4results about How to "Overcome time" patented technology

The invention relates to the technical field of visual identification, in particular to an ancient building damage identification method, device and equipment. The historic building damage identification method comprises the following steps: collecting initial picture data of a black-and-white picture of a building area to be detected; performing gray identification on the initial picture data to obtain suspected damaged picture data; and carrying out artificial identification on the suspected damaged picture data to confirm the damage condition of the building area to be detected. According to the historic building damage identification method based on image processing, the defects of a traditional repair method are overcome, the frequency and time of manual on-site inspection are remarkably reduced, and the potential safety hazard that inspectors enter high altitudes or narrow areas is avoided. Furthermore, according to the method, automatic primary screening of the damaged images is achieved through gray scale recognition, non-damaged images are filtered in the primary screening link, only suspected damaged areas are manually confirmed, the result accuracy and consistency are ensured, and therefore the timeliness, safety and scientificity of historic building protection work are improved.

The present application relates to the technical field of computer modeling, and particularly relates to a three-dimensional geological model automatic generation method, system and electronic equipment, the method comprises the following steps: obtaining three-dimensional geological modeling requirement data and modeling data input by a user, and processing the modeling data; generating a modeling instruction stream through a large model after reinforcement learning, and performing feasibility verification on the generated modeling instruction stream; if the verification result is feasible, the modeling instruction stream is sent to a three-dimensional geological modeling software to generate a three-dimensional geological model; obtaining feedback information of a modeling expert adjusting the three-dimensional geological model and diagnosing and analyzing the modeling instruction stream generated by the large model, and storing the feedback information in a knowledge base; if the verification result is unfeasible, problem matching is performed in the knowledge base, and the result is input to the large model, after analysis, a modeling instruction stream is regenerated to drive the three-dimensional modeling software to model; thus, the present application can automatically generate a three-dimensional geological model.

This invention relates to the field of communication network technology, and particularly to an HPLC+HRF dual-mode communication method and system. The method includes the following steps: S1, a tail node listens to the head node's beacon frames transmitted in the high-speed power line carrier HPLC channel and the high-speed radio frequency HRF channel, extracts the signal strength parameters and signal-to-noise ratio parameters of the head beacon frames, and constructs a comprehensive channel quality matrix; S2, the tail node sends a network access request to the head node based on the comprehensive channel quality matrix. In this invention, to address the problem of high energy consumption and transmission interruption caused by continuous retransmissions under poor channel conditions, an energy state vector is generated by cascading the channel state and hardware discharge gradient. When the vector exceeds the limit, the high-energy-consuming channel is shut down and unsent messages are redirected to the radio frequency channel for ordered transmission, effectively blocking unnecessary power consumption overhead and ensuring smooth switching and delivery of service messages.

The present application relates to a kind of efficient regeneration method with the larch of north China as explant, the method comprises the following steps: sowing, disinfection, induction culture, elongation culture, rooting culture, seedling and transplanting.According to the technical scheme provided by the present application, the medium with specific formula is used, so that the larch of north China shows significant advantages in the process of propagation: high differentiation efficiency, large proliferation coefficient, good rooting rate.In addition, the method also has the characteristics of short plant growth cycle, strong adaptability after transplanting and the like.The seedling after cultivation presents the characteristics of robust and straight, good growth and uniformity.The technical scheme of the present application significantly reduces the seedling culture period, effectively reduces the production cost.By establishing the adventitious bud induction system with the larch of north China as starting material, and successfully obtaining regenerated plant, a new technical approach is provided for the rapid propagation of the larch of north China.Meanwhile, the present application also lays the foundation for the future establishment of efficient larch of north China transgenic system.