Infant or pet nursing method and nursing system and nursing machine adopting method

Abstract

The invention discloses an infant or pet nursing method. The method includes the steps that audio signals of infants or pets are acquired; the acquired audio signals are compared with prestored standard information; translation information of the audio signals of the infants or the pets is acquired. According to the voice of the infants or the pets, the acquired audio signals are compared with the standard information in a database, languages of the infants or the pets are translated, and meanwhile through user operation, the collected information is marked, data analysis is conducted through a system, and prompt information is provided before the biological clock of the infants.

Description

technical field [0001] The invention relates to a management and control technology applied to daily life, in particular to a baby or pet babysitter method, a babysitter system and a babysitter machine applicable to the method. Background technique [0002] At present, domestic nanny-type electronic products are mainly dedicated to certain types of labor, such as electronic dog vacuum cleaners, automatic dishwashers, and clothes dryers. This type of nanny products are mostly independent electronic machinery, which have special outstanding achievements in a certain aspect of human life, but at the same time, most of them will be accompanied by the disadvantage of not being intelligent enough. At best, they can only be some kind of tool, and for people The individualized needs proposed, for the user's behavior prediction, make intelligent prompts and reminders, but it cannot be realized. This will not realize the nanny in the true sense of human beings, and it will not be able...

AI Technical Summary

Problems solved by technology

[0005] Existing pet language translation machines have poor portability and embedding, low usage rate and high cost of upgrading. The sounds and behaviors of the computer are captured, and the information that needs to be processed will be sent back to the host, analyzed and processed, and then fed back to the user

The core device code is solidified into a machine, resulting in poor portability and upgradeability

Moreover, the user must carry two sets of equipment, the pet external device and the host processor, and the damage of the pet peripherals during use must also be considered, which is extremely inconvenient to use, resulting in a high usage rate and low cost.

The single object-oriented extensibility is poor, and it is basically limited to pet dogs. It is limited for users who want to collect information on other species.

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