mhurhangee/ep-ind-claims huggingface dataset:
Thermally insulated pipe, comprising at least one inner tube, at least one thermal insulation arranged around the inner tube and at least one outer shell arranged around the thermal insulation, as well as comprising at least one plastic barrier comprising a polymer that contains or consists of polyketones characterized in that the barrier is in the form of a layer which reduces the diffusion of gas out of the thermal insulation and into the thermal insulation and (i) is located between the thermal insulation and the outer shell; or (ii) is located in the outer shell. (i) is located between the thermal insulation and the outer shell; or (ii) is located in the outer shell.
A composition for use in treating a cancerous tumor comprising a pharmaceutically effective amount of oxygen scavenging membrane fragments which contain an electron transport system which reduces oxygen to water in the presence of a hydrogen donor, wherein the composition is to be intratumorally administered, and wherein the oxygen scavenging membrane fragments are derived from the cytoplasmic membranes of Escherichia coli, Salmonella typhimurium, Gluconobacter oxydans, Pseudomonas aeruginosa, or Acetobacter.
A method of manufacturing a plastic lens by casting a plastic lens starting material liquid flowing out of a casting jig opening into a casting mold and curing said starting material liquid to form a molded article, wherein said casting mold has an internal cavity and has at diametrically opposed positions a casting hole for casting said starting material liquid into the cavity and a discharge hole for discharging gases in the cavity or the mixture to the exterior of the casting mold, said casting hole has a casting inlet opening for casting the mixture, said starting material liquid is cast into said casting mold through said casting hole in a state where the casting mold is tiled from or perpendicular to a horizontal plane as well as the discharge hole is positioned at a top, and said method comprises a period, from when said casting inlet opening begins to communicate with said casting jig opening to when the communication ends, in which a portion of the starting material liquid flowing out of the casting jig opening flows into the casting hole, and the remaining portion flows downward without flowing into the casting hole and wherein the casting jig is equipped with a casting nozzle for casting a plastic lens material into the aforementioned casting mold and characterized in that, the starting material liquid flows continuously out through the casting nozzle during the manufacturing process.
A method for detecting at least one carrier signal in a reverse signal including carrier signals and noise signals in a communications system transmitting forward and reverse signals, the reverse signals represented as an analog waveform, the method, comprising the steps of: digitizing the reverse signal to provide a digital signal having a predetermined number of digital bits; delaying the plurality of digital bits; detecting when at least one reverse carrier signal is present in the reverse signal by: detecting a peak level of the analog waveform during a detection period and for providing a peak envelope signal; digitizing the peak envelope signal to provide a digitized signal; comparing the digitized signal to a threshold level signal; counting the instances during the detection period that the digitized signal exceeds the threshold level signal; and providing an enable signal indicating the presence of the at least one reverse carrier signal when the number of instances exceeds a threshold number; releasing the delayed plurality of digital bits in response to the first enable signal; and converting the delayed plurality of digital bits back to the reverse signal represented as an analog waveform. digitizing the reverse signal to provide a digital signal having a predetermined number of digital bits; delaying the plurality of digital bits; detecting when at least one reverse carrier signal is present in the reverse signal by: detecting a peak level of the analog waveform during a detection period and for providing a peak envelope signal; digitizing the peak envelope signal to provide a digitized signal; comparing the digitized signal to a threshold level signal; counting the instances during the detection period that the digitized signal exceeds the threshold level signal; and detecting a peak level of the analog waveform during a detection period and for providing a peak envelope signal; digitizing the peak envelope signal to provide a digitized signal; comparing the digitized signal to a threshold level signal; counting the instances during the detection period that the digitized signal exceeds the threshold level signal; and providing an enable signal indicating the presence of the at least one reverse carrier signal when the number of instances exceeds a threshold number; releasing the delayed plurality of digital bits in response to the first enable signal; and converting the delayed plurality of digital bits back to the reverse signal represented as an analog waveform.
A telescopic assembly comprising a spring unit, preferably a gas spring, arranged in a cylinder, a piston rod being connected at one end to said spring unit and having a free end projecting out of the cylinder at one end thereof, and a locking device having a first end connected to said free end, a second end slidably riding on said cylinder, and stop means (20; 21) positioned at least at or near its second end, said second end of said locking device being positioned at or near said one end of said cylinder in an extended position of the telescopic assembly, the locking device comprising a force element urging said stop means (20; 21) against said said one end of said cylinder, wherein said locking device further comprises a control device for releasing said locking device, said control device comprising a release element arranged in such a way as to be movable between a first position in which said release element is inactive and a second position in which said release element counteracts the effect of said force element thus allowing said spring unit to be compressed, character- ized in that said control device further comprises an operating device for operating said release element, and that said operating device comprises a contact surface adapted for being brought into contact with said release element when said operating device is operated such as to cause said release element to move between said first position and said second position.
An apparatus for facilitating security at a wireless device, said apparatus comprising: a security decision requestor operable in response to occurrence of an event necessitating an event security decision to request from an outsourced-party a security decision related to operation of the wireless device; a decision-result detector operable responsive to the occurrence of the event to permit selected wireless-device operation, said decision-result detector configured to detect the outsourced-party-provided security decision; and said decision-result detector further configured to receive an additional security decision not related to the request; a security-decision provider adapted to receive indication of the outsourced-party-provided security decision detected by said decision-result detector, said security-decision provider configured to provide an indication of whether to permit the selected wireless-device operation based upon the outsourced-party-provided security decision. a security decision requestor operable in response to occurrence of an event necessitating an event security decision to request from an outsourced-party a security decision related to operation of the wireless device; a decision-result detector operable responsive to the occurrence of the event to permit selected wireless-device operation, said decision-result detector configured to detect the outsourced-party-provided security decision; and said decision-result detector further configured to receive an additional security decision not related to the request; a security-decision provider adapted to receive indication of the outsourced-party-provided security decision detected by said decision-result detector, said security-decision provider configured to provide an indication of whether to permit the selected wireless-device operation based upon the outsourced-party-provided security decision.
An inert alloy anode for aluminum electrolysis, comprising Fe, Cu, Ni and Sn, wherein the content of Fe is 23-40wt%, the content of Cu is 36-60wt%, the content of Ni is 14-28wt% and the content of Sn is 0.2-5wt%, or the content of Fe is 40.01-71.88wt%, the content of Cu is 0.01-31.88wt%, the content of Ni is 28.1-59.97wt% and the content of Sn is 0.01-0.19wt%.
An anti-collision device (10, 38) of an aircraft comprising a plurality of sensors (S 1, S 2,..., S i,...S N), the plurality of sensors (S 1, S 2,..., S i,...S N) comprising at least two separate sensors (S i, S j), each sensor (S 1, S 2,..., S i,...S N) being configured to respectively deliver its own set of captured data (S 1, S 2,..., S i,...S N) as a function of the proximity of at least one obstruction, said anti-collision device (10, 38) comprising: - at least one data homogenization module configured to transform at least one set of captured data (Ec i) in a corresponding set of unmarked data (Eb i), each set of unmarked data (Eb i) respectively associated with at least one sensor (C i) being made up of a plurality of identical data types from one set of unmarked data to another, - a data processing module configured to generate, from said sets of unmarked data (Eb 1, Eb 2,..., Eb i,... Eb N), at least one piece of information representative of the presence or absence of obstruction(s), and - - a data preprocessing module at least configured to merge the data from all of the unmarked data sets (Eb 1, Eb 2,..., Eb i,...Eb N) as a function of a detection zone associated with each sensor (S 1, S 2,..., S i,...S N) and sending them to the data processing module. - at least one data homogenization module configured to transform at least one set of captured data (Ec i) in a corresponding set of unmarked data (Eb i), each set of unmarked data (Eb i) respectively associated with at least one sensor (C i) being made up of a plurality of identical data types from one set of unmarked data to another, - a data processing module configured to generate, from said sets of unmarked data (Eb 1, Eb 2,..., Eb i,... Eb N), at least one piece of information representative of the presence or absence of obstruction(s), and - - a data preprocessing module at least configured to merge the data from all of the unmarked data sets (Eb 1, Eb 2,..., Eb i,...Eb N) as a function of a detection zone associated with each sensor (S 1, S 2,..., S i,...S N) and sending them to the data processing module.
Removable locking system of a catheter, particularly a locoregional anaesthetic catheter, comprising a base suitable for receiving a catheter, and a shell, rotatably mounted on the base between an open position, wherein the shell is removed from the base, and a closed position, wherein the shell is fastened to the base and locks the catheter in position, the system being characterised in that: - the base defines a housing having a main direction along a longitudinal axis, said housing accommodating a sleeve provided with a locking slot extending along the longitudinal axis and suitable for abutting against a distal wall of the housing, - the system comprises an actuator provided with a guiding slot extending along the longitudinal axis and movable in translation along the longitudinal axis in the housing between an idle position and a locking position wherein the actuator applies an axial load on the sleeve so as to deform same, the actuator comprising a first actuation member, - the locking slot and the guiding slot are suitable for receiving a catheter, and - the shell comprises a second actuation member, suitable for engaging with the first actuation member of the actuator when the shell is moved from the open position thereof to the closed position thereof, and moving the actuator along the longitudinal axis to the locking position thereof. - the base defines a housing having a main direction along a longitudinal axis, said housing accommodating a sleeve provided with a locking slot extending along the longitudinal axis and suitable for abutting against a distal wall of the housing, - the system comprises an actuator provided with a guiding slot extending along the longitudinal axis and movable in translation along the longitudinal axis in the housing between an idle position and a locking position wherein the actuator applies an axial load on the sleeve so as to deform same, the actuator comprising a first actuation member, - the locking slot and the guiding slot are suitable for receiving a catheter, and - the shell comprises a second actuation member, suitable for engaging with the first actuation member of the actuator when the shell is moved from the open position thereof to the closed position thereof, and moving the actuator along the longitudinal axis to the locking position thereof.
Supply circuit for supplying a welding device with electrical energy, the supply circuit comprising a mains voltage rectifier that can be connected to a mains voltage and a power unit that converts a DC voltage into voltage that is not constant across a phase, in particular into a square wave voltage with polarity reversal and/or without polarity reversal, which power unit can be connected to a transformer of a welding device in order to deliver the voltage that is not constant, a DC voltage converter being connected between a DC voltage output of the mains voltage rectifier and a DC voltage input of the power unit, which DC voltage converter converts a voltage delivered by the mains voltage rectifier into a higher voltage, and an intermediate circuit comprising at least one capacitor, which is arranged between the two voltage levels of the intermediate circuit, being connected between the DC voltage converter and the power unit, characterised in that the DC voltage converter is designed, during power take-up of a welding device from the power unit, to steadily reduce, over time, the voltage provided for the intermediate circuit to below a current voltage, before the welding process, of the at least one capacitor, such that electrical charge flows out of the capacitor.
A roof box for mounting on a vehicle, the roof box comprising: - a flexible shell for receiving an object to be transported; - a longitudinal axis; - at least three frames each extending in a plane perpendicular to the longitudinal axis; - the frames being adapted to span the envelope transverse to the longitudinal axis; and - a scissor mechanism for maintaining the frames in predetermined spaced-apart relationships along the longitudinal axis. - a flexible shell for receiving an object to be transported; - a longitudinal axis; - at least three frames each extending in a plane perpendicular to the longitudinal axis; - the frames being adapted to span the envelope transverse to the longitudinal axis; and - a scissor mechanism for maintaining the frames in predetermined spaced-apart relationships along the longitudinal axis.
A coated fabric for an airbag obtained by applying an addition-polymerizable solvent-free silicone resin onto at least one surface of a synthetic fiber textile, wherein a coating amount of the silicone resin is 15 to 45 g/m 2; and a weft strain /warp strain ratio as observed in stretching the coated fabric is 0.30 to 0.65, as measured in accordance with the method specified in the description, and wherein a difference in the bending resistance between in warp direction and in weft direction of the coated fabric is 3 to 20 mm.
A computer-implemented method for identifying a fault patch from a seismic data volume representing underground earth structures, the method comprising: defining an initial active surface, the initial active surface including a plurality of control points, s m,n each in an initial position, in the seismic data volume; and using a processor adapted to calculate for each control point, s m,n, an accumulated minimal energy level, E(m,n,p), at a plurality of candidate positions, p, scanned along a segment normal to the surface, by identifying for each candidate position, p, a minimum accumulation over a plurality of candidate positions, k, of the two adjacent control points s m-1,n,k, s m,n-1,k, with pointers B(m,n,p) indicating minimum accumulation for each candidate position p; track back all the points that have the minimal energy levels through back pointer B(m,n,p) in a reverse order; and produce the fault patch including all the tracked back points. defining an initial active surface, the initial active surface including a plurality of control points, s m,n each in an initial position, in the seismic data volume; and using a processor adapted to calculate for each control point, s m,n, an accumulated minimal energy level, E(m,n,p), at a plurality of candidate positions, p, scanned along a segment normal to the surface, by identifying for each candidate position, p, a minimum accumulation over a plurality of candidate positions, k, of the two adjacent control points s m-1,n,k, s m,n-1,k, with pointers B(m,n,p) indicating minimum accumulation for each candidate position p; track back all the points that have the minimal energy levels through back pointer B(m,n,p) in a reverse order; and produce the fault patch including all the tracked back points.
A light blocking member comprising a stack of a first layer and a second layer each formed by sputtering a mixture target of a metal and a ceramic material, wherein the metal is molybdenum and the ceramic material is niobium oxide; wherein a first mixture target for forming the first layer includes molybdenum at a first amount, and a second mixture target for forming the second layer includes molybdenum at a second amount that is larger than the first amount wherein the first amount is from 1at% to 15at% based on the total amount of molybdenum and niobium oxide of the first mixture target, and the second amount is from 10at% to 50at% based on the total amount of molybdenum and niobium oxide of the second mixture target.
Accelerating cyclone that separates solid particles to provide powder and/or granulated dehydrated, with low-moisture-percentage, solid products from, e.g., food raw materials, in producing vegetable and fruit powder and flours, in agro-industrial wastes, in final disposition sludge from sanitation industries, and sludge and byproducts from several manufacturing industries such as fishing, livestock, poultry, forestry and mining industry, comprising in its general structure a lower conical body, a central cylindrical body immediately above the conical body whose diameter is smaller than the largest diameter of the conical body cone, and a third upper, also cylindrical, body of smaller diameter than the diameter of the central cylindrical body; where the cylindrical central body is the cyclone pressure chamber; wherein said cylindrical central body comprises: a) a side opening for the acceleration air input; b) at least one duct projecting from inside the central cylindrical body for the input of the mixture of solid particles and air, or also referred as air-borne solid particles, to the accelerating cyclone located on the opposite side with respect to the side opening for the input of the acceleration air. c) a rotating turbine located inside said cylindrical central body; d) at least two elongated pressure vanes distributed symmetrically along the diameter of the rotating turbine; and e) an inner cylinder located inside said central body which is formed by a non-slotted cylinder located in the upper part of the inner cylinder and by a slotted cylinder, located under the non-slotted cylinder. a) a side opening for the acceleration air input; b) at least one duct projecting from inside the central cylindrical body for the input of the mixture of solid particles and air, or also referred as air-borne solid particles, to the accelerating cyclone located on the opposite side with respect to the side opening for the input of the acceleration air. c) a rotating turbine located inside said cylindrical central body; d) at least two elongated pressure vanes distributed symmetrically along the diameter of the rotating turbine; and e) an inner cylinder located inside said central body which is formed by a non-slotted cylinder located in the upper part of the inner cylinder and by a slotted cylinder, located under the non-slotted cylinder.
An inkjet recording method, comprising the steps of: applying an ink-receiving solution prepared by dissolving (inclusive of dispersing) at least one metal salt selected from calcium salts, magnesium salts, nickel salts, aluminum salts, boron salts and zinc salts having a valence of 2 or more and a resin comprising a resin having at least one hydrophilic group and/or a cationic or nonionic resin emulsion in an aqueous solvent to ensure that the concentration of the metal salt becomes 0.005 to 2.0 mol/l and the concentration of the resin becomes 0.5 to 20 mass% to at least a part to be printed by using an inkjet ink or the entire printing surface of a recording medium; and printing on the part to which the ink-receiving solution has been applied by using the inkjet ink comprising at least a pigment, an anionic resin emulsion, a surfactant and an aqueous solvent, wherein a phosphorus-containing group having at least one P-O or P=O bond is bound to the surface of the pigment and/or a surface of a resin component constituting the anionic resin emulsion. applying an ink-receiving solution prepared by dissolving (inclusive of dispersing) at least one metal salt selected from calcium salts, magnesium salts, nickel salts, aluminum salts, boron salts and zinc salts having a valence of 2 or more and a resin comprising a resin having at least one hydrophilic group and/or a cationic or nonionic resin emulsion in an aqueous solvent to ensure that the concentration of the metal salt becomes 0.005 to 2.0 mol/l and the concentration of the resin becomes 0.5 to 20 mass% to at least a part to be printed by using an inkjet ink or the entire printing surface of a recording medium; and printing on the part to which the ink-receiving solution has been applied by using the inkjet ink comprising at least a pigment, an anionic resin emulsion, a surfactant and an aqueous solvent, wherein a phosphorus-containing group having at least one P-O or P=O bond is bound to the surface of the pigment and/or a surface of a resin component constituting the anionic resin emulsion.
A method of receiving data in a closed-loop multi-antenna system, the method comprising: acquiring Channel Quality Information (CQIs) of data streams by channel estimation of a received signal; selecting at least one best CQI having the highest value from among the acquired CQIs; calculating a common CQI using the acquired CQIs; generating feedback information comprising the at least one best CQI, the common CQI, and an identifier of a data stream with the at least one best CQI; and transmitting the feedback information to a transmitter. acquiring Channel Quality Information (CQIs) of data streams by channel estimation of a received signal; selecting at least one best CQI having the highest value from among the acquired CQIs; calculating a common CQI using the acquired CQIs; generating feedback information comprising the at least one best CQI, the common CQI, and an identifier of a data stream with the at least one best CQI; and transmitting the feedback information to a transmitter.