35results about How to "Logic compact" patented technology

The invention provides a photo plasma control system based on an electric light source. The photo plasma controls system based on the electric light source comprises a main control module, a logic calling module, a photo plasma concentration module and a display alarm module, wherein the photo plasma concentration module comprises a photo plasma generation module, a photo plasma concentration control module, a photo plasma concentration detection module and a data processing module. The control system is intellectualized on the whole, strict in logic, perfect in monitoring and high in workingefficiency and is capable of intelligently controlling the concentration of photo plasmas. The invention also provides a control method of the photo plasma control system based on the electric light source. The control method has the beneficial effects that the control method is simple and efficient; the variation of photo plasma concentration is intelligently controlled by using a specialized computerized algorithm and a mathematical relationship; the problem that as the concentration of the photo plasmas decreases with the passage of time in natural environments, the using requirements cannot be satisfied, and the using effect is seriously affected, is avoided; and the control method has strong practicability and is worthy of popularization.

The invention relates to an intelligent warehouse fire alarm system through multi-point push and an alarm method thereof. The alarm system includes a main controller, and also comprises an informationacquisition module, an information processing module, a transmission module and a voice module, wherein the information acquisition module, the information processing module, the transmission moduleand the voice module are connected with the main controller, the information acquisition module, the transmission module and the voice module are connected with the information processing module, andthe voice module is connected with the transmission module. The system is simple and efficient. All the modules are cooperated with each other, and the logic is strict. Through multi-point push, the system is timely and effective, is high in sensitivity, is high in control ability, and can improve the fire response ability of a warehouse. Meanwhile, relevant people can be notified in a timely, efficient and accurate manner and make a response in the shortest time, thereby reducing losses caused by the fire to the minimum and greatly guaranteeing life and property safety of people. The system is more practical and is more suitable for popularization.

The present invention relates to the field of traffic monitoring video detection, in particular to a method, device and storage medium for detecting abnormality of a target based on traffic monitoring video, detecting a missing moving target and determining a candidate target ID; extracting a preset in the last image frame where the candidate target ID appears The moving target ID within the area is the suspected target ID, and the suspected collision event is determined by the distance between the suspected target ID and the equivalent line segment of the candidate target ID; the suspected collision event is determined according to the speed parameters corresponding to the suspected collision ID and the candidate target ID in the suspected collision event Whether the collision event is a traffic accident event; the embodiment of the present invention combines traffic accident science and computer vision technology to establish a rule model based on prior knowledge, which can accurately and quickly identify traffic accidents, and is applicable to all types of traffic participants and different The traffic flow state; and the embodiment of the present invention has compact logic and small amount of computation, and can meet the requirements of real-time operation.

The invention relates to the technical field of integrated circuit computer-aided design, in particular to a construction method for a multi-layer-chip efficient X-structure obstacle-avoiding router. The method comprises the following steps: step S1, according to a group of given pin coordinate positions, generating a 3D-OFMST (3D Obstacle-free Minimal Spanning Tree) connected with all pins based on a fast multi-fragmentation minimal spanning tree (MST); step S2, calculating XRPs (X Routing Paths) of all edges in the 3D-OFMST, and saving the calculated information to two records to generate two lookup tables; step S3, based on the lookup tables, transforming each edge of the 3D-OFMST to an XRP to generate an ML-XST (Multi-layer X-architecture Steiner Tree), and transforming the ML-XSTs to an ML-OAXST (Multi-layer Obstacle-avoiding X-architecture Steiner Tree); step S4, further optimizing the ML-OAXST from global and local perspectives so as to generate a final ML-OAXSMT.

The invention discloses a method for judging the groove debris flow occurring possibility at present and the groove debris flow occurring possibility in future. The method for judging the groove debris flow occurring possibility at present includes the steps of S1, selecting a groove, and using the formula (please refer to the specifications for the detailed formula) to calculate the hs, S2, using the formula to calculate the h0, and S3, comparing to judge whether the h0 is larger than or equal to the hs or not, issuing a debris flow alarm starting information if the h0 is larger than or equal to the hs, and being free of issuing the debris flow alarm starting information if the h0 is smaller than the hs. The method for judging the groove debris flow occurring possibility in future includes the steps of S1, selecting the groove, and using the formula to calculate the Q0', S2, using the formula to calculate the Q0, S3, using the formula to calculate the Cq, and using the formula to calculate the n, S4, using the forecast precipitation information issued by the meteorological department, and respectively obtaining P1, P2, P3...Pi, S5, using the formula to calculate the Qi, S6, solving S7, comparing to judge whether the Pi is larger than or equal to the P0 or not, and using the iteration method to determine the hi, and S8, comparing to judge whether the hi is larger than or equal to the hs or not, issuing the debris flow forecast starting information if the hi is larger than or equal to the hs, and being free of issuing the debris flow forecast starting information if the hi is smaller than the hs. The method is concise in technological process and accurate in judged conclusion.

The invention belongs to the field of rare earth alloy preparation, in particular to a method for preparing a low-oxygen high-purity rare earth alloy. Electrolysis is carried out in a molten salt system with high-purity rare earth oxides or chlorides as raw materials. The anode is graphite, and the cathode is a consumable rod of alloying elements. During the electrolysis process, the cathode is self-consumed and interdiffused with the precipitated rare earth metal to form a rare earth alloy, which is collected at the bottom of the electrolytic tank, and then the casting device of the present invention is used to regularly take out the rare earth alloy from the crucible, and the casting tank is filled with the rare earth alloy melt. Lift the casting tank, quickly close the liquid injection pipe and the pumping / inflating pipe at both ends of the casting tank, and then remove the casting tank, and the low-oxygen high-purity rare earth alloy is produced in the casting tank. The invention has the advantages of simple operation, low oxygen content and high purity of the prepared rare earth alloy, short process flow, high yield and low cost, and can fundamentally solve the difficult problem of preparing low-oxygen high-purity rare earth alloy.

The selection system used in the present invention includes a database module, and also includes a sequentially connected measurement area range determination module, a field survey module, a data processing module, and a correction reminder module; The steps of the height difference L of the take-off and landing point of the UAV, the pre-selection step of the take-off and landing area, the optimization step of the take-off and landing area, the steps of determining the take-off and landing point and implementing the correction step; Quickly realize the optimization of take-off and landing points in the urban environment, greatly improving the aerial survey accuracy of fixed-wing UAVs, taking into account the premise that when the height difference of take-off and landing points increases by 1m, the UAV will fly forward 10-20m more when landing Conditions, set the correction steps to prevent the drone from deviating from the scheduled landing point, greatly reduce the take-off and landing error, ensure the safe take-off and landing of the drone, greatly reduce the aerial survey cost of the drone, and reduce the workload , which is more suitable for promotion.