mhurhangee/ep-ind-claims huggingface dataset:
A communication method of a receiver in a multiple input multiple output communication system comprising a transmitter having eight transmit antennas and the receiver, the communication method comprising: extracting, from a memory storing a first codebook having a 3-bit size and a second codebook having a one-bit size, a 3-bit first precoding matrix indicator corresponding to a first codeword included in the first codebook and a one-bit second precoding matrix indicator corresponding to a second codeword included in the second codebook; and transmitting, to the transmitter, the 3-bit first precoding matrix indicator and the one-bit second precoding matrix indicator, wherein the combination of the 3-bit first precoding matrix indicator and the one-bit second precoding matrix indicator indicates one of recommended precoding matrix candidates disclosed in the following Table 1 or Table 2, wherein W m, n 1 = 1 8 ν m φ n ν m, W m, m ′, n 2 = 1 4 ν m ν m ′ φ n ν m − φ n ν m ′, φ n = e jπn / 2 and v m = 1 e j 2 πn / 32 e j 4 πn / 32 e j 6 πn / 32 T, and wherein W denotes a precoding matrix, v denotes a column vector, and m and n are variables. [Table 1] W 0,0 W 0,2 W 4,0 W 4,2 W 8,0 W 8,2 W 12,0 W 12,2 W 16,0 W 16,2 W 20,0 W 20,2 W 24,0 W 24,2 W 28,0 W 28,2 [Table 2] W 0,0,0 W 0,0,1 W 4,4,0 W 4,4,1 W 8,8,0 W 8,8,1 W 12,12,0 W 12,12,1 W 16,16,0 W 16,16,1 W 20,20,0 W 20,20,1 W 24,24,0 W 24,24,1 W 28,28,0 W 28,28,1 extracting, from a memory storing a first codebook having a 3-bit size and a second codebook having a one-bit size, a 3-bit first precoding matrix indicator corresponding to a first codeword included in the first codebook and a one-bit second precoding matrix indicator corresponding to a second codeword included in the second codebook; and transmitting, to the transmitter, the 3-bit first precoding matrix indicator and the one-bit second precoding matrix indicator, wherein the combination of the 3-bit first precoding matrix indicator and the one-bit second precoding matrix indicator indicates one of recommended precoding matrix candidates disclosed in the following Table 1 or Table 2, wherein W m, n 1 = 1 8 ν m φ n ν m, W m, m ′, n 2 = 1 4 ν m ν m ′ φ n ν m − φ n ν m ′, φ n = e jπn / 2 and v m = 1 e j 2 πn / 32 e j 4 πn / 32 e j 6 πn / 32 T, and wherein W denotes a precoding matrix, v denotes a column vector, and m and n are variables. [Table 1] W 0,0 W 0,2 W 4,0 W 4,2 W 8,0 W 8,2 W 12,0 W 12,2 W 16,0 W 16,2 W 20,0 W 20,2 W 24,0 W 24,2 W 28,0 W 28,2 [Table 2] W 0,0,0 W 0,0,1 W 4,4,0 W 4,4,1 W 8,8,0 W 8,8,1 W 12,12,0 W 12,12,1 W 16,16,0 W 16,16,1 W 20,20,0 W 20,20,1 W 24,24,0 W 24,24,1 W 28,28,0 W 28,28,1
Transfer unit for containers as they leave a forming unit used for forming said containers, the containers having a bottom intended to form a supporting surface of the container, the transfer unit comprising: - upper guide means for guiding the containers along a predetermined path; - cooling means for cooling the bottom of the containers, characterized in that the cooling means are integrated into a lower guide for the containers, the lower guide having an upper face intended to be positioned, without contact, facing the bottoms of the containers, the upper face forming an end stop against toppling of the containers along the predetermined path. - upper guide means for guiding the containers along a predetermined path; - cooling means for cooling the bottom of the containers,
A method of planning or performing an offshore well operation performed from a floating offshore structure in a subsea well, the method comprising: predicting the effect of heave on the well operation by: providing heave motion data for the floating offshore structure to a processing module; running a well operation simulation model on the processing module; calculating a wellbore pressure using the well operation simulation model, wherein the calculation of wellbore pressure uses the heave motion data to calculate the effect of heave motion on the well operation; comparing the calculated wellbore pressure with at least one pressure margin for the subsea well to determine a risk associated with a planned deactivation of a heave compensation system during the well operation; and outputting risk information from the processing module. providing heave motion data for the floating offshore structure to a processing module; running a well operation simulation model on the processing module; calculating a wellbore pressure using the well operation simulation model, wherein the calculation of wellbore pressure uses the heave motion data to calculate the effect of heave motion on the well operation; comparing the calculated wellbore pressure with at least one pressure margin for the subsea well to determine a risk associated with a planned deactivation of a heave compensation system during the well operation; and outputting risk information from the processing module.
A sensor accommodation container with a cap member for a pneumatic fender, the sensor accommodation container attached to the cap member and suitable to be installed inside a fender bag, comprising: a container body attached to a through hole penetrating the cap member so as to be able to move the container body from a position inside the fender bag to a position to protrude out of the fender bag and held at a predetermined protruded position; a lid for closing the through hole; a first seal member for sealing a gap between the container body and the through hole; a communication hole for communicating inside and outside of the container body when the container body has been installed inside the fender bag, to allow a sensor which is installed inside the fender bag to sense internal information of the fender; and a second seal member for shutting off the communication between the inside and the outside of the fender bag via the communication hole when the container body has been held at the predetermined protruded position. a container body attached to a through hole penetrating the cap member so as to be able to move the container body from a position inside the fender bag to a position to protrude out of the fender bag and held at a predetermined protruded position; a lid for closing the through hole; a first seal member for sealing a gap between the container body and the through hole; a communication hole for communicating inside and outside of the container body when the container body has been installed inside the fender bag, to allow a sensor which is installed inside the fender bag to sense internal information of the fender; and a second seal member for shutting off the communication between the inside and the outside of the fender bag via the communication hole when the container body has been held at the predetermined protruded position.
Use of a flavor composition for increasing palatability of a food product, wherein the flavor composition comprises a compound selected from the group consisting of N-Benzyl-L-phenylalanine methyl ester hydrochloride; N-Benzyl-D-Phenylalanine methyl ester hydrochloride; Benzyl-L-leucine methyl ester hydrochloride; Methyl-2-benzylamino-2-phenylacetate; and L-Phenylalanine benzyl ester hydrochloride. N-Benzyl-L-phenylalanine methyl ester hydrochloride; N-Benzyl-D-Phenylalanine methyl ester hydrochloride; Benzyl-L-leucine methyl ester hydrochloride; Methyl-2-benzylamino-2-phenylacetate; and L-Phenylalanine benzyl ester hydrochloride.
A mobile edge platform switching method, characterized by comprising: receiving, by a second mobile edge platform, an application identity of a source application instance from a first mobile edge platform, wherein the first mobile edge platform provides a service for the source application instance, and the source application instance provides a service for user equipment; determining, by the second mobile edge platform, a target application instance of the user equipment based on the application identity of the source application instance, wherein the application identity of the source application instance is the same as an application identity of the target application instance, and the second mobile edge platform provides a service for the target application instance; and sending, by the second mobile edge platform, a switching notification message to the target application instance, wherein the switching notification message is used to instruct the target application instance to provide a service for the user equipment. receiving, by a second mobile edge platform, an application identity of a source application instance from a first mobile edge platform, wherein the first mobile edge platform provides a service for the source application instance, and the source application instance provides a service for user equipment; determining, by the second mobile edge platform, a target application instance of the user equipment based on the application identity of the source application instance, wherein the application identity of the source application instance is the same as an application identity of the target application instance, and the second mobile edge platform provides a service for the target application instance; and sending, by the second mobile edge platform, a switching notification message to the target application instance, wherein the switching notification message is used to instruct the target application instance to provide a service for the user equipment.
A temple for spectacles comprising a frame and at least one decorative sleeve (7; 8) which is at least partially made of an elastically deformable material, provided with at least one decorative surface (70a, 70b, 70c, 70d; 70e, 70f, 70g, 70h) and mounted around the frame of the temple, said sleeve being designed to rotate and/or twist around the frame by elastic deformation in order to change the appearance of said temple, where the sleeve is mounted around a segment of the frame of the temple, said temple being characterized in that said segment has in the longitudinal direction of the temple a central portion and two end portions, and in that the sleeve is mounted without clearance around at least one of the portions of said segment in order to enable the immobilization of the sleeve in position around said segment and is mounted with clearance around at least one of the portions of said segment in order to facilitate the elastic deformation of the sleeve when said sleeve rotates around said segment.
An endoscope system comprising: a first image acquisition unit configured to pick up images of a rotating inspection target with a first endoscope to be inserted into a casing enclosing the inspection target, the first endoscope comprising a first line sensor parallel to the axis of the first endoscope to pick up images at predetermined time intervals to acquire a plurality of first inspection target images of the inspection target; and a second image acquisition unit configured to pick up images of the rotating inspection target with a second endoscope to be inserted into the casing, the second endoscope comprising a second line sensor to pick up images at the predetermined time intervals in synchronization with acquisition timing of the first inspection target images to acquire a plurality of second inspection target images of the inspection target; whereby the endoscope system further comprises an image data reconstruction unit configured to reconstruct image data on each of the plurality of first inspection target images based on time-series image information, characterized in that the second line sensor is perpendicular to the axis of the second endoscope and in that the time-series image information is to be formed of the second inspection target images arranged over time and information on correspondence between a position of a pixel including a predetermined feature quantity or a predetermined luminance value in each of the second inspection target images and an amount of an angle of rotation of the inspection target. a first image acquisition unit configured to pick up images of a rotating inspection target with a first endoscope to be inserted into a casing enclosing the inspection target, the first endoscope comprising a first line sensor parallel to the axis of the first endoscope to pick up images at predetermined time intervals to acquire a plurality of first inspection target images of the inspection target; and a second image acquisition unit configured to pick up images of the rotating inspection target with a second endoscope to be inserted into the casing, the second endoscope comprising a second line sensor to pick up images at the predetermined time intervals in synchronization with acquisition timing of the first inspection target images to acquire a plurality of second inspection target images of the inspection target; whereby the endoscope system further comprises an image data reconstruction unit configured to reconstruct image data on each of the plurality of first inspection target images based on time-series image information, characterized in that the second line sensor is perpendicular to the axis of the second endoscope and in that the time-series image information is to be formed of the second inspection target images arranged over time and information on correspondence between a position of a pixel including a predetermined feature quantity or a predetermined luminance value in each of the second inspection target images and an amount of an angle of rotation of the inspection target.
Shank, journal or shaft with a profile member (16, 18, 20) for transferring torques between a hub or another part and the shank, the journal or the shaft, which is provided with the profile (16, 18, 20) and an uninterrupted external thread adjacent to the profile, wherein the hub is secured by a nut screwed upon the external thread, characterized in that the difference between the outer diameter of the external thread and the outer envelope circle of the profile (16, 18, 20) is not exceeding 1 mm and the lowest point of the profile at the shank, journal or shaft is radially deeper than the thread diameter of the external thread after the rolling of the thread, and the hub or other parts with the negative profile of the shaft, the journal or the shank can be passed over the external thread in spite of this.
A conductor foil with resin comprising a conductor foil and a resin layer provided on said conductor foil, wherein said resin layer is obtainable by coating a resin primer; and wherein the 10 point average roughness of the surface of said conductor foil is 3μm or less, measured according to JIS B0601-1994, wherein the resin primer comprises a resin, wherein: said resin contains a polyamideimide, and the polyamideimide has a structural unit of a saturated hydrocarbon, wherein said structural unit is expressed by the following chemical formula:
A process for preparing nugget-like products, which comprises the successive steps of: 1) covering a nugget-like product matrix with wheat flour, 2) coating the floured matrix with a batter consisting of: a. 40-50% of a premix comprising: i. rice flour, ii. at least one cold water-soluble polysaccharide, iii. at least one cross-linked pea starch, having an amylose content of between 30 and 40% (dry/dry), iv. at least one dextrin b. 40 to 55% water, c. 3% to 10% fat(s), d. the sum of the above percentages being equal to 100%, 3) Pre-cooking the matrices thus coated in a steam oven to obtain nugget-like products, and 4) Freezing the nugget-like products thus obtained, characterised in that the pre-cooking step is carried out at a relative humidity of 50% and at a temperature of between 190 and 210°C. 1) covering a nugget-like product matrix with wheat flour, 2) coating the floured matrix with a batter consisting of: a. 40-50% of a premix comprising: i. rice flour, ii. at least one cold water-soluble polysaccharide, iii. at least one cross-linked pea starch, having an amylose content of between 30 and 40% (dry/dry), iv. at least one dextrin b. 40 to 55% water, c. 3% to 10% fat(s), d. the sum of the above percentages being equal to 100%, a. 40-50% of a premix comprising: i. rice flour, ii. at least one cold water-soluble polysaccharide, iii. at least one cross-linked pea starch, having an amylose content of between 30 and 40% (dry/dry), iv. at least one dextrin i. rice flour, ii. at least one cold water-soluble polysaccharide, iii. at least one cross-linked pea starch, having an amylose content of between 30 and 40% (dry/dry), iv. at least one dextrin b. 40 to 55% water, c. 3% to 10% fat(s), d. the sum of the above percentages being equal to 100%, 3) Pre-cooking the matrices thus coated in a steam oven to obtain nugget-like products, and 4) Freezing the nugget-like products thus obtained,
An interlayer film for a laminated glass (51, 52, 6) having a laminated structure including a number of four or more layers each containing a polyvinyl acetal and a plasticizer, said four or more layers being stacked on each other and comprising an outer layer (512, 522, 61) disposed on the outermost surface of the interlayer film for a laminated glass and having a large number of recesses (1, 2, 3) on one surface, and a colored layer (511, 521, 63) containing a colorant, wherein for the surface of the outer layer (512, 522, 61) having a large number of recesses, a minimum distance which is a distance between a bottom of one of the recesses which is a closest one to an outer layer side surface of the colored layer and said outer layer side surface of the colored layer is 150 μm or longer as measured according to the method in the description.
Winding device for winding coil wire onto a first coil former and a second coil former of a coil yoke of a relay, wherein the coil yoke comprises a first yoke limb with a first coil former and a second yoke limb with a second coil former, wherein the first coil former extends in direction of a first longitudinal axis, wherein the second coil former extends in direction of a second longitudinal axis, and wherein the first coil former and the second coil former are arranged next to each other and are oriented parallel to one another, comprising: a rotatable coil receptacle for holding the coil yoke, wherein the coil receptacle is rotatable around an axis of rotation, wherein the axis of rotation is oriented parallel to the first longitudinal axis and second longitudinal axis, and wherein the coil receptacle is configured to support the coil yoke transversely to the axis of rotation in a displaceable manner in order to position the first coil former for the winding of coil wire onto the first coil former such that the first longitudinal axis coincides with the axis of rotation, and to position the second coil former for the winding of coil wire onto the second coil former such that the second longitudinal axis coincides with the axis of rotation; and a winding nozzle, which is configured to dispense the coil wire parallel to the axis of rotation. a rotatable coil receptacle for holding the coil yoke, wherein the coil receptacle is rotatable around an axis of rotation, wherein the axis of rotation is oriented parallel to the first longitudinal axis and second longitudinal axis, and wherein the coil receptacle is configured to support the coil yoke transversely to the axis of rotation in a displaceable manner in order to position the first coil former for the winding of coil wire onto the first coil former such that the first longitudinal axis coincides with the axis of rotation, and to position the second coil former for the winding of coil wire onto the second coil former such that the second longitudinal axis coincides with the axis of rotation; and a winding nozzle, which is configured to dispense the coil wire parallel to the axis of rotation.
A packaging comprising: an interior comprising an upper end defined by a first seal and a lower end defined by a second seal; a handle positioned below the first seal and comprising a cut in the packaging; and a reclosable seal positioned below the first seal, configured to reversibly open and close the interior, and at least partially horizontally positioned; a third seal which is horizontal when the packaging is resting on the end of the packaging that comprises the second seal; the packaging being further characterized in that: the reclosable seal is horizontally aligned with the third seal, the distance from the reclosable seal up to the first seal being substantially the same as the distance from the third seal up to the first seal, and the distance from the reclosable seal down to the second seal being substantially the same as the distance from the third seal down to the second seal. an interior comprising an upper end defined by a first seal and a lower end defined by a second seal; a handle positioned below the first seal and comprising a cut in the packaging; and a reclosable seal positioned below the first seal, configured to reversibly open and close the interior, and at least partially horizontally positioned; a third seal which is horizontal when the packaging is resting on the end of the packaging that comprises the second seal; the packaging being further characterized in that: the reclosable seal is horizontally aligned with the third seal, the distance from the reclosable seal up to the first seal being substantially the same as the distance from the third seal up to the first seal, and the distance from the reclosable seal down to the second seal being substantially the same as the distance from the third seal down to the second seal. the reclosable seal is horizontally aligned with the third seal, the distance from the reclosable seal up to the first seal being substantially the same as the distance from the third seal up to the first seal, and the distance from the reclosable seal down to the second seal being substantially the same as the distance from the third seal down to the second seal.
A bolt head for a firearm having a bolt head axis and a plurality of locking lugs, wherein at least two recesses having a radius, measured with respect to the bolt head axis, are formed on the bolt head between at least two adjacent locking lugs, characterized in that at least two centering ramps, which are designed obliquely to the bolt head axis and protrude in the axial direction toward the rear up to a central radius that is greater than the radius, for self-centering the bolt head during the locking process are formed in the region of recesses.
Method for replacing a used bearing with a new bearing, in particular for replacing a large bearing such as the main bearing of a wind turbine, wherein - the used bearing is arranged during operation at a bearing seat and supports a rotor shaft extending along an axis of rotation and in an axial direction towards a rotor hub as part of a rotor unit and the used bearing is arranged in a bearing housing, which is fastened to a machine carrier, wherein - the replacement of the used bearing is carried out without disassembly of the rotor shaft, by - removing the bearing housing from the used bearing by axial displacement, - dividing the used bearing and removing it from the rotor shaft, - mounting the new bearing around the rotor shaft, - arranging the new bearing in the bearing housing again after removal of the old bearing, characterized in that - the bearing housing is designed as a one-piece, undivided bearing housing. - the used bearing is arranged during operation at a bearing seat and supports a rotor shaft extending along an axis of rotation and in an axial direction towards a rotor hub as part of a rotor unit and the used bearing is arranged in a bearing housing, which is fastened to a machine carrier, wherein - the replacement of the used bearing is carried out without disassembly of the rotor shaft, by - removing the bearing housing from the used bearing by axial displacement, - dividing the used bearing and removing it from the rotor shaft, - mounting the new bearing around the rotor shaft, - arranging the new bearing in the bearing housing again after removal of the old bearing, characterized in that - the bearing housing is designed as a one-piece, undivided bearing housing.