mhurhangee/ep-ind-claims huggingface dataset:
A Codebook Subset Restriction, CSR, bitmap transmission method of an evolved Node B, eNB, in transmission mode 9 as introduced with 3GPP LTE Release 10 for communication with 8 antenna ports in a wireless communication system, the method comprising: generating a CSR bitmap, the CSR bitmap including at least one bit corresponding to restricted precoding matrix indicators, PMIs, and rank indicators that are not allowed to be reported by a user equipment and at least one bit indicating unrestricted PMIs that are allowed to be reported by the user equipment; transmitting the CSR bitmap to the user equipment; and wherein the CSR bitmap includes 53 bits corresponding to a first codebook and 56 bits corresponding to a second codebook, the second codebook comprising one precoding matrix for each of ranks 5 to 8, with a a f ( v)+ i 1 -th bit corresponding to a codebook index i 1 and a layer v and a a 53+ f ( v)+ i 2 -th bit corresponding to a codebook index i 2 and the layer v, and wherein the codebook indices i1 and i2 indicate a precoding index in the first and second codebook, respectively, and wherein the f ( v) and the f ( v) are defined as the following equations, respectively: f 1 v = { 0 for v = 1 16 for v = 2 32 for v = 3 36 for v = 4 40 for v = 5 44 for v = 6 48 for v = 7 52 for v = 8, and f 2 v = { 0 for v = 1 16 for v = 2 32 for v = 3 48 for v = 4. generating a CSR bitmap, the CSR bitmap including at least one bit corresponding to restricted precoding matrix indicators, PMIs, and rank indicators that are not allowed to be reported by a user equipment and at least one bit indicating unrestricted PMIs that are allowed to be reported by the user equipment; transmitting the CSR bitmap to the user equipment; and wherein the CSR bitmap includes 53 bits corresponding to a first codebook and 56 bits corresponding to a second codebook, the second codebook comprising one precoding matrix for each of ranks 5 to 8, with a a f ( v)+ i 1 -th bit corresponding to a codebook index i 1 and a layer v and a a 53+ f ( v)+ i 2 -th bit corresponding to a codebook index i 2 and the layer v, and wherein the codebook indices i1 and i2 indicate a precoding index in the first and second codebook, respectively, and wherein the f ( v) and the f ( v) are defined as the following equations, respectively: f 1 v = { 0 for v = 1 16 for v = 2 32 for v = 3 36 for v = 4 40 for v = 5 44 for v = 6 48 for v = 7 52 for v = 8, and f 2 v = { 0 for v = 1 16 for v = 2 32 for v = 3 48 for v = 4.
Apparatus for storing or transporting a valuable item, the apparatus comprising an inner cassette for receiving the valuable item and an outer case in which the inner cassette may be received, the inner cassette comprising means for communicating with the outer case, means for detecting interference with the inner cassette and a spoiling system, the outer case comprising means for communicating with the inner cassette, characterised in that the outer case further comprises means for detecting interference with the outer case, wherein the spoiling system is configured to be activated in the event that the means for detecting interference with the inner cassette detects interference with the inner cassette or in the event that the means for detecting interference with the outer case detects interference with the outer case, and wherein the apparatus further comprises an optical system comprising a photo detector positioned on the inner cassette and a photo transmitter positioned on the outer case, the optical system being configured to cause the spoiling system to be activated when a control system of the spoiling system detects that an infra-red signal between the photo transmitter and the photo detector has been lost for a predetermined period of time.
An electric walk behind greens mower, comprising: an electric reel motor rotating a cutting reel; an electric traction motor rotating at least one traction drive roller (122, 124); characterized by a key switch having an off position, a run position and a start position; and a battery management system connected to the key switch configured to activate a low voltage power supply if the key switch is turned from the off position to the run position, and configured to provide a start signal to an electronic control unit if the key switch is momentarily turned from the run position to the start position whereby the electronic control unit is configured to activate a high voltage power supply to the electric reel motor and the electric traction motor. an electric reel motor rotating a cutting reel; an electric traction motor rotating at least one traction drive roller (122, 124); characterized by a key switch having an off position, a run position and a start position; and a battery management system connected to the key switch configured to activate a low voltage power supply if the key switch is turned from the off position to the run position, and configured to provide a start signal to an electronic control unit if the key switch is momentarily turned from the run position to the start position whereby the electronic control unit is configured to activate a high voltage power supply to the electric reel motor and the electric traction motor.
A hard coat composition for forming a silicone based hardening coating film characterized in that said hard coat composition consists of a hydrolysate of alkoxysilane whose main body is trialkoxysilane containing a monoepoxy organic group as a matrix formation ingredient, titanium based metal oxide complex particle as an optical interference control agent, wherein said titanium based metal oxide complex particle consists of TiO 2 as a main body, SiO 2 as a major sub-ingredient, and further, ZrO 2 and K 2 O as a trace sub-ingredient; and optionally at least one component selected from the group consisting of catalyst, organic metal compound as a hardening agent, metal oxid particle, diluent solvent, surfactant, UV absorbent, antioxidant agent, disperse dye, and antistatic agent.
Method for making a batch of ocular microimplants, each microimplant having a diameter of 0.483 mm (0.019 inches) or less and comprising a homogeneous mixture of one or more active ingredients, a bioerodible polylactic acid-polyglycolic acid copolymer and a bioerodible polylactic acid-polyglycolic acid copolymer having a free acid end group, characterized in that the batch has a relative mass standard deviation of 2 %or less and the diameters of the microimplants differ by no more than ±7.62 μm (±0.0003 inches) from the mean diameter, comprising the steps of sorting particles of one or more active ingredients, polymers and/or other optional excipients to have tolerances in particle size of +/- 10% of the desired target diameter, blending these particles into a mixture, extruding this mixture into filaments and cutting these filaments into desired microimplants.
A method for producing sintered aluminum nitride granules comprising the steps of: reductively nitrogenating porous alumina granules, said granules having an average particle size of 10 to 200 μm and a BET specific surface area of 2 to 250 m 2 /g, at a temperature of 1400°C or more and 1700°C or less so as to obtain porous aluminum nitride granules having a BET specific surface area of 0.5 to 50 m 2 /g; and sintering the porous aluminum nitride granules obtained in the step of reduction-nitridation at a temperature of 1600°C or more and 1900°C or less until so that the obtained sintered aluminium nitride granules have a BET specific surface area of 0.05 to 0.5 m 2 /g and a volume of pores having 2 μm or less of pore diameter of 0.1 cm 3 /g or less. reductively nitrogenating porous alumina granules, said granules having an average particle size of 10 to 200 μm and a BET specific surface area of 2 to 250 m 2 /g, at a temperature of 1400°C or more and 1700°C or less so as to obtain porous aluminum nitride granules having a BET specific surface area of 0.5 to 50 m 2 /g; and sintering the porous aluminum nitride granules obtained in the step of reduction-nitridation at a temperature of 1600°C or more and 1900°C or less until so that the obtained sintered aluminium nitride granules have a BET specific surface area of 0.05 to 0.5 m 2 /g and a volume of pores having 2 μm or less of pore diameter of 0.1 cm 3 /g or less.
A computer implemented method for selecting and/or matching color, the method comprising: providing a database (20, 24) of digital images of colors captured using an image capture device and metadata related to the colors; a user using one or more search criteria to identify one or more of the digital image colors; displaying the digital images of the identified colors surrounded by a consistent gray background on a screen; a user selecting a color of interest from the displayed colors; using the metadata to identify additional information related to the color of interest; displaying the digital image of the color of interest and the additional information; using a color visualization tool, in which the color of interest can be visualized on a three dimensional representation of a manufactured article; and a user using the displayed digital image of the color of interest and the additional information to make a final color selection. providing a database (20, 24) of digital images of colors captured using an image capture device and metadata related to the colors; a user using one or more search criteria to identify one or more of the digital image colors; displaying the digital images of the identified colors surrounded by a consistent gray background on a screen; a user selecting a color of interest from the displayed colors; using the metadata to identify additional information related to the color of interest; displaying the digital image of the color of interest and the additional information; using a color visualization tool, in which the color of interest can be visualized on a three dimensional representation of a manufactured article; and a user using the displayed digital image of the color of interest and the additional information to make a final color selection.
Floor assembly for an aircraft, comprising: - a multiplicity of supports which are configured to be fastened in pairs to opposite sides of a frame of the aircraft; and - a monolithic, self-supporting floor element consisting of at least two longitudinal members (101, 200), a floor plate arranged on the longitudinal members (101, 200) and a respective connecting element arranged at each end of each of the longitudinal members (101, 200), wherein each of the multiplicity of supports has a horizontal supporting surface, which is dimensioned in such a manner that one or two connecting elements can rest thereon, and absorbs vertical loads of the one or of the two connecting elements resting thereon and transmits said loads into the frame, wherein the floor element is fastened exclusively to the frame by placing of each connecting element on at least one portion of the supporting surface of a corresponding support and by fastening of each connecting element to the corresponding support, and wherein the floor plate extends in the direction of the longitudinal members at least between two supports fastened in pairs. - a multiplicity of supports which are configured to be fastened in pairs to opposite sides of a frame of the aircraft; and - a monolithic, self-supporting floor element consisting of at least two longitudinal members (101, 200), a floor plate arranged on the longitudinal members (101, 200) and a respective connecting element arranged at each end of each of the longitudinal members (101, 200), wherein each of the multiplicity of supports has a horizontal supporting surface, which is dimensioned in such a manner that one or two connecting elements can rest thereon, and absorbs vertical loads of the one or of the two connecting elements resting thereon and transmits said loads into the frame, wherein the floor element is fastened exclusively to the frame by placing of each connecting element on at least one portion of the supporting surface of a corresponding support and by fastening of each connecting element to the corresponding support, and wherein the floor plate extends in the direction of the longitudinal members at least between two supports fastened in pairs. wherein each of the multiplicity of supports has a horizontal supporting surface, which is dimensioned in such a manner that one or two connecting elements can rest thereon, and absorbs vertical loads of the one or of the two connecting elements resting thereon and transmits said loads into the frame, wherein the floor element is fastened exclusively to the frame by placing of each connecting element on at least one portion of the supporting surface of a corresponding support and by fastening of each connecting element to the corresponding support, and wherein the floor plate extends in the direction of the longitudinal members at least between two supports fastened in pairs.
Filling apparatus for filling a refrigerant-receiving compartment, which is assigned to a cooling container for cooling products, with carbon dioxide snow, having a supply unit and having a filling pistol which is couplable to the supply unit, wherein the filling pistol has an expansion nozzle, which is connectable to at least one filling opening (28, 29) of the refrigerant-receiving compartment and which serves for the feed of liquid carbon dioxide, and a suction-extraction opening, which is connectable to a gas outlet opening of the refrigerant receiving compartment and which serves for discharging gaseous carbon dioxide, and said filling pistol is connected to the supply unit by means of a carbon dioxide liquid feed line, which is connected in terms of flow to the at least one filling opening (28, 29), and by means of a gas suction-extraction line, which is connected in terms of flow to the suction-extraction opening, and having a control valve for regulating the feed of liquid carbon dioxide into the carbon dioxide liquid feed line, a suction-extraction device for the suction-extraction of gaseous carbon dioxide from the gas suction-extraction line, and a control and monitoring unit for controlling the filling process, wherein the carbon dioxide liquid feed line and gas suction-extraction line are manufactured from a flexible material, wherein the control valve, the suction-extraction device and the control and monitoring unit are arranged in the supply unit, characterized in that the control and monitoring unit is equipped with a photoelectric unit for identifying the existence of a secure connection, which unit is connected to the filling pistol by means of optical waveguides (54, 55).
A floor standing pedestal fan for creating an air current, the fan comprising a base housing an impeller and a motor for rotating the impeller to create an air flow, an air outlet, a telescopic duct extending upwardly from the base for conveying the air flow from the base to the air outlet, the base comprising a diffuser located downstream from the impeller, and means (122, 126) for guiding the air flow emitted from the diffuser into the duct, the air flow guiding means (122, 126) comprising a plurality of vanes each for guiding a respective portion of the air flow emitted from the diffuser towards the duct.
An upper assembly for a waterproof, water vapor permeable footwear article, the upper assembly comprising a laminate including a waterproof water vapor permeable functional layer and an inner lining layer directly attached to the functional layer on an inner side of functional layer; characterized in that the inner lining layer is a knitted or woven fabric made with monofilaments.
Slaughter installation comprising a conveyor line with carriers for suspending poultry by the legs and conveying the poultry in a conveying track in a transport direction from an upstream end to a downstream end (5") of a killing device, said poultry comprising a neck, a head and a bill, wherein the killing device of said installation comprises at least a first rotary knife for cutting into the neck of the suspended poultry to cut through an artery or vein in the neck of the poultry whilst avoiding to cut a trachea, oesophagus and vertebra in the neck of the poultry, wherein at least a first guide wheel is provided upstream and proximate to the first rotary knife, which first rotary knife and first guide wheel are positioned alongside the conveying track, characterized in that the first rotary knife and the first guide wheel are positioned on opposite sides of the conveying track so as to leave a passageway between the first rotary knife and the first guide wheel, through which passageway the poultry neck is able to pass whilst being forced into cutting contact with the first rotary knife, and that the installation is arranged to maintain the poultry essentially vertically suspended while the poultry neck passes the passageway between the first rotary knife and the first guide wheel.
An in vitro host cell for producing a heterodimeric protein, said host cell comprising a nucleic acid encoding a first IgG CH3-containing polypeptide and a nucleic acid encoding a second IgG CH3-containing polypeptide, wherein said first IgG CH3-containing polypeptide comprises replacement of the amino acids at positions 392 and 409 or at positions 370, 392 and 409 with a negative-charged amino acid and said second IgG CH3-containing polypeptide comprises replacement of the amino acids at positions 356 and 399 or at positions 356, 357 and 399 with a positive-charged amino acid.
Arrangement (100,300) for alternatively providing a 3-phase or a 1-phase power stream, comprising: a 3-phase power source (103,303) having a first (105,305), a second (107,307) and a third (109,309) power source output terminal; a switching section (111,311) adapted to selectively provide from the three power source output terminals (105,107,109,305,307,309) of the 3-phase power source: a 3-phase power stream at three arrangement output terminals (117, 119, 121, 317, 319, 321); or a 1-phase power stream at two arrangement output terminals (115,123,315,323), different from the three arrangement output terminals (117,119,121,317,319,321), wherein power of the three input phases is evenly distributed to provide the 1-phase power stream, characterised in that the first, the second and the third power source output terminals (105,107,109) of the 3-phase power source provide synchronized voltages and are connected with each other to provide a phase (113,115) of the 1-phase power stream and a neutral node provides another phase of the 1-phase power stream. a 3-phase power source (103,303) having a first (105,305), a second (107,307) and a third (109,309) power source output terminal; a switching section (111,311) adapted to selectively provide from the three power source output terminals (105,107,109,305,307,309) of the 3-phase power source: a 3-phase power stream at three arrangement output terminals (117, 119, 121, 317, 319, 321); or a 1-phase power stream at two arrangement output terminals (115,123,315,323), different from the three arrangement output terminals (117,119,121,317,319,321), wherein power of the three input phases is evenly distributed to provide the 1-phase power stream, characterised in that the first, the second and the third power source output terminals (105,107,109) of the 3-phase power source provide synchronized voltages and are connected with each other to provide a phase (113,115) of the 1-phase power stream and a neutral node provides another phase of the 1-phase power stream. a 3-phase power stream at three arrangement output terminals (117, 119, 121, 317, 319, 321); or a 1-phase power stream at two arrangement output terminals (115,123,315,323), different from the three arrangement output terminals (117,119,121,317,319,321),
An earth working machine, for example a road milling machine, recycler, stabilizer, or surface miner, having a propelling unit and a machine frame carried by the propelling unit; the earth working machine comprising a working apparatus for earth working; and an operator's platform, having an operating console for controlling at least one functional device (32, 39) of the earth working machine, being provided on the machine frame; the operating console comprising a console body and an operating panel (54, 66) that is movable relative to the console body and has at least one operating element associated or associatable with a functional device (32, 39) for control thereof, characterized in that the operating panel (54, 66) is displaceable between a stowed position and an operating position, in the stowed position the at least one operating element being covered by a portion (56a, 72a) of the console body; and in the operating position at least one operating element being uncovered and being therefore accessible for operation thereof by a machine operator.
Calibration tool for calibrating a laser-triangulation measuring system, wherein the calibration tool comprises a tool body that is rotatable relative tc the measuring system about a rotation axis perpendicular tc a reference plane, wherein the tool body is provided with one or more calibration surfaces that define a pattern, in particular a radial grid, of calibration positions, wherein the pattern comprises at least three columns (A1-A10) extending in a radial direction away from the rotation axis and at least three rows (B1-B5) extending in a circumferential direction about the rotation axis, wherein for each column the calibration positions within said respective column vary in height relative to the reference plane in a height direction perpendicular to said reference plane and wherein for each row the calibration positions within the respective row vary in height in the height direction relative to the reference plane.
Use of benzoic acid or an alkali metal or alkaline earth metal- or ammonium benzoates in the manufacture of a nutraceutical composition for increasing bone resistance and mineralization in animals, wherein said benzoic acid or an alkali metal or alkaline earth metal- or ammonium benzoates being used in an amount sufficient to provide a daily dosage of 200 mg per kg body weight to about 600 mg per kg body weight of the subject to which it is to be administered achieving in the animal the following bone strength parameters: a bone resistance of at least 500 N measured with metacarpal bone and/or a bone mineralization of at least 60% of ash compared to the dried bone matter.