mhurhangee/ep-ind-claims huggingface dataset:
A bobbin assembly for an automatic inflator, comprising in combination: a generally cylindrical wall; a plurality of arms positioned in a ring centered about and parallel to a longitudinal axis of the bobbin, each arm being pivotably connected to a rim of said cylindrical wall by a living hinge; at least one of said arms including a radial seat extending toward said longitudinal axis of the bobbin to form an annular seat having a diameter to retain a head of a spring-loaded actuator pin of the automatic inflator to hold the spring-loaded actuator pin in a "cocked" position; a toroidal pill positioned between a lumen of said cylindrical wall and said arms positioned in a ring to retain said arms in position centered about and parallel to said longitudinal axis of the bobbin such that said annular seat maintains said diameter to retain the head of the spring-loaded actuator pin, thereby holding the spring-loaded actuator pin in the "cocked" position; and wherein said pill is dissolvable once exposed to water to allow said arms to flex radially outwardly and release the spring-loaded actuator pin; and a web interconnecting at least one adjacent pair of said arms, said web allowing said paired arms to pivot outwardly via their respective said living hinges in unison. a generally cylindrical wall; a plurality of arms positioned in a ring centered about and parallel to a longitudinal axis of the bobbin, each arm being pivotably connected to a rim of said cylindrical wall by a living hinge; at least one of said arms including a radial seat extending toward said longitudinal axis of the bobbin to form an annular seat having a diameter to retain a head of a spring-loaded actuator pin of the automatic inflator to hold the spring-loaded actuator pin in a "cocked" position; a toroidal pill positioned between a lumen of said cylindrical wall and said arms positioned in a ring to retain said arms in position centered about and parallel to said longitudinal axis of the bobbin such that said annular seat maintains said diameter to retain the head of the spring-loaded actuator pin, thereby holding the spring-loaded actuator pin in the "cocked" position; and wherein said pill is dissolvable once exposed to water to allow said arms to flex radially outwardly and release the spring-loaded actuator pin; and a web interconnecting at least one adjacent pair of said arms, said web allowing said paired arms to pivot outwardly via their respective said living hinges in unison.
A bearing cage structure for use with a bearing assembly having a plurality of rolling elements disposed about a circumference of a race member comprising: a first wire support ring disposed adjacent an axially first end of the rolling elements and the bearing assembly, and a second wire support ring disposed adjacent an axially second end of the rolling elements and the bearing assembly; a plurality of discrete bridge elements coupled between the first and second wire support rings to maintain a spacing between adjacent rolling elements and to retain said rolling elements relative to said race member; and, a plurality of generally tubular spacers disposed on at least one of said first and second wire support rings annularly between adjacent bridge elements, said bridge elements and said spacers configured for piloted engagement of said bridge elements with said spacers to maintain a desired spacing between adjacent bridge elements wherein each bridge element has a bore extending through each end thereof, characterized in that, formed at each end of each bore, there is: a counter-bore configured to engage and receive the end of an adjacent spacer on its support ring (102, 104), or alternatively a boss configured to engage and seat inside the inner end of an adjacent spacer on its support ring (102, 104). a first wire support ring disposed adjacent an axially first end of the rolling elements and the bearing assembly, and a second wire support ring disposed adjacent an axially second end of the rolling elements and the bearing assembly; a plurality of discrete bridge elements coupled between the first and second wire support rings to maintain a spacing between adjacent rolling elements and to retain said rolling elements relative to said race member; and, a plurality of generally tubular spacers disposed on at least one of said first and second wire support rings annularly between adjacent bridge elements, said bridge elements and said spacers configured for piloted engagement of said bridge elements with said spacers to maintain a desired spacing between adjacent bridge elements wherein each bridge element has a bore extending through each end thereof, characterized in that, formed at each end of each bore, there is: a counter-bore configured to engage and receive the end of an adjacent spacer on its support ring (102, 104), or alternatively a boss configured to engage and seat inside the inner end of an adjacent spacer on its support ring (102, 104). a counter-bore configured to engage and receive the end of an adjacent spacer on its support ring (102, 104), or alternatively a boss configured to engage and seat inside the inner end of an adjacent spacer on its support ring (102, 104).
A computer system configured to improve security of server computers interacting with client computers, and comprising: a memory; one or more processors coupled to the memory; a processor logic coupled to the memory and the one or more processors, and programmed to: send a set of one or more instructions to a browser at a client computer, wherein the set of one or more instructions define one or more checkpoints, wherein each checkpoint, when reached by the browser, generates telemetry data indicating the checkpoint was reached by the browser; receive a set of telemetry data from the browser at the client computer, the telemetry data indicating one or more particular checkpoints of the one or more checkpoints were reached by the browser; characterized in that the processor logic is further programmed to: determine, based on the telemetry data, which checkpoints of the one or more checkpoints were reached by the browser; and determine whether the browser is legitimate or illegitimate based on which checkpoints were reached by the browser. a memory; one or more processors coupled to the memory; a processor logic coupled to the memory and the one or more processors, and programmed to: send a set of one or more instructions to a browser at a client computer, wherein the set of one or more instructions define one or more checkpoints, wherein each checkpoint, when reached by the browser, generates telemetry data indicating the checkpoint was reached by the browser; receive a set of telemetry data from the browser at the client computer, the telemetry data indicating one or more particular checkpoints of the one or more checkpoints were reached by the browser; characterized in that the processor logic is further programmed to: determine, based on the telemetry data, which checkpoints of the one or more checkpoints were reached by the browser; and determine whether the browser is legitimate or illegitimate based on which checkpoints were reached by the browser. send a set of one or more instructions to a browser at a client computer, wherein the set of one or more instructions define one or more checkpoints, wherein each checkpoint, when reached by the browser, generates telemetry data indicating the checkpoint was reached by the browser; receive a set of telemetry data from the browser at the client computer, the telemetry data indicating one or more particular checkpoints of the one or more checkpoints were reached by the browser; characterized in that the processor logic is further programmed to: determine, based on the telemetry data, which checkpoints of the one or more checkpoints were reached by the browser; and determine whether the browser is legitimate or illegitimate based on which checkpoints were reached by the browser. determine, based on the telemetry data, which checkpoints of the one or more checkpoints were reached by the browser; and determine whether the browser is legitimate or illegitimate based on which checkpoints were reached by the browser.
A method of dewaxing a distillate fuel oil comprising: hydroprocessing a distillate fuel oil stream in a reactor to produce a distillate fuel oil stream that is at least partially hydroprocessed; and feeding at least a portion of the distillate fuel oil stream that has been at least partially hydroprocessed to a cavitation unit wherein the portion of the distillate fuel oil stream is subjected to cavitation to reduce the pour point, reduce the cloud point, reduce the cold filter plugging point, or a combination thereof of the portion of the distillate fuel oil stream, wherein the reactor has an upstream hydroprocessing zone comprising a first catalyst bed and a subsequent hydroprocessing zone comprising a second catalyst bed; wherein the reactor comprises a distributor tray between the upstream hydroprocessing zone and the subsequent hydroprocessing zone; and wherein the portion of distillate fuel oil stream fed to the cavitation unit is collected from the distributor tray, further comprising, after subjecting said portion of distillate fuel oil stream to cavitation, reinjecting the portion of the distillate fuel oil stream into the reactor into the subsequent hydroprocessing zone for additional hydroprocessing. hydroprocessing a distillate fuel oil stream in a reactor to produce a distillate fuel oil stream that is at least partially hydroprocessed; and feeding at least a portion of the distillate fuel oil stream that has been at least partially hydroprocessed to a cavitation unit wherein the portion of the distillate fuel oil stream is subjected to cavitation to reduce the pour point, reduce the cloud point, reduce the cold filter plugging point, or a combination thereof of the portion of the distillate fuel oil stream, wherein the reactor has an upstream hydroprocessing zone comprising a first catalyst bed and a subsequent hydroprocessing zone comprising a second catalyst bed; wherein the reactor comprises a distributor tray between the upstream hydroprocessing zone and the subsequent hydroprocessing zone; and wherein the portion of distillate fuel oil stream fed to the cavitation unit is collected from the distributor tray, further comprising, after subjecting said portion of distillate fuel oil stream to cavitation, reinjecting the portion of the distillate fuel oil stream into the reactor into the subsequent hydroprocessing zone for additional hydroprocessing.
An electrophotographic fixing member (1; 2) comprising: a substrate, an elastic layer, and a releasing layer, wherein: thermal effusivity in a depth region from a surface of the releasing layer is 1.5 [kJ/(m 2 ·K·sec 0.5)] or more, the depth region corresponding to a thermal diffusion length when an alternating-current temperature wave having a frequency of 10 Hz is applied to the surface of the releasing layer, characterized in that the elastic layer contains fillers including an inorganic filler having a volume heat capacity of 3.0 [mJ/m 3 ·K] or more, and vapor grown carbon fibers, the total amount of the fillers in the elastic layer is 25% by volume or more and 50% by volume or less based on the volume of the elastic layer, the total amount of the vapor grown carbon fibers in the elastic layer is 0.5% by volume or more and 5% by volume or less based on the volume of the elastic layer, and an average type C micro rubber hardness of a surface of the fixing member (1; 2) is 85 degrees or less when measured using a micro rubber hardness tester MD-1 capa Type C manufactured by Kobunshi Keiki Co., Ltd. a substrate, an elastic layer, and a releasing layer, thermal effusivity in a depth region from a surface of the releasing layer is 1.5 [kJ/(m 2 ·K·sec 0.5)] or more, the depth region corresponding to a thermal diffusion length when an alternating-current temperature wave having a frequency of 10 Hz is applied to the surface of the releasing layer, characterized in that the elastic layer contains fillers including an inorganic filler having a volume heat capacity of 3.0 [mJ/m 3 ·K] or more, and vapor grown carbon fibers, the total amount of the fillers in the elastic layer is 25% by volume or more and 50% by volume or less based on the volume of the elastic layer, the total amount of the vapor grown carbon fibers in the elastic layer is 0.5% by volume or more and 5% by volume or less based on the volume of the elastic layer, and an average type C micro rubber hardness of a surface of the fixing member (1; 2) is 85 degrees or less when measured using a micro rubber hardness tester MD-1 capa Type C manufactured by Kobunshi Keiki Co., Ltd.
A nucleic acid which, after transcription or after expression in a plant, is capable of mediating the property of a haploid inducer or of increasing the induction capacity of a haploid inducer, characterized in that the nucleic acid comprises a nucleotide sequence which (i) has the sequence according to one of SEQ ID NO: 9, 49 or 52, or (ii) has the coding sequence according to one of SEQ ID NO: 11, 50 or 53 or a functional fragment of SEQ ID NO: 11 which is a section of SEQ ID NO: 11 and comprises at least 350 consecutive nucleotides of SEQ ID NO: 11, or (iii) is complementary to a sequence of SEQ ID NO: 9, or (iv) is at least 90% identical to a sequence of SEQ ID NO: 9, or (v) encodes a protein having the amino acid sequence selected from SEQ ID NO: 23, 51 or 54. (i) has the sequence according to one of SEQ ID NO: 9, 49 or 52, or (ii) has the coding sequence according to one of SEQ ID NO: 11, 50 or 53 or a functional fragment of SEQ ID NO: 11 which is a section of SEQ ID NO: 11 and comprises at least 350 consecutive nucleotides of SEQ ID NO: 11, or (iii) is complementary to a sequence of SEQ ID NO: 9, or (iv) is at least 90% identical to a sequence of SEQ ID NO: 9, or (v) encodes a protein having the amino acid sequence selected from SEQ ID NO: 23, 51 or 54.
A folding apparatus configured to fold a web conveyed in a machine direction which is in line with a flow direction of manufacturing processes of an absorbent article, the folding apparatus comprising: a rotating body (121, 122) including a rotational shaft orthogonal to the machine direction and configured to convey the web in the machine direction while pressing the web in a direction intersecting a surface of the web, and a guide unit (140, 141, 142) provided downstream of the rotating body (121, 122) in the machine direction, and configured to guide the web so that a side region (201, 202) of the web overlaps a central region of the web, the side region (201, 202) extending in the machine direction and the central region located on an inner side of the side region in a width direction of the web, characterised in that at least one end (121a, 122a) of the rotating body is tapered toward a side edge portion of the web, and the one end is disposed closer to a central region of the web than to the side edge portion. a rotating body (121, 122) including a rotational shaft orthogonal to the machine direction and configured to convey the web in the machine direction while pressing the web in a direction intersecting a surface of the web, and a guide unit (140, 141, 142) provided downstream of the rotating body (121, 122) in the machine direction, and configured to guide the web so that a side region (201, 202) of the web overlaps a central region of the web, the side region (201, 202) extending in the machine direction and the central region located on an inner side of the side region in a width direction of the web, characterised in that at least one end (121a, 122a) of the rotating body is tapered toward a side edge portion of the web, and the one end is disposed closer to a central region of the web than to the side edge portion.
An ultrasound imaging system for imaging a region of interest of a subject, comprising a controller configured to: - determine a number (N, N') of a plurality of image planes to scan through the region of interest; - acquire echo information corresponding to each of the image planes in the plurality; - generate image information for each of the image planes based upon the acquired echo information; and - store the image information corresponding to each of the image planes in a memory of the system; wherein the controller is further configured to: - display an ultrasound image (202, 204) comprising the region of interest, wherein the ultrasound image is rendered for display from generated image information for a single selected image plane of the plurality of image planes, wherein the selected image plane is one of a first plurality of the plurality of image planes, the first plurality of the plurality of image planes being at an angle to a second plurality of the plurality of image planes, the remaining image planes of the first plurality of the plurality of image planes not being displayed; and - render, in real time on the display, a plurality of lines (204a, 206a-206d) that are overlaid on the ultrasound image rendered from the generated image information for the selected image plane, the plurality of lines (204a, 206a-206d) being indicative of the second plurality of the plurality of image planes scanned through the region of interest. - determine a number (N, N') of a plurality of image planes to scan through the region of interest; - acquire echo information corresponding to each of the image planes in the plurality; - generate image information for each of the image planes based upon the acquired echo information; and - store the image information corresponding to each of the image planes in a memory of the system; - display an ultrasound image (202, 204) comprising the region of interest, wherein the ultrasound image is rendered for display from generated image information for a single selected image plane of the plurality of image planes, wherein the selected image plane is one of a first plurality of the plurality of image planes, the first plurality of the plurality of image planes being at an angle to a second plurality of the plurality of image planes, the remaining image planes of the first plurality of the plurality of image planes not being displayed; and - render, in real time on the display, a plurality of lines (204a, 206a-206d) that are overlaid on the ultrasound image rendered from the generated image information for the selected image plane, the plurality of lines (204a, 206a-206d) being indicative of the second plurality of the plurality of image planes scanned through the region of interest.
An ultrasonic diagnostic imaging system for real time strain imaging comprising: an ultrasound imaging probe having an array transducer and being configured to acquire ultrasound echo signals; an image processor, coupled to the imaging probe, which is configured to produce a first sequence of image frames; a strain calculator coupled to the image processor and configured to process the image frames to estimate strain during the first image frame sequence; a color mapper configured to produce a color map based at least in part on strain values generated by the strain calculator; and a color map warper that is responsive to the color map and a new sequence of image frames generated by the image processor, wherein the color map warper is configured to warp the color map to an image frame of the new sequence to generate a warped color map; and a display for displaying the image frame of the new sequence in combination with the warped color map. an ultrasound imaging probe having an array transducer and being configured to acquire ultrasound echo signals; an image processor, coupled to the imaging probe, which is configured to produce a first sequence of image frames; a strain calculator coupled to the image processor and configured to process the image frames to estimate strain during the first image frame sequence; a color mapper configured to produce a color map based at least in part on strain values generated by the strain calculator; and a color map warper that is responsive to the color map and a new sequence of image frames generated by the image processor, wherein the color map warper is configured to warp the color map to an image frame of the new sequence to generate a warped color map; and a display for displaying the image frame of the new sequence in combination with the warped color map.
An aqueous composition characterised in that it comprises hydrogen peroxide as an oxidizing agent at a concentration of 0.5 to 15% by weight, calculated to total of the composition, at least one magnesium salt at a concentration of 0.75 to 10% by weight, calculated to total of the composition and has a pH between 2 and 4 wherein the composition is an emulsion and comprises fatty alcohol and one or more surfactants.
A data transmission method, comprising: obtaining, by a base station, a plurality of data blocks carried on N physical broadcast channels, wherein an i th physical broadcast channel in the N physical broadcast channels corresponds to an i th beam of N beams, wherein N is a positive integer, and i is a positive integer greater than 0 and less than or equal to N; scrambling, by the base station, the data blocks carried on the N physical broadcast channels, to obtain scrambled code blocks carried on the N physical broadcast channels; and sending, by the base station on different time resource units by respectively using the N beams, corresponding scrambled code blocks carried on the physical broadcast channels; wherein the i th physical broadcast channel in the N physical broadcast channels carries indication information of the i th beam corresponding to the i th physical broadcast channel; or a pilot signal carried on the i th physical broadcast channel in the N physical broadcast channels corresponds to indication information of the i th beam corresponding to the i th physical broadcast channel; or a scrambling code that is used when a data block carried on the i th physical broadcast channel in the N physical broadcast channels is scrambled corresponds to indication information of the i th beam corresponding to the i th physical broadcast channel. obtaining, by a base station, a plurality of data blocks carried on N physical broadcast channels, wherein an i th physical broadcast channel in the N physical broadcast channels corresponds to an i th beam of N beams, wherein N is a positive integer, and i is a positive integer greater than 0 and less than or equal to N; scrambling, by the base station, the data blocks carried on the N physical broadcast channels, to obtain scrambled code blocks carried on the N physical broadcast channels; and sending, by the base station on different time resource units by respectively using the N beams, corresponding scrambled code blocks carried on the physical broadcast channels; wherein the i th physical broadcast channel in the N physical broadcast channels carries indication information of the i th beam corresponding to the i th physical broadcast channel; or a pilot signal carried on the i th physical broadcast channel in the N physical broadcast channels corresponds to indication information of the i th beam corresponding to the i th physical broadcast channel; or a scrambling code that is used when a data block carried on the i th physical broadcast channel in the N physical broadcast channels is scrambled corresponds to indication information of the i th beam corresponding to the i th physical broadcast channel.