mhurhangee/ep-ind-claims huggingface dataset:
A roller mill system for grinding material into fine particles, the roller mill system comprising: a vessel having an inlet and a first outlet, the vessel being configured for flow of a gas from the inlet to the first outlet, the vessel comprising a grinding zone and a classifier zone located downstream of the grinding zone; the grinding zone comprising a grinding assembly configured for grinding the material into fine particles; and a rejects capture and discharge system comprising at least one discharge conduit for conveying rejects away from the vessel, and at least one of: a collection trough located under the grinding assembly and in communication with the at least one discharge conduit, for discharging rejects from the grinding zone; and a turbine classifier mounted in the classifier zone and being rotatable about a central axis, a second outlet formed in a side wall of the classifier zone, the turbine classifier being configured to expel the rejects radially outward therefrom, through the second outlet and into the at least one discharge conduit. a vessel having an inlet and a first outlet, the vessel being configured for flow of a gas from the inlet to the first outlet, the vessel comprising a grinding zone and a classifier zone located downstream of the grinding zone; the grinding zone comprising a grinding assembly configured for grinding the material into fine particles; and a rejects capture and discharge system comprising at least one discharge conduit for conveying rejects away from the vessel, and at least one of: a collection trough located under the grinding assembly and in communication with the at least one discharge conduit, for discharging rejects from the grinding zone; and a turbine classifier mounted in the classifier zone and being rotatable about a central axis, a second outlet formed in a side wall of the classifier zone, the turbine classifier being configured to expel the rejects radially outward therefrom, through the second outlet and into the at least one discharge conduit. a collection trough located under the grinding assembly and in communication with the at least one discharge conduit, for discharging rejects from the grinding zone; and a turbine classifier mounted in the classifier zone and being rotatable about a central axis, a second outlet formed in a side wall of the classifier zone, the turbine classifier being configured to expel the rejects radially outward therefrom, through the second outlet and into the at least one discharge conduit.
A garment comprising: a covering fabric; padding to be filled inside the covering fabric; and quilting stitches (2a, 2b), wherein the padding is a polyester staple fiber cotton including fibers having a circular outer peripheral cross section and has an open fiber structure, the single polyester staple fibers constituting the padding each have an irregular diameter, and a smoothing agent is fixed to surfaces of the fibers, and the polyester staple fibers are hollow, and have a fineness of 1.1 dtex to 5.5 dtex, the garment is characterized in that the polyester staple fibers have a length of 20 mm to 120 mm, and a hollow rate of 10% to 50%. a covering fabric; padding to be filled inside the covering fabric; and quilting stitches (2a, 2b), wherein the padding is a polyester staple fiber cotton including fibers having a circular outer peripheral cross section and has an open fiber structure, the single polyester staple fibers constituting the padding each have an irregular diameter, and a smoothing agent is fixed to surfaces of the fibers, and the polyester staple fibers are hollow, and have a fineness of 1.1 dtex to 5.5 dtex, the garment is characterized in that the polyester staple fibers have a length of 20 mm to 120 mm, and a hollow rate of 10% to 50%.
A separation medium for separating different components of a fluidic sample, the separation medium comprising polydimethylacrylamide having a molecular weight of less than 500 kDa; and a derivatized cellulose product having a molecular weight of less than 100 kDa.
Plug, in particular multipole plug, of a plug connector for a number of multicore, shielded cables, whose lines are electrically conductively connected to contacts on a contact strip in the plug of a plug connector and whose cable shields are electrically conductively connected to a shield support, wherein the contact strip and the shield support are arranged physically at a distance from one another in a shroud, and wherein the shield support is electrically connected to a ground connection in the plug, characterized in that two shielding brackets (30, 32) are provided as the shield support, can be detachably connected to one another and are designed such that they form a holding area for cable clamps which can be clamped in between these shielding brackets (30, 32).
A system, comprising: a chassis; a panel extending in a plane, the panel having a first edge and a second edge opposite the first edge; a first actuator coupled to the panel at a first location, the first actuator being adapted to cause vibration of the panel to generate sound waves; and a coupling assembly comprising a second actuator configured to vary a mechanical coupling between the panel and the chassis at the second edge of the panel, and wherein the panel is fixedly connected to the chassis at the first edge to limit displacement of the panel from the chassis at the first edge during vibration of the panel by the first actuator, and the coupling assembly allows displacement of the panel from the chassis at the second edge during the vibration of the panel by the first actuator. a chassis; a panel extending in a plane, the panel having a first edge and a second edge opposite the first edge; a first actuator coupled to the panel at a first location, the first actuator being adapted to cause vibration of the panel to generate sound waves; and a coupling assembly comprising a second actuator configured to vary a mechanical coupling between the panel and the chassis at the second edge of the panel, and wherein the panel is fixedly connected to the chassis at the first edge to limit displacement of the panel from the chassis at the first edge during vibration of the panel by the first actuator, and the coupling assembly allows displacement of the panel from the chassis at the second edge during the vibration of the panel by the first actuator.
A method of monitoring an optical network comprising a plurality of downstream devices (130a, 130b... 130n) in optical communication with a network node via an optical splitter, the method comprising: selecting a plurality of subsets of downstream devices (130a, 130b... 130n), wherein each subset of the plurality of subsets comprises one-half of the downstream devices (130a, 130b... 130n) in a collective-monitoring set consisting of at least a portion of the plurality of downstream devices (130a, 130b... 130n) and any dummy downstream devices necessary to give the set 2" members, wherein n is a positive integer; and wherein the selecting a plurality of subsets of downstream devices (130a, 130b... 130n) comprises: selecting a first subset; and selecting subsequent subsets by selecting one-half of each previously selected group of downstream devices (130a, 130b... 130n) and one-half of each previously unselected group of downstream devices (130a, 130b... 130n) in the previous subset, until log 2 (n) subsets have been selected; executing a port monitoring cycle for each subset of the plurality of subsets, each executed port monitoring cycle comprising: directing un-selected downstream devices (130a, 130b... 130n) to cease upstream transmissions; and monitoring upstream activity on downstream splitter ports (155a, 155b... 155 n) to determine which ports (155a, 155b... 155 n) are receiving upstream transmissions; and reporting the monitoring results. selecting a first subset; and selecting subsequent subsets by selecting one-half of each previously selected group of downstream devices (130a, 130b... 130n) and one-half of each previously unselected group of downstream devices (130a, 130b... 130n) in the previous subset, until log 2 (n) subsets have been selected; executing a port monitoring cycle for each subset of the plurality of subsets, each executed port monitoring cycle comprising: directing un-selected downstream devices (130a, 130b... 130n) to cease upstream transmissions; and monitoring upstream activity on downstream splitter ports (155a, 155b... 155 n) to determine which ports (155a, 155b... 155 n) are receiving upstream transmissions; and directing un-selected downstream devices (130a, 130b... 130n) to cease upstream transmissions; and monitoring upstream activity on downstream splitter ports (155a, 155b... 155 n) to determine which ports (155a, 155b... 155 n) are receiving upstream transmissions; and reporting the monitoring results.
A method comprising: collecting data, for a predetermined interval, in a communication system having at least one beam and a plurality of carriers operable within each of the at least one beam; determining a carrier link quality for each terminal type on each of the plurality of carriers utilized in the communication system; determining a mean carrier link quality and standard deviation of the carrier link quality for each terminal type based, at least in part, on the determined carrier link qualities; determining a terminal type link quality for each terminal type on the plurality of carriers, based on the mean carrier link qualities and standard deviation of the carrier link qualities; generating a beam link quality for each of the at least one beam based, at least in part, on the terminal type link qualities; and performing at least one optimization routine responsive to the beam link quality. collecting data, for a predetermined interval, in a communication system having at least one beam and a plurality of carriers operable within each of the at least one beam; determining a carrier link quality for each terminal type on each of the plurality of carriers utilized in the communication system; determining a mean carrier link quality and standard deviation of the carrier link quality for each terminal type based, at least in part, on the determined carrier link qualities; determining a terminal type link quality for each terminal type on the plurality of carriers, based on the mean carrier link qualities and standard deviation of the carrier link qualities; generating a beam link quality for each of the at least one beam based, at least in part, on the terminal type link qualities; and performing at least one optimization routine responsive to the beam link quality.
A tumour-associated T cell epitope which stimulates an immune reaction against the tumour for use in medicine, the epitope having a modification of deimination of arginine to citrulline.
A pharmaceutical composition comprising an ester prodrug of a compound represented by the formula wherein the ester is an alkyl ester or an aryl ester or a heteroaryl ester.
A rubber composition comprising 0.1 to 2.5 parts by weight of a lubricant having a flow temperature of 50 to 100°C as measured according to JIS K5601-2-2 corresponding to ISO 4625 and 0.5 to 10 parts by weight of an organic peroxide based on 100 parts by weight of an ethylene/butene/5-ethylidene-2-norbornene terpolymer, wherein the lubricant is - a fatty acid-based lubricant wherein the fatty acid-based lubricant is a fatty acid amide-based, or fatty acid ester-based lubricant or - an organosilicone-based lubricant. 0.1 to 2.5 parts by weight of a lubricant having a flow temperature of 50 to 100°C as measured according to JIS K5601-2-2 corresponding to ISO 4625 and 0.5 to 10 parts by weight of an organic peroxide based on 100 parts by weight of an ethylene/butene/5-ethylidene-2-norbornene terpolymer, wherein the lubricant is - a fatty acid-based lubricant wherein the fatty acid-based lubricant is a fatty acid amide-based, or fatty acid ester-based lubricant or - an organosilicone-based lubricant. - a fatty acid-based lubricant wherein the fatty acid-based lubricant is a fatty acid amide-based, or fatty acid ester-based lubricant or - an organosilicone-based lubricant.
Glasses (1, 20) for shielding against ionizing radiation, in particular X-radiation, comprising: - a frame (3, 21), and - at least one ionizing radiation shielding lens (4, 27), such as a leaded glass lens, which lens (4, 27) is at least partially enclosed by the frame (3, 21), wherein the frame (3, 21) is composed of a material comprising a mixture of at least tungsten and a plastic, characterized in that the plastic is polypropylene, polyethylene, polyamide or polyurethane, and the mixture comprises at least 50 wt% tungsten and at most 50 wt% plastic. - a frame (3, 21), and - at least one ionizing radiation shielding lens (4, 27), such as a leaded glass lens, which lens (4, 27) is at least partially enclosed by the frame (3, 21),
A system of controlling a temperature of a tip of an ablation catheter for creating a desired lesion in tissue, comprising: means of placing a generator in a power-control mode; means of configuring the generator to deliver continuous RF power to the tip at a desired power level sufficient to create a lesion and for an initial time period until a desired time has elapsed since the generator began delivering continuous RF power; means of setting a pulse control box to a first temperature setpoint, the pulse control box operatively connected to the generator and configured to deliver pulsed RF power to the tip; means of monitoring the temperature of the tip; and means of commencing delivery of pulsed RF power to the tip once the monitored tip temperature approaches the first temperature setpoint. means of placing a generator in a power-control mode; means of configuring the generator to deliver continuous RF power to the tip at a desired power level sufficient to create a lesion and for an initial time period until a desired time has elapsed since the generator began delivering continuous RF power; means of setting a pulse control box to a first temperature setpoint, the pulse control box operatively connected to the generator and configured to deliver pulsed RF power to the tip; means of monitoring the temperature of the tip; and means of commencing delivery of pulsed RF power to the tip once the monitored tip temperature approaches the first temperature setpoint.
A method for manufacturing a cardboard package comprising a tubular body made from one or several layers of a cardboard-covered material and a closing structure assembled in an airtight manner to the tubular body, said closing structure comprising a cover cardboard and a safety membrane, said method comprising: - introducing said closing structure into a shaping, placing and sealing tool, heating and shaping said closing structure in the form of a basin having a base and a side wall parallel to the inner wall of the tubular body, and sealing the basin in said tubular body using said shaping, placing and sealing tool, - pre-cutting the side wall of the tubular body and the safety membrane following at least part of a peripheral line located above the base of said basin, - at least one folding of the end of the tubular body that accommodates said structure over its entire circumference using a hemming tool, characterized in that the method comprises an embossing step forming a first rib in the side wall of the cover cardboard and a second rib with a shape conjugated to that of the first rib in the side wall of the tubular body, said ribs being formed substantially transversely in a zone situated between said peripheral precutting line of the wall of the tubular body and the base of said basin. - introducing said closing structure into a shaping, placing and sealing tool, heating and shaping said closing structure in the form of a basin having a base and a side wall parallel to the inner wall of the tubular body, and sealing the basin in said tubular body using said shaping, placing and sealing tool, - pre-cutting the side wall of the tubular body and the safety membrane following at least part of a peripheral line located above the base of said basin, - at least one folding of the end of the tubular body that accommodates said structure over its entire circumference using a hemming tool,
An apparatus, comprising: a modulator configured to encode binary data into a digital signal via pulse amplitude modulation "PAM" to generate a modulated digital signal, wherein the modulator is configured to encode the binary data using an N-ary PAM, where N is an integer equal to or greater than 4; a digital filter operatively coupled to the modulator and configured to apply Nyquist shaping to the modulated digital signal; a digital to analog converter "DAC" operatively coupled to the modulator and the digital filter, the DAC configured to convert the modulated digital signal to an analog signal and send the analog signal into an optical communication channel using a dense wavelength division multiplexing "DWDM" scheme; and a controller operatively coupled to the digital filter, the controller configured to receive information representing an optical signal to noise ratio "OSNR" or a chromatic dispersion level of the optical communication channel measured during transmission of the analog signal, the controller further configured to cause the digital filter to change a roll off factor "ROF" of the Nyquist shaping based on the information. a modulator configured to encode binary data into a digital signal via pulse amplitude modulation "PAM" to generate a modulated digital signal, wherein the modulator is configured to encode the binary data using an N-ary PAM, where N is an integer equal to or greater than 4; a digital filter operatively coupled to the modulator and configured to apply Nyquist shaping to the modulated digital signal; a digital to analog converter "DAC" operatively coupled to the modulator and the digital filter, the DAC configured to convert the modulated digital signal to an analog signal and send the analog signal into an optical communication channel using a dense wavelength division multiplexing "DWDM" scheme; and a controller operatively coupled to the digital filter, the controller configured to receive information representing an optical signal to noise ratio "OSNR" or a chromatic dispersion level of the optical communication channel measured during transmission of the analog signal, the controller further configured to cause the digital filter to change a roll off factor "ROF" of the Nyquist shaping based on the information.
A method for measuring the relative humidity and the temperature of the air in a diphasic medium of air and water droplets, using a relative humidity sensor and a temperature sensor positioned inside a vertical tube, characterized in that the diphasic medium is subject to an upward movement in the tube, at a speed lower than the equilibrium speed of the water droplets in rising air.
A composite molding having a polyacetal resin molding comprising a polyacetal resin, a polyethylene resin molding containing a polyethylene resin, and an intermediate layer provided between the polyacetal resin molding and the polyethylene resin molding, wherein the intermediate layer consists of a polyacetal resin composition comprising a polyacetal resin and a polyethylene resin, wherein the blending proportion of the polyacetal resin occupying in the total mass of the polyacetal resin and the polyethylene resin is 10 to 90 mass%, a melt flow rate of the polyacetal resin measured at a condition of 190°C and 2.16 kg load is 30 g/10 minutes or less, and the polyethylene resin contains a modified polyethylene resin and a modification rate is 0.01 mass% or more based on 100 mass% of the total mass of the polyethylene resin, and a melt flow rate of the polyethylene resin measured at a condition of 190°C and 2.16 kg load is 2.5 g/10 minutes or less, and the modified polyethylene resin is a polyethylene resin that is graft modified with an acid or acid anhydride.
A composition comprising at least the following: a first composition comprising components a and b: a) a first ethylene/alpha-olefin interpolymer comprising an I2 ≤ 100 dg/min, as measured in accordance with ASTM D-1238, condition 190 °C/2.16 kg, and a density ≤ 0.880 g/cc, as measured in accordance with ASTM D792, Method B; and b) a second ethylene/alpha-olefin interpolymer comprising an I2 > 100 dg/min, as measured in accordance with ASTM D-1238, condition 190 °C/2.16 kg; and wherein the first composition meets the following relationship: y ≤ 1.26ln(x) - 3.90, where y = weight ratio of the second interpolymer to the first interpolymer, and x = the I2 ratio of the second interpolymer to the first interpolymer; and wherein the composition comprises ≥ 60 wt% of the sum of the first interpolymer and the second interpolymer, based on the weight of the composition. a) a first ethylene/alpha-olefin interpolymer comprising an I2 ≤ 100 dg/min, as measured in accordance with ASTM D-1238, condition 190 °C/2.16 kg, and a density ≤ 0.880 g/cc, as measured in accordance with ASTM D792, Method B; and b) a second ethylene/alpha-olefin interpolymer comprising an I2 > 100 dg/min, as measured in accordance with ASTM D-1238, condition 190 °C/2.16 kg; and wherein the first composition meets the following relationship: y ≤ 1.26ln(x) - 3.90, where y = weight ratio of the second interpolymer to the first interpolymer, and x = the I2 ratio of the second interpolymer to the first interpolymer; and wherein the composition comprises ≥ 60 wt% of the sum of the first interpolymer and the second interpolymer, based on the weight of the composition.
A tool/hand storing device comprising: a tool mounting stocker (S1, S3, S4, S6 to S8) for mounting a punch and a die of a press brake; and a hand mounting stocker (S2, S5) for mounting a hand (57, 58) used by a bending robot, characterized in that: the tool mounting stocker (S1, S3-S4, S6 toS8) and the hand mounting stocker (S2, S5) are stored together inside the same tool/hand storing device, wherein the tool/hand storing device is surrounded by a safety fence together with an adjacent press brake. a tool mounting stocker (S1, S3, S4, S6 to S8) for mounting a punch and a die of a press brake; and a hand mounting stocker (S2, S5) for mounting a hand (57, 58) used by a bending robot, characterized in that: the tool mounting stocker (S1, S3-S4, S6 toS8) and the hand mounting stocker (S2, S5) are stored together inside the same tool/hand storing device, wherein the tool/hand storing device is surrounded by a safety fence together with an adjacent press brake. the tool mounting stocker (S1, S3-S4, S6 toS8) and the hand mounting stocker (S2, S5) are stored together inside the same tool/hand storing device, wherein the tool/hand storing device is surrounded by a safety fence together with an adjacent press brake.
Tyre vulcanizing mould able to cooperate with a curing press, said mould comprising two shells each one moulding a sidewall of the tyre and a ring of sectors for moulding the tread of the tyre, each sector comprising a support and a moulding lining situated radially on the inside of the support, in which ring the sectors, when the mould is in the closed position, are all in circumferential contact one with the next via the moulding linings and in radial contact on the shells via the front ends of the linings each of which forms a face for contact with the shell, said supports and linings being produced in such a way that each support is able to take up the clamping force applied to the lining coming into contact with the shell when the mould is in the closed position when said clamping force at said contact face exceeds a given threshold that is lower than the plastic threshold of the lining, characterized in that a predetermined clearance (j) is provided between the lower front face of the shell and the lower front end of the support, and in that this clearance (j) is cancelled out when the mould is in the closed position.