6results about How to "Simple operation logic" patented technology

The utility model relates to a flood control mechanical equipment technical field, especially in a kind of filling device of novel flood-prevention sand bag, including sand filling mechanism and sand conveying mechanism. The sand filling mechanism includes main frame, bottom support, bag setting box and telescopic pull rod, the main frame side opening, the bottom support is fixed in the main frame inside bottom, the bottom support upper end is provided with slide rail, the bag setting box is slidably arranged on the slide rail and upper end and the side opening towards the main frame opening, the bag setting box side away from the main frame opening is connected with the main frame by the telescopic pull rod. The sand conveying mechanism includes feeding port, transport pipe and motor, the feeding port is set on ground, the transport pipe is obliquely arranged and lower end feeding port is connected with the feeding port, upper end discharge port extends to the main frame top, the transport pipe is provided with auger, the motor is fixed on the transport pipe upper end and is connected with the auger transmission.

This invention provides a time-domain correction method based on local adaptive thin-plate spline interpolation, comprising the following steps: S10, separating the pilot signal from the mixed measurement signal, performing fine phase tracking on the pilot signal, and extracting the phase noise sequence introduced by clock jitter; S20, converting the phase noise sequence into jitter at the sampling time; S30, determining the ideal sampling time, selecting several original sampling points adjacent to each ideal sampling time, obtaining a local interpolation subset, evaluating the jitter intensity of the local interpolation subset, and performing adaptive interpolation calculation accordingly to obtain the signal value at the ideal sampling time; S40, outputting the uniformly sampled signal sequence after interpolation reconstruction; this invention also provides a time-domain correction system based on local adaptive thin-plate spline interpolation. This invention solves the problems of poor real-time performance and weak adaptability of traditional TPS interpolation, achieving high-precision suppression of clock jitter noise and meeting the stringent requirements of phase measurement for space gravitational wave detection.

This invention relates to a secure cross-network data transmission device, belonging to the field of data transmission technology, and solves the technical problems of high cost, low efficiency, and insufficient transmission stability and security in existing cross-network data transmission. The solution is: a secure cross-network data transmission device for unidirectional data transmission from an intranet to an extranet, comprising: a rectangular shell; a high-definition display module located on the front inner wall of the shell, used to display generated QR code images in high definition; a data receiving module located inside the shell, used for unidirectional data reception; and an audio module located on one side wall and bottom inside the shell, used to provide sound output. Compared with existing technologies, this invention has advantages such as unidirectional transmission, high security, simple deployment and operation, low cost, high transmission efficiency, strong stability, and high accuracy.

The present application relates to a kind of lossless compression codec of pulse video data and readable storage medium, and the encoding method includes: obtaining the parameter of each frame of pulse video data and initializes frame number and the context of each pixel;Frame by frame processing data, for each pixel, according to its context, prediction value is obtained by prediction;Error between actual value and prediction value is calculated, and error bit string is generated, wherein prediction correct is recorded as 0, and prediction error is recorded as 1;Error bit string is losslessly entropy coded;Finally, the encoding data is packed with frame parameter, and the context of each pixel is updated according to actual value for the prediction of next frame.The present application can effectively capture the space-time correlation of pulse video data based on the adaptive prediction of context, greatly reduce the amount of information that needs to be encoded, and significantly improve compression ratio.

The invention relates to the technical field of big data and artificial intelligence, and discloses a rural traffic accident high-risk crowd identification method based on signaling data fusion and a space-time diagram convolutional network, and the method comprises the steps: taking mobile signaling data as a core, fusing multi-source data, carrying out privacy protection preprocessing, extracting the space-time features of rural users through dynamic diagram modeling, and carrying out the reconstruction of the space-time features of the rural users; space-time association is captured by means of a space-time diagram convolutional network fusing an attention mechanism, a rural scene exclusive rule is accurately captured through dynamic graph modeling and regional risk factor injection, and cross-domain privacy security training is realized in combination with federated learning and homomorphic encryption. And finally, through integration of a space-time diagram convolutional network and a federated safety tree model, risk grade division is assisted by a gray system, and risk probability distribution of rural traffic accident high-risk crowds is accurately output, so that a clear object is provided for targeted propaganda and education, police waste caused by indifference propaganda and education is reduced, the rural traffic accident prevention and control efficiency is effectively improved, and the accident rate is reduced.

The invention relates to the field of electric appliances, and provides a control method and device of a double-pipe air conditioner and the air conditioner. The method comprises the steps that after the double-pipe air conditioner operates in a heating mode for preset time, the indoor temperature, the target temperature and the indoor relative humidity are obtained; according to the indoor temperature and the target temperature, the type of a dehumidification mode allowed to enter is determined; determining a target dehumidification mode according to the indoor relative humidity and the type of the dehumidification mode allowed to enter; based on the target dehumidification mode, working parameters of the double-pipe air conditioner are controlled and adjusted; the working parameters at least comprise the conduction states of the three-way valve, the four-way valve and the electromagnetic valve. According to the control logic with the temperature and humidity double-parameter criterion as the basis and the multi-valve cooperation as the means, on the premise that the operation mode of the whole machine is not changed, dynamic decoupling and precise cooperation of the heating function and the dehumidification function are achieved, and the constant-temperature dehumidification performance and the user experience under the high-humidity and cold working condition are remarkably improved.