mhurhangee/ep-ind-claims huggingface dataset:
The use, as a plant supporting formulation which is phytologically beneficial, of a formulation comprising a micro-emulsion constituted by a dispersion of vesicles or microsponges of a fatty acid based component in an aqueous carrier, the fatty acid based component comprising at least one long chain fatty acid based substance selected from the group consisting of oleic acid, linoleic acid, alpha-linolenic acid, gamma-linolenic acid, arachidonic acid, eicosapentaenoic acid [C20:5ω3], decosahexaenoic acid [C22:6ω3], and ricinoleic acid, and derivatives thereof selected from the group consisting of the C 1 to C 6 alkyl esters thereof, the glycerol-polyethylene glycol esters thereof, and the reaction product of hydrogenated and unhydrogenated natural oils composed largely of ricinoleic acid based oils, such as castor oil, with ethylene oxide, wherein said formulation incorporates a gas selected from nitrous oxide and carbon dioxide dissolved in the fatty acid mixture, wherein said formulation includes dl-alpha-tocopherol or its physiologically active isomer, and wherein said formulation further includes an additional phytologically beneficial substance selected from the group of substances known to be useful as a plant nutrient; a plant pesticide including a herbicide, fungicide, bactericide, insecticide, antiplant virus agent; a plant growth regulator selected from the products in the group consisting of, 2-(1-2-methylnaphthyl)acetamide; 2-(1-2-methylnaphthyl)acetic acid; 2-(1-naphthyl)acetamide; 2-(1-naphthyl)acetic acid; 2,4-D (sodium salt); 3,5,6 TPA; 4-indol-3-ylbutyric acid; 6-benzyl adenine; alkoxylated fatty alkylamine polymer; alkylamine polymer; aminoethoxyvinylglycine hydrochloride; ammoniated nitrates; auxins; calcium arsenate; carbaryl; chlormequat chloride; chlorpropham; chlorthal-dimethyl; cloprop; cyanamide; daminozide; decan-1-ol; dichlorprop; dichlorprop (2-butoxyethyl ester); dimethipin; dinocap; diquat dibromide; diuron; ethephon; fluazifop-p-butyl; gibberellins; glyphosate-isopropylamine; glyphosate-trimesium; haloxyfop-P-methyl; indolylacetic acid; maleic hydrazide; mepiquat chloride; methylcyclopropene; mineral oil; n-decanol; octan-1-ol; paclobutrazole; paraquat dichloride; pendimethalin; prohexadione-calcium; salicylic acid, sodium chlorate; thidiazuron; trinexapac-ethyl; and uniconazole; a plant immune modulator; and a biostimulant selected from the group of products known as phytohormones..
A device for regulating the flow rate of air flowing in a rotary shaft of a turbomachine, the device comprising a rotary shaft (10, 10') including at least one orifice (12, 12') passing therethrough to pass the air, and a shutter member (14, 14') for shutting the orifice, characterised in that the shutter member is secured to a deformable blade (16, 16') presenting bi-linear behavior, the blade (16, 16') being secured to the shaft (10, 10') and being suitable for deforming under the effect of the centrifugal force that results from the shaft rotating such that the shutter member (14, 14') is suitable for taking up two different positions depending on the speed of rotation of the shaft: one position in which it shuts the orifice (12, 12') and another position in which it releases the orifice to allow air to pass through.
An electric equipment protection device comprising: a first conducting line (5; 105; 205; 305; 405; 505; 605R; 705R) and a second conducting line (6; 106; 206; 306; 406; 606; 705S), both connectable to a power source (2; 502; 602; 702) for receiving a supply voltage (V DC; V AC; V ACS, V ACR, V ACT) having a rated value (V NOM); at least a first varistor (8; 108; 208a; 308a; 408; 508a; 608R; 708R), connected between the first conducting line and the second conducting line, and having a breakdown voltage; and a control stage (10; 110, 112; 210, 212; 310, 312; 410; 510, 512; 610, 612; 710) cooperating with the first varistor and comprising a diagnostic device (112; 212; 312; 512; 612); characterized in that the diagnostic device (112; 212; 312; 512; 612) includes: a signaling circuit (120, 121; 220, 221; 320, 321, 322; 520, 521; 620R, 620S, 620T, 621) configured to alternatively signal a correct operating state or a malfunctioning state of the protection device; an impedance detection circuit (116, 117; 216, 217; 316, 317; 516, 517; 616R, 617R, 616S, 617S, 616T, 617T), configured to detect an impedance of the first varistor; and a driving network (118, 119, 125, 126; 218, 219, 225, 226; 312; 518, 519, 525, 526; 618, 619, 625R, 626R, 625S, 626S, 625T, 626T), coupled to the detection circuit and configured to drive the signaling circuit as a function of the impedance of the first varistor. a first conducting line (5; 105; 205; 305; 405; 505; 605R; 705R) and a second conducting line (6; 106; 206; 306; 406; 606; 705S), both connectable to a power source (2; 502; 602; 702) for receiving a supply voltage (V DC; V AC; V ACS, V ACR, V ACT) having a rated value (V NOM); at least a first varistor (8; 108; 208a; 308a; 408; 508a; 608R; 708R), connected between the first conducting line and the second conducting line, and having a breakdown voltage; and a control stage (10; 110, 112; 210, 212; 310, 312; 410; 510, 512; 610, 612; 710) cooperating with the first varistor and comprising a diagnostic device (112; 212; 312; 512; 612); characterized in that the diagnostic device (112; 212; 312; 512; 612) includes: a signaling circuit (120, 121; 220, 221; 320, 321, 322; 520, 521; 620R, 620S, 620T, 621) configured to alternatively signal a correct operating state or a malfunctioning state of the protection device; an impedance detection circuit (116, 117; 216, 217; 316, 317; 516, 517; 616R, 617R, 616S, 617S, 616T, 617T), configured to detect an impedance of the first varistor; and a driving network (118, 119, 125, 126; 218, 219, 225, 226; 312; 518, 519, 525, 526; 618, 619, 625R, 626R, 625S, 626S, 625T, 626T), coupled to the detection circuit and configured to drive the signaling circuit as a function of the impedance of the first varistor.
Process for the preparation of a sugar product from carbohydrate material, comprising the following steps: a) pretreating the carbohydrate material, b) liquefying the pretreated carbohydrate material with an enzyme composition at a temperature of 60°C to 65°C for 1 to 20 hours to produce a liquefied carbohydrate material, c) saccharifying the liquefied carbohydrate material with an enzyme composition at a temperature of 50°C to 60°C for 1 to 120 hours to produce a sugar product, wherein oxygen is added during saccharification, and d) optionally, recovering the sugar product. a) pretreating the carbohydrate material, b) liquefying the pretreated carbohydrate material with an enzyme composition at a temperature of 60°C to 65°C for 1 to 20 hours to produce a liquefied carbohydrate material, c) saccharifying the liquefied carbohydrate material with an enzyme composition at a temperature of 50°C to 60°C for 1 to 120 hours to produce a sugar product, wherein oxygen is added during saccharification, and d) optionally, recovering the sugar product.
Handle element for fastening to a syringe cylinder of a syringe, comprising a piston rod arranged on the handle element, a piston stopper being on one end thereof, the handle element being arranged directly behind the front end of the piston rod, to which the piston stopper can be fastened, characterised in that the handle element and the piston rod are captively interconnected by means of one or more connection webs before being fastened to the syringe cylinder, it being possible to separate the piston rod from the handle element by exceeding an actuating force upon the connection webs, and the diameter of a recess in the handle element being smaller than the diameter of a first, distal piston rod portion and/or the diameter of the piston stopper and larger than the diameter of a second, proximal piston rod portion, and the handle element and the piston rod having been produced together in an injection moulding method.
A motor driven training machine for simulating a plurality of existing training systems for an exercise, the motor driven training machine comprising: an interface configured to receive, based on one or more user inputs, a selection of an existing training system from a plurality of existing training systems for an exercise and at least one training parameter for the exercise, wherein each of the plurality of existing training systems for the exercise is associated with a respective load profile of a plurality of load profiles, wherein the motor driven training machine is configured to simulate the selected existing training system, by controlling one or more motors of the motor driven training machine in accordance with the respective load profile and the received at least one training parameter; characterised by processing means configured to: receive an identification of a user of the motor driven training machine; and obtain data comprising information associated with a joint and/or upper or lower extremity of the user based on the identification, wherein the motor driven training machine is further configured to indicate at least one alarm based on the selection and the information associated with the joint and/or upper or lower extremity of the user. an interface configured to receive, based on one or more user inputs, a selection of an existing training system from a plurality of existing training systems for an exercise and at least one training parameter for the exercise, wherein each of the plurality of existing training systems for the exercise is associated with a respective load profile of a plurality of load profiles, wherein the motor driven training machine is configured to simulate the selected existing training system, by controlling one or more motors of the motor driven training machine in accordance with the respective load profile and the received at least one training parameter; characterised by processing means configured to: receive an identification of a user of the motor driven training machine; and obtain data comprising information associated with a joint and/or upper or lower extremity of the user based on the identification, receive an identification of a user of the motor driven training machine; and obtain data comprising information associated with a joint and/or upper or lower extremity of the user based on the identification, wherein the motor driven training machine is further configured to indicate at least one alarm based on the selection and the information associated with the joint and/or upper or lower extremity of the user.
A method for transmitting a signal at a base station in a mobile communication system, the method comprising: performing repetition coding on an information bit to generate a plurality of information bits; obtaining a plurality of modulation symbols from the plurality of information bits; mapping the plurality of modulation symbols to one or more orthogonal frequency division multiplexing (OFDM) symbols; and transmitting the plurality of mapped modulation symbols, wherein the plurality of modulation symbols are mapped spaced apart from each other in a frequency domain when the plurality of modulation symbols are mapped to one OFDM symbol, and wherein at least two of the plurality of modulation symbols are mapped spaced apart from each other in the frequency domain to a same OFDM symbol. performing repetition coding on an information bit to generate a plurality of information bits; obtaining a plurality of modulation symbols from the plurality of information bits; mapping the plurality of modulation symbols to one or more orthogonal frequency division multiplexing (OFDM) symbols; and transmitting the plurality of mapped modulation symbols, wherein the plurality of modulation symbols are mapped spaced apart from each other in a frequency domain when the plurality of modulation symbols are mapped to one OFDM symbol, and wherein at least two of the plurality of modulation symbols are mapped spaced apart from each other in the frequency domain to a same OFDM symbol.
A heating/cooking equipment, comprising: a top plate; a heating unit configured to heat an object to be heated placed on the top plate; at least one electrode arranged under the top plate; a capacitance detecting unit configured to detect an electrostatic capacitance of the electrode, wherein the capacitance detecting unit detects a change in the electrostatic capacitance of the electrode by exploiting a change in capacitive coupling between the electrode and a reference potential; and a microcomputer (108, 109) configured to detect boiling over based on a value of the electrostatic capacitance of the electrode, and to control a heating operation of the heating unit based on a detection result of boiling over; characterized in that: the top plate is connected to a reference potential being a chassis grounded structure with a chassis sheet metal, or a reference potential slightly higher than ground. a top plate; a heating unit configured to heat an object to be heated placed on the top plate; at least one electrode arranged under the top plate; a capacitance detecting unit configured to detect an electrostatic capacitance of the electrode, wherein the capacitance detecting unit detects a change in the electrostatic capacitance of the electrode by exploiting a change in capacitive coupling between the electrode and a reference potential; and a microcomputer (108, 109) configured to detect boiling over based on a value of the electrostatic capacitance of the electrode, and to control a heating operation of the heating unit based on a detection result of boiling over; characterized in that: the top plate is connected to a reference potential being a chassis grounded structure with a chassis sheet metal, or a reference potential slightly higher than ground. the top plate is connected to a reference potential being a chassis grounded structure with a chassis sheet metal, or a reference potential slightly higher than ground.
A wave generator for a strain wave gearing for causing an external gear of the strain wave gearing that is capable of flexing in a radial direction to flex in a non-circular shape, for causing the external gear to partially mesh with a rigid internal gear (72, 73) of the strain wave gearing, and for causing a position where the external gear meshes with the internal gear (72, 73) to move in a circumferential direction in conjunction with rotation, the wave generator for the strain wave gearing comprising: a rigid plug provided with a plug-outer-circumferential surface having a non-circular shape, and an annular displacement body (83, 83A) provided with a plurality of radially arranged displacing sections, wherein each of the displacing sections functions as essentially rigid bodies in a radial direction of the annular displacement body (83, 83A) and is connected so as to be elastically displaceable in the radial direction relative to the displacing sections adjacent thereto, wherein each of the displacing sections is provided with a plug-contacting section in a state of sliding contact with the plug-outer-circumferential surface of the plug, and an external-gear-contacting section for flexing the external gear in the non-circular shape, wherein the plug-contacting sections are positioned on an inside in the radial direction with respect to the external-gear-contacting sections; characterized in that the annular displacement body (83, 83A) comprises a single bellows having a width and a thickness, the single bellows comprises a plurality of undulating bent portions and is molded into an annular shape joining both ends thereof; and the plurality of undulating bent portions of the bellows are arranged at equiangular intervals and function as the displacing sections a rigid plug provided with a plug-outer-circumferential surface having a non-circular shape, and an annular displacement body (83, 83A) provided with a plurality of radially arranged displacing sections, wherein each of the displacing sections functions as essentially rigid bodies in a radial direction of the annular displacement body (83, 83A) and is connected so as to be elastically displaceable in the radial direction relative to the displacing sections adjacent thereto, wherein each of the displacing sections is provided with a plug-contacting section in a state of sliding contact with the plug-outer-circumferential surface of the plug, and an external-gear-contacting section for flexing the external gear in the non-circular shape, wherein the plug-contacting sections are positioned on an inside in the radial direction with respect to the external-gear-contacting sections; characterized in that the annular displacement body (83, 83A) comprises a single bellows having a width and a thickness, the single bellows comprises a plurality of undulating bent portions and is molded into an annular shape joining both ends thereof; and the plurality of undulating bent portions of the bellows are arranged at equiangular intervals and function as the displacing sections
A multiband-compatible radio communication device capable of using a first frequency band and a second frequency band, the second frequency band being narrower than the first frequency band, the device comprising: a radio-frequency circuit portion; a first power amplifier and a second power amplifier each connected to the radio-frequency circuit portion; a first filter connected to the first power amplifier; a second filter connected to the second power amplifier; an antenna; and a switch configured to selectively connect the first filter or the second filter to the antenna, wherein a second pass band, which is a pass band of the second filter, includes a part of the first frequency band and the entire second frequency band, and a first pass band, which is a pass band of the first filter, includes the rest of the first frequency band. a radio-frequency circuit portion; a first power amplifier and a second power amplifier each connected to the radio-frequency circuit portion; a first filter connected to the first power amplifier; a second filter connected to the second power amplifier; an antenna; and a switch configured to selectively connect the first filter or the second filter to the antenna, wherein a second pass band, which is a pass band of the second filter, includes a part of the first frequency band and the entire second frequency band, and a first pass band, which is a pass band of the first filter, includes the rest of the first frequency band.
An adenoviral VA RNA nucleic acid comprising in 5'- to 3'-direction - a human U6 RNA promoter, and - an adenoviral VA RNA coding sequence of SEQ ID NO: 38. - a human U6 RNA promoter, and - an adenoviral VA RNA coding sequence of SEQ ID NO: 38.
A solid-state imaging device comprising: a supporting substrate that includes a concave portion; a solid-state imaging chip having a first surface that is bonded on the supporting substrate so as to seal the concave portion in a view-angle region which is a region in which a light receiving pixel of said solid-state imaging chip is arranged; a stress film having compressive stress that is formed on the first surface of the solid-state imaging chip; and an imaging surface of the chip is curved toward the concave portion at least in the view-angle region. wherein: the concave portion is in a vacuum state, the view-angle region of the solid-state imaging chip is curved by means of a differential pressure between the vacuum of the sealed concave portion and the atmospheric pressure and by means of stress of the stress film, the solid-state imaging chip is a backside-illumination type solid-state imaging chip, a supporting substrate that includes a concave portion; a solid-state imaging chip having a first surface that is bonded on the supporting substrate so as to seal the concave portion in a view-angle region which is a region in which a light receiving pixel of said solid-state imaging chip is arranged; a stress film having compressive stress that is formed on the first surface of the solid-state imaging chip; and an imaging surface of the chip is curved toward the concave portion at least in the view-angle region. wherein: the concave portion is in a vacuum state, the view-angle region of the solid-state imaging chip is curved by means of a differential pressure between the vacuum of the sealed concave portion and the atmospheric pressure and by means of stress of the stress film, the solid-state imaging chip is a backside-illumination type solid-state imaging chip, the concave portion is in a vacuum state, the view-angle region of the solid-state imaging chip is curved by means of a differential pressure between the vacuum of the sealed concave portion and the atmospheric pressure and by means of stress of the stress film, the solid-state imaging chip is a backside-illumination type solid-state imaging chip,
A semiconductor module case housing a semiconductor element and formed by injection molding into a box shape open on the bottom, the case having a rectangular shape in a plan view with an external terminal (12, 13, 14 15) disposed on a top face or a side face of the case, the external terminal (12, 13, 14 15) being electrically connected to the semiconductor element on the inside of the case and penetrating through the inside to the outside of the case, the case being characterised in that: a single first gate that is an entrance for a resin in a side face corresponding to a short side of the rectangular shape, wherein the first gate has a flat shape that is long in a width direction of the case; and the case is configured to be formed into a box shape with an open bottom so as to cover the top of a base plate and demarcates a space that houses multilayer substrates, the semiconductor element, and the encapsulating resin. the case having a rectangular shape in a plan view with an external terminal (12, 13, 14 15) disposed on a top face or a side face of the case, the external terminal (12, 13, 14 15) being electrically connected to the semiconductor element on the inside of the case and penetrating through the inside to the outside of the case, the case being characterised in that: a single first gate that is an entrance for a resin in a side face corresponding to a short side of the rectangular shape, wherein the first gate has a flat shape that is long in a width direction of the case; and the case is configured to be formed into a box shape with an open bottom so as to cover the top of a base plate and demarcates a space that houses multilayer substrates, the semiconductor element, and the encapsulating resin. a single first gate that is an entrance for a resin in a side face corresponding to a short side of the rectangular shape, wherein the first gate has a flat shape that is long in a width direction of the case; and the case is configured to be formed into a box shape with an open bottom so as to cover the top of a base plate and demarcates a space that houses multilayer substrates, the semiconductor element, and the encapsulating resin.