mhurhangee/ep-ind-claims huggingface dataset:
Two-component polyurethane composition consisting of a polyol component K1 and a polyisocyanate component K2; wherein the polyol component K1 comprises - at least one reaction product of epoxidized vegetable oils having a C 18 fatty acid content of more than 50% by weight, especially more than 60% by weight, based on the total amount of fatty acids, with monofunctional C 1-8 alcohols A1-1; and/or - at least one reaction product of epoxidized fatty acid esters of monofunctional C 1-8 alcohols, especially methanol, with aliphatic alcohols having an OH functionality in the range from 2 to 5, especially glycerol, where the parent fatty acid component of the epoxidized fatty acid esters is fatty acid mixtures having a content of C 18 fatty acids, especially unsaturated C 18 fatty acids, of at least 50% by weight, based on the overall fatty acid mixture A1-2; and - at least one polybutadiene polyol having an OH functionality in the range from 2.1 to 2.9, especially 2.3 to 2.7, and having an average molecular weight in the range from 2000 to 4000 g/mol, especially 2500 to 3000 g/mol, and an OH number of 40-100 mg KOH/g A2; and - at least one alkyoxylated alkylenediamine having an OH number of 350-950mg KOH/g A3; and wherein the polyisocyanate component K2 comprises at least one aromatic polyisocyanate B1, and wherein the ratio of all NCO groups of the aromatic polyisocyanates B1:all OH groups of the polyol component K1 = 0.9:1-1.2:1, especially 1.0:1-1.1:1. - at least one reaction product of epoxidized vegetable oils having a C 18 fatty acid content of more than 50% by weight, especially more than 60% by weight, based on the total amount of fatty acids, with monofunctional C 1-8 alcohols A1-1; and/or - at least one reaction product of epoxidized fatty acid esters of monofunctional C 1-8 alcohols, especially methanol, with aliphatic alcohols having an OH functionality in the range from 2 to 5, especially glycerol, where the parent fatty acid component of the epoxidized fatty acid esters is fatty acid mixtures having a content of C 18 fatty acids, especially unsaturated C 18 fatty acids, of at least 50% by weight, based on the overall fatty acid mixture A1-2; and - at least one polybutadiene polyol having an OH functionality in the range from 2.1 to 2.9, especially 2.3 to 2.7, and having an average molecular weight in the range from 2000 to 4000 g/mol, especially 2500 to 3000 g/mol, and an OH number of 40-100 mg KOH/g A2; and - at least one alkyoxylated alkylenediamine having an OH number of 350-950mg KOH/g A3;
An electric motor comprising a rotor and a stator configured to guide the rotor in rotation about an axis, the stator comprising a frame surrounding the rotor in a plane perpendicular to the axis and delimiting in said plane a chamber at least partially accommodating the rotor, the frame extending in a direction parallel to the axis between a first end and a second end, the first end delimiting an opening connecting the chamber to the outside of the frame, the rotor comprising a shaft able to rotate about the axis and a fan secured to the shaft, the fan being configured to generate a flow of air circulating through the opening when the fan is rotated by the shaft, the stator further comprising a closure member extending radially between an outer end attached to the first end and an inner end and being configured to close the opening between the outer end and the inner end, the inner end of the closure member delimiting an inner portion of the opening, the fan being configured so that the air flow passes through the inner portion, the motor being characterised in that - the closure member comprises a plate and a roof, - the fan comprises a mouth and a set of blades, the mouth delimiting an inlet of the fan, the fan being configured so that the air flow generated passes through the inlet to enter the chamber, - the mouth has an inner edge defining an inlet diameter of the inlet of the fan, the inner edge surrounding the roof in a plane perpendicular to the axis. - the closure member comprises a plate and a roof, - the fan comprises a mouth and a set of blades, the mouth delimiting an inlet of the fan, the fan being configured so that the air flow generated passes through the inlet to enter the chamber, - the mouth has an inner edge defining an inlet diameter of the inlet of the fan, the inner edge surrounding the roof in a plane perpendicular to the axis.
A method of analysing ribonucleic acid-ribonucleic acid (RNA-RNA) interactions comprising: a. cross-linking base-paired nucleotides of at least one RNA molecule and/or at least one pair of RNA molecules using a biotin-tagged, reversible cross-linking agent to produce at least one cross-linked RNA molecule and/or at least one pair of cross-linked RNA molecules; b. fragmenting the said cross-linked RNA molecule and/or pair of cross-linked RNA molecules to produce a plurality of fragments comprising at least one cross-linked RNA fragment; c. using said biotin to extract said cross-linked RNA fragment(s) from said plurality of fragments; d. ligating the said cross-linked RNA fragment(s) to produce cross-linked ligated RNA chimera(s); e. reversing the cross-linking of the said agent to the said RNA molecule and/or pair of RNA molecules to produce a ligated RNA chimera molecule(s) and/or RNA chimera pair(s); f. preparing a sequence library by sequencing the ligated RNA chimera molecule(s) or pair(s); and g. analysing the sequence library to determine RNA-RNA interactions. a. cross-linking base-paired nucleotides of at least one RNA molecule and/or at least one pair of RNA molecules using a biotin-tagged, reversible cross-linking agent to produce at least one cross-linked RNA molecule and/or at least one pair of cross-linked RNA molecules; b. fragmenting the said cross-linked RNA molecule and/or pair of cross-linked RNA molecules to produce a plurality of fragments comprising at least one cross-linked RNA fragment; c. using said biotin to extract said cross-linked RNA fragment(s) from said plurality of fragments; d. ligating the said cross-linked RNA fragment(s) to produce cross-linked ligated RNA chimera(s); e. reversing the cross-linking of the said agent to the said RNA molecule and/or pair of RNA molecules to produce a ligated RNA chimera molecule(s) and/or RNA chimera pair(s); f. preparing a sequence library by sequencing the ligated RNA chimera molecule(s) or pair(s); and g. analysing the sequence library to determine RNA-RNA interactions.
A yarn processing device comprising: a cylindrical nozzle including a yarn path, comprising a yarn introducing part and a yarn ejecting part and a fluid injection hole configured to eject fluid into the yarn path; and a collision body, the device being characterized in that, during operation, the collision body is disposed to oppose, over a gap, a leading end face of the cylindrical nozzle, which is an outermost part of the yarn ejecting part and where a yarn outlet is formed, on the surface of the collision body which surface opposes the leading end face of the nozzle, an opposing part opposing the outlet being formed to have a concave shape. a cylindrical nozzle including a yarn path, comprising a yarn introducing part and a yarn ejecting part and a fluid injection hole configured to eject fluid into the yarn path; and a collision body, the device being characterized in that, during operation, the collision body is disposed to oppose, over a gap, a leading end face of the cylindrical nozzle, which is an outermost part of the yarn ejecting part and where a yarn outlet is formed, on the surface of the collision body which surface opposes the leading end face of the nozzle, an opposing part opposing the outlet being formed to have a concave shape.
A cathode catalyst layer used for a polymer electrolyte fuel cell that includes an electrolyte membrane, comprising: a catalyst having weight of not greater than 0.3 mg/cm 2 of a reaction surface of the cathode catalyst layer that is adjoining the electrolyte membrane; and an electrolyte resin having oxygen permeability of not less than 2.2*10 -14 mol/m/s/Pa in an environment of temperature of 80 degrees Celsius and relative humidity of 50%, wherein the electrolyte resin is a copolymer comprising: (a) polymerized units of fluoromonomer (A-1) and optionally in addition (A-2),; and (b) polymerized units of one or more fluoromonomer, where the fluoromonomer is selected from perfluorosulfonic acid monomer and derivatives and salts thereof and perfluorosulfonate monomer and derivatives and salts thereof. a catalyst having weight of not greater than 0.3 mg/cm 2 of a reaction surface of the cathode catalyst layer that is adjoining the electrolyte membrane; and an electrolyte resin having oxygen permeability of not less than 2.2*10 -14 mol/m/s/Pa in an environment of temperature of 80 degrees Celsius and relative humidity of 50%, (a) polymerized units of fluoromonomer (A-1) and optionally in addition (A-2),; and (b) polymerized units of one or more fluoromonomer, where the fluoromonomer is selected from perfluorosulfonic acid monomer and derivatives and salts thereof and perfluorosulfonate monomer and derivatives and salts thereof.
A unit including a terminal block for receiving at least one end of a multistrand wire and comprising for this purpose at least one housing (6a, 6b, 6c, 6d) for receiving the end of the wire, the housing being provided both with a wall having an opening (7a, 7b, 7c, 7d) made therein through which the end of the wire extends in service, said housing being characterized in that it being provided with a flank (10a, 10b, 10c, 10d) arranged opposite from the wall that includes the opening, at least one face of the flank facing towards the inside of the housing being provided with asperities in order to limit any risk of a strand detached from the end of the wire sliding through space between the flank and the remainder of the unit.
A method for producing a particulate water-absorbing agent comprising: a polymerization step for polymerizing a monomer to obtain a polymer gel; a drying step for drying the polymer gel to obtain a particulate water-absorbing resin; a pulverization step for pulverizing the particulate water-absorbing resin; a classification step for sieving the particulate water-absorbing resin; a surface cross-linking step for cross-linking the neighborhood of the surface of the particulate water-absorbing resin to obtain a particulate water-absorbing agent; a packaging step for filling the particulate water-absorbing agent into a packaging material container for packaging; and a transportation step for transporting the products produced in each of the steps to the other steps; wherein at least any one of the steps including and subsequent to the drying step is in two or more lines, for one line of the polymerization step, and wherein at least any one of the pulverization step, the classification step, and the surface cross-linking step, for one line of the polymerization step is included as two or more lines. a polymerization step for polymerizing a monomer to obtain a polymer gel; a drying step for drying the polymer gel to obtain a particulate water-absorbing resin; a pulverization step for pulverizing the particulate water-absorbing resin; a classification step for sieving the particulate water-absorbing resin; a surface cross-linking step for cross-linking the neighborhood of the surface of the particulate water-absorbing resin to obtain a particulate water-absorbing agent; a packaging step for filling the particulate water-absorbing agent into a packaging material container for packaging; and a transportation step for transporting the products produced in each of the steps to the other steps; wherein at least any one of the steps including and subsequent to the drying step is in two or more lines, for one line of the polymerization step, and wherein at least any one of the pulverization step, the classification step, and the surface cross-linking step, for one line of the polymerization step is included as two or more lines.
A system includes: a mobile device configured for: receiving a first wireless signal from a first emitter of a plurality of emitters placed at known locations relative of a plurality of storage areas where items are stored; calculating a first distance between the mobile device and the first emitter based on the first wireless signal; determining that the mobile device is located at a stocking location for a first storage area of the plurality of storage areas based on a determination that the first distance between the mobile device and the first emitter is less than a predetermined threshold, and the known location of the first emitter; and sending a message indicating that the mobile device is at the stocking location for the first storage area in response to the determining that the mobile device is located at the stocking location; characterized in that the mobile device being configured for determining that the mobile device is located at the stocking location for a predetermined period of time before sending the message. receiving a first wireless signal from a first emitter of a plurality of emitters placed at known locations relative of a plurality of storage areas where items are stored; calculating a first distance between the mobile device and the first emitter based on the first wireless signal; determining that the mobile device is located at a stocking location for a first storage area of the plurality of storage areas based on a determination that the first distance between the mobile device and the first emitter is less than a predetermined threshold, and the known location of the first emitter; and sending a message indicating that the mobile device is at the stocking location for the first storage area in response to the determining that the mobile device is located at the stocking location; characterized in that the mobile device being configured for determining that the mobile device is located at the stocking location for a predetermined period of time before sending the message.
Method for gas-shielded metal-arc welding, in which during welding an electric arc for generating a weld seam along a welding track between at least one workpiece to be welded and a consumable wire electrode that is in particular continuously fed to the at least one workpiece burns in a protective-gas environment, characterized in that a) at the location of the beginning of the weld seam to be generated, prior to igniting the electric arc between the at least one work piece and the wire electrode, a non-consumable electrode in the longitudinal direction of the extent thereof that intersects the longitudinal direction of extent of the wire electrode is moved toward the at least one workpiece; b) an electric arc by way of which the at least one workpiece is pre-heated locally at the beginning of the weld seam to be generated is ignited in a protective-gas environment between the at least one workpiece and the non-consumable electrode; c) the non-consumable electrode after pre-heating is retracted from the at least one workpiece; and d) the electric arc between the at least one workpiece and the wire electrode is ignited after the retraction of the non-consumable electrode. a) at the location of the beginning of the weld seam to be generated, prior to igniting the electric arc between the at least one work piece and the wire electrode, a non-consumable electrode in the longitudinal direction of the extent thereof that intersects the longitudinal direction of extent of the wire electrode is moved toward the at least one workpiece; b) an electric arc by way of which the at least one workpiece is pre-heated locally at the beginning of the weld seam to be generated is ignited in a protective-gas environment between the at least one workpiece and the non-consumable electrode; c) the non-consumable electrode after pre-heating is retracted from the at least one workpiece; and d) the electric arc between the at least one workpiece and the wire electrode is ignited after the retraction of the non-consumable electrode.
Electronic equipment for a wireless communication system, comprising: one or more processing circuits (410, 411) configured to perform an operation of: configuring time mapping information between a downlink subframe carrying uplink grant signaling and a uplink subframe carrying uplink transmission including Physical Uplink Shared Channel, PUSCH, transmission performed on an unlicensed channel by a user equipment in the wireless communication system scheduled by the uplink grant signaling, and generating configuration information about a channel detection type of a channel detection process performed by the user equipment before uplink transmission comprising PUSCH transmission on the unlicensed channel, wherein, when configuring the time mapping information, the processing circuits map one downlink subframe carrying one uplink grant signaling to a plurality of uplink subframes carrying uplink transmission including PUSCH transmission scheduled by the one uplink grant signaling. configuring time mapping information between a downlink subframe carrying uplink grant signaling and a uplink subframe carrying uplink transmission including Physical Uplink Shared Channel, PUSCH, transmission performed on an unlicensed channel by a user equipment in the wireless communication system scheduled by the uplink grant signaling, and generating configuration information about a channel detection type of a channel detection process performed by the user equipment before uplink transmission comprising PUSCH transmission on the unlicensed channel, wherein, when configuring the time mapping information, the processing circuits map one downlink subframe carrying one uplink grant signaling to a plurality of uplink subframes carrying uplink transmission including PUSCH transmission scheduled by the one uplink grant signaling.
An orthodontic self-locking bracket, comprising a bracket body having an arch wire bracket slot and a bracket cover matched with the bracket body, wherein two sides of the arch wire bracket slot are provided with work wings (4, 5), a bracket opening is arranged so as to intersect the arch wire bracket slot on the bracket body, and the bracket cover is inserted into the bracket opening and is in sliding fit with the bracket body; the left work wing is provided with a shaft hole and a pin shaft located in the shaft hole, wherein the pin shaft penetrates through the bracket opening, and the pin shaft is in clamping fit with the lower part of the bracket cover, so that the arch wire bracket slot can be closed and opened by the bracket cover, characterized in that: two sides of the bracket opening are symmetrically provided with a sliding chute respectively, and the bracket cover is arranged within the sliding chutes; the bracket cover is provided with an elastic element which is deformable after being stressed, and a clamping slot which is in clamping fit with the pin shaft and which is arranged on the elastic element; the pin shaft makes the elastic element to be deformed and to be in clamping fit with the different positions of the clamping slot when the bracket cover slides, and the right end of the bracket cover covers or departs from the arch wire bracket slot; the pin shaft is immovable relative to the bracket body.
A method for controlling a device having a plurality of radio frequency chains coupled to a plurality of antennas in a wireless communication system, the method comprising; identifying a subframe configuration when below a temperature threshold, wherein the subframe configuration indicates a plurality of downlink, DL, subframes and a plurality of uplink, UL, subframes; comparing a measured temperature of the device with the temperature threshold; decreasing a use time of at least one RF chain based on the comparison result by adjusting the subframe configuration, wherein the adjusted subframe configuration further indicates at least one DL subframe in which the at least one RF chain is turned off; and transmitting a radio signal using at least one of the antennas that is connected to the at least one RF chain based on the adjusted subframe configuration.
Resonant filter including at least two matrix (100.1 to 100.6) having different frequency responses, each matric comprising of n × m resonators of the NEMS or MEMS type with substantially similar dimensions and distributed in n rows and m columns, with n and m being integers strictly greater than 1, including for each resonator: - actuating means able to excite the resonator by controlling an input electric signal of the filter, - means for detecting movements of the resonator able to output an electrical output signal whereof the value depends on the detected movements; an input of the filter, intended to receive an electrical input signal of the filter, being electrically connected to the actuating means of all of the resonators, the outputs of the detecting means of all of the resonators being electrically connected to each other and to an output of the filter, the resonators not being mechanically coupled to each other, and the nominal dimensions of the resonators of one matrix being different than the nominal dimensions of the resonators of another matrix. - actuating means able to excite the resonator by controlling an input electric signal of the filter, - means for detecting movements of the resonator able to output an electrical output signal whereof the value depends on the detected movements;
Agricultural machine that comprises a number of loosening means each of which provided with a point directed downward in a working position and foldably and/or vertically adjustably mounted on at least one frame part of a first implement section of the agricultural machine, whereby the implement section is, by coupling devices, connected to a support frame of the agricultural machine, whereby the entire implement section, including all loosening means mounted in the implement section, is arranged to assume at least two different lateral positions (A, B) with respect to the support frame by a lateral displacement the maximal size of which corresponds to half the distance between two adjacent sowing shares, whereby the implement section is provided with a lock member to be locked to either one or to the other of said lateral positions (A, B), whereby the machine comprises distribution lines divided into delivery ducts for seed and delivery ducts for a second bulk material, for instance fertilizer, whereby the delivery ducts for a second bulk material are connected to distribution nozzles attached to the loosening means on the implement section, characterized in that the support frame supports sowing units arranged after the loosening means for the output of seed to the ground in drill rows, whereby the seed is delivered to the sowing units through the delivery duct for seed.
A discharge device for discharging a pipe section which has been machined from a pipe by means of a machining apparatus, wherein the discharge device has a pipe guide axis along which the pipe is guided along its length coming from the machining apparatus, characterized in that a discharge flap (32.1, 32.2) is provided, which can be folded about a folding axis extending parallel to the pipe guide axis from a falling position into a discharge position, wherein furthermore at least one support means (33.1, 33.2, 33.3, 33.4) of the discharge device for supporting the pipe is arranged on a side of the at least one discharge flap (32.1, 32.2) facing away from the machining apparatus, and wherein the at least one discharge flap (32.1, 32.2) is arranged in such a way that in the falling position the pipe section can fall past the at least one discharge flap (32.1, 32.2) and the pipe section can be discharged in a controlled manner in the discharge position.