3results about How to "Does not affect handling" patented technology

The application discloses a high-temperature odor pretreatment system, which is characterized by high temperature and condensate discharge, and is pretreated, combined with normal-temperature odor and then introduced into an odor treatment facility, and can be applied to different project working scenes. The application is provided with twice gas-liquid separation, which ensures complete and thorough condensate discharge in high-temperature odor, avoids reduced odor pipeline flux caused by incomplete condensate discharge and avoids possible safety problems. The application collects and transports a large amount of condensate possibly generated in the pipeline through the measures of increasing baffles and condensate packages in the pipeline. The odor is locally changed in airflow direction and flow rate when passing through the baffles, and gas-liquid separation is realized under the action of inertia and turbulence. The scheme is simple and easy to implement and manage, and has a relatively remarkable effect on odor condensate discharge in actual operation.

This invention relates to a multi-node event synchronization device, belonging to the emerging information technology terminal field. It includes the following steps: an MDN node, an EN node, a PackBatchWorker component, a ReplicationWorker component, and an SDN node. This invention proposes a queue-based incremental update method and a full hash value comparison method. Events are enqueued sequentially, ensuring event order consistency, while full hash value comparison ensures the consistency of all data. Furthermore, a three-level queue is proposed. The first-level queue handles event writing operations, enabling non-blocking writing and improving the event writing rate. The second-level queue is mainly responsible for event packaging and merging; merging reduces the frequency of event synchronization without affecting the first-level queue's writing. The third-level queue is mainly responsible for event synchronization operations between nodes, without affecting event writing and packaging. All operations are memory-based, thus exhibiting high performance.

This invention discloses an automatic counting method and system for the number of furnaces using ladle agitators. The method includes collecting ladle agitator usage signals, desulfurization station operation signals, and molten iron furnace number signals to determine and generate a valid agitator usage event; dynamically binding the valid agitator usage event with the current desulfurization station agitator configuration information; receiving the molten iron furnace number signal and identifying whether the current molten iron is ladle-fired; if it is ladle-fired, assigning it a unique ladle furnace number; automatically generating and storing a detailed agitator usage record based on the binding of agitator configuration information and the furnace number identification and processing; automatically counting, summarizing, and generating a statistical report of key indicators regarding the agitator usage of each desulfurization station; and designing a system to implement the above method. This invention can replace manual summarization, saving labor costs; calculates refractory material costs based on the actual number of furnaces used, achieving accurate cost accounting; and fully records special production situations, supporting process optimization.