5results about How to "Simple expansion" patented technology

The invention discloses a ward calling system and method based on a FreeSWITCH. The system comprises a terminal calling device, a management service module, a FreeSWITCH middleware service module and a FreeSWITCH server. The terminal calling device is used for providing calling service for a user; the management service module is used for carrying out related operation on each terminal calling device; the related operation comprises equipment binding, SIP account creation, distribution and management and equipment working condition monitoring; the FreeSWITCH middleware service module is used for providing related services; the related service comprises SIP calling account registration of terminal calling equipment, a FreeSWITCH instruction set, packaging of an XML processing function, and data packet requesting and receiving processing; the FreeSWITCH server is used for providing required services for the whole system; the required service comprises an audio and video call service. According to the invention, the FreeSWITCH middleware service is interacted with the FreeSWITCH service, so that the coupling between the business service and the FreeSWITCH service is reduced, and the flexibility and expandability of the business system are improved.

The invention provides a component configuration processing method, a component release platform, a device and a storage medium, and the method comprises the steps that after a component package is uploaded to the component release platform, the component release platform can carry out verification processing on the component package, so that the standardization and safety of the component package are ensured; and static resources and configuration item information in the component package are converted, so that the component package is easier to expand and migrate. Compared with the prior art, the method has the advantages that the development tools and the development languages of the user for developing the component are not limited, so that the learning cost of the user for developing the component is reduced, and the component development efficiency is improved.

This application discloses a multi-degree-of-freedom wave energy and wind energy co-harvesting and power generation device, relating to the field of marine renewable energy development technology. It solves the technical problems of high directional sensitivity, single energy capture dimension, and low energy density per unit area in existing marine energy harvesting devices. This device integrates wave horizontal kinetic energy, vertical potential energy, blade rotational energy, and offshore wind energy into one unit, achieving synergistic conversion through a hybrid mechanical and hydraulic transmission. This significantly improves the energy output rate per unit sea area and can respond to wave and wind energy in any 360° direction, breaking through directional limitations and making it suitable for various application scenarios in both offshore and nearshore areas.

This application discloses a method, apparatus, system, electronic device, and medium for processing API requests. The method includes: loading multiple custom processors pre-built in a database into a distributed memory grid, wherein each custom processor has a first mapping relationship with an API request, and a second mapping relationship between the API request and its corresponding processing method is established in the custom processor based on a reflection mechanism; receiving an API request and routing it to a corresponding target custom processor according to the first mapping relationship, so that the target custom processor determines the target processing method corresponding to the API request according to the second mapping relationship; and invoking the target processing method to process the API request. This application improves the API registration method, and the distributed service cluster is simple to deploy, easy to expand, and avoids the problem of distributed consistency from the root.

The invention discloses a heterogeneous constellation planning scheduling method and system. Firstly, a user terminal sends a task request to the system; the task decomposition module receives service triggering information to generate a subtask set, and screens a task satellite resource set; the task planning module carries out task allocation through a task allocation decision model based on reinforcement learning multi-scene training, a single-satellite task planning algorithm plans the implementation process of a single satellite, and the implementation process is executed by a task satellite; according to multi-source sensing information obtained by collaborative sensing, an information sensing module carries out depth sensing processing to complete target identification and predictive reasoning; and finally, judging whether to execute the next subtask according to the information acquired by the information sensing module. According to the method, the micro-service framework is introduced, functional modules are flexibly matched to adapt to cooperative sensing systems of different task types and sea targets, optimal allocation and cooperative planning of space-based sensing resources are achieved, and the requirements for timeliness and generalization ability of cooperative sensing tasks of the sea targets are met.