mhurhangee/ep-ind-claims huggingface dataset:
A method of fused calculation of the sum of an addend (c) and a product of two multiplicands (a, b), the addend and multiplicands being binary floating-point numbers represented in a standardized format as a mantissa and an exponent, wherein the multiplicands are in a lower precision format than the addend, with q > 2p, where p is the mantissa size of the multiplicand precision format and q is the mantissa size of the addend precision format, the method comprising the steps of: • multiplying the mantissas (m a, m b) of the multiplicands using a p-bit multiplier; • right-padding the 2p-bit product (m a m b) resulting from the multiplication with zeros to form a q-bit product mantissa; • aligning the mantissa (m c) of the addend and the mantissa of the product based on the exponent values of the addend and multiplicands; and • adding the aligned mantissas of the product and the addend. • multiplying the mantissas (m a, m b) of the multiplicands using a p-bit multiplier; • right-padding the 2p-bit product (m a m b) resulting from the multiplication with zeros to form a q-bit product mantissa; • aligning the mantissa (m c) of the addend and the mantissa of the product based on the exponent values of the addend and multiplicands; and • adding the aligned mantissas of the product and the addend.
A method comprising: in a first element or function in a home network of a communication system, registering a second element or function in the home network as a service consumer of one or more services provided by at least a third element or function in the home network; and characterized by comprising: receiving a discovery request at the first element or function from the second element or function; and responsive to authenticating the second element or function, providing an access token to the second element or function in a discovery response, the access token being used by the second element or function to access the one or more services provided by the third element or function. receiving a discovery request at the first element or function from the second element or function; and responsive to authenticating the second element or function, providing an access token to the second element or function in a discovery response, the access token being used by the second element or function to access the one or more services provided by the third element or function.
A media monitoring method comprising: extracting, with a server meter, watermark payload data having a first format from media being streamed from a media provider to a media device via a received transport stream in response to a request from the media device, the extracted watermark payload data identifying at least one of the media or a source of the media; transcoding, with the server meter, the extracted watermark payload data to form transcoded watermark payload data having a second format different from the first format; and encoding, at the server meter, the transcoded watermark payload data into an external metadata channel, which is external to and associated with the transport stream carrying media content, and transmitting the transcoded watermark payload data to the media device for receipt by a device meter executed by the media device prior to streaming the transport stream providing the media downstream from the server meter to the media device. extracting, with a server meter, watermark payload data having a first format from media being streamed from a media provider to a media device via a received transport stream in response to a request from the media device, the extracted watermark payload data identifying at least one of the media or a source of the media; transcoding, with the server meter, the extracted watermark payload data to form transcoded watermark payload data having a second format different from the first format; and encoding, at the server meter, the transcoded watermark payload data into an external metadata channel, which is external to and associated with the transport stream carrying media content, and transmitting the transcoded watermark payload data to the media device for receipt by a device meter executed by the media device prior to streaming the transport stream providing the media downstream from the server meter to the media device.
A method in a portable device for providing navigation instructions in an automotive environment, the method comprising: generating, at the portable device, a test audio signal; providing the test audio signal to a head unit of the vehicle via a short-range communication link; detecting, at the portable device, whether the test audio signal has been converted to sound by one or more speakers in the head unit of the vehicle; in response to detecting the audio signal at the portable device, directing a vocalized navigation instruction to the head unit for announcement via the one or more speakers of the head unit; otherwise, in response to not detecting the test audio signal at the portable device, providing the vocalized navigation instruction via a speaker of the portable device. generating, at the portable device, a test audio signal; providing the test audio signal to a head unit of the vehicle via a short-range communication link; detecting, at the portable device, whether the test audio signal has been converted to sound by one or more speakers in the head unit of the vehicle; in response to detecting the audio signal at the portable device, directing a vocalized navigation instruction to the head unit for announcement via the one or more speakers of the head unit; otherwise, in response to not detecting the test audio signal at the portable device, providing the vocalized navigation instruction via a speaker of the portable device.
A method for hybrid automatic repeat request reordering for an enhanced uplink dedicated channel by a serving radio network controller in a wideband code division multiple access system, the method comprising: generating, at the serving radio network controller, a MAC-d packet data units based on packet data units received from a Node B; characterized in that, wherein the generating the MAC-d packet data units step comprises; routing, at a reordering queue distribution entity located in the serving radio network controller, the received packet data units to a reordering buffer; reordering, at a reordering entity located in the serving radio network controller, the packet data units routed to the reordering buffer according to a sequence number of the routed packet data units, and outputting the reordered packet data units with consecutive sequence number; and extracting, at a disassembly entity located in the serving radio network controller, the MAC-d packet data units in the outputted packet data units from the reordering entity, wherein the MAC-d packet data units are packet data units that removes a header from each of the outputted packet data units, wherein the received packet data units being packet data units to which acknowledge information is transmitted from the Node B to a mobile terminal. generating, at the serving radio network controller, a MAC-d packet data units based on packet data units received from a Node B; characterized in that, wherein the generating the MAC-d packet data units step comprises; routing, at a reordering queue distribution entity located in the serving radio network controller, the received packet data units to a reordering buffer; reordering, at a reordering entity located in the serving radio network controller, the packet data units routed to the reordering buffer according to a sequence number of the routed packet data units, and outputting the reordered packet data units with consecutive sequence number; and extracting, at a disassembly entity located in the serving radio network controller, the MAC-d packet data units in the outputted packet data units from the reordering entity, wherein the MAC-d packet data units are packet data units that removes a header from each of the outputted packet data units, wherein the received packet data units being packet data units to which acknowledge information is transmitted from the Node B to a mobile terminal.
An offshore arrangement, in particular offshore wind farm, comprising a first substation, a second substation, a first connecting cable electrically connected to the first substation, a second connecting cable electrically connected to the second substation, and an intermediate cable electrically connecting the first and the second cable (13, 14), wherein the first and/or the second connecting cable (13, 14) is more flexible than the intermediate cable, the offshore arrangement further comprises a connecting device (16, 19) having an electrical connection connecting the first or the second connecting cable (13, 14) to the intermediate cable, and a volume of gas surrounding the electrical connection, and the connecting device (16, 19) has a housing, the housing surrounding the electrical connection and the volume of gas, characterised in that the housing comprises a first opening and a second opening, wherein the first or the second connecting cable (13, 14) passes through the first opening, wherein the intermediate cable passes through the second opening, and wherein the first opening and the second opening face a seabed. the first and/or the second connecting cable (13, 14) is more flexible than the intermediate cable, the offshore arrangement further comprises a connecting device (16, 19) having an electrical connection connecting the first or the second connecting cable (13, 14) to the intermediate cable, and a volume of gas surrounding the electrical connection, and the connecting device (16, 19) has a housing, the housing surrounding the electrical connection and the volume of gas, characterised in that the housing comprises a first opening and a second opening, wherein the first or the second connecting cable (13, 14) passes through the first opening, wherein the intermediate cable passes through the second opening, and wherein the first opening and the second opening face a seabed.
A method of producing a steel wire, the method including: a pre-drawing process in which a high-carbon steel wire containing 0.90 to 1.20% by mass of carbon is subjected to a drawing to obtain an intermediate wire; a heat treatment process in which the intermediate wire is subjected to a patenting heat treatment to obtain a heat treated wire; and a final drawing process in which the heat treated wire is subjected to a drawing to obtain a steel wire, characterized in that the amount εf of drawing in the final drawing process which satisfies the relation represented by the following formula: εf = 2 ln D 0 / Df, wherein Df represents the final diameter of the steel wire obtained in the final drawing process, D0 represents the diameter of the heat treated wire before the final drawing process and In represents natural logarithm, is 2.60 to 3.00.
An aqueous coating composition comprising an ambient temperature self crosslinkable water-dispersible polyurethane oligomer(s) containing autoxidisable groups and a dispersed polymer(s) wherein said composition when drying to form a coating has the following properties: i) an open time of at least 20 minutes; ii) a wet edge time of at least 10 minutes; iii) a tack-free time of ≤ 20 hours; iv) 0 to 25% of co-solvent by weight of the composition; and v) an equilibrium viscosity of ≤ 3,000 Pa.s, at any solids content when drying in the range of from 20 to 55 % by weight of the composition, using any shear rate in the range of from 9 ± 0.5 to 90 ± 5 s -1 and at 23 ± 2°C; wherein said polyurethane oligomer(s) has a solution viscosity ≤ 250 Pa.s, as determined from a 70% by weight solids solution of the crosslinkable polyurethane oligomer(s) in a solvent mixture consisting of: i) at least one of the solvents selected from the group consisting of N-methylpyrrolidone, n-butylglycol and mixtures thereof; ii) water and iii) N,N-dimethylethanolamine; where i), ii) and iii) are in weight ratios of 20 / 7 / 3 respectively, using a shear rate of 90 ± 5 s -1 and at 23 ± 2°C; wherein ambient temperature is 23 ± 2°C; wherein the crosslinkable polyurethane oligomer(s) has a PDi ≤ 15 and a weight average molecular weight (Mw) in the range of from 1,000 to 80,000 Daltons as measured against polystyrene standards; wherein the dispersed polymer has an average particle size in the range of from 25 to 1000 nm; and the dispersed polymer is not a crosslinkable polyurethane oligomer, or a non-polyurethane oligomer whether crosslinkable or non crosslinkable, and has a Mw ≥ 90,000 Daltons as measured against polystyrene standards. i) an open time of at least 20 minutes; ii) a wet edge time of at least 10 minutes; iii) a tack-free time of ≤ 20 hours; iv) 0 to 25% of co-solvent by weight of the composition; and v) an equilibrium viscosity of ≤ 3,000 Pa.s, at any solids content when drying in the range of from 20 to 55 % by weight of the composition, using any shear rate in the range of from 9 ± 0.5 to 90 ± 5 s -1 and at 23 ± 2°C; i) at least one of the solvents selected from the group consisting of N-methylpyrrolidone, n-butylglycol and mixtures thereof; ii) water and iii) N,N-dimethylethanolamine;
A medico-surgical tube assembly including a tubular shaft arranged to extend within the body via an opening and a flange arrangement mounted with the shaft and having a skin-contacting surface adapted to contact the external skin surface of the patient, characterised in that the flange arrangement includes an outer flange (130, 330) and a separate gel-filled member (122, 332) providing the skin-contacting surface and located between the outer flange (130, 330) and the skin surface.
An aircraft landing gear comprising: a forward main post comprising a forked clevis; a trailing arm connected to the forward main post by an articulating joint at the forked clevis, the forked clevis having a void; and a noise abatement system (300; 500; 600; 700; 800; 900; 1000; 1100) limiting airflow through the void, wherein the noise abatement system (300; 500; 600; 700; 800; 900; 1000; 1100) comprises: a retention member (304; 501; 806; 906; 1004) removably coupled to the aircraft landing gear; and a covering member (302; 502; 702; 802; 804; 902; 904; 1002; 1004; 1102) in mechanical communication with the retention member (304; 501; 806; 906; 1004; 1104) and substantially covering the void; and characterised in that the retention member (304; 501; 806; 906; 1004) comprises a post (501; 806; 906) friction fitted into a cavity in the aircraft landing gear, and in that the cavity comprises at least a portion of the void. a forward main post comprising a forked clevis; a trailing arm connected to the forward main post by an articulating joint at the forked clevis, the forked clevis having a void; and a noise abatement system (300; 500; 600; 700; 800; 900; 1000; 1100) limiting airflow through the void, wherein the noise abatement system (300; 500; 600; 700; 800; 900; 1000; 1100) comprises: a retention member (304; 501; 806; 906; 1004) removably coupled to the aircraft landing gear; and a covering member (302; 502; 702; 802; 804; 902; 904; 1002; 1004; 1102) in mechanical communication with the retention member (304; 501; 806; 906; 1004; 1104) and substantially covering the void; and characterised in that the retention member (304; 501; 806; 906; 1004) comprises a post (501; 806; 906) friction fitted into a cavity in the aircraft landing gear, and in that the cavity comprises at least a portion of the void. a retention member (304; 501; 806; 906; 1004) removably coupled to the aircraft landing gear; and a covering member (302; 502; 702; 802; 804; 902; 904; 1002; 1004; 1102) in mechanical communication with the retention member (304; 501; 806; 906; 1004; 1104) and substantially covering the void; and characterised in that the retention member (304; 501; 806; 906; 1004) comprises a post (501; 806; 906) friction fitted into a cavity in the aircraft landing gear, and in that the cavity comprises at least a portion of the void.
A fundus photographing apparatus comprising: a measurement unit including an optical coherence tomography system configured to obtain a tomographic image of the fundus of an examinee's eye by detecting an interference state between measurement light from the fundus of the examinee's eye and reference light; a detection means configured to detect an alignment state perceived as a relative positional relationship between the measurement unit and the examinee's eye; and a control means configured to perform adjustment of the optical coherence tomography system with respect to the fundus of the examinee's eye based on a detection result from the detection means, wherein the adjustment of the optical coherence tomography system includes at least one of an optical path length adjustment, which adjusts an optical path length difference between the measurement light and the reference light, and a focus adjustment, characterized in that the control means is configured to start, when the adjustment of the optical coherence tomography system with respect to the fundus of the examinee's eye is completed, an optimization control during which the control means performs tracking control causing the measurement unit to be moved to track the examinee's eye such that an amount of misalignment satisfies an allowable range, the optimization control including an optical path length adjustment in which the optical path length is adjusted to obtain the fundus tomographic image by moving an optical member disposed in the optical coherence tomography system. a measurement unit including an optical coherence tomography system configured to obtain a tomographic image of the fundus of an examinee's eye by detecting an interference state between measurement light from the fundus of the examinee's eye and reference light; a detection means configured to detect an alignment state perceived as a relative positional relationship between the measurement unit and the examinee's eye; and a control means configured to perform adjustment of the optical coherence tomography system with respect to the fundus of the examinee's eye based on a detection result from the detection means, wherein the adjustment of the optical coherence tomography system includes at least one of an optical path length adjustment, which adjusts an optical path length difference between the measurement light and the reference light, and a focus adjustment, characterized in that the control means is configured to start, when the adjustment of the optical coherence tomography system with respect to the fundus of the examinee's eye is completed, an optimization control during which the control means performs tracking control causing the measurement unit to be moved to track the examinee's eye such that an amount of misalignment satisfies an allowable range, the optimization control including an optical path length adjustment in which the optical path length is adjusted to obtain the fundus tomographic image by moving an optical member disposed in the optical coherence tomography system.
A compound of Formula: or a pharmaceutically acceptable salt thereof, wherein: Oligo is an oligomer or a co-oligomer selected from a group consisting of -[CH 2 CH(OR 1)CH 2 O] m -R 2, [CH 2 CH(OR 1)CH 2 O] m -[CH 2 CH 2 O] n -R 2, and -[CH 2 CH 2 O] n -[CH 2 CH(OR 1)CH 2 O] m -R 2; R is halo, or C 1 -C 4 alkyl substituted with one or more halo; each of R 1 and R 2 independently is H or C 1 -C 4 alkyl; X is a bond, C, C O, or C CH 2 O; m is an integer ranging from 2 to 16, and n is an integer ranging from 3 to 16. Oligo is an oligomer or a co-oligomer selected from a group consisting of -[CH 2 CH(OR 1)CH 2 O] m -R 2, [CH 2 CH(OR 1)CH 2 O] m -[CH 2 CH 2 O] n -R 2, and -[CH 2 CH 2 O] n -[CH 2 CH(OR 1)CH 2 O] m -R 2; R is halo, or C 1 -C 4 alkyl substituted with one or more halo; each of R 1 and R 2 independently is H or C 1 -C 4 alkyl; X is a bond, C, C O, or C CH 2 O; m is an integer ranging from 2 to 16, and n is an integer ranging from 3 to 16.
Construction of a semi trailer vehicle with telescopic function, 2 which can be used in the freight transportation and can be used front and/or centered according to the load to be carried, comprising; 3 - a main frame located on wheels, and 4 - a first platform which provides forward and backward movement on the main frame, characterized in that said construction comprises; - at least one locking channel extending along said first platform - at least one second platform forming the body of the semi trailer vehicle and associated with the first platform, - at least one eccentric bearing assembly positioned on the second platform in such a way that said can move forward and backward in the locking channel of said first platform and provide the movement of said first platform with its movement within said locking channel.
A fiber optic transmitter comprising a digital driver programmed to generate a digital base signal transitioning between high and low signal levels, the digital driver further programmed to maintain a crossing point of the digital base signal at an offset signal level substantially different from a middle signal level located at 50% of a distance between the high and low signal levels; an optical source adapted to receive the digital base signal and produce a frequency modulated optical signal, the offset signal level being offset from the middle signal level by an amount effective to reduce thermal chirp in the frequency modulated optical signal; and an optical spectrum reshaper adapted to convert the frequency modulated optical signal to an amplitude modulated optical signal; wherein the optical spectrum reshaper has an optical transmission transfer function effective to cause a crossing point of the amplitude modulated optical signals to be substantially equal to a signal level located at about 50% of a distance between a high and a low level of the amplitude modulated optical signal.
Module assembly with a base module and at least one sub-module, wherein the base module comprises at least two connection modules and wherein the sub-module is contactable with a connection module selectably at one of the connection modules of the base module, characterised in that the sub-module can be brought into different rotational positions at the based module, that detecting means for detection of the rotational position of the sub-module mounted on the base module are provided in the base module and that the module assembly forms a safety system, wherein the base module is formed by a retaining module or an expansion module associated with the retaining module, wherein the retaining module has a receptacle for a grip module, wherein in two different rotational settings of the retaining module the grip module is connectible in an orientation selectably on the lefthand side or righthand side with respect thereto.
A compound of formula: wherein R 1 and R 2 are identical and are a bromine atom or a chlorine atom; R 3 is a fluorine atom, a chlorine atom, a bromine atom, an iodine atom or a methyl. R 1 and R 2 are identical and are a bromine atom or a chlorine atom; R 3 is a fluorine atom, a chlorine atom, a bromine atom, an iodine atom or a methyl.
Arrangement comprising a first barrier and a second barrier, the first barrier serving to create a loading path in a stationary loading area to a loading area of an automatic transport vehicle located in the stationary loading area, with obstacle detection and stopping function, and the second barrier serving to block an exit path of the automatic transport vehicle from the stationary loading area, the first barrier and the second barrier. via a mechanical force transmission device are coupled such that when the first barrier closes, the second barrier opens and vice versa, so that when the automatic transport vehicle detects the second barrier closed by its obstacle detection, an automated approach of the automatic transport vehicle is prevented by its stopping function while the first barrier is open, and such that when the first barrier is open, 1) is closed, the loading path is blocked and the exit path is free.