620results about How to "Reliable data support" patented technology

The invention discloses a multi-functional intelligent well cover system. The multi-functional intelligent well cover system is characterized by comprising a well cover, an intelligent integration device for performing intelligent processing on the well cover, an information acquisition device for obtaining relevant information of the well cover, and an auxiliary service device for providing application service to the intelligent integration device and the information acquisition device. The multi-functional intelligent well cover system can perform positioning, unique identification, alarm and monitoring on the well cover.

The invention discloses a forestry forest fire prevention safety intelligent monitoring and management system based on the Internet of Things. The system comprises a plant distribution area division module, a regional plant density statistics module, a regional monitoring point layout module, a regional environment parameter acquisition module, an environment parameter preprocessing module, a plant parameter database, a manual input module, a fire risk assessment coefficient statistics module, a management server, an early warning module and a remote monitoring platform. According to the invention, plant species identification and plant distribution region division are carried out on the whole forest region; meanwhile, a plurality of monitoring points are arranged in each sub-region; environmental parameter acquisition processing is carried out at each monitoring point; therefore, the fire risk assessment coefficient of each sub-region is counted, the possibility of a fire in each sub-region can be predicted in advance, the sub-regions of which the fire risk assessment coefficients are greater than the preset safety fire risk assessment coefficient are subjected to prevention processing, the occurrence of the fire is avoided to the maximum extent, and the damage to forest resources is reduced.

The invention discloses a method for building a carbon fiber enhanced composite material milling force prediction model, belongs to the technical field of mechanical cutting machining, and relates to a method for building a milling force prediction model of a carbon fiber enhanced composite material multi-direction laminated plate. The method comprises the following steps: firstly, acquiring milling force coefficient data; building and training a BP neural network model; analyzing the influence of a non-collinear laminating effect on single-direction laminated milling force in the multi-direction laminated plate; dividing a laminating state of a layer of 90 degrees and a layer of 135 degrees into single-side intention support and dual-side different-direction support; acquiring a corresponding correction coefficient to obtain the milling force prediction model for different laminating ways of a CFRP multi-direction plate. By adopting the method, the milling force prediction model has higher prediction accuracy, reliable data support is provided for engineering practice, and a certain engineering practical value is achieved.

The invention relates to equipment for measuring the temperature of a steel coil in a top hat annealing furnace and a using method of the equipment. The equipment consists of an edge insertion strip, a core insertion strip, thermocouple slots on the edge and core insertion strips, thermocouples, a non-paper recorder, thermocouple compensation lead wires, and a flexible thermocouple terminal connection tube. The two long edge sides of the outer side surfaces of the edge and core insertion strips are slope-shaped, and the cross sections formed by the sloped-shaped edge sides of the edge and core insertion strips are trapezoid. The using method of the equipment comprises the following steps: in strip steel coilling process, firstly inserting the core insertion strip into the steel coil, and enabling the outer side surface of the core insertion strip to face the outer normal of the steel coil; then inserting the edge insertion strip into the steel coil according to a temperature point arranged on the edge part of the steel coil, and enabling the outer side surface of the edge insertion strip to face the outer normal of the steel coil; when the steel coil enters the top hat annealing furnace, inserting the thermocouples into the edge and core insertion strips respectively; and after the steel coil is subjected to annealing, acquiring and processing data recorded by each channel of the non-paper recorder. The equipment can perform validation and model modification on a top hat furnace model, and can dynamically track the temperature rise of the steel coil and atmosphere in the furnace in the whole process of annealing.