mhurhangee/ep-ind-claims huggingface dataset:
A cellulosic feedstock composition comprising: an oil content of up to 15% of said composition; a cellulose content of 40-99% of said composition; a hemicellulose content of 2-20% of said composition; a lignin content of less than 15% of said composition; a nitrogen containing organic compound content of less than 20% of said composition; a protein containing organic compound content of less than 20% of said composition; a mineral content of less than 5% of said composition; a sand content of less than 5% of said composition; and a dirt content of less than 25% of said composition wherein said composition is produced from a solid portion of a sewage suspension. an oil content of up to 15% of said composition; a cellulose content of 40-99% of said composition; a hemicellulose content of 2-20% of said composition; a lignin content of less than 15% of said composition; a nitrogen containing organic compound content of less than 20% of said composition; a protein containing organic compound content of less than 20% of said composition; a mineral content of less than 5% of said composition; a sand content of less than 5% of said composition; and a dirt content of less than 25% of said composition wherein said composition is produced from a solid portion of a sewage suspension.
An adapter element being connected or connectable to a deck of a transport platform, having a rim portion adapted to protrude from the deck of the transport platform for restraining loads placed on top of the deck at least in a lateral direction, and having legs (8, 12; 8, 12, 17, 18) including an inner leg (8; 8, 17, 18) and an outer leg, each comprising an engagement portion (9, 13; 9, 13, 19, 20) for being received and snap-fitted into a corresponding opening (10, 15) provided in the deck, wherein the outer leg is formed as a tab or tongue having a through hole which serves as an engagement portion of the outer leg, characterized in that the outer leg is elastically deformable and, compared to the inner leg (8;8), is slim in a direction orthogonal to an outer flank of the rim portion and relatively long in a downward direction, and the engagement portion of the inner leg (8; 8, 17, 18) is formed by one or more protrusions on the inner leg (8; 8, 17, 18).
A programmable integrated circuit device comprising: a configurable source; a data register that is configured to receive data from the configurable source; a plurality of data line segments forming a data line, each data line segment of the plurality of data line segments comprising configuration random access memory and a pipeline column, wherein the data register is configured to pipeline the data through each data line segment, and wherein the configurable source is configured to transmit new data to the data register as the data register pipelines the data through each data line segment, and wherein the plurality of pipeline columns allows new data to propagate down the data line; and a plurality of address registers, wherein each address register of the plurality of address registers corresponds to a respective data line segment of the plurality of data line segments, and wherein each address register of the plurality of address registers is configured to write the data into respective configuration random access memory of each respective data line segment. a configurable source; a data register that is configured to receive data from the configurable source; a plurality of data line segments forming a data line, each data line segment of the plurality of data line segments comprising configuration random access memory and a pipeline column, wherein the data register is configured to pipeline the data through each data line segment, and wherein the configurable source is configured to transmit new data to the data register as the data register pipelines the data through each data line segment, and wherein the plurality of pipeline columns allows new data to propagate down the data line; and a plurality of address registers, wherein each address register of the plurality of address registers corresponds to a respective data line segment of the plurality of data line segments, and wherein each address register of the plurality of address registers is configured to write the data into respective configuration random access memory of each respective data line segment.
A method of updating Global Positioning System almanac data comprising steps of: obtaining (104; 206) a current satellite almanac for a satellite constellation at a server in a communications infrastructure associated with a wireless device; determining which satellites in the satellite constellation lie over the horizon from an approximate position of the wireless device; creating (106; 210) a subset of the current satellite almanac in the server that includes satellite almanac data only for one or more satellites lying over the horizon from the approximate position of the wireless device; and transmitting (108; 212) the subset of the current satellite almanac from the server to the wireless device. obtaining (104; 206) a current satellite almanac for a satellite constellation at a server in a communications infrastructure associated with a wireless device; determining which satellites in the satellite constellation lie over the horizon from an approximate position of the wireless device; creating (106; 210) a subset of the current satellite almanac in the server that includes satellite almanac data only for one or more satellites lying over the horizon from the approximate position of the wireless device; and transmitting (108; 212) the subset of the current satellite almanac from the server to the wireless device.
Means for distribution of fog or steam from a first inlet to different first outlets at which respectively at least one line can be attached, - having a single-part or multiple-part first container (1, 3), - which has an opening for the first inlet for supplying a fog or gas flow transporting steam and - which in a second wall has openings for the first outlets, - having a single-part or multiple-part locking element which is movably disposed in the container (1, 3), - wherein the locking element has at least one hole which can be brought by means of a movement of the locking element at least partially into overlap with at least one of the first outlets or out of overlap with at least one of the first outlets, in order to expose or to close this first outlet - wherein the first container (1, 3) has a tub or a pot and a lid closing the tub or the pot, characterised in - that a floor of the tub or of the pot has the opening for the first inlet and the lid has the openings for the first outlets or that the floor of the tub or of the pot has the openings for the first outlets and the lid has the opening for the first inlet. - having a single-part or multiple-part first container (1, 3), - which has an opening for the first inlet for supplying a fog or gas flow transporting steam and - which in a second wall has openings for the first outlets, - having a single-part or multiple-part locking element which is movably disposed in the container (1, 3), - wherein the locking element has at least one hole which can be brought by means of a movement of the locking element at least partially into overlap with at least one of the first outlets or out of overlap with at least one of the first outlets, in order to expose or to close this first outlet - wherein the first container (1, 3) has a tub or a pot and a lid closing the tub or the pot, characterised in - that a floor of the tub or of the pot has the opening for the first inlet and the lid has the openings for the first outlets or that the floor of the tub or of the pot has the openings for the first outlets and the lid has the opening for the first inlet.
A refrigeration apparatus comprising a compressor, a condenser, an expansion mechanism, and an evaporator; an amount of water mixed in being controlled to 300 ppm or less relative to an amount of filled refrigerant; refrigerant containing R32 and refrigerator oil for lubricating the compressor being used, the refrigerator oil containing polyvinyl ether oil or polyol ester oil as base oil; and an acid scavenger being blended with the refrigerator oil, characterized in that the amount of air mixed in is controlled to 500 ppm or less relative to the amount of filled refrigerant; a discharged-gas temperature is controlled to 120°C or less; the refrigerant contains at least 60 wt% of R32; and the acid scavenger added in an amount of 1.0 to 5.0 wt% is blended with the refrigerator oil. an amount of water mixed in being controlled to 300 ppm or less relative to an amount of filled refrigerant; refrigerant containing R32 and refrigerator oil for lubricating the compressor being used, the refrigerator oil containing polyvinyl ether oil or polyol ester oil as base oil; and an acid scavenger being blended with the refrigerator oil, characterized in that the amount of air mixed in is controlled to 500 ppm or less relative to the amount of filled refrigerant; a discharged-gas temperature is controlled to 120°C or less; the refrigerant contains at least 60 wt% of R32; and the acid scavenger added in an amount of 1.0 to 5.0 wt% is blended with the refrigerator oil.
A bone implant for enclosing bone material, the bone implant comprising: a mesh having an inner surface and an outer surface opposing the inner surface, the inner surface configured to receive a bone material when the inner surface of the mesh is in an open configuration; and a plurality of projections disposed on or in discrete regions of the inner surface of the mesh, the plurality of projections extending from the discrete regions of the inner surface of the mesh and configured to engage a section of the inner surface of the mesh or a section of the outer surface of the mesh or both sections of the inner and outer surfaces of the mesh in a closed configuration so as to enclose the bone material; wherein the mesh is made of yarn that is monofilament or multifilament; characterized in that the plurality of projections are hooks. a mesh having an inner surface and an outer surface opposing the inner surface, the inner surface configured to receive a bone material when the inner surface of the mesh is in an open configuration; and a plurality of projections disposed on or in discrete regions of the inner surface of the mesh, the plurality of projections extending from the discrete regions of the inner surface of the mesh and configured to engage a section of the inner surface of the mesh or a section of the outer surface of the mesh or both sections of the inner and outer surfaces of the mesh in a closed configuration so as to enclose the bone material; wherein the mesh is made of yarn that is monofilament or multifilament; characterized in that the plurality of projections are hooks.
Device for deploying and pointing an item of equipment, comprising: - a mobile platform for receiving the equipment, - a support attached to a wall of a spacecraft, and - three identical linear actuators connecting the support to the mobile platform, the actuators being adapted to move the mobile platform in translation along an axis and to orient the mobile platform in rotation about two axes, characterised in that each linear actuator comprises: - a first portion connected to the mobile platform by a cardan joint, - a second portion connected to the support by a pivot connection, - a motor, and - a screw-nut connection interconnecting the first and second portion, the cardan joint of each actuator being adapted to prevent a rotation in the axis of the screw-nut connection such that the rotational actuation of the screw or nut by the motor brings about a translation between the first and second portion. - a mobile platform for receiving the equipment, - a support attached to a wall of a spacecraft, and - three identical linear actuators connecting the support to the mobile platform, the actuators being adapted to move the mobile platform in translation along an axis and to orient the mobile platform in rotation about two axes, - a first portion connected to the mobile platform by a cardan joint, - a second portion connected to the support by a pivot connection, - a motor, and - a screw-nut connection interconnecting the first and second portion,
A method for recovering CO 2 gas generated in a cement-manufacturing facility which preheats a cement material in a first preheater, then feeds the preheated cement material to a cement kiln having an atmosphere in an inner part held at high temperature and burns the fed cement material, comprising the steps of: feeding the cement material before calcination, which has been extracted from the first preheater, to a mixing calciner; heating a heat medium having a particle diameter larger than that of the cement material, to the calcination temperature or higher in a medium-heating furnace; feeding the heat medium to the mixing calciner; calcining the cement material before calcination with the heat medium in the mixing calciner; separating the cement material which has been calcined, from the heat medium; feeding the cement material which has been calcined, to the cement kiln; returning the heat medium to the medium heating furnace again and circulating the heat medium between the medium-heating furnace and the mixing calciner; and recovering the CO 2 gas generated by the calcination of the cement material in the mixing calciner. feeding the cement material before calcination, which has been extracted from the first preheater, to a mixing calciner; heating a heat medium having a particle diameter larger than that of the cement material, to the calcination temperature or higher in a medium-heating furnace; feeding the heat medium to the mixing calciner; calcining the cement material before calcination with the heat medium in the mixing calciner; separating the cement material which has been calcined, from the heat medium; feeding the cement material which has been calcined, to the cement kiln; returning the heat medium to the medium heating furnace again and circulating the heat medium between the medium-heating furnace and the mixing calciner; and recovering the CO 2 gas generated by the calcination of the cement material in the mixing calciner.
Crossmember, in particular front crossmember, for a motor vehicle, in particular a utility vehicle, comprising: a first chord, in particular an upper chord; a second chord, in particular a lower chord; a first shackle receiver for the releasable connection of an attachment to the crossmember; and a second shackle receiver for the releasable connection of an attachment to the crossmember; wherein the first shackle receiver and the second shackle receiver are integrated in one piece in the first chord and/or the second chord in an integral manner, characterized in that the first shackle receiver and the second shackle receiver extend starting from the first chord and/or the second chord. a first chord, in particular an upper chord; a second chord, in particular a lower chord; a first shackle receiver for the releasable connection of an attachment to the crossmember; and a second shackle receiver for the releasable connection of an attachment to the crossmember; wherein the first shackle receiver and the second shackle receiver are integrated in one piece in the first chord and/or the second chord in an integral manner, characterized in that the first shackle receiver and the second shackle receiver extend starting from the first chord and/or the second chord.
A lamp socket comprising: a socket main body comprising a contact hole formed therein; and a power-applying member coupled to the socket main body through the contact hole, and provided with a lamp connection terminal, an inverter connection terminal, and a terminal connection part connected with the lamp connection terminal in a bent form so as to connect the lamp connection terminal with the inverter connection terminal, wherein the terminal connection part that is in a bent form is connected to the inverter connection terminal, an inverter insertion hole formed in the socket main body and connected to the contact hole, wherein the lamp connection terminal, the terminal connection part, and the inverter connection terminal are integrally formed in a body, wherein the power-applying member is composed of a conductive material, characterized in that the lamp connection terminal comprises a first plate comprising a first guide groove into which a lamp is inserted, and a plate spring arranged on one side of the first plate to pressingly fix the lamp inserted into the first guide groove, the first guide groove includes a slot that extends in the extending direction of the contact hole, and includes a indentation extending from the bottom of the slot, in a different direction from the extending direction, to receive the electrode of a lamp therein. a socket main body comprising a contact hole formed therein; and a power-applying member coupled to the socket main body through the contact hole, and provided with a lamp connection terminal, an inverter connection terminal, and a terminal connection part connected with the lamp connection terminal in a bent form so as to connect the lamp connection terminal with the inverter connection terminal, wherein the terminal connection part that is in a bent form is connected to the inverter connection terminal, an inverter insertion hole formed in the socket main body and connected to the contact hole, wherein the lamp connection terminal, the terminal connection part, and the inverter connection terminal are integrally formed in a body, wherein the power-applying member is composed of a conductive material, characterized in that the lamp connection terminal comprises a first plate comprising a first guide groove into which a lamp is inserted, and a plate spring arranged on one side of the first plate to pressingly fix the lamp inserted into the first guide groove, the first guide groove includes a slot that extends in the extending direction of the contact hole, and includes a indentation extending from the bottom of the slot, in a different direction from the extending direction, to receive the electrode of a lamp therein.
An adhesive structure comprising a planar surface having two sides and protrusions extending from at least one of said sides, wherein the planar surface is a polymeric film and the protrusions are integral with said film, wherein the polymeric film is selected from a biodurable polymer film or a thermoplastic polymer film, characterized in that the protrusions are rectangular cuboid-based protrusions having pyramidal tips.
A recombinant microorganism of the genus Escherichia having enhanced L-tryptophan productivity, wherein the recombinant microorganism has been modified to express yeast anthranilate phosphoribosyltransferase.
A detection system for detecting a level of a molten bath or non-molten scrap for a melting furnace, defining a vertical direction Z, comprising two or more electrodes (4, 5, 6), a plurality of electromagnetic receiving coils (1', 1", 1′′′) configured to detect only one electromagnetic field generated by a circulation of electric current in an electric circuit consisting of at least two of the two or more electrodes (4, 5, 6), at least one electric arc and the molten bath contained in said melting furnace, wherein the plurality of electromagnetic receiving coils (1', 1", 1′′′) are arranged at different heights along the vertical direction Z above a bottom of the furnace, characterized in that an upper coil of the plurality of electromagnetic receiving coils (1', 1", 1′′′) is always placed above a higher plane of maximum level of liquid steel, which the molten bath can reach in the furnace during melting operation, and in that the plurality of electromagnetic receiving coils (1', 1", 1′′′) are provided with a cooling device incorporated in the coils.
A power device comprising: a plurality of channels connectable to a plurality of conductors in a plurality of lines (114, 204), each one of the channels being connectable to a different one of the lines (114, 204) than the other channels, wherein the channels deliver direct current power signals to connected conductors for a plurality of load devices (106, 108, 110, 112, 202); a power communicator, wherein the power communicator is configured to communicate with the load devices (106, 108, 110, 112, 202) over the conductors that propagate the direct current power signals, wherein the power communicator is configured to determine a target power level for the load devices (106, 108, 110, 112, 202) based on the communication over the conductors, wherein each one of the channels is configured to provide one of the direct current power signals and the communication for one of the lines (114, 204), and wherein the channels are configured to adjust an amount of power in the direct current power signals to match the target power levels of the load devices (106, 108, 110, 112, 202); and a processor configured to interleave the direct current power signals on the lines (114, 204) such that the direct current power signals are out of phase with each other, wherein a load factor of the power device increases from the interleaving of the direct current power signals and the direct current power signal on each one of the lines (114, 204) is periodic. a plurality of channels connectable to a plurality of conductors in a plurality of lines (114, 204), each one of the channels being connectable to a different one of the lines (114, 204) than the other channels, wherein the channels deliver direct current power signals to connected conductors for a plurality of load devices (106, 108, 110, 112, 202); a power communicator, wherein the power communicator is configured to communicate with the load devices (106, 108, 110, 112, 202) over the conductors that propagate the direct current power signals, wherein the power communicator is configured to determine a target power level for the load devices (106, 108, 110, 112, 202) based on the communication over the conductors, wherein each one of the channels is configured to provide one of the direct current power signals and the communication for one of the lines (114, 204), and wherein the channels are configured to adjust an amount of power in the direct current power signals to match the target power levels of the load devices (106, 108, 110, 112, 202); and a processor configured to interleave the direct current power signals on the lines (114, 204) such that the direct current power signals are out of phase with each other, wherein a load factor of the power device increases from the interleaving of the direct current power signals and the direct current power signal on each one of the lines (114, 204) is periodic.