mhurhangee/ep-ind-claims huggingface dataset:
A tire testing method conducted by a tire testing machine, the tire testing machine including a pair of spindles (19,24) provided to be able to sandwich and to release a tire; a rotation mechanism provided for the paired spindles, and rotating the tire sandwiched between the paired spindles; and a drum including a moving mechanism that moves the drum in a direction of being close to or separate from the tire sandwiched between the paired spindles, pressed against the tire, and applying a load to the tire while rotating together with the tire, the tire testing method comprising: a tire sandwiching step of sandwiching the tire between the paired spindles (19, 24); characterised by the following steps: a tire predetermined-rotation step of controlling the rotation mechanism to drive the tire sandwiched between the paired spindles to rotate at a predetermined rotational speed lower than a specified rotational speed; a drum contact step of controlling the moving mechanism to move the drum until the drum contacts the tire rotating at the predetermined rotational speed; a tire specified-rotation step of accelerating rotation of the tire from the predetermined rotational speed to the specified rotational speed after contacting the drum with the tire; and a tire testing step of testing the tire rotating at the specified rotational speed. a tire sandwiching step of sandwiching the tire between the paired spindles (19, 24); characterised by the following steps: a tire predetermined-rotation step of controlling the rotation mechanism to drive the tire sandwiched between the paired spindles to rotate at a predetermined rotational speed lower than a specified rotational speed; a drum contact step of controlling the moving mechanism to move the drum until the drum contacts the tire rotating at the predetermined rotational speed; a tire specified-rotation step of accelerating rotation of the tire from the predetermined rotational speed to the specified rotational speed after contacting the drum with the tire; and a tire testing step of testing the tire rotating at the specified rotational speed. a tire predetermined-rotation step of controlling the rotation mechanism to drive the tire sandwiched between the paired spindles to rotate at a predetermined rotational speed lower than a specified rotational speed; a drum contact step of controlling the moving mechanism to move the drum until the drum contacts the tire rotating at the predetermined rotational speed; a tire specified-rotation step of accelerating rotation of the tire from the predetermined rotational speed to the specified rotational speed after contacting the drum with the tire; and a tire testing step of testing the tire rotating at the specified rotational speed.
An image processing apparatus for visually reducing noise components contained in a low-frequency range of an image, comprising: inputting means for inputting an image; and processing means for reducing correlations between a pixel of interest in the image and surrounding pixels of the pixel of interest, in a region of the image, to thereby perform a process of converting signal strengths, being reduced due to the reduction of the correlations, of noise components contained in the low-frequency range of the image into broad-band noise; wherein the processing means comprises, selection means for selecting a pixel from the surrounding pixels of the pixel of interest according to a predetermined regularity; and determining means for determining a new pixel value of the pixel of interest using a pixel value of the pixel selected by the selection means by substituting a pixel value of the pixel of interest with the pixel value of the selected pixel from the surrounding pixels of the pixel of interest in a case that a difference value between the pixel value of the pixel of interest and the pixel value of the pixel selected by the selection means is not greater than a threshold, wherein the threshold is set so that the substitution causes the reduction in the correlations between the pixel of interest in the image and the surrounding pixels of the pixel of interest. inputting means for inputting an image; and processing means for reducing correlations between a pixel of interest in the image and surrounding pixels of the pixel of interest, in a region of the image, to thereby perform a process of converting signal strengths, being reduced due to the reduction of the correlations, of noise components contained in the low-frequency range of the image into broad-band noise;
An electronic device comprising: a plurality of antenna units (120, 130) disposed in a first region of the electronic device; at least one antenna unit (140, 150) disposed in a second region of the electronic device; a communication circuit connected with the plurality of the antenna units disposed in the first region and the at least one antenna unit disposed in the second region; a first switch disposed in an electrical path which connects the plurality of the antenna units with the communication circuit; and a second switch disposed in an electrical path which connects the at least one antenna unit with the communication circuit, a first electrical path and a second electrical path which connect the first switch and the second switch; a processor configured to control the first switch and the second switch to connect each antenna unit with the communication circuit based on a transmission performance of each antenna unit; wherein the first region comprises a bottom or a top of the electronic device, and the second region comprises other top or bottom of the electronic device than the first region; and wherein the first switch comprises input poles and output throws that are each respectively one more than the number of the plurality of the antenna units disposed in the first region, and the second switch comprises input poles and output throws that are each respectively one more than the number of the at least one antenna unit disposed in the second region. a plurality of antenna units (120, 130) disposed in a first region of the electronic device; at least one antenna unit (140, 150) disposed in a second region of the electronic device; a communication circuit connected with the plurality of the antenna units disposed in the first region and the at least one antenna unit disposed in the second region; a first switch disposed in an electrical path which connects the plurality of the antenna units with the communication circuit; and a second switch disposed in an electrical path which connects the at least one antenna unit with the communication circuit, a first electrical path and a second electrical path which connect the first switch and the second switch; a processor configured to control the first switch and the second switch to connect each antenna unit with the communication circuit based on a transmission performance of each antenna unit; wherein the first region comprises a bottom or a top of the electronic device, and the second region comprises other top or bottom of the electronic device than the first region; and wherein the first switch comprises input poles and output throws that are each respectively one more than the number of the plurality of the antenna units disposed in the first region, and the second switch comprises input poles and output throws that are each respectively one more than the number of the at least one antenna unit disposed in the second region.
A beverage making machine, having a precursor liquid supply to provide precursor liquid used to form a beverage, a tank having an inlet coupled to the precursor liquid supply, and an outlet to deliver precursor liquid from the tank to a dispensing station, and a cartridge holder arranged to receive and hold a cartridge used to form a beverage with the precursor liquid, characterized in that the cartridge holder is arranged to receive and hold a cartridge having an upper compartment and a lower compartment, the cartridge holder including a lower portion arranged to receive and hold the cartridge and a movable upper portion arranged to move to clamp the cartridge in place in the lower portion, wherein the lower portion of the cartridge holder has a lower compartment holding space to hold the lower compartment of the cartridge and the upper portion of the cartridge holder has an upper compartment holding space to hold the upper compartment of the cartridge in such a manner that the upper compartment holding space and the lower compartment holding space can have a different pressure when a cartridge is received and held in the cartridge holder.
Method for operating a cold rolling mill, - wherein a first steel strip and a second steel strip are rolled in at least one rolling stand of the cold rolling mill, - wherein, between the rolling of the first steel strip and the rolling of the second steel strip, there is a rolling pause, in which no steel strip is rolled, - wherein, starting from a first uncoiler, the first steel strip is fed to the rolling stand via a first path and is not heated during feeding to the rolling stand, characterized in that - starting from the first uncoiler or a second uncoiler different from the first uncoiler, the second steel strip is fed to the rolling stand via a second path and is heated during feeding to the rolling stand, and in that - the second path is longer than the first path. - wherein a first steel strip and a second steel strip are rolled in at least one rolling stand of the cold rolling mill, - wherein, between the rolling of the first steel strip and the rolling of the second steel strip, there is a rolling pause, in which no steel strip is rolled, - wherein, starting from a first uncoiler, the first steel strip is fed to the rolling stand via a first path and is not heated during feeding to the rolling stand, characterized in that - starting from the first uncoiler or a second uncoiler different from the first uncoiler, the second steel strip is fed to the rolling stand via a second path and is heated during feeding to the rolling stand, and in that - the second path is longer than the first path.
A method performed by a first wireless device (300, 500) for enabling Device-to-Device, D2D, communication with at least one second wireless device (300, 500), the method comprising: - obtaining a timing reference and a time offset, from a wireless network, - transmitting, to the at least one second wireless device being in Radio Resource Control idle mode, RRC_IDLE mode, a Scheduling Assignment, SA, in accordance with the obtained timing reference, the SA comprising the time offset, and - transmitting data, to the at least one second wireless device, in accordance with an uplink timing, wherein the uplink timing is based on the time offset and the timing reference. - obtaining a timing reference and a time offset, from a wireless network, - transmitting, to the at least one second wireless device being in Radio Resource Control idle mode, RRC_IDLE mode, a Scheduling Assignment, SA, in accordance with the obtained timing reference, the SA comprising the time offset, and - transmitting data, to the at least one second wireless device, in accordance with an uplink timing, wherein the uplink timing is based on the time offset and the timing reference.
A method for detecting an analyte, the method comprising: coupling a donor recognition probe to a first portion of the analyte, the donor recognition probe comprising a first recognition element specific to the first portion of the analyte, a first oligonucleotide corresponding to the first portion of the analyte, and a transposase coupled to the first recognition element and the first oligonucleotide; coupling an acceptor recognition probe to a second portion of the analyte, the acceptor recognition probe comprising a second recognition element specific to the second portion of the analyte and a second oligonucleotide coupled to the second recognition element and corresponding to the second portion of the analyte; using the transposase to generate a reporter polynucleotide comprising the first and second oligonucleotides; and detecting the analyte based on the reporter polynucleotide comprising the first and second oligonucleotides. coupling a donor recognition probe to a first portion of the analyte, the donor recognition probe comprising a first recognition element specific to the first portion of the analyte, a first oligonucleotide corresponding to the first portion of the analyte, and a transposase coupled to the first recognition element and the first oligonucleotide; coupling an acceptor recognition probe to a second portion of the analyte, the acceptor recognition probe comprising a second recognition element specific to the second portion of the analyte and a second oligonucleotide coupled to the second recognition element and corresponding to the second portion of the analyte; using the transposase to generate a reporter polynucleotide comprising the first and second oligonucleotides; and detecting the analyte based on the reporter polynucleotide comprising the first and second oligonucleotides.
A block copolymer comprising at least one (poly)2-C 1-3 alkyl-2-oxazoline block and at least one (poly)dimethyl siloxane block, having at least one end group X which includes both an -NH 2 group and an -NH- group.
A composition for external application comprising an acrylic silicone graft copolymer, which contains 2 to 25 mass% of a constitutional unit represented by formula, 55 to 85 mass% of a constitutional unit represented by formula and 2 to 20 mass% of a constitutional unit represented by formula: wherein R 1 is an alkyl group having 1 to 4 carbon atoms; R 2 is an alkylene group having 2 to 10 carbon atoms; and n is an integer of 1 to 100.
A method for transmitting a network video, comprising: sending, by a terminal device, video server name information in video request information to a local domain name server, so that the local domain name server parses the video server name information to obtain address information of a buffer corresponding to the video server name information; receiving, by the terminal device, the address information of the buffer sent by the local domain name server, and sending the video request information to the buffer according to the address information of the buffer; and if a video resource corresponding to video identification information exists in the buffer, sending, by the buffer, the video resource to the terminal device; or if a video resource corresponding to video identification information does not exist in the buffer, sending, by the buffer, redirection information to the terminal device; and obtaining, by the terminal device, the video resource corresponding to the video identification information from a video server according to the redirection information. sending, by a terminal device, video server name information in video request information to a local domain name server, so that the local domain name server parses the video server name information to obtain address information of a buffer corresponding to the video server name information; receiving, by the terminal device, the address information of the buffer sent by the local domain name server, and sending the video request information to the buffer according to the address information of the buffer; and if a video resource corresponding to video identification information exists in the buffer, sending, by the buffer, the video resource to the terminal device; or if a video resource corresponding to video identification information does not exist in the buffer, sending, by the buffer, redirection information to the terminal device; and obtaining, by the terminal device, the video resource corresponding to the video identification information from a video server according to the redirection information.
A pressotherapy system, comprising - a treadmill for walking while remaining in once place, - a suit to be applied in a pressotherapy process to be used in an erect standing position and while walking, wherein said suit comprises an abdominal band joined to leg sleeves and a plurality of air chambers (17, 18) inside said abdominal band and said leg sleeves, - means for inflating and deflating said air chambers (17, 18), said system providing for pressotherapy to be performed, through said suit, while walking, said means comprising a compressor integrated in an electronic management and control unit of the system, ducts leading from said compressor to said air chambers (17, 18) for the passage of air; and valves for the ingress and egress of air into and from said air chambers, intercepting said ducts. - a treadmill for walking while remaining in once place, - a suit to be applied in a pressotherapy process to be used in an erect standing position and while walking, wherein said suit comprises an abdominal band joined to leg sleeves and a plurality of air chambers (17, 18) inside said abdominal band and said leg sleeves, - means for inflating and deflating said air chambers (17, 18), said system providing for pressotherapy to be performed, through said suit, while walking, said means comprising a compressor integrated in an electronic management and control unit of the system, ducts leading from said compressor to said air chambers (17, 18) for the passage of air; and valves for the ingress and egress of air into and from said air chambers, intercepting said ducts.
A safety door lock using a door handle, comprising: the door handle configured to be rotatable in the vertical direction and to slidably reciprocate in the horizontal direction, and having a sliding groove on the side surface thereof adjacent to a door; characterized in that the safety door lock using the door handle further comprises: a body combined with the inside of the sliding groove to form a rotating shaft with another door handle provided at the other side of the door and supporting sliding of the door handle so as to protrude the door handle from the front end of the door; an elastic unit fixed to the body, relatively sliding within the sliding groove and elastically relaxing the door handle and the body; and a protective member provided on the door handle adjacent to the edge of the front end of the door to prevent abrasion or noise generated by contact. the door handle configured to be rotatable in the vertical direction and to slidably reciprocate in the horizontal direction, and having a sliding groove on the side surface thereof adjacent to a door; characterized in that the safety door lock using the door handle further comprises: a body combined with the inside of the sliding groove to form a rotating shaft with another door handle provided at the other side of the door and supporting sliding of the door handle so as to protrude the door handle from the front end of the door; an elastic unit fixed to the body, relatively sliding within the sliding groove and elastically relaxing the door handle and the body; and a protective member provided on the door handle adjacent to the edge of the front end of the door to prevent abrasion or noise generated by contact. a body combined with the inside of the sliding groove to form a rotating shaft with another door handle provided at the other side of the door and supporting sliding of the door handle so as to protrude the door handle from the front end of the door; an elastic unit fixed to the body, relatively sliding within the sliding groove and elastically relaxing the door handle and the body; and a protective member provided on the door handle adjacent to the edge of the front end of the door to prevent abrasion or noise generated by contact.
A biodegradable resin composition comprising: - a sparingly hydrolyzing biodegradable resin that is a polylactic acid; - an ester decomposition promoter, said ester decomposition promoter being a copolymerized polyester that contains a segment of a sparingly hydrolyzing polyester that is a polylactic acid and a segment of an easily hydrolyzing polyester that is a polyglycolic acid or polyoxalate, wherein said segment and said segment are at a weight ratio of 10/90 < X/Y <75/25; and - a decomposition assistant that comprises a basic compound containing an alkali metal or an alkaline earth metal. - a sparingly hydrolyzing biodegradable resin that is a polylactic acid; - an ester decomposition promoter, said ester decomposition promoter being a copolymerized polyester that contains a segment of a sparingly hydrolyzing polyester that is a polylactic acid and a segment of an easily hydrolyzing polyester that is a polyglycolic acid or polyoxalate, wherein said segment and said segment are at a weight ratio of 10/90 < X/Y <75/25; and - a decomposition assistant that comprises a basic compound containing an alkali metal or an alkaline earth metal.
A silver-coated spherical resin comprising: a spherical resin consisting of acrylic-based resin; a tin adsorption layer provided on a surface of the spherical resin; and silver coated on a surface of the tin adsorption layer, wherein an amount of the silver is in a range of 2 to 80 parts by mass with respect to 100 parts by mass of the silver-coated spherical resin, a crystallite diameter of the silver measured by X-ray diffractometry is in a range of 18 to 24 nm, and wherein an average particle diameter of the spherical resin is in a range of 0.5 to 40 μm, and a variation coefficient of particle diameters thereof is in a range of 5.0% or less. a spherical resin consisting of acrylic-based resin; a tin adsorption layer provided on a surface of the spherical resin; and silver coated on a surface of the tin adsorption layer, wherein an amount of the silver is in a range of 2 to 80 parts by mass with respect to 100 parts by mass of the silver-coated spherical resin, a crystallite diameter of the silver measured by X-ray diffractometry is in a range of 18 to 24 nm, and wherein an average particle diameter of the spherical resin is in a range of 0.5 to 40 μm, and a variation coefficient of particle diameters thereof is in a range of 5.0% or less.