2results about How to "Improve commissioning efficiency" patented technology

The present application provides an interaction method, device and storage medium of a communication platform, the method comprising: establishing a communication connection with at least one third-party device; obtaining a first interaction package for the interaction between industrial equipment and third-party devices from a preset interaction package set; and controlling the industrial equipment to interact with the corresponding third-party device according to the first interaction package. The device and storage medium apply the above method, by loading the first interaction package for the interaction between industrial equipment and third-party devices, so that the industrial equipment can interact with the corresponding third-party device according to the first interaction package, and convert the instructions to be controlled into the corresponding instructions in the first interaction package, thereby realizing the control of different functions. Each first interaction package corresponds to a third-party device, so that the industrial equipment can control at least one third-party device at the same time to realize multi-party collaboration. Therefore, the embodiments of the present application can improve the efficiency of industrial equipment commissioning, thereby improving the production efficiency of industrial equipment.

This application relates to the technical field of communication equipment testing and discloses a cavity filter tuning fixture. The fixture includes a test base, a tuning fixing block, and a tuning clamp. The filter under test (DUT) is placed on top of the test base, and the tuning fixing block is mounted on top of the DUT. The tuning fixing block is detachably connected to the test base, and the tuning clamp is movably connected to the bottom of the test base. The tuning fixing block has a first guide hole, and the top interface of the DUT is inserted into the bottom end of the first guide hole. A test cable interface passes through the top end of the first guide hole and connects to the top interface of the DUT. A guide step protrudes from the top of the test base, and the guide step has a second guide hole. The guide step is inserted into the bottom interface of the DUT, and another test cable interface passes through the bottom end of the second guide hole and connects to the bottom interface of the DUT. The tuning clamp engages with the test cable interface. This application enables rapid installation of 5G filters onto the test fixture, saving assembly time and improving production efficiency.