mhurhangee/ep-ind-claims huggingface dataset:
A method of performing cooling control for a steel plate while making the steel plate pass through a cooling zone in a conveyance direction, the method comprising: determining an upper/lower water ratio based on a past operating condition of a steel plate, a past upper/lower water ratio with respect to the steel plate when cooling under the past operating condition of the steel plate has been implemented; and adjusting an amount of cooling water to be blown onto the steel plate to reach the upper/lower water ratio determined in the determining the upper/lower water ratio, characterized by determining the upper/lower water ratio with respect to a steel plate to be cooled in such a manner that at least one of a C-warping amount (δ) and a curvature of the steel plate to be cooled is within a target permissible range and that determining the upper/lower water ratio is based on at least one of a past C-warping amount (δ) and a past curvature of the steel plate measured by a shape measuring meter arranged at an outgoing side of the cooling zone when the cooling under the past operating condition of the steel plate has been implemented. adjusting an amount of cooling water to be blown onto the steel plate to reach the upper/lower water ratio determined in the determining the upper/lower water ratio, characterized by determining the upper/lower water ratio with respect to a steel plate to be cooled in such a manner that at least one of a C-warping amount (δ) and a curvature of the steel plate to be cooled is within a target permissible range and that determining the upper/lower water ratio is based on at least one of a past C-warping amount (δ) and a past curvature of the steel plate measured by a shape measuring meter arranged at an outgoing side of the cooling zone when the cooling under the past operating condition of the steel plate has been implemented.
A method for transmitting a signal of a station, STA, operable in a power saving mode in a wireless communication system, the method comprising: determining a first time period by applying a scaling factor to a first time interval related to the power saving mode, and transmitting at least one of a PS-Poll frame and a trigger frame according to the first time period, characterised in that the scaling factor is commonly applied to a second time interval and a third time interval related to the power saving mode, when the STA determines a second time period from the second time interval and a third time period from the third time interval. determining a first time period by applying a scaling factor to a first time interval related to the power saving mode, and transmitting at least one of a PS-Poll frame and a trigger frame according to the first time period,
A method of testing an electrical and mechanical system comprising interconnected devices (120A-120Z), each device (120A-120Z) comprising one or more components, each component tested using a corresponding component test, the method comprising: grouping the components into groups such that all components in each of the groups are able to be tested in parallel; dynamically scheduling execution of the component tests based on criteria comprising the groupings and constraints for starting and maintaining execution of the component tests to minimize a total execution time of the component tests; and executing the component tests based on the scheduling, wherein the criteria further comprise states of at least one of the one or more components and the component tests are scheduled in an order of decreasing loads on the devices. grouping the components into groups such that all components in each of the groups are able to be tested in parallel; dynamically scheduling execution of the component tests based on criteria comprising the groupings and constraints for starting and maintaining execution of the component tests to minimize a total execution time of the component tests; and executing the component tests based on the scheduling, wherein the criteria further comprise states of at least one of the one or more components and the component tests are scheduled in an order of decreasing loads on the devices.
A hot pluggable fan connection apparatus comprising: a bottom plate; a crossbar existed on the bottom plate, for dividing the bottom plate into a forepart and a rear part; two side panels located on both sides of the bottom plate and vertical to the crossbar; a beam connected to the two side panels and above the crossbar; one or more fan baffles combined with the side panels for forming at least one fan slot, said baffles located at the forepart of the bottom plate and parallel to the side panels; a power socket set on the crossbar according to the fan slot for supplying power to a fan; and a board electrically connected to the power socket on the crossbar for supplying power to the fan. a bottom plate; a crossbar existed on the bottom plate, for dividing the bottom plate into a forepart and a rear part; two side panels located on both sides of the bottom plate and vertical to the crossbar; a beam connected to the two side panels and above the crossbar; one or more fan baffles combined with the side panels for forming at least one fan slot, said baffles located at the forepart of the bottom plate and parallel to the side panels; a power socket set on the crossbar according to the fan slot for supplying power to a fan; and a board electrically connected to the power socket on the crossbar for supplying power to the fan.
A system for obtaining a pH measurement comprising: a disposable probe comprising: multiple pH indicating electrodes; at least one reference electrode; and a reader constructed and arranged to operably engage with the disposable probe and provide pH information of a sample, characterised by multiple controllable orifices (380, 380') each comprising a membrane, wherein a first orifice is constructed and arranged to provide a first fluid pathway to a first pH indicating electrode (370,375); and a second orifice is constructed and arranged to provide a second fluid pathway to a second pH indicating electrode, the system further comprising a reference solution wherein at least a third orifice is positioned between the reference solution and the reference electrode. a disposable probe comprising: multiple pH indicating electrodes; at least one reference electrode; and multiple pH indicating electrodes; at least one reference electrode; and a reader constructed and arranged to operably engage with the disposable probe and provide pH information of a sample, characterised by multiple controllable orifices (380, 380') each comprising a membrane, wherein a first orifice is constructed and arranged to provide a first fluid pathway to a first pH indicating electrode (370,375); and a second orifice is constructed and arranged to provide a second fluid pathway to a second pH indicating electrode, the system further comprising a reference solution wherein at least a third orifice is positioned between the reference solution and the reference electrode.
A method of manufacturing a semiconductor device, comprising the steps of: preparing a semiconductor substrate (1,2) made of a first semiconductor material; forming a hetero semiconductor region (3; 3, 11) on the semiconductor substrate (1,2) in order to form a heterojunction in an interface between the hetero semiconductor region and the semiconductor substrate (1,2), the hetero semiconductor region being made of a second semiconductor material having a bandgap which is different from that of the first semiconductor material (1,2); forming any one of a part and all of a gate insulating film adjacent to the heterojunction by oxidizing a part of the hetero semiconductor region; and forming a gate electrode on the gate insulating film, the method characterized in that the hetero semiconductor region includes a gate insulating film thickness control portion, where the film thickness of the hetero semiconductor region is smaller than that of the remaining hetero semiconductor region, the gate insulating film is formed by oxidizing the entire gate insulating film thickness control portion, the step of forming the hetero semiconductor region on the semiconductor substrate (1,2) includes the step of doping the hetero semiconductor region in a surface layer portion of the hetero semiconductor region except for the gate insulating film thickness control portion with an impurity, and when the gate insulating film is formed, a part of the hetero semiconductor region whose crystal structure has become irregular due to the doping of the hetero semiconductor region with the impurity is oxidized. preparing a semiconductor substrate (1,2) made of a first semiconductor material; forming a hetero semiconductor region (3; 3, 11) on the semiconductor substrate (1,2) in order to form a heterojunction in an interface between the hetero semiconductor region and the semiconductor substrate (1,2), the hetero semiconductor region being made of a second semiconductor material having a bandgap which is different from that of the first semiconductor material (1,2); forming any one of a part and all of a gate insulating film adjacent to the heterojunction by oxidizing a part of the hetero semiconductor region; and forming a gate electrode on the gate insulating film, the method characterized in that the hetero semiconductor region includes a gate insulating film thickness control portion, where the film thickness of the hetero semiconductor region is smaller than that of the remaining hetero semiconductor region, the gate insulating film is formed by oxidizing the entire gate insulating film thickness control portion, the step of forming the hetero semiconductor region on the semiconductor substrate (1,2) includes the step of doping the hetero semiconductor region in a surface layer portion of the hetero semiconductor region except for the gate insulating film thickness control portion with an impurity, and when the gate insulating film is formed, a part of the hetero semiconductor region whose crystal structure has become irregular due to the doping of the hetero semiconductor region with the impurity is oxidized.
Device for inserting a tracheostomy tube into a tracheostoma, with an insertion aid which has a stem (6, 6', 14) that can be passed through the tracheostomy tube and a conical tip (2, 13) that is connected to the stem, which can be changed into a first state with a small base diameter and a second state with a large base diameter, wherein the insertion aid has a section (6', 14) adjacent to the conical tip, the diameter of which corresponds at most to the internal diameter of a tracheostomy tube to be inserted with the insertion aid and wherein the small base diameter of the conical tip is likewise at most equal to the internal diameter of the tracheostomy tube whereas the large base diameter of the conical tip is greater than the internal diameter of the tracheostomy tube and preferably corresponds approximately to the external diameter of the tracheostomy tube to be inserted with it, wherein the conical tip consists of an inner core (11, 11') and an outer sleeve (13, 13'), wherein sleeve and core are connected to each other on or in the vicinity of the front end of the conical tip and wherein the outer sleeve on the base of the conical tip has a radial thickness which corresponds approximately to the wall thickness of the tracheostomy tube at its front end, and wherein the core (11, 11') has in the area of the base a maximum diameter which is smaller than or equal to the internal diameter of the tracheostomy tube, and wherein the core (11, 11') is connected to a flexible stem or traction element (14, 14') which can be passed through the tracheostomy tube to be inserted, wherein the effect of the exertion of traction on the traction element against the direction predetermined by the conical tip is that the sleeve supported on the front end of the tracheostomy tube is inverted from its point of attachment to the core and contracts due to its elastic pre-tension until its external diameter is approximately equal to or smaller than the internal diameter of the tracheostomy tube, with the result that the conical tip with the at least partly inverted sleeve can be withdrawn through the tracheostomy tube, and wherein the insertion aid has a central bore for receiving a guide wire.
A thermally conductive sheet comprising carbon fibers and a flake graphite powder that are dispersed in a polymer matrix, wherein the flake graphite powder is disposed between the carbon fibers, fiber axis directions of the carbon fibers are oriented in a sheet thickness direction, long axis directions of flake surfaces of the flake graphite powder are oriented in the sheet thickness direction, and normal directions to the flake surfaces are randomly oriented in a surface direction of the sheet, and a mass ratio of the carbon fibers to the flake graphite powder is in a range of 120:10 to 60:70.
A grafting device (100, 200) comprising: a transfer unit configured to transfer, in a predetermined direction, a grafted seedling that is in a state where a cut surface of a graft and a cut surface of a rootstock are closely attached to each other; a tape supply unit (31, 32) configured to arrange a thermoplastic resin tape on a transfer path of the grafted seedling in such a manner that the tape is allowed to be pulled out; a pull-out member configured to transfer through the transfer path in advance of the grafted seedling to pull out the tape from the tape supply unit (31, 32), and sandwich a closely attached part of the grafted seedling between a first part of the tape and a second part facing the first part; and a welding unit configured to cover a periphery of the closely attached part of the grafted seedling with the tape and ultrasonically weld the tape. a transfer unit configured to transfer, in a predetermined direction, a grafted seedling that is in a state where a cut surface of a graft and a cut surface of a rootstock are closely attached to each other; a tape supply unit (31, 32) configured to arrange a thermoplastic resin tape on a transfer path of the grafted seedling in such a manner that the tape is allowed to be pulled out; a pull-out member configured to transfer through the transfer path in advance of the grafted seedling to pull out the tape from the tape supply unit (31, 32), and sandwich a closely attached part of the grafted seedling between a first part of the tape and a second part facing the first part; and a welding unit configured to cover a periphery of the closely attached part of the grafted seedling with the tape and ultrasonically weld the tape.
A method of performing an emergency call handover from a packet switch, PS, domain to a circuit switch, CS, domain, the method being characterized by: receiving, by an entity in the CS domain, a handover request of an emergency call from a Mobility Management Entity in a packet switch, PS, domain requesting to transfer the emergency call from the PS domain to the CS domain, the handover request being received from the PS domain and including an emergency indication which comprises parameters that indicate the session being transferred is an emergency call; instructing, by the entity in the CS domain, network elements (112; 114) in the CS domain to prepare for a handover of the emergency call; and initiating, by the entity in the CS domain, the handover of the emergency call. receiving, by an entity in the CS domain, a handover request of an emergency call from a Mobility Management Entity in a packet switch, PS, domain requesting to transfer the emergency call from the PS domain to the CS domain, the handover request being received from the PS domain and including an emergency indication which comprises parameters that indicate the session being transferred is an emergency call; instructing, by the entity in the CS domain, network elements (112; 114) in the CS domain to prepare for a handover of the emergency call; and initiating, by the entity in the CS domain, the handover of the emergency call.
A method for altering a data structure stored in a protected memory area of a chip card, wherein the data structure contains multiple data groups (DG1, DG2,... DGi,..., DG N), wherein a security object for the data structure is stored in the protected memory area, which security object contains a hash value for each of the data groups and a signature by means of a combination of the hash values, wherein the signature was generated using a private key of a signature device, said method comprising the following steps: - authenticating a chip card terminal to the chip card, - establishing a first channel between the chip card terminal and the chip card, - altering at least one of the data groups (DG' i) of the data structure stored in the chip card by means of write access by the chip card terminal to the protected memory area via the first channel, - establishing a second channel to the signature device via a network, - transmitting at least those hash values of the data groups of the data structure of the security object that are not affected by the alteration and also of the altered data group (DG' i) and/or a hash value (Hash' DG'i) of the altered data group to the signature device via the second channel, - generating, by the signature device, an updated security object for the altered data structure, - transmitting the updated security object from the signature device to the chip card, - storing the updated security object of the altered data structure in the secured memory area of the chip card. - authenticating a chip card terminal to the chip card, - establishing a first channel between the chip card terminal and the chip card, - altering at least one of the data groups (DG' i) of the data structure stored in the chip card by means of write access by the chip card terminal to the protected memory area via the first channel, - establishing a second channel to the signature device via a network, - transmitting at least those hash values of the data groups of the data structure of the security object that are not affected by the alteration and also of the altered data group (DG' i) and/or a hash value (Hash' DG'i) of the altered data group to the signature device via the second channel, - generating, by the signature device, an updated security object for the altered data structure, - transmitting the updated security object from the signature device to the chip card, - storing the updated security object of the altered data structure in the secured memory area of the chip card.
A method for transmitting and receiving a signal by a terminal dual-connected to a first Radio Access Technology, RAT, and a second RAT in a wireless communication system, the method comprising: receiving a downlink reference Time Domain Duplex, TDD, uplink-downlink configuration based on the first RAT; and based on that an uplink subframe based on the downlink reference TDD uplink-downlink configuration is related to a first transmission time unit having a predetermined length, performing time division multiplexing, TDM, of configuring the first transmission time unit for the first RAT and configuring a second transmission time except the first transmission time unit for the second RAT in the uplink subframe, wherein the first RAT is a Frequency Domain Duplex, FDD, based Long Term Evolution, LTE, band, wherein the second RAT is New Radio Access Technology, NR, wherein, based on there is one short-transmission time interval, sTTI, in the uplink subframe, the uplink subframe is determined based on Hybrid Automatic Repeat Request, HARQ, timing for carrier aggregation of LTE-based TDD Pcell and FDD Scell and transmitting an uplink signal in the first transmission time unit in the uplink subframe, and wherein the first transmission time unit is the one sTTI. receiving a downlink reference Time Domain Duplex, TDD, uplink-downlink configuration based on the first RAT; and based on that an uplink subframe based on the downlink reference TDD uplink-downlink configuration is related to a first transmission time unit having a predetermined length, performing time division multiplexing, TDM, of configuring the first transmission time unit for the first RAT and configuring a second transmission time except the first transmission time unit for the second RAT in the uplink subframe, wherein the first RAT is a Frequency Domain Duplex, FDD, based Long Term Evolution, LTE, band, wherein the second RAT is New Radio Access Technology, NR, wherein, based on there is one short-transmission time interval, sTTI, in the uplink subframe, the uplink subframe is determined based on Hybrid Automatic Repeat Request, HARQ, timing for carrier aggregation of LTE-based TDD Pcell and FDD Scell and transmitting an uplink signal in the first transmission time unit in the uplink subframe, and wherein the first transmission time unit is the one sTTI.
Cold head for cryogenic refrigeration machines, comprising a housing (34, 36), a displacer (72, 76) mounted in a working chamber (38, 40, 46) of the housing (34, 36), a high-pressure connection for supplying highly compressed refrigerant into the working chamber (38, 40, 46), a low-pressure connection for discharging expanded refrigerant from the working chamber (38, 40, 46), and a control valve device (28, 30; 58) for controlling the supply and discharge of refrigerant into and from the working chamber (38, 40, 46), a distributor body in which at least a first connecting channel is provided for connecting the high-pressure connection to the working chamber (38, 40, 46), characterized by a bypass channel connecting the high-pressure connection to the low-pressure connection and provided in the distributor body.
A system for generating an output signal comprising a high frequency component from an input audio signal comprising a low frequency component using a transposition order T, comprising: an analysis window unit configured to apply an analysis window of a length of L A samples, thereby extracting a frame of the input signal; an analysis transformation unit of order M and having a frequency resolution Δ f configured to transform the L A samples into M complex coefficients; a nonlinear processing unit (643,644, 650), configured to alter the phase of the complex coefficients by using the transposition order T; a synthesis transformation unit of order M and having a frequency resolution Q Δ f, configured to transform the altered coefficients into M time domain samples; wherein Q is a frequency resolution factor smaller than or equal to the transposition order T; and a synthesis window unit configured to apply a synthesis window of a length of L s samples to the M time domain samples, thereby generating a frame of the output signal; wherein M is greater than or equal to ( QL A + L s)/2. an analysis window unit configured to apply an analysis window of a length of L A samples, thereby extracting a frame of the input signal; an analysis transformation unit of order M and having a frequency resolution Δ f configured to transform the L A samples into M complex coefficients; a nonlinear processing unit (643,644, 650), configured to alter the phase of the complex coefficients by using the transposition order T; a synthesis transformation unit of order M and having a frequency resolution Q Δ f, configured to transform the altered coefficients into M time domain samples; wherein Q is a frequency resolution factor smaller than or equal to the transposition order T; and a synthesis window unit configured to apply a synthesis window of a length of L s samples to the M time domain samples, thereby generating a frame of the output signal; wherein M is greater than or equal to ( QL A + L s)/2.
A filter cartridge for filtering fuel, comprising a filter wall having a tubular shape, a first support plate fixed to an end of the filter wall and a second support plate fixed to the opposite end of the filter wall, each support plate (32, 33) defining a respective portion (324,325;335,336) of a discharge conduit (324,325; 50; 335,336) of the water which separates from the fuel during filtration of the fuel, characterised in that it comprises a connecting cannula able to connect the portions (324,325;335,336) and arranged externally of the filter wall.