40results about How to "Play a backup role" patented technology

The invention provides a universal replaceable charge indicator, which comprises a case, a panel, a main circuit board and a wiring terminal bar, wherein the case is made of an insulation material, the wiring terminal bar comprises several rows of wiring terminals, the numbers of pin holes of each row of wiring terminals are different from each other, the case and the panel are detachably connected, the panel and the main circuit board are detachably connected, the main circuit board is arranged inside the case, the case is provided with a through hole used for connecting the wiring end of the main circuit board and the wiring terminal bar, the cross section of the through hole is greater than the cross section of the wiring terminal bar, and the wiring end of the main circuit board is in plugging-unplugging type connection with the wiring terminal bar through the through hole. According to the scheme, the panel and the case are detachably connected, and the main circuit board is in plugging-unplugging type connection with the wiring terminal bar through the through hole, so when a display fault occurs during charge, the inspection or the replacement can be conveniently carried out, the operation is simple, and in addition, the maintenance cost can be reduced. The numbers of the pin holes of each row of wiring terminals are different from each other, the wrong circuit connection during the maintenance process is avoided, and the safety is improved.

The invention discloses a military garbage sorting device based on the Beidou system, and relates to the technical field of garbage sorting. The present invention includes a collection area, a low-temperature plasma waste gas processor and a control room. A plurality of first garbage rooms and two second garbage rooms are fixed in a ring shape on the ground of the collection area, and the plurality of first garbage rooms and the two second garbage rooms are connected to each other. , several first garbage rooms and two second garbage rooms form a closed space on the back side, and a number of underground pools are ring-shaped on the ground of the collection area, and several underground pools are respectively located in several first garbage rooms and two second garbage rooms Inside. In the present invention, by setting up a buried pool, and designing a lift-type detachable garbage compartment in the buried pool for storage of garbage, using a garbage truck matched with the compartment can directly replace the compartment in the buried pool, It facilitates the transfer of garbage, and solves the problems of insufficient efficiency of existing garbage transfer and garbage spillage during transfer.

The invention relates to a decision-making method for optimizing thermal power unit combination under complementation of wind power and an energy storage system. The decision-making method comprises a process of optimizing an upper layer problem and a lower layer problem, wherein the upper layer problem builds upper layer problem constraint conditions by taking minimization of the operating cost of a thermal power unit within a set period as an objective function; the lower layer problem builds lower layer problem constraint conditions by taking maximization of profit acquired by the energy storage system in performing space-time translation and backup supply on electric energy in a power grid as an objective function; and a solution is acquired by using a mode of alternative iteration of the upper layer problem and the lower layer problem. The energy storage system in the model not only can participate in an expected power balance constraint, but also can play a role of backup through complementation with the wind power, and has an ability of directly eliminating the uncertainty; frequent startup and shutdown of the thermal power unit is avoided on the basis of improving the uncertainty acceptance ability; and a regulating effect of the frequency of an electric power system is considered in decision making, so that the decision is enabled to be free from conservation and more conform to the reality.

The invention relates to an optical current sensor and a high-frequency signal measurement system. The optical current sensor comprises an optical sensing part, a polarization maintaining fiber, an insulator and a demodulation module. The optical sensing part, the polarization maintaining fiber and the demodulation module are connected in sequence. The optical sensing part is supported by the insulator. The polarization maintaining fiber locates in an inner cavity of the insulator. The optical sensing part comprises a first sensing fiber ring, a second sensing fiber ring, a first wave plate, a first reflector, a second wave plate, a second reflector and a support, wherein the first wave plate, the first reflector, the second wave plate, the second reflector and the support are all made of nonmetal material. The first sensing fiber ring and the second sensing fiber ring are opposite in current direction. The demodulation module outputs two linearly-polarized beams passing the polarization maintaining fiber and the optical sensing part, the linearly-polarized beams carrying measured current information are returned and received by the polarization maintaining fiber, the beams are operated on the basis of differential induction, and measured current is obtained. The optical current sensor is capable of measuring high-frequency signals, and measurement is higher in accuracy and reliability.

The present invention relates to an FTL power-down test method, system, device and storage medium. By dividing the FTL into a data overwriting area for writing logic data and an information recording area for writing characteristic data, the information is recorded The area is divided into two sub-areas, and the characteristic data, data address and data length generated each time are accumulated and alternately written into the two sub-intervals of the information recording area to play a backup role. In the two sub-intervals, select the sub-interval in which data was written last time, and use the characteristic data, data address and data length of the sub-interval as the verification data, so that only the data written during power-off is lost during the verification, effectively improving the Verify the integrity of data, improve the security of key data, and improve test efficiency.

The invention relates to a command transmission method between a spacecraft and a carrier. The command transmission method is implemented based on a command transmission system that comprises a mechanical triggering sub-system and an electrical triggering sub-system. The command transmission method comprises the steps of S1, triggering a first command in the mechanical triggering sub-system, and separately sending the first command to the carrier and the electrical triggering sub-system; and S2, receiving the first command by using the electrical triggering sub-system, and triggering a secondcommand in the electrical triggering sub-system and sending the second command to a sub-system in the spacecraft. High reliable command transmission when the spacecraft and the carrier fly normally orescape during an ascent flying phase by using the way of combining the mechanical triggering sub-system with the electrical triggering sub-system. The method provided by the invention has a redundantdesign of dual-channel, multi-touch and multi-command-center, and completely eradicates the hidden dangers of mistakenly transmission and leaking of the commands.