78results about How to "Flexible time" patented technology

The invention discloses a satellite-borne remote sensor radiation calibration method based on atmospheric parameter remote sensing retrieval. The method includes nine steps. A surface reflectance is obtained through ground synchronous actual measurement during satellite crossing or historical data, imaging time and observation geometry parameters are obtained through remote sensing data head files, atmospheric parameters during imaging of synchronous crossing meteorological satellite sensors or related load retrieval remote sensors are utilized, the entrance pupil radiance of the remote sensors is calculated by an atmospheric radiation transmission model according to retrieval results of the atmospheric parameters, a calibration coefficient is calculated through a radiation calibration model, and thereby the on-orbit radiation calibration for a satellite-borne remote sensor is achieved. The satellite-borne remote sensor radiation calibration method based on the atmospheric parameter remote sensing retrieval is a pixel-level calibration method and has the advantages that the accuracy is high, the costs are low, simultaneously, the high frequency calibration can be achieved, historical remote sensing data can be calibrated, and the method has a wide application prospect to remote sensing data processing methods and application technical fields.

The invention discloses a double-cropping no-tillage seedling-throwing straw-to-farmland rice high-yield and high-efficiency production method which comprises the following steps of: a, cleaning a ditch and draining in winter, to be specific, ditching to let rice field leakage water go in winter so as to keep no accumulated water on a field surface before seedling throwing of early season rice; b, performing no-tillage planting and management on the early season rice, to be specific, growing seedlings of the early season rice by using a plastic soft tray, throwing the seedlings when the seedlings have 3.5-4.5 leaves, and wetting as well as irrigating the early season rice in the whole process; c, utilizing straws of the early season rice, to be specific, remaining high stubbles while harvesting the early season rice; d, performing no-tillage planting and management on late rice, to be specific, growing seedlings of the late rice by using the plastic soft tray or growing the seedlings in a dry manner without the tray, and adopting an irrigation mode of irrigating shallowly and exposing the field; e, utilizing the straws of the late rice, to be specific, remaining high stubbles while harvesting the late rice. The double-cropping no-tillage seedling-throwing straw-to-farmland rice high-yield and high-efficiency production method solves the problems of great tillage labor intensity, slow nutrient transformation, easy runt seedlings and no growth of the rice, late maturity, low yield and the like of soil gleyization and secondary soil gleyization rice production in south rice areas, is a matured production technology for improving low-yield rice fields in soil gleyization and secondary soil gleyization, and achieves great application and generalization values in the aspects of reducing agricultural production cost, improving soil organic matters, decreasing fertilizer applying amount, increasing rice yield, improving moisture and fertility preservation performances of soil and the like.

The invention discloses a virtual machine migrating method and system based on the NUMA architecture. The virtual machine migrating method based on the NUMA architecture comprises the steps that the configuration information of a virtual machine to be migrated is obtained, and a temporary file is generated according to the content in a memory page and a virtual machine register which have already been used by the virtual machine to be migrated and the state of an I/O device; the virtual machine to be migrated is stopped; the node information of all physical nodes in a target host is obtained, and whether a target node exists on the target host is judged according to the node information and a migration command; if the target node exists on the target host, the virtual machine to be migrated is migrated to the target node according to the temporary file and the configuration information; if the target node does not exist on the target host, an error report is sent. According to the virtual machine migrating method and system based on the NUMA architecture, it is guaranteed that virtual nodes of the NUMA topological structure of the virtual machine correspond to the NUMA nodes of a physical machine in a one-to-one mode on the basis of migration, the performance degradation of the virtual machine is small, the NUMA topological structure of the virtual machine can be changed according to the hardware condition of the target host, and thus the virtual machine can be adapted to more diversified hardware environments.

The invention discloses a payment method based on mobile phone payment. In the method, a user binds bank cards with a financial intelligent card in a mobile phone; a payment client terminal which is connected with a mobile phone payment platform by a network is installed on the mobile phone; after inquiring payment information or receiving payment bills sent form the mobile phone payment platform, the user selects a bank card, inputs passwords to pay the required charge; in the paying process, DES (Data Encryption Standard) or 3DES encryption algorithm is used for enciphering sensitive data and an encrypted message, and an MAC (Message Authentication Code) authentication method is also used. The invention provides two modes of active payment and payment by informing of the payment platform, can meet requirements of different users, pay charge very safely, ensure the payment timeliness of users, and save public payment facility resources. The invention provides a quicker, safer and more convenient payment method.

The invention discloses a rescheduling method for automatic container terminal handling equipment. The method comprises the steps of S1, establishing models of devices in three stages; S2, determining scheduling states of the devices in the three stages; S3, determining rescheduling of the devices in the three stages. A state monitoring controller of a container terminal provides scheduling schemes for optimizing the devices in the three stages; after a time period, the state monitoring controller measures actual positions and actual speeds of the devices in the three stages; the minimum completion time required for a to-be-performed task is updated according to state measurement values of the actual positions and the actual speeds; the state monitoring controller monitors updated task time according to the minimum completion time required for the to-be-performed task; and the state monitoring controller determines new scheduling schemes for the devices in the three interacted stages. The method has the advantage of providing rapid and accurate rescheduling schemes under the condition that the handling equipment is interfered.

The invention relates to the technical field of picture processing, in particular to a method for recognizing persons in pictures. The method includes the steps that a client side submits a picture processing request to a picture recognition system; the system receives the request, person number classification is conducted according to face contours, and number hierarchical storage is conducted on pictures with the same person number by the system according to default settings; the system recognizes the face contour of the first person on the left side in the pictures with the same person number, firstly, the included angle between the face contour of the first person and the plane is judged, the face contour of the first person is rotated to the planar face contour, and then simulated skeleton images are generated; face contours and the positions and contours of the five sense organs in the simulated skeleton images are recognized, and then corresponding parameters are generated; the system names the persons according to the corresponding parameters and conducts hierarchical storage according to the names of the persons; cyclic recognition is conducted until the person on the rightmost person in the pictures is recognized. By the application of software products, information of the persons in the pictures can be automatically massively recognized, the pictures can be conveniently classified and managed, and the quality of picture management is improved.

The invention discloses an integrated biliary tract internal irradiation balloon drainage tube, which comprises a biliary tract drainage tube and an internal irradiation balloon. The drainage tube is characterized in that: the biliary tract drainage tube is a double-cavity drainage tube, and comprises a bile drainage cavity and an internal irradiation balloon connecting cavity next to the inner wall of the bile drainage cavity; the internal irradiation balloon is arranged on the outer wall of the double-cavity drainage tube and connected with the front end of the internal irradiation balloon connecting cavity; the outer walls of the double-cavity drainage tube on two sides of the internal irradiation balloon are provided with side holes, and the side holes are communicated with the bile drainage cavity; the front end of the double-cavity drainage tube is provided with an end hole communicated with the bile drainage cavity; the tail end of the double-cavity drainage tube is in a Y-shaped structure consisting of a straight arm and an oblique arm, the straight arm is provided with a drainage tube outer interface connected with the tail end of the double-cavity drainage tube, and the drainage tube outer interface is communicated with the bile drainage cavity; and the oblique arm is provided with an internal irradiation balloon outer interface connected with the internal irradiation balloon connecting cavity. By short-range radiotherapy in the cavities, obstructive jaundice is avoided and local tumors are effectively controlled simultaneously, and the curative effect can be improved; and the drainage tube is simple in operation, high in safety and low in expense.

The invention discloses an automated interface testing method, which comprises the following steps that: (1) developing an automated execution tool; (2) deploying the automated execution tool on a server; (3) in the automated execution tool, according to an operation environment required by an interface, selecting a corresponding environment to preset a script; (4) automatically obtaining all interface testing cases by the automated execution tool, and displaying in a page; (5) in the display page of the automated execution tool, selecting the interface testing case and the execution way; (6) analyzing and storing the execution result of the interface testing case by the automated execution tool; and (7) sending a test report to relevant personal through a mail by the automated execution tool. By use of the automated interface testing method, interface testing intelligence is improved, a whole interface testing process does not need to be manually finished, interface testing efficiency is greatly improved, and interface testing accuracy is further improved.

The present invention provides a real-time weather detection method and a system based on time-scene photos. The method includes the following steps: S1: collecting the photos with a weather background; S2: marking all the photos to establish a training library; S3: establishing a weather forecasting model based on the training library; S4: obtaining the time-scene photos of a target area; S5: inputting the time-scene photos into the weather forecasting model and forecasting to obtain the weather information. The method and the system are based on the existing photos with the weather background for marking and training to establish a weather forecasting model, and based on the time-scene photos of a template area, the weather forecasting model is inputted by the photos to forecast and obtain the weather information of the target area. The method and the system can achieve high automation degree; the forecasting scope and forecasting time are flexible; the forecasting result is accurate; and therefore, real-time weather forecasting is possible to obtain the latest weather information. The method and the system are, therefore, very adaptable.

The invention discloses a calcium-iron-silicon-based composite material for restoring heavy metal polluted acid soil and application thereof. The mass ratio of component elements of the composite material is calcium:iron:silicon:manganese:magnesium:phosphorus:aluminum= 30-40:19-25:8-12:1-3:5-6:1-3:2-5, the composite material is particularly prepared from, by volume, 55-70% of calcium silicate, 20-30% of calcium ferrite and 5-15% of compound mixture, and the compound mixture is a mixture of calcium-iron-aluminum oxides, calcium iron silicate, calcium aluminate, calcium-aluminum oxides, calcium-manganese-iron oxides, hydroxyl aluminium phosphate and hydroxyl manganese phosphate. The composite material is used for improving and restoring the heavy metal polluted acid soil, the pH value of the soil can be increased by 0.5-2.5 units, the content of effective state heavy metal in the soil is reduced by 64-98%, the content of heavy metal in agricultural products is reduced by 33-94% compared with a control group, and the yield of the agricultural products is increased by 16-1412% compared with the control group.

The invention discloses a training system of a tunnel boring machine. A three-dimensional modeling of a real scene is adopted as the base. The training system comprises a system management module, a tunnel boring machine operating module, a tunnel boring machine executing module and a detecting module, wherein the system management module is used for managing the entire training system and for switching running modes, the tunnel boring machine operating module comprises a button switch for performing various operations on the tunnel boring machine, the tunnel boring machine executing module is a virtual tunnel boring machine, receives operation orders of the tunnel boring machine operating module and performs corresponding execution actions, and the detecting module is used for performing synchronous detection along the action of the virtual tunnel boring machine in the tunnel boring machine executing module, monitoring and immediately displaying relevant parameter values and displaying corresponding failure signals when a failure occurs.

The invention relates to a hydrogen generator, specifically relates to a simple self-control pressure hydrogen generator, which comprises a fuel case(1) of a fuel inlet(2) and a catalytic reactor(6) fixedly arranged on the fuel case(1). An inner shell(3) in the fuel case separates the fuel case into two parts, namely, an inner chamber, i.e. a fuel reaction chamber(5) and an outer chamber, i.e. a fuel storing chamber(4); wherein, a gap is reserved between the bottom of the inner shell(3) and the bottom of the fuel case(1); moreover, the catalytic reactor(6) is positioned in the fuel reaction chamber(5) and can be removed, being convenient and quick to replace. The hydrogen generator provided by the invention has the advantages of simple structure, convenient operation, stable performance, self-control pressure and high safety, belonging to the hydrogen generator field for providing hydrogen to the fuel batteries.

The invention discloses a method and a system for remote startup and shutdown. A cloud server and a terminal which can communicate mutually are included, wherein the cloud server is internally provided with a terminal list in need of management; the cloud server sends an operation instruction to each terminal via the terminal list; after the terminal receives the operation instruction, the operation instruction is executed, and the operation instruction comprises a startup instruction, a shutdown instruction and a reset instruction. No additional hardware equipment is needed, the cost can be reduced, the time can be flexibly adjusted, and remote, regular and periodic startup and shutdown can be realized.

The invention discloses an early sowing method for the rice field milk vetch. The early sowing method for the rice field milk vetch comprises the following steps: a) sowing the milk vetch: in the late rice tillering last stage to the full heading time, sowing the milk vetch with the sowing amount of 2.0-2.5kg per unit of area when the field water content is less than 15%; b) managing field water: after sowing, keeping the field water content at 10-40%, opening a ridge ditch hole to discharge water after the milk-ripe stage of the late rice, ensuring that the field is under the drying state when the rice is harvested, then, harvesting the late rice by the harvester, regulating distance between the header of the harvester and the ground to be 45-55cm when the late rice is harvested, and evenly spreading the accumulated straw in the field after the rice is harvested; and c) ditching a land for growing field crops: after the late rice is harvested, digging a surrounding ditch around the field by a ditcher to ensure that the highest water level of the field does not exceed 0.5cm. The early sowing method for the rice field milk vetch, which is disclosed by the invention, is combined with the necessary farm operation of the rice in the rice growth period when the rice field operation is convenient, and water management is reasonably carried out to simplify the milk vetch sowing.

The present invention relates to an ultraviolet mask disinfection cabinet and a control method thereof, and solves problems that cross infection is easily caused in existing sterilization and disinfection devices and the existing sterilization and disinfection devices are also low in degree of automation. The ultraviolet mask disinfection cabinet comprises a disinfection cabinet body, an opening is arranged at one side of the disinfection cabinet body, a translucent cabinet door is arranged on the opening, a plurality of ultraviolet disinfection fluorescent tubes are arranged in the disinfection cabinet body, a disinfection layer is formed between each two adjacent ultraviolet disinfection fluorescent tubes, a plurality of grid plates capable of separating each disinfection layer into a plurality of disinfection compartments are arranged in the disinfection cabinet body, the disinfection compartments are internally respectively provided with grid-type mask placing structures, the e disinfection compartments are internally respectively provided with sensing and identification modules, the sensing and identification modules and ultraviolet disinfection fluorescent tubes are all connected with a main control chip circuit module, the disinfection cabinet body is internally provided with a plurality of state display modules that are connected with the main control chip circuit module, and besides, the state display modules are arranged in each disinfection compartment respectively in one-to-one corresponding manner. Advantages are that the ultraviolet mask disinfection cabinet effectively avoids cross infection, and also has high automation degree and convenient operation.

The invention provides a queuing and calling system and method. The queuing and calling system comprises a number taking machine and a background calling host, wherein the number taking machine is used for enabling a user to take a number and enabling the user to preset calling prompting information condition received by the user, the background calling host is used for calling the number taken by the user, the calling prompting condition comprises the total number m of numbers not called yet before the number taken by the user. The system further comprises a signal sending module, a counting module and an information control module, wherein the signal sending module is arranged in the background calling host and used for sending the calling prompting information to the user; the counting module is arranged in the background calling host and used for counting the total number n of numbers not called yet before the number taken by the user; the information control module is arranged in the background calling host and used for controlling the signal sending module to send the calling prompting information to the user when the total number n counted by the counting module is equal to the total number m preset by the user. According to the queuing and calling system and method, using is flexible, achievement is convenient, and the phenomenon that the user must queue for waiting in a business hall is avoided.

The invention discloses a cloud computing task allocation method and device, cloud computing task allocation equipment and a storage medium. The method comprises the steps of receiving a cloud computing task sent by a user and decomposing the cloud computing task into a certain number of sub-tasks; obtaining the type of the subtask and the size of a required arithmetic unit; calculating the numberof arithmetic units required by the same subtask; and allocating each subtask to a corresponding number of arithmetic units, wherein the arithmetic units are authenticated and authorized arithmetic units. According to the method provided by the invention, idle computing resources on the network are fully utilized, the dependence of cloud computing on a large server and a super computer is avoided, cloud computing task allocation is more flexible in time and space, the limitation on the computing scale is smaller, and the method can be widely applied to various application scenes; and the multiple operation units receive the same subtask at the same time, it is guaranteed that the cloud computing task is short in response time and completion time, and then the service quality and the userexperience of the cloud computing platform are improved.

The present invention relates to a virtual and reality combination experiment method, and a 3D remote virtual and reality combination experiment method with panorama modeling. The 3D remote virtual and reality combination experiment method comprises the following steps of: (1) reservation of a system; (2) selection of experiment apparatuses; and (3) experiment operation. Compared to the prior art,the 3D remote virtual and reality combination experiment method can provide a vivid experimental environment for experiment persons, the experiment content and time are flexible, students can performindependent choice, different laboratories are provided with different experiment devices to solve the problem of real resources are short, the experiment devices are equipped with rich instruments to provide powerful technical support for various remote virtual and reality combination experiments and obtain a real and reliable experiment result. The experiment is low in cost, saves labor, materials and financial resources and maximally improves the students' independent learning and manipulative ability.