mhurhangee/ep-ind-claims huggingface dataset:
A method for operating session initiation protocol devices comprising: obtaining an input character string associated with a dialplan; determining if a potential target string stored in a local cache includes the input string; accessing an external call manager arrangement using the input string if it is determined that the potential target string stored in the local cache does not include the input string; obtaining the actual target string from the external call manager arrangement; and storing the actual target string in the local cache. obtaining an input character string associated with a dialplan; determining if a potential target string stored in a local cache includes the input string; accessing an external call manager arrangement using the input string if it is determined that the potential target string stored in the local cache does not include the input string; obtaining the actual target string from the external call manager arrangement; and storing the actual target string in the local cache.
A rolling bearing comprising a plurality of rolling elements disposed between an inner raceway and an outer raceway, and a retainer made of a resin composition, and configured to retain circumferential distances between the rolling elements, wherein the retainer has a plurality of pockets each receiving a respective one of the rolling elements, and a circumferential pocket gap (δ) is defined between each of the pockets and a corresponding one of the rolling elements, characterized in that the sum of the pocket gaps (δ) is smaller than the elongation at break of the resin composition.
A saddle device including: a saddle unit that has a front end portion unit and a top surface unit, and a first seat unit having a track portion that extends in a front-rear direction, a front mounting portion that is disposed in front of said track portion, and a rear mounting end portion that is located opposite to said front mounting portion in the front-rear direction, and that is located behind said track portion; characterised by a second seat unit mounted to and disposed behind said first seat unit, and movable on said first seat unit in the front-rear direction, said saddle unit being mounted to said second seat unit, and an elongate backrest removably mounted to a selected one of said front mounting portion and said rear mounting end portion, and having two long sides (51, 52), and two short sides (53, 54) that are connected between said long sides (51, 52), wherein, when said backrest is mounted to said front mounting portion, said short sides (53, 54) are spaced apart from each other in the front-rear direction, and at least one of said short sides (53, 54) is located in front of said front end portion unit of said saddle unit, and wherein, when said backrest is mounted to said rear mounting end portion, said long sides (51, 52) are spaced apart from each other in a top-bottom direction which is perpendicular to the front-rear direction, and at least one of said long sides (51, 52) is located above said top surface unit of said saddle unit. a saddle unit that has a front end portion unit and a top surface unit, and a first seat unit having a track portion that extends in a front-rear direction, a front mounting portion that is disposed in front of said track portion, and a rear mounting end portion that is located opposite to said front mounting portion in the front-rear direction, and that is located behind said track portion; characterised by a second seat unit mounted to and disposed behind said first seat unit, and movable on said first seat unit in the front-rear direction, said saddle unit being mounted to said second seat unit, and an elongate backrest removably mounted to a selected one of said front mounting portion and said rear mounting end portion, and having two long sides (51, 52), and two short sides (53, 54) that are connected between said long sides (51, 52), wherein, when said backrest is mounted to said front mounting portion, said short sides (53, 54) are spaced apart from each other in the front-rear direction, and at least one of said short sides (53, 54) is located in front of said front end portion unit of said saddle unit, and wherein, when said backrest is mounted to said rear mounting end portion, said long sides (51, 52) are spaced apart from each other in a top-bottom direction which is perpendicular to the front-rear direction, and at least one of said long sides (51, 52) is located above said top surface unit of said saddle unit.
An administrable aqueous solution to a living body, the administrable aqueous solution comprising an aqueous solution containing oxygen nanobubbles having a mean particle size of 30 nm or less and a density of 10 16 bubbles or more per 1ml of the aqueous solution, wherein the mean particle size and the density of the oxygen nanobubbles are determined by a measurement with a cryo-transmission electron microscope using an ice-embedded method, characterized in that the administrable aqueous solution is for use in a method of inhibiting or preventing the proliferation and hypertrophy of cancers, wherein the method comprises the administration or oral ingestion of the administrable aqueous solution to the living body.. the administrable aqueous solution comprising an aqueous solution containing oxygen nanobubbles having a mean particle size of 30 nm or less and a density of 10 16 bubbles or more per 1ml of the aqueous solution, wherein the mean particle size and the density of the oxygen nanobubbles are determined by a measurement with a cryo-transmission electron microscope using an ice-embedded method, characterized in that the administrable aqueous solution is for use in a method of inhibiting or preventing the proliferation and hypertrophy of cancers, wherein the method comprises the administration or oral ingestion of the administrable aqueous solution to the living body..
A method for the detection of asbestos in a sample, comprising: (a) contacting a sample with one or more asbestos binding peptides having from 5 to 50 amino acids comprising a motif S/T X S/T, wherein S/T means either serine or threonine amino acid in the sequence and X is an amino acid selected from A, H and R; and (b) detecting the presence of peptides bound to asbestos fibers. (a) contacting a sample with one or more asbestos binding peptides having from 5 to 50 amino acids comprising a motif S/T X S/T, wherein S/T means either serine or threonine amino acid in the sequence and X is an amino acid selected from A, H and R; and (b) detecting the presence of peptides bound to asbestos fibers.
A seal strip for sealing a gap between a vehicle door and an opening frame of a vehicle body, said seal strip comprising an attachment portion adapted to be attached to a flange of said opening frame to thereby attach said seal strip to said opening frame, said seal strip further comprising a first hollow seal portion adapted to abut against a first portion of said vehicle door when said vehicle door is closed, said seal strip comprising a second hollow seal portion, separate from said first seal portion, adapted to abut against a second portion of said vehicle door when said vehicle door is closed, wherein a cross-section of said attachment portion comprises a U-shaped portion which in turn comprises a bottom attachment portion and a first and a second side attachment portion, said first hollow seal portion being at least partially delimited by said first side attachment portion, said second hollow seal portion being at least partially delimited by said bottom attachment portion, whe re i n when said vehicle door is closed, said first hollow seal portion is adapted to have a first intrusion measure with respect to said vehicle door and said second hollow seal portion is adapted to have a second intrusion measure with respect to said vehicle door, said first intrusion measure being at least 1.2, preferably at least 1.5, times greater than said second intrusion measure, characterized in that said second hollow seal portion is obtained by connecting a second loop of a first material to an outer side (46") of said bottom attachment portion facing away from a centre point of said U-shaped portion, and in that said seal strip comprises a protrusion portion extending from said outer side (46") of the bottom attachment portion, which protrusion portion partially delimits said second hollow seal portion such that at least portions of said second loop, said protrusion portion and said bottom attachment portion form said second hollow seal portion, wherein said protrusion portion is of a second material, said first material being softer than said second material.
A method for producing a polyolefin, comprising a step of feeding a catalytically active polyolefin powder into a vapor phase polymerization vessel which contains a polyolefin powder and through which a gas comprising an olefin is being circulated, thereby commencing polymerization of an olefin, wherein the following formula is satisfied: 0.5 < β / αB < 24.0 in the above formula, α represents the median diameter (unit: μm) of the catalytically active polyolefin powder to be fed into the vapor phase polymerization vessel, β represents the median diameter (unit: μm) of the polyolefin powder that is contained in the vapor phase polymerization vessel before the feeding of the catalytically active polyolefin powder into the vapor phase polymerization vessel, wherein a median diameter is a median diameter on weight basis measured using a laser diffraction particle size distribution analyzer, and B represents the linear gas velocity (unit: m/sec) of the gas containing an olefin within the vapor phase polymerization vessel, wherein the linear gas velocity of the gas containing an olefin in the vapor phase polymerization vessel means the average linear gas velocity during a period of 8 hours beginning with the commencement of polymerization of an olefin. α represents the median diameter (unit: μm) of the catalytically active polyolefin powder to be fed into the vapor phase polymerization vessel, β represents the median diameter (unit: μm) of the polyolefin powder that is contained in the vapor phase polymerization vessel before the feeding of the catalytically active polyolefin powder into the vapor phase polymerization vessel, wherein a median diameter is a median diameter on weight basis measured using a laser diffraction particle size distribution analyzer, and B represents the linear gas velocity (unit: m/sec) of the gas containing an olefin within the vapor phase polymerization vessel, wherein the linear gas velocity of the gas containing an olefin in the vapor phase polymerization vessel means the average linear gas velocity during a period of 8 hours beginning with the commencement of polymerization of an olefin.
A computing device comprising: a user interface configured to receive an input that indicates a user has detected an object of interest in a body of water; a processing device coupled to said user interface, said processing device configured to: automatically retrieve, in response to the input, data from at least one data source wherein said at least one data source comprises a chart plotter, and wherein the data includes at least one of a device identification number of said chart plotter and a chart code for a chart covering an area that includes the object of interest, wherein said at least one data source further comprises a navigation system and wherein the data further includes a coordinate location at which the object of interest is detected; and generate a report including the retrieved data; and a means for transferring data coupled to said processing device and configured to transmit the generated report to a database that includes a plurality of navigational charts, wherein the generated report is used to update at least one of the plurality of navigational charts within the database to include the object of interest. a user interface configured to receive an input that indicates a user has detected an object of interest in a body of water; a processing device coupled to said user interface, said processing device configured to: automatically retrieve, in response to the input, data from at least one data source wherein said at least one data source comprises a chart plotter, and wherein the data includes at least one of a device identification number of said chart plotter and a chart code for a chart covering an area that includes the object of interest, wherein said at least one data source further comprises a navigation system and wherein the data further includes a coordinate location at which the object of interest is detected; and generate a report including the retrieved data; and automatically retrieve, in response to the input, data from at least one data source wherein said at least one data source comprises a chart plotter, and wherein the data includes at least one of a device identification number of said chart plotter and a chart code for a chart covering an area that includes the object of interest, wherein said at least one data source further comprises a navigation system and wherein the data further includes a coordinate location at which the object of interest is detected; and generate a report including the retrieved data; and a means for transferring data coupled to said processing device and configured to transmit the generated report to a database that includes a plurality of navigational charts, wherein the generated report is used to update at least one of the plurality of navigational charts within the database to include the object of interest.
Method of producing a biocidally acting glass surface of a soda-lime glass, wherein a glass surface of a soda-lime glass is brought directly or indirectly into contact with silver or silver salt or silver ions and is directly or indirectly heated by means of at least one laser beam of a laser in such a way that ion exchange of sodium ions from the soda-lime glass with silver ions of the silver ions or with silver ions from the silver or from the silver salt and deposition of silver ions of the silver ions in the region of the glass surface take place, characterised in that the glass surface before being heated by means of the at least one laser beam of the laser is covered by a transfer carrier, which has a carrier layer, a layer of silver arranged thereon or applied thereto and a lacquer protective layer arranged thereon or applied thereto and covering the layer of silver, in such a way that the lacquer protective layer directly contacts the glass surface, wherein subsequently thereto the glass surface is heated by means of the at least one laser beam of the laser.
A turbine comprising a turbine rotor having an axis of rotation and at least one blade spaced from and mounted for rotation about the rotation axis of the turbine, the blade having at least one longitudinal surface substantially parallel to the rotation axis and for engagement, in use, with fluid incident on the turbine rotor, and the blade being a two part blade with a leading blade portion pivotably connected to a trailing blade portion, the turbine further comprising active pitch control means and active camber control means for controlling the pitch and camber of the blade, the active pitch control means comprising a pitch pivot (24,41), the first leading blade portion being arranged to pivot about the pitch pivot and the pitch pivot being guidable along a pitch path defined by a first physical pathway component, and the active camber control means comprising a camber pivot (27,65), the second trailing blade portion being arranged to pivot about the camber pivot and the camber pivot being guidable along a camber path defined by a second physical pathway component.
A method for optimizing a laser scanning projector for displaying content, wherein the laser scanning projector comprises a laser source, a mirror assembly having two mirrors connected to motion-inducing elements, the mirror assembly arranged to change the location of light emitted by the laser source onto a projection surface along a projection path, and wherein the content comprises a plurality of points, the method comprising: receiving by a processing element a plurality of test images corresponding to two or more test patterns projected by the laser scanning projector on the projection surface, wherein each of the test patterns comprises two points; comparing by the processing element the plurality of test images to assess one or more projector characteristics related to a distance between the two points; generating by the processing element a projector model representing the one or more projector characteristics; and utilizing the model to determine the projection path of the laser scanning projector for the content, wherein each point of the content is along the projection path, and wherein the projection path comprises a plurality of stopping points, and each stopping point is located at the same or similar position of a particular point of the content and is used by the laser scanning projector to assess when to stop or slow down as the two mirrors approach a configuration for the particular point of the content. receiving by a processing element a plurality of test images corresponding to two or more test patterns projected by the laser scanning projector on the projection surface, wherein each of the test patterns comprises two points; comparing by the processing element the plurality of test images to assess one or more projector characteristics related to a distance between the two points; generating by the processing element a projector model representing the one or more projector characteristics; and utilizing the model to determine the projection path of the laser scanning projector for the content, wherein each point of the content is along the projection path, and wherein the projection path comprises a plurality of stopping points, and each stopping point is located at the same or similar position of a particular point of the content and is used by the laser scanning projector to assess when to stop or slow down as the two mirrors approach a configuration for the particular point of the content.
A comfort device for a user, in particular configured to equip a public transportation vehicle, for example a rail vehicle, the comfort device comprising a folding tray, articulated around a first pivot link between a folded position and a usage position, the first pivot link being formed by disengageable freewheels, characterized in that the folding tray further comprises a support embedded on the folding tray and articulated around a second pivot link between a retracted position and at least one inclined position when the tray is in the folded position, the support forming a desk for an accessory of the user, the folding tray in the usage position extending in a longitudinal direction between an end connected to the first pivot link and a free end opposite the connected end, wherein the second pivot link is articulated about a transverse axis of rotation in a transverse direction perpendicular to the longitudinal direction, the axis of rotation extending along the free end of the folding tray, and wherein the folding tray comprises an upper face configured to receive an accessory of the user and a lower face opposite the upper face, and wherein the embedded support in the retracted position extends between an end connected to the second pivot link and a free end opposite the connected end in a vertical direction perpendicular to the longitudinal and transverse directions on the side of the lower face of the tray.
A base station (1 1) of a wireless communication system including a plurality of base stations (1 2, 1 3) and a control station that controls the base stations, the base station comprising: an antenna unit that is configured to form a transmission beam and a reception beam; a transmitting and receiving unit that is configured to measure on receipt of an instruction from the control station when other base stations determine that a terminal communicating with the other base stations around the own station needs to perform handover, signals transmitted to the other base stations by a handover target terminal, the handover target terminal being a terminal determined to need to carry out the handover; and a control unit that is configured to notify the control station of measurement results of the signals as information referred to when the control station determines a handover destination of the handover target terminal, wherein the antenna unit is configured to determine a forming direction of a plurality of different reception beans, the transmitting and receiving unit is configured to measure the signals at a time when each of the different reception beams is used, and the control unit is configured to notify the control station of a measurement result indicating a best reception state among a plurality of measurement results obtained in the signal measurement by the transmitting and receiving unit. an antenna unit that is configured to form a transmission beam and a reception beam; a transmitting and receiving unit that is configured to measure on receipt of an instruction from the control station when other base stations determine that a terminal communicating with the other base stations around the own station needs to perform handover, signals transmitted to the other base stations by a handover target terminal, the handover target terminal being a terminal determined to need to carry out the handover; and a control unit that is configured to notify the control station of measurement results of the signals as information referred to when the control station determines a handover destination of the handover target terminal, wherein the antenna unit is configured to determine a forming direction of a plurality of different reception beans, the transmitting and receiving unit is configured to measure the signals at a time when each of the different reception beams is used, and the control unit is configured to notify the control station of a measurement result indicating a best reception state among a plurality of measurement results obtained in the signal measurement by the transmitting and receiving unit.
A wireless communication system comprising a) a first device comprising a transmitter part comprising a Tx-antenna for transmitting an electrical signal having a signal bandwidth BW sig and b) a second device comprising a receiver part comprising an Rx-antenna for receiving the transmitted electromagnetic signal, at least one of the Tx- and Rx-antennas is a narrowband antenna having an antenna bandwidth BW ant, wherein the Tx- and/or Rx-antenna bandwidths fulfil the relation BW ant = k· BW sig, wherein the antenna bandwidth BW ant is defined as the -3dB bandwidth of the loaded antenna when it is connected to the communication system, and the signal bandwidth BW sig is defined as the bandwidth within which 99% of the signal power is located CHARACTERIZED IN THAT the system is adapted to provide that k is smaller than or equal to 0.75, and the electrical signal is modulated according to a digital modulation scheme, and that the wireless communication system further comprises at least one equalization filter electrically connected to the Tx- or to the Rx-antennas, wherein the equalization filter(s) is/are adapted for compensating for the amplitude and/or phase distortion introduced by the narrowband Tx- and/or Rx-antennas.