene carboxy block copolymer, polyester urethane, polyacrylate rubber, ethylene-acrylate rubber, bromo isobutylene isoprene, chloro isobutylene isoprene, polychloroprene, chlorosulphonated polyethylene, epichlorohydrin, polyether urethane, perfluorocarbon rubber, fluoronated hydrocarbon, fluoro silicone, fluorocarbon rubber, and mixtures thereof. wherein the non-polar wax is selected from the paraffin wax, polyethylene wax, rice wax, and mixtures thereof, or from carnauba wax, honeybee wax, crystalline wax, candelilla wax, Fischer-Tropsch wax, polypropylene wax, polytetrafluoroethylene wax, amide wax, and mixtures thereof, said non-polar waxes optionally grafted with maleic anhydride; and wherein the rheological agent is selected from the group consisting of styrene-butadiene-styrene and ethylene propylene diene monomer, or mixtures thereof, or from the group consisting of styrene-ethylene/butylene -styrene, styrene-butadiene, ethylene-propylene, polybutadiene rubber, polyisoprene, acrylonitrile butadiene rubber, hydrogenated nitrile butadiene, carboxylated styrene-butadiene rubber, styrene-butadiene block copolymer, thermoplastic polyether-ester, styrene butadiene block copolymer, styrene butadiene carboxy block copolymer, polyester urethane, polyacrylate rubber, ethylene-acrylate rubber, bromo isobutylene isoprene, chloro isobutylene isoprene, polychloroprene, chlorosulphonated polyethylene, epichlorohydrin, polyether urethane, perfluorocarbon rubber, fluoronated hydrocarbon, fluoro silicone, fluorocarbon rubber, and mixtures thereof.
A flexible container comprising: A. a front panel , a rear panel , a first gusseted side panel and a second gusseted side panel , the gusseted side panels adjoining the front panel and the rear panel along peripheral seals to form a chamber; B. each panel includes a bottom face comprising two opposing peripheral tapered seals , each peripheral tapered seal extending from a respective peripheral seal , each peripheral tapered seal comprising an inner edge , the peripheral tapered seals converging at a bottom seal area ; C. the front panel bottom face comprises a first line (A) defined by the inner Edge of the first peripheral tapered seal and a second line (B) defined by the inner edge of the second peripheral tapered seal , the first line (A) intersecting the second line (B)at an apex point in the bottom seal area ; said flexible container being characterised in that D. the front panel bottom face comprises a distal inner seal arc diverging from the inner edges, and a bottom distalmost inner seal point is located on the distal inner seal arc; and in that E. the apex point is separated from the bottom distalmost inner seal point by a distance (S) from greater than 0mm to less than 8.0mm. A. a front panel , a rear panel , a first gusseted side panel and a second gusseted side panel , the gusseted side panels adjoining the front panel and the rear panel along peripheral seals to form a chamber; B. each panel includes a bottom face comprising two opposing peripheral tapered seals , each peripheral tapered seal extending from a respective peripheral seal , each peripheral tapered seal comprising an inner edge , the peripheral tapered seals converging at a bottom seal area ; C. the front panel bottom face comprises a first line (A) defined by the inner Edge of the first peripheral tapered seal and a second line (B) defined by the inner edge of the second peripheral tapered seal , the first line (A) intersecting the second line (B)at an apex point in the bottom seal area ; said flexible container being characterised in that D. the front panel bottom face comprises a distal inner seal arc diverging from the inner edges, and a bottom distalmost inner seal point is located on the distal inner seal arc; and in that E. the apex point is separated from the bottom distalmost inner seal point by a distance (S) from greater than 0mm to less than 8.0mm.
A condition monitoring device that executes a measurement process in response to reception of a trigger signal, the condition monitoring device comprising: a setting unit that sets a priority of a received trigger signal based on a type of the received trigger signal; and a measurement processing unit that executes the measurement process, wherein when the trigger signal is received and when a measurement process resulting from a trigger signal having a priority lower than a priority of the received trigger signal is being executed, the measurement processing unit suspends the measurement process being executed and starts a measurement process corresponding to the received trigger signal, wherein the trigger signal may have a first priority or a second priority, characterized in that when a trigger signal having the first priority is received and when a measurement process resulting from a trigger signal having the first priority is being executed, the measurement processing unit discards the received trigger signal having the first priority and continues the measurement process being executed, and when a trigger signal having the second priority higher than the first priority is received and when a measurement process resulting from a trigger signal having the second priority is being executed, the measurement processing unit registers the received trigger signal having the second priority and executes a measurement process corresponding to the registered trigger signal successively after completion of the measurement process being executed. a setting unit that sets a priority of a received trigger signal based on a type of the received trigger signal; and a measurement processing unit that executes the measurement process, wherein when the trigger signal is received and when a measurement process resulting from a trigger signal having a priority lower than a priority of the received trigger signal is being executed, the measurement processing unit suspends the measurement process being executed and starts a measurement process corresponding to the received trigger signal, wherein the trigger signal may have a first priority or a second priority, characterized in that when a trigger signal having the first priority is received and when a measurement process resulting from a trigger signal having the first priority is being executed, the measurement processing unit discards the received trigger signal having the first priority and continues the measurement process being executed, and when a trigger signal having the second priority higher than the first priority is received and when a measurement process resulting from a trigger signal having the second priority is being executed, the measurement processing unit registers the received trigger signal having the second priority and executes a measurement process corresponding to the registered trigger signal successively after completion of the measurement process being executed.