34results about How to "Reduce Human Intervention Factors" patented technology

A method of starting auto-focus, when the digital image capture device starts auto-focusing, and then performs the following steps every M frames: Obtain the statistical value of the current frame: AF_datachange[i]; according to each window corresponding to the current frame AF_datachange[i] calculates the number of AF_datachange[i] corresponding to the window whose weight is not 0 exceeds threshold 1: win_count; when the above win_count value exceeds threshold 2, set need_focus=need_focus+1; when the above need_focus value is greater than threshold 3 , start the auto focus, and obtain the statistical value AF_data2[i] of the corresponding frame, make: AF_data1[i]=AF_data2[i]; otherwise, do not start the auto focus operation.

The present invention relates to the technical field of artificial intelligence, and discloses an electronic product intelligent recycling system. The system includes: a database module, a calculation module, a system operation module and a terminal equipment module. The database module includes an external resource module, a system operation module group, recycling standard module, data acquisition module, metadata module and data processing module, the calculation module includes recycling grade module, system quotation module and deep learning module, and the system operation module includes system operation module Module, application operation module and system security module, the terminal equipment module includes a human-computer interaction module, an identification collection module, and an item circulation and storage module. The present invention realizes accurate identification, self-service recovery and reasonable pricing of electronic products, intelligent The whole process of self-management and control has completed the recycling of electronic products, improving the quality of recycling services and operating efficiency.

The invention relates to the field of software, in particular to a unified guiding-in method of card password data. The unified guiding-in method of the card password data specifically comprises the following steps of forming and storing corresponding recognition templates in advance according to card password files provided by different suppliers; acquiring the card password files provided by the supplies; selecting the recognition templates of the corresponding supplies according to the card password files; recognizing the card password files according to the selected recognition templates so as to extract card password data in the card password files; storing the card password data in a card password database with a unified storage format; and then returning the card password data. By the improved method, codes do not need to be corrected when data formats of new suppliers or the existing suppliers are changed, access operation can be finished by relevant templates manufactured according to data files, and the flexibility and the convenience are quite high.

The invention discloses a system for traveling track identification and a data acquisition device of the system. The data acquisition device comprises a processor, a first acquisition module, a locating module, a second acquisition module and a storage module. The first acquisition module is used for acquiring control instruction information, response message information and vehicle condition information through a CAN bus of a vehicle, wherein the control instruction information is sent by an electronic control system of the vehicle to an executable unit, and the response message information and the vehicle condition information are sent by the executable unit to the electronic control system; the locating module is used for obtaining position information and driving direction information of the vehicle; the second acquisition module is used for acquiring fault information of the vehicle from a vehicle diagnostic system; and the storage module is controlled by the processor to be used for storing the information acquired by the first acquisition module, the locating module and the second acquisition. Through implementation of the technical scheme, an active operation behavior of a driver, vehicle conditions and fault conditions of all systems of the vehicle obtained before and after accidents can be restored, and the factor of manual intervention in the accidental evaluation process can be reduced, so that a traffic accidental evaluation result or insurance claims are more accurate and reasonable.

This application discloses a MAH production control method and device, which obtains the current water vapor data of the MAH production device, inputs the current water vapor data into the water vapor balance calculation model established by using the historical water vapor data, and calculates the extra water replenishment required by the MAH production device Adjust the opening of the external water delivery valve of the MAH production unit according to the external water replenishment amount. Adjusting the optimal control of the opening of the external water delivery valve of the MAH production device through the external water replenishment can ensure that the water vapor balance in the MAH production device is in good condition, and then ensure that the steam pressure in the main pipe is stable and the steam flow during the operation of the MAH production device is stable. Therefore, the stability of steam pressure and the utilization rate of steam energy are improved, and the automatic calculation of water vapor balance is realized. Secondly, the amount of supplementary water calculated based on the water-vapor balance calculation model does not require human experience to judge, reducing manual intervention factors in the steam system and avoiding water waste caused by manual adjustments.