mhurhangee/patent-ind-claim-en huggingface dataset:
Method for generating fail-silent synchronization messages in a distributed real-time system, wherein the method uses the following functional units: a satellite receiver for receiving a time signal from a navigation satellite system, a precise reference clock which generates a periodic time signal, hereinafter referred to as R-signal, a central computer , a monitor with a periodic time source, and a data block for storing configuration parameters, wherein the satellite receiver periodically generates an S-signal, wherein the frequency and phase of the nominal R-signal is identical to the frequency and phase of the S-signal, and wherein the difference between the nominal and actual R-signal is used to minimize this difference in the future, and wherein - in the normal case of the satellite receiver , a periodic synchronization message , which is to be generated by the central computer in accordance with the configuration parameters , is generated based on the S-signal and the difference between the nominal and actual R-signal is used to adapt the state and rate of the reference clock to the S-signal, and wherein - in the event of an anomaly of the satellite receiver , adapting the rate of the reference clock is suspended, and wherein - in the event of a fault in the satellite receiver , the periodic synchronization message , which is to be generated by the central computer in accordance with the configuration parameters , is generated based on the actual R-signal, and wherein using the periodic time source of the monitor the time interval between two successive synchronization messages is measured and the monitor checks whether the time of transmission contained in the synchronization message corresponds to the actual transmission time and the distance between two successive synchronization messages is within a tolerance interval defined a priori, and, if this is not the case, modifies the synchronization message in such a way that each receiver recognizes the synchronization message as faulty. - in the normal case of the satellite receiver , a periodic synchronization message , which is to be generated by the central computer in accordance with the configuration parameters , is generated based on the S-signal and the difference between the nominal and actual R-signal is used to adapt the state and rate of the reference clock to the S-signal, and wherein - in the event of an anomaly of the satellite receiver , adapting the rate of the reference clock is suspended, and wherein - in the event of a fault in the satellite receiver , the periodic synchronization message , which is to be generated by the central computer in accordance with the configuration parameters , is generated based on the actual R-signal,
Refrigeration and/or freezer device, including a first cooled space for cooling to a first temperature level, and a second cooled space for cooling to a second temperature level, wherein the second temperature level is smaller than the first temperature level, wherein the second cooled space is separated from the first cooled space by a thermally-insulating insulating element , wherein first thermoelectric elements are provided for cooling the first cooled space , which are arranged in a region between the first cooled space and an outer wall of the device, and wherein a second thermoelectric element for cooling the second cooled space is arranged inside the insulating element that separates the first cooled space and the second cooled space from one another and that emits its dissipation heat into the first cooled space in a cooling operation of the second cooled space , wherein the first thermoelectric elements for cooling the first cooled space emit their cooling capacity to a heat exchanger that corresponds to an inner container of the first cooled space , and the second thermoelectric element for cooling the second cooled space emits its dissipation heat to this heat exchanger .
A medical image processing apparatus comprising: a recognition unit configured to detect a region of interest from an acquired medical image and classifies the detected region of interest; a display control unit configured to cause emphasis display for emphasizing the region of interest and to display a classification for the region of interest to be displayed in a screen identical to a screen for displaying an observation target included in the medical image; and a change determining unit configured to determine based on a user input whether to change a display style of the emphasis display in a case where the emphasis display is displayed or whether to change a display style of the classification in a case where the classification is displayed, wherein the display control unit makes a change to reduce a degree of emphasis of the emphasis display in a case where the change determining unit determines to change the display style of the emphasis display and makes a change to reduce visual recognizability of the classification in a case where the change determining unit determines to change the display style of the classification. a recognition unit configured to detect a region of interest from an acquired medical image and classifies the detected region of interest; a display control unit configured to cause emphasis display for emphasizing the region of interest and to display a classification for the region of interest to be displayed in a screen identical to a screen for displaying an observation target included in the medical image; and a change determining unit configured to determine based on a user input whether to change a display style of the emphasis display in a case where the emphasis display is displayed or whether to change a display style of the classification in a case where the classification is displayed, wherein the display control unit makes a change to reduce a degree of emphasis of the emphasis display in a case where the change determining unit determines to change the display style of the emphasis display and makes a change to reduce visual recognizability of the classification in a case where the change determining unit determines to change the display style of the classification.
Control method for the automated steering of a motor vehicle comprising wheels of which at least two wheels are steered wheels, comprising steps of: - acquiring parameters (β, r, Ψ L , y L , δ, δ ref ) relating to an avoidance path whereby the motor vehicle avoids an obstacle , and of - calculating, using a computer a temporary control instruction (δ Fbck ) for a steering actuator that steers the steered wheels , as a function of said parameters (β, r, Ψ L , y L , δ, δ ref ) and by means of a closed loop controller (K Fbck ), characterized in that it further comprises steps of: - acquiring a lateral acceleration (a y ) or a roll angle (Φ) experienced by the motor vehicle , and - calculating, using open loop calculation, a correction term (δ Ffwd ) for said temporary control instruction (δ Fbck ), as a function of the lateral acceleration (a y ) or of the roll angle (Φ) acquired. - acquiring parameters (β, r, Ψ L , y L , δ, δ ref ) relating to an avoidance path whereby the motor vehicle avoids an obstacle , and of - calculating, using a computer a temporary control instruction (δ Fbck ) for a steering actuator that steers the steered wheels , as a function of said parameters (β, r, Ψ L , y L , δ, δ ref ) and by means of a closed loop controller (K Fbck ), characterized in that it further comprises steps of: - acquiring a lateral acceleration (a y ) or a roll angle (Φ) experienced by the motor vehicle , and - calculating, using open loop calculation, a correction term (δ Ffwd ) for said temporary control instruction (δ Fbck ), as a function of the lateral acceleration (a y ) or of the roll angle (Φ) acquired. - acquiring a lateral acceleration (a y ) or a roll angle (Φ) experienced by the motor vehicle , and - calculating, using open loop calculation, a correction term (δ Ffwd ) for said temporary control instruction (δ Fbck ), as a function of the lateral acceleration (a y ) or of the roll angle (Φ) acquired.
A package , comprising: - a body , - an electrically conductive pattern supported by said body, - an interface portion configured to receive a module to a removable attachment with said package; wherein said electrically conductive pattern comprises, at least partly within said interface portion, a wireless coupling pattern that constitutes one half of a wireless coupling arrangement, wherein said electrically conductive pattern comprises a capacitive or an inductive element adapted to be arranged adjacent to a corresponding one or more wireless coupling patterns constituting other half of the arrangement located in the module when the module is removable attached with said package to establish a short-range wireless communications link, such as based on a capacitive or an inductive coupling, respectively, between the adjacent coupling patterns, - a ground track that is supported by said body and comprises a ground coupling pattern located at least partly within said interface portion, - an impedance element coupled between said electrically conductive pattern and said ground track, and - a breakable portion of said electrically conductive pattern; wherein said breakable portion is located between said wireless coupling pattern and said impedance element. - a body , - an electrically conductive pattern supported by said body, - an interface portion configured to receive a module to a removable attachment with said package; - a ground track that is supported by said body and comprises a ground coupling pattern located at least partly within said interface portion, - an impedance element coupled between said electrically conductive pattern and said ground track, and - a breakable portion of said electrically conductive pattern;
A method comprising: determining a given transmission resource for transmission; determining a first transmission power level; determining prior to transmitting on the given transmission resource whether the resource is occupied or unoccupied based on a clear channel assessment procedure having a first threshold level corresponding to the first transmission power level, wherein a given threshold level is based on a to-be-applied transmission power level such that a given reduced transmission power with respect to the to-be-applied transmission power level leads to a less stringent threshold level; upon detecting that the resource is occupied, determining a second transmission power level, reduced with respect to the first transmission power level, by applying a transmission power reduction on the basis of a difference between the first threshold level and an energy level detected during the clear channel assessment procedure such that a transmission using the second transmission power level would not render the resource as occupied based on the clear channel assessment procedure having a second threshold level corresponding to the second transmission power level, wherein the determination of the second transmission power level is further based at least partially on a predetermined maximum transmission power reduction value; and transmitting utilising the given transmission resource using the second transmission power level or omitting a transmission according to the determination of the second transmission power level. determining a given transmission resource for transmission; determining a first transmission power level; determining prior to transmitting on the given transmission resource whether the resource is occupied or unoccupied based on a clear channel assessment procedure having a first threshold level corresponding to the first transmission power level, wherein a given threshold level is based on a to-be-applied transmission power level such that a given reduced transmission power with respect to the to-be-applied transmission power level leads to a less stringent threshold level; upon detecting that the resource is occupied, determining a second transmission power level, reduced with respect to the first transmission power level, by applying a transmission power reduction on the basis of a difference between the first threshold level and an energy level detected during the clear channel assessment procedure such that a transmission using the second transmission power level would not render the resource as occupied based on the clear channel assessment procedure having a second threshold level corresponding to the second transmission power level, wherein the determination of the second transmission power level is further based at least partially on a predetermined maximum transmission power reduction value; and transmitting utilising the given transmission resource using the second transmission power level or omitting a transmission according to the determination of the second transmission power level.
A tunable frequency selective limiter; comprising: a first electrically conductive path ; a ferrimagnetic layer disposed adjacent to the first electrically conductive path; a second electrically conductive path coiled around the first electrically conductive path and the ferrimagnetic layer, wherein the second electrically conductive path is configured such that electromagnetic current transmitting through the second electrically conductive path produces a magnetic field coupled to the ferrimagnetic layer; a dielectric layer , wherein the ferrimagnetic layer is disposed on the dielectric layer, wherein portions of the second electrically conductive path at an interface of the dielectric layer and the ferrimagnetic layer are at least one of embedded into the dielectric layer or disposed on a surface of the dielectric layer; and a shunting conductor is placed close to the first electrically conductive path to induce inductive coupling, wherein the amount of inductive coupling between the first electrically conductive path and the shunting conductor is controlled through precise placement of the first electrically conductive path and the shunting conductor through sequential patterning deposition processes, such that the frequency selective limiter is configured to attenuate signals in a specified power range, the first electrically conductive path is further configured to discharge plasma to the shunting conductor upon reaching a specific power threshold, and excess signal greater than the specified power range does not pass through the frequency selective limiter. a first electrically conductive path ; a ferrimagnetic layer disposed adjacent to the first electrically conductive path; a second electrically conductive path coiled around the first electrically conductive path and the ferrimagnetic layer, wherein the second electrically conductive path is configured such that electromagnetic current transmitting through the second electrically conductive path produces a magnetic field coupled to the ferrimagnetic layer; a dielectric layer , wherein the ferrimagnetic layer is disposed on the dielectric layer, wherein portions of the second electrically conductive path at an interface of the dielectric layer and the ferrimagnetic layer are at least one of embedded into the dielectric layer or disposed on a surface of the dielectric layer; and a shunting conductor is placed close to the first electrically conductive path to induce inductive coupling, wherein the amount of inductive coupling between the first electrically conductive path and the shunting conductor is controlled through precise placement of the first electrically conductive path and the shunting conductor through sequential patterning deposition processes, such that the frequency selective limiter is configured to attenuate signals in a specified power range, the first electrically conductive path is further configured to discharge plasma to the shunting conductor upon reaching a specific power threshold, and excess signal greater than the specified power range does not pass through the frequency selective limiter.
A method for manufacturing a bainite high-strength seamless steel tube, wherein the bainite high-strength seamless steel tube comprises following chemical elements by mass: C, 0.06∼0.2%; Si, 0.1∼0.6%; Mn, 1∼2.5%; Al, 0.01∼0.1%; S≤0.005%; P≤0.02%; O≤0.01%; and the balance being Fe and other unavoidable impurities, wherein the mass percentages of the element C and the element Mn satisfy: C+Mn/6≧0.38; the method consisting of the following steps: smelting, manufacturing a billet, heating, piercing, rolling, stretch reducing or sizing to obtain tube, and cooling; wherein the cooling steps are as follows: control the quenching starting temperature to meet the following formula: the quenching starting temperature ≥ the Ar3 temperature of the steel grade +20°C; the finish cooling temperature is controlled to be within a range between T1 and T2, where T1 = 519-423C-30.4Mn, T2 = 780-270C-90Mn, and units of T1 and T2 are °C; in the formulas, C and Mn respectively represent the mass percents of element C and element Mn of the steel grade; the cooling rate is controlled to be 15-80°C/s; and the finished product of the bainite high-strength seamless steel tube is directly obtained after the cooling step.
A fan wheel with a bottom plate and a cover plate which comprises an axial inlet opening, and with a blade ring arranged between the bottom plate and the cover plate and formed by fan wheel blades for conveying a conveying medium, wherein the bottom plate has a bottom plate edge section which radially protrudes over an outer edge of the blade ring adjoining the bottom plate , and/or the cover plate has a cover plate edge section which radially protrudes over an outer edge of the blade ring adjoining the cover plate , wherein the bottom plate edge section is inclined in an axial direction by an angle α1 with respect to a continuous extension of a radially inward directly adjoining section of the bottom plate and/or the cover plate edge section is inclined in an axial direction by an angle β1 with respect to a continuous extension of a radially inward directly adjoining section of the cover plate , and wherein the angles α1 and β1 are in a value range of -π/2 ≤ α1 ≤ π/2 and -π/2 ≤ β1 ≤ π/2, so that a flow direction of the conveying medium differing from a radial outflow can be adjusted, characterized in that the bottom plate edge section can be subdivided into multiple subsections, wherein a first radially inward lying section is inclined at an angle α1 and a second section which radially outward adjoins the first section is inclined at an angle α2, wherein the angles α1 and α2 differ in terms of value by at least π/40 (= 4.5°) and/or the cover plate edge section can be subdivided into multiple subsections, wherein a first radially inward lying section is inclined at an angle β1 and a second section which radially outward adjoins the first section is inclined at an angle β2, wherein the angles β1 and β2 differ in terms of value by at least π/40 (= 4.5°). characterized in that the bottom plate edge section can be subdivided into multiple subsections, wherein a first radially inward lying section is inclined at an angle α1 and a second section which radially outward adjoins the first section is inclined at an angle α2, wherein the angles α1 and α2 differ in terms of value by at least π/40 (= 4.5°) and/or the cover plate edge section can be subdivided into multiple subsections, wherein a first radially inward lying section is inclined at an angle β1 and a second section which radially outward adjoins the first section is inclined at an angle β2, wherein the angles β1 and β2 differ in terms of value by at least π/40 (= 4.5°).
A work machine comprising: a fuel tank having a main body portion and a fuel-filler portion ; a battery disposed adjacent to the main body portion of the fuel tank ; and a cover member , wherein the cover member includes a cover portion which covers an upper surface of the battery and an extension portion which continuously extends from the cover portion toward the fuel-filler portion to thereby cover a region from the battery to the fuel-filler portion , the extension portion including a hang-down portion which hangs down from the cover portion to a fuel-filler portion side, characterized in that the extension portion has a fitting hole into which the fuel-filler portion is fitted, and wherein the work machine further comprises a fuel tray which fits with the fuel-filler portion , wherein the extension portion is supported by the fuel-filler portion while being pressed down by the fuel tray . a fuel tank having a main body portion and a fuel-filler portion ; a battery disposed adjacent to the main body portion of the fuel tank ; and a cover member , wherein the cover member includes a cover portion which covers an upper surface of the battery and an extension portion which continuously extends from the cover portion toward the fuel-filler portion to thereby cover a region from the battery to the fuel-filler portion , the extension portion including a hang-down portion which hangs down from the cover portion to a fuel-filler portion side, characterized in that the extension portion has a fitting hole into which the fuel-filler portion is fitted, and wherein the work machine further comprises a fuel tray which fits with the fuel-filler portion , wherein the extension portion is supported by the fuel-filler portion while being pressed down by the fuel tray .