mhurhangee/ep-ind-claims huggingface dataset:
A method of forming one or more lining layers in a cathode shell of an aluminum electrolysis cell, wherein one or more layers of at least one lining material is poured onto the bottom of the cathode shell, each layer is spread and leveled over the surface of the cathode shell, characterized in that a layer of the lining material is poured and simultaneously spread and leveled over the surface of the cathode shell by means of a belt-roller sector gate, wherein leveling is carried out at a preset level determined by the plane of the upper edge of the cathode shell of the aluminum electrolysis cell, wherein one or more lining layers are formed in succession with similar or different physical and performance properties specified according to the process.
A system for heat recovery from exhaust gases, comprising: - a cogeneration unit associated with a first exchanger, such first exchanger being configured to allow a heat exchange between a fluid flow and an exhaust gas flow at a higher temperature; - a heat pump, comprising an evaporator and a condenser; - a primary circuit connecting the heat pump to the cogeneration unit; - a secondary circuit connecting the heat pump to a second exchanger, placed downstream of the first heat exchanger and fed with the exhaust gas from said first heat exchanger, said secondary circuit being adapted to convey a flow of fluid in such a way to exchange heat with said second exchanger and the evaporator of the heat pump, said heat pump being configured so as to cool the fluid flow before its entry into the second exchanger; characterized in that it comprises a separation exchanger, adapted to connect the primary circuit to a heat distribution network to one or more thermal users, said separation exchanger being associated with a pump, adapted to adjust the inlet flow to the separation exchanger on the side of said distribution network so as to maintain constant and at a predetermined value the temperature of the fluid exiting the separation exchanger from the side of the primary circuit. - a cogeneration unit associated with a first exchanger, such first exchanger being configured to allow a heat exchange between a fluid flow and an exhaust gas flow at a higher temperature; - a heat pump, comprising an evaporator and a condenser; - a primary circuit connecting the heat pump to the cogeneration unit; - a secondary circuit connecting the heat pump to a second exchanger, placed downstream of the first heat exchanger and fed with the exhaust gas from said first heat exchanger, said secondary circuit being adapted to convey a flow of fluid in such a way to exchange heat with said second exchanger and the evaporator of the heat pump, said heat pump being configured so as to cool the fluid flow before its entry into the second exchanger;
A gas-effusing particulate composition comprising particles having an external surface, a plurality of internal voids within the particles, a plurality of restrictive passageways within the particles, and an edible gas contained with the internal voids at a second high pressure; wherein the particles are amorphous, low-density gas-injected particles comprising at least 60%, on a total weight basis including moisture, of skimmed milk powder and/or non-fat dry milk powder; wherein the restrictive passageways provide gaseous communication between the internal voids and the external surface; wherein the restrictive passageways have a restrictive diameter of less than 1 μm; wherein the restrictive diameter is effective for allowing the edible gas to pass through the restrictive passageways from the external surface into the internal voids when the particles are contacted with the edible gas at a first high pressure to provide particles in which the internal voids contain the edible gas at the second high pressure and allowing the gas within the internal voids at the second high pressure to escape slowly and controllably from the internal voids through the restrictive passageways when the particles are removed from contact with the gas at the first high pressure; wherein the second high pressure is equal to or less than the first high pressure but is greater than ambient pressure; and wherein the particles having the internal voids containing the edible gas at the second high pressure, when contacted with an aqueous based medium, quickly dissolve, thereby releasing the edible gas from the internal voids into the aqueous based medium to provide a foam, froth, or aerated texture to the aqueous based medium.
Laser clock signal generator for controlling a laser beam generator for generating pulsed laser radiation with a clock signal output which can be supplied to the laser beam generator and a basic clock generator which generates a basic clock signal which can be output at the clock signal output, a clock signal specification input for connecting an external clock specification signal, wherein there is provided a control unit which controls the basic clock generator, and having an overclocking protection device which is arranged between the basic clock generator and the clock signal output.
Apparatus for attenuating a parallel resonant circuit, having a parallel resonant circuit having a secondary inductance and a first capacitance, wherein a signal can be inductively coupled into the secondary inductance via a primary inductance; wherein an attenuation element having a switching device is arranged connected in parallel with the secondary inductance, characterized in that a link point between the parallel resonant circuit and the switching device is connected to an inverting input of an operational amplifier; wherein, in the switching device, a first transistor is arranged between the link point and a first potential and a second transistor is arranged between the link point and a first earth potential (GndB); and wherein the control inputs of the two transistors (T1, T2) are connected to a signal output of the operational amplifier.
A rubber composition comprising: 100 parts by weight of at least one conjugated diene based elastomer; a reinforcing filler comprising a combination of carbon black and silica, wherein said silica is a composite comprising a silica, preferably precipitated silica, pre-treated with a silica coupling agent, wherein said coupling agent comprises: bis(3-triethoxysilylpropyl) polysulfide having an average of from 2 to 4 connecting sulfur atoms in its polysulfidic bridge, or an alkoxyorganomercaptosilane, and a sulfur curative comprising sulfur and a sulfenamide sulfur cure accelerator, wherein the sulfur curative is exclusive of a diphenyl guanidine sulfur cure accelerator; wherein said sulfenamide sulfur cure accelerator comprises at least one of N-tert-butyl benzothiazole-2-sulfenamide, N-oxydiethylene benzothiazole-2-sulfenamide, N-cyclohexyl benzothiazole-2-sulfenamide and N-tert-benzothiazole-2-sulfenamide; characterized in that the sulfur curative further comprises a 1,6-bis (N,N'-dibenzylthiocarbamyldithio)-hexane crosslinking agent. 100 parts by weight of at least one conjugated diene based elastomer; a reinforcing filler comprising a combination of carbon black and silica, wherein said silica is a composite comprising a silica, preferably precipitated silica, pre-treated with a silica coupling agent, wherein said coupling agent comprises: bis(3-triethoxysilylpropyl) polysulfide having an average of from 2 to 4 connecting sulfur atoms in its polysulfidic bridge, or an alkoxyorganomercaptosilane, and bis(3-triethoxysilylpropyl) polysulfide having an average of from 2 to 4 connecting sulfur atoms in its polysulfidic bridge, or an alkoxyorganomercaptosilane, and a sulfur curative comprising sulfur and a sulfenamide sulfur cure accelerator, wherein the sulfur curative is exclusive of a diphenyl guanidine sulfur cure accelerator;
A VISTA agonist for use in treating an autoimmune, allergic, or inflammatory disease condition wherein B cells or antibody responses are involved in the disease pathology in a subject by promoting or increasing VISTA-mediated inhibition of humoral immunity, wherein the VISTA agonist is a VISTA-Ig polypeptide conjugate comprising at least one VISTA polypeptide or fragment thereof attached to an entire Fc region or a fragment of an Fc region of an antibody, and wherein the use further includes the administration of an iNOS/NO promoter that promotes nitric oxide or the synthesis of nitric oxide, or nitric oxide.
A strapping assembly, comprising: a flexible member comprising: a first end comprising: a first surface; a second surface opposing the first surface; first attachment elements (272, 276); and an aperture extending from the first surface to the second surface; and a second end comprising: a third surface; a fourth surface opposing the third surface; and second attachment elements (271, 273, 277) and configured to releasably couple to the first attachment elements (272, 276), thereby securing the first and second attachment elements such that a portion of the first surface is adjacent to a portion of the fourth surface and a portion of the second surface is adjacent to a portion of the third surface when a portion of the second end is inserted through the aperture; characterised in that the first attachment elements (272, 276) comprise at least one first magnet or ferrous material and the second attachment elements (271, 273, 277) comprise at least one second magnet or ferrous material that provides at least a portion of a magnetic coupling force used to releasably couple the first attachment elements (272, 276) to the second attachment elements (271, 273, 277). a first end comprising: a first surface; a second surface opposing the first surface; first attachment elements (272, 276); and an aperture extending from the first surface to the second surface; and a first surface; a second surface opposing the first surface; first attachment elements (272, 276); and an aperture extending from the first surface to the second surface; and a second end comprising: a third surface; a fourth surface opposing the third surface; and second attachment elements (271, 273, 277) and configured to releasably couple to the first attachment elements (272, 276), thereby securing the first and second attachment elements such that a portion of the first surface is adjacent to a portion of the fourth surface and a portion of the second surface is adjacent to a portion of the third surface when a portion of the second end is inserted through the aperture; a third surface; a fourth surface opposing the third surface; and second attachment elements (271, 273, 277) and configured to releasably couple to the first attachment elements (272, 276), thereby securing the first and second attachment elements such that a portion of the first surface is adjacent to a portion of the fourth surface and a portion of the second surface is adjacent to a portion of the third surface when a portion of the second end is inserted through the aperture; characterised in that the first attachment elements (272, 276) comprise at least one first magnet or ferrous material and the second attachment elements (271, 273, 277) comprise at least one second magnet or ferrous material that provides at least a portion of a magnetic coupling force used to releasably couple the first attachment elements (272, 276) to the second attachment elements (271, 273, 277).
A card disposal apparatus that disposes of cards dealt on a game table from a dealing shoe, after use in a game, the card disposal apparatus comprising: an ejection port that receives the cards to be disposed of; a disposal card stocker that receives the cards put in the ejection port; and the disposal card stocker including multiple pockets that are partitioned by multiple partitions, each of the pockets having a structure capable of sequentially receiving cards that are dealt from the dealing shoe, that are used in the game and that are collected, and capable of receiving in use all cards that remain in the dealing shoe without being used, the multiple pockets of the disposal card stocker having structures capable of moving relative to a main body of the apparatus and capable of receiving different sets of cards respectively, and further having structures of being detachable from the main body of the apparatus wherein, in use the cards dealt originate from multiple decks of cards comprised in the set of cards given in a package state where the multiple decks of cards are shuffled and packed, each package having a different bar code provided on the package, and the card disposal apparatus further comprises a reading device that reads ID information identifying an individual set of cards from the bar code. an ejection port that receives the cards to be disposed of; a disposal card stocker that receives the cards put in the ejection port; and the disposal card stocker including multiple pockets that are partitioned by multiple partitions, each of the pockets having a structure capable of sequentially receiving cards that are dealt from the dealing shoe, that are used in the game and that are collected, and capable of receiving in use all cards that remain in the dealing shoe without being used, the multiple pockets of the disposal card stocker having structures capable of moving relative to a main body of the apparatus and capable of receiving different sets of cards respectively, and further having structures of being detachable from the main body of the apparatus wherein, in use the cards dealt originate from multiple decks of cards comprised in the set of cards given in a package state where the multiple decks of cards are shuffled and packed, each package having a different bar code provided on the package, and the card disposal apparatus further comprises a reading device that reads ID information identifying an individual set of cards from the bar code.
Method for operating a more highly automated vehicle, in particular a highly automated vehicle, comprising the steps of: S1 providing a digital map, preferably a highly accurate digital map, in a driver assistance system of the more highly automated vehicle; S2 determining a current vehicle position and locating the vehicle position in the digital map; S3 providing an expected target traffic density at the vehicle position; S4 determining a current actual traffic density in an environment of the more highly automated vehicle; S5 comparing the actual traffic density with the target traffic density and determining a difference value as the result of the comparison; characterized in that the method comprises the further step of: S6 checking the plausibility of the vehicle position of the more highly automated vehicle at least partially on the basis of the difference value. S1 providing a digital map, preferably a highly accurate digital map, in a driver assistance system of the more highly automated vehicle; S2 determining a current vehicle position and locating the vehicle position in the digital map; S3 providing an expected target traffic density at the vehicle position; S4 determining a current actual traffic density in an environment of the more highly automated vehicle; S5 comparing the actual traffic density with the target traffic density and determining a difference value as the result of the comparison; S6 checking the plausibility of the vehicle position of the more highly automated vehicle at least partially on the basis of the difference value.
A 2D occupancy system for determining a position of a user in an environment, the system comprising a host device and a plurality of event detection devices connected through a network, at least one of the plurality of event detection devices being a low resolution detection device with a resolution of about 4000 pixels in total or below, each event detection device having a viewing angle and the viewing angle of any event detection device overlapping with the viewing angle of at least one other event detection device, in which at least one event detection device furthermore comprises: - an array of photosensors, - a storage unit connected to said array for storing a reference frame of pixel values in which each pixel value is indicative of light energy received at a particular photosensor at a specific time, - correlation means connected to said array and to said storage unit for correlating an arrangement of said pixel values of said reference frame with at least one sample frame of pixel values formed in response to light energy received at said array subsequent to said specific time; and - computing means, responsive to detection of correlations by said correlation means, for generating an attitudinal signal representing optical flow of pixel values of said at least one sample frame relative to said pixel values of said reference frame, said attitudinal signal thereby representing movement of the user in the environment, said at least one event detection device being adapted to transmit said attitudinal signal to said host device as event information; and the host device comprising: - an input port for receiving event information related to presence of users in the environment, from the plurality of event detection devices, and - a processing unit for determining the position of the user in the environment from the event information from particular event detection devices at a same time-stamp. - an array of photosensors, - a storage unit connected to said array for storing a reference frame of pixel values in which each pixel value is indicative of light energy received at a particular photosensor at a specific time, - correlation means connected to said array and to said storage unit for correlating an arrangement of said pixel values of said reference frame with at least one sample frame of pixel values formed in response to light energy received at said array subsequent to said specific time; and - computing means, responsive to detection of correlations by said correlation means, for generating an attitudinal signal representing optical flow of pixel values of said at least one sample frame relative to said pixel values of said reference frame, said attitudinal signal thereby representing movement of the user in the environment, - an input port for receiving event information related to presence of users in the environment, from the plurality of event detection devices, and - a processing unit for determining the position of the user in the environment from the event information from particular event detection devices at a same time-stamp.
A take-off arm for a bale opener for taking off fiber flocks from fiber bales, having a housing, at least one take-off unit having an axial length, wherein the take-off unit is designed as a detaching roller having take-off teeth and a pressing element, wherein the pressing element, wherein the pressing element is mounted on the take-off arm in such a way that the pressing element contacts the fiber bales when the take-off arm is lowered onto the fiber bales, characterized in that the pressing element is designed as a grid having hold-down plates or as a guide plate or as at least one pressing roller and in that the pressing element is connected to the housing via load cells.
A dynamic torque sensing device of a thread-on freewheel structure, comprising a thread-on freewheel sensing body, a fixed housing and a sensor, wherein the thread-on freewheel sensing body and the fixed housing are rotatable relative to each other, and the sensor is configured to sense a torque of the thread-on freewheel sensing body; and characterized in that the thread-on freewheel sensing body comprises a thread-on freewheel sensing body relative fixing portion, a thread-on freewheel sensing body relative rotating portion and a thread-on freewheel sensing body transition portion; wherein the thread-on freewheel sensing body relative fixing portion, the thread-on freewheel sensing body transition portion and the thread-on freewheel sensing body relative rotating portion are sequentially arranged along an axial direction of the thread-on freewheel sensing body, and the thread-on freewheel sensing body transition portion is configured to connect the thread-on freewheel sensing body relative fixing portion to the thread-on freewheel sensing body relative rotating portion, wherein an inner cavity of the thread-on freewheel sensing body relative fixing portion is provided with a bearing, and wherein an inner cavity of the thread-on freewheel sensing body relative rotating portion is provided with a bearing, and an outer surface of the thread-on freewheel sensing body relative rotating portion is provided with a thread to be connected to a thread-on freewheel. characterized in that the thread-on freewheel sensing body comprises a thread-on freewheel sensing body relative fixing portion, a thread-on freewheel sensing body relative rotating portion and a thread-on freewheel sensing body transition portion; wherein the thread-on freewheel sensing body relative fixing portion, the thread-on freewheel sensing body transition portion and the thread-on freewheel sensing body relative rotating portion are sequentially arranged along an axial direction of the thread-on freewheel sensing body, and the thread-on freewheel sensing body transition portion is configured to connect the thread-on freewheel sensing body relative fixing portion to the thread-on freewheel sensing body relative rotating portion, wherein an inner cavity of the thread-on freewheel sensing body relative fixing portion is provided with a bearing, and wherein an inner cavity of the thread-on freewheel sensing body relative rotating portion is provided with a bearing, and an outer surface of the thread-on freewheel sensing body relative rotating portion is provided with a thread to be connected to a thread-on freewheel.
A rotor blade for a wind turbine, comprising: at least one blade segment comprising at least one shell member defining an airfoil surface, the at least one shell member comprising a sandwich panel configuration, the sandwich panel configuration comprising one or more inner skin layers, a core material, and one or more outer skin layers, the one or more outer skin layers comprising one or more first fibers, the one or more inner skin layers comprising one or more second fibers, wherein the one or more first fibers are different than the one or more second fibers, the one or more first fibers of the one or more outer skin layers comprising a higher elastic modulus than an elastic modulus of the one or more second fibers of the one or more inner skin layers, wherein the core material is placed between the one or more outer skin layers and the one or more inner skin layers, and wherein the core material comprises at least one of foam or wood. at least one blade segment comprising at least one shell member defining an airfoil surface, the at least one shell member comprising a sandwich panel configuration, the sandwich panel configuration comprising one or more inner skin layers, a core material, and one or more outer skin layers, the one or more outer skin layers comprising one or more first fibers, the one or more inner skin layers comprising one or more second fibers, wherein the one or more first fibers are different than the one or more second fibers, the one or more first fibers of the one or more outer skin layers comprising a higher elastic modulus than an elastic modulus of the one or more second fibers of the one or more inner skin layers, wherein the core material is placed between the one or more outer skin layers and the one or more inner skin layers, and wherein the core material comprises at least one of foam or wood.