3results about How to "Reliable synchronization" patented technology

The invention relates to a multi-shaft compressor unit and a control method thereof, in particular to a steam-electricity double-drive multi-shaft compressor unit connected with double clutches and a control method of the steam-electricity double-drive multi-shaft compressor unit. The technical problems that in the prior art, a pure electricity mode, a pure steam mode and a steam-electricity double-drive mode cannot be switched on line, and when steam is sufficient, a motor cannot be disengaged, so that energy is wasted are solved. The system comprises a multi-shaft compressor, a steam turbine, a motor, a first clutch, a second clutch, a steam flow sensor, a controller and a rotating speed sensor. The multi-shaft compressor comprises a driving shaft; the driving shaft is provided with two driving ends which are respectively a first driving end and a second driving end; the output shaft of the steam turbine is coaxially connected with the first driving end through a first clutch; an output shaft of the motor is coaxially connected with the second driving end through the second clutch; and rotating speed sensors are arranged on the first driving end, the second driving end, the steam turbine and the output shaft of the motor.

This invention relates to the field of fault detection and location technology for railway power supply systems. Specifically, it discloses a method for identifying fault sections in railway AT power supply contact networks based on special-type interconnects. This method solves the problem that existing railway AT power supply traction networks may make mistakes in determining fault sections by relying solely on electrical quantities when a fault occurs near the AT substation. The method involves installing a wireless communication sensor with a built-in special-type interconnect near the AT substation's connection point towards the section substation. After the data is collected and processed by a centralized data receiving device, the data is uploaded to a communication server. The server uses the GOOSE communication protocol to communicate with the fault location device at the AT substation via Ethernet. The sensor's activation signal and the collected electrical parameters are uploaded to the traction substation's fault location device through the fault location channel between the traction substation and the AT substation. Combined with AC sampling data from each substation, the method achieves accurate identification of the fault section, accurately guiding maintenance personnel to reach the fault location as quickly as possible for repair, troubleshooting, and restoration of normal power supply.

The application discloses a kind of multi-store infrared detection report access encapsulation storage methods, it is related to artificial intelligence information technology and medical data processing field.The application synchronizes multi-store infrared detection report by callback as main, double monitoring mechanism of polling as auxiliary, after generating structured data by analysis, target field is extracted by three-layer progressive extraction logic, and is encapsulated as uniform report object;Report object is semantically sliced and labeled to generate labeled semantic fragments, and content overview abstract is generated using the TF-IDF and TextRank fusion weighting method;Based on double partition encapsulation template, generate the final encapsulation report, after persistent storage, establish multidimensional index with semantic fragment as the smallest unit.The application realizes the automation access, structured analysis and efficient retrieval of multi-store heterogeneous infrared report, solves the problems of poor access reliability, low extraction accuracy and low retrieval efficiency in the prior art, and is suitable for the whole process management of infrared detection report of chain medical and health institutions.