5results about How to "Fully restored" patented technology

The invention relates to the technical field of agricultural irrigation, in particular to an irrigation decision-making method based on an agricultural system model. The method comprises the following steps: calculating a growth environment index of a target farmland to generate a crop environment growth index; crop physiological status evaluation is carried out according to the crop environment growth index, short-term water demand prediction of the field is carried out, and field crop short-term water demand data is generated; performing irrigation scheme decision processing according to the short-term water demand data of the field crops to obtain optimal irrigation scheme data; irrigation equipment is regulated and controlled by using the optimal irrigation scheme data, and irrigation water quantity influence analysis is carried out to generate irrigation water quantity influence data; and performing adaptive irrigation control optimization according to the irrigation water quantity influence data so as to obtain intelligent irrigation control strategy data. Irrigation equipment can be regulated and controlled according to dynamic requirements of crops, intelligent and accurate irrigation decision control is achieved, excessive or insufficient irrigation is effectively avoided, and the water resource utilization rate is remarkably increased.

The utility model discloses a heating piece embedded glass atomizing core, is equipped with a plurality of oil guiding holes that are penetrated from top to bottom in the oil guiding area, a plurality of micro pits are interconnected, the top wall of heating layer installation groove is equipped with the micro groove that is connected with the oil guiding hole and micro pit, the heating atomizing piece is fixed in the heating layer installation groove, a plurality of atomizing holes are arranged in the oil guiding area of the heating atomizing piece, the micro pit, the micro groove and the heating atomizing piece form the oil storage gap, the leakage prevention piece is fixed on the top of the oil guiding base plate, a plurality of leakage prevention holes are arranged in the oil guiding area of the leakage prevention piece, the diameter of the leakage prevention hole is smaller than the diameter of the oil guiding hole, and the diameter of the leakage prevention hole is 0.01-0.05 mm. The utility model discloses the micro pit, the micro groove and the heating atomizing piece form the oil storage gap, when the atomizing agent seeps from the oil guiding hole, in addition to seeping into the atomizing hole, it also seeps into the oil storage gap, so that the heated atomizing agent is increased, thereby increasing the atomizing amount, and the reduction effect is more sufficient, and the atomizing effect is better.

The invention relates to the technical field of automobile detection, in particular to a multi-source data analysis intelligent automobile detection device which comprises a position marking module used for marking the position of an automobile; the distance measuring module is used for measuring the traveling distance of the vehicle; the steering angle detection module is used for detecting the steering angle of the vehicle in real time; the radar detection module is used for monitoring a preset safety distance around the vehicle; the steering wheel angle detection module is used for detecting the steering angle of a steering wheel; the tire steering angle detection module is used for detecting a tire steering angle; the control module is used for controlling steering angles of a steering wheel and tires; the data analysis module is used for verifying the data acquired by the radar detection module; the steering wheel angle adjusting value and the tire steering angle adjusting value are adjusted according to the verification result; and the safety distance detection range of the radar detection module is adjusted again according to the vehicle steering comparison result.

The invention discloses a large language model-oriented super-long text three-dimensional compression method, which comprises the following steps of: receiving super-long text data, and carrying out word segmentation to obtain an initial text word sequence; performing three-dimensional feature extraction on the full text based on the sequence to obtain word frequency, statement and context dimension features; respectively combining the three-dimensional features to obtain corresponding word frequency, statement and context compression results; and integrating the three compression results, performing semantic integrity check on the obtained preliminary compressed text, and complementing missing information from the original text according to the check result to obtain a final compressed text. According to the method, through three-dimensional feature collaborative extraction and integrity constraint, the information fidelity and logic self-consistency of the compressed text are improved, and the problems of serious information loss and low availability caused by insufficient semantic understanding and logic fracture in an existing method are solved.

The invention discloses a Bezier curve-based code element transmission waveform processing method and system, and the method comprises the steps: generating a Bezier curve based on a set of predetermined control points, and defining a vertical coordinate sample value of the Bezier curve as a code element transmission waveform; constructing a transmission message sequentially comprising a synchronization header, an information header and a data segment, wherein the information header is used for storing coordinate information of a control point set for generating the Bezier curve; modulating the transmission message and sending the transmission message to a receiving end; receiving and demodulating a code element transmission waveform signal, and analyzing coordinate information from an information header of a transmission message; restoring a Bezier curve and a corresponding code element transmission waveform by using the analyzed coordinate information; in a received data segment sampling signal, translating a restored code element transmission waveform, calculating a difference value between the waveform and a received sample value, and positioning a starting time point of each code element waveform according to a minimum difference value criterion; and resampling the data segment signal based on the positioned starting time point and demodulating original data.