3results about How to "Adjust the layout" patented technology

The invention provides an intelligent garden environment monitoring data analysis method and system. Sensors are deployed to collect temperature, humidity and other data in real time to form a data set. Analyzing an environment parameter change mode of each region by adopting a time sequence clustering algorithm, and determining characteristics and trends; and carrying out dimension reduction on the data by using a multi-dimensional scale transformation algorithm to a three-dimensional space for visualization, and generating an environment state map. And evaluating the plant fitness in combination with a plant physiological ecology knowledge base, and generating a scoring matrix to guide the preliminary layout scheme. And dynamically adjusting the layout by applying reinforcement learning, selecting an optimal scheme, and predicting a future environmental evolution path based on the optimal scheme and historical data. An automatic control system framework is constructed, a self-adaptive control algorithm is designed, intelligent regulation and control of plant layout are realized, garden management efficiency is improved, and ecological protection and sustainable development are promoted. Therefore, full-chain intelligent management from environment monitoring to plant layout optimization is realized, and the intelligent level of garden environment monitoring and management is remarkably improved.

This utility model relates to the field of building construction, and more particularly to an assembled steel culvert gate. The assembled steel culvert gate includes a steel pipe with multiple reinforcing rings installed on its outer side. Multiple reinforcing haunches are connected to both ends of the outer side of the steel pipe, and panels are installed at both ends of the outer side of the steel pipe. A gate is installed on one of the panels, located at one end of the steel pipe. Main crossbeams are installed at the top and bottom of the two panels on opposite sides. The assembled steel culvert gate provided by this utility model uses a steel pipe as the main load-bearing structure, combined with a support system composed of reinforcing rings, reinforcing haunches, and longitudinal and transverse steel channels. This effectively resists soil pressure, water flow impact, and ground loads, exhibiting high structural strength and good stability. Even under conditions of uneven foundation settlement, the good toughness of the steel structure can prevent serious damage such as cracking and fracture, ensuring the long-term stable operation of the culvert gate.

The utility model discloses an environment cabin for transferring a vehicle to the outside of a cabin, the environment cabin for transferring the vehicle to the outside of the cabin comprises a cabin body, an unhooking device, a traction device and a test equipment moving device, a vehicle tying pile and test equipment are arranged in the cabin body, and the test equipment is opposite to a test vehicle in a first direction; the unhooking device is connected with the vehicle tying pile and is detachably connected with the test vehicle; the traction device is arranged outside the cabin body; the test equipment moving device is suitable for driving the test equipment to move, so that the test equipment and the test vehicle are separated in a second direction in the process of pulling the test vehicle out of the cabin body; the first direction intersects the second direction. Therefore, the environmental bin for transferring the vehicle to the outside of the cabin can improve automation and intelligence of transferring the test vehicle to the outside of the cabin, and the layout in the environmental bin for transferring the vehicle to the outside of the cabin can be flexibly adjusted, so that the efficiency and safety of transferring the test vehicle to the outside of the cabin can be improved.