Data-interactive intelligent battery and electricity using terminal structure matched with same in use

Abstract

The invention discloses a data-interactive intelligent battery and an electricity using terminal structure matched with the same in use. The end part of a battery shell is provided with an open part; a positive terminal and an annular negative terminal are arranged inside the open part; an infrared light transmitting annular column body is arranged between the positive terminal and the annular negative terminal; an infrared receiving and transmitting module is arranged at the bottom of the infrared light transmitting annular column body; the electricity using terminal structure extends into the open part of the intelligent battery by a negative annular metal contact part and a positive columnar metal contact part and is in butt joint with the annular negative terminal and the positive terminal of the intelligent battery so as to form power supply connection; a sealed passage for transmitting infrared information is formed between the negative annular metal contact part and the positive columnar metal contact part; digital development of the battery is realized by transmitting digital battery information in the sealed passage; extremely low energy consumption is needed during transmission of the battery information, and the transmission is efficient; interference to the outside and interference from the outside are effectively prevented; high confidentiality is realized.

Description

Technical field [0001] The invention relates to a smart battery capable of data interaction, and a power-consuming terminal structure used in conjunction with the smart battery. Background technique [0002] As the source of power for electronic equipment, batteries are an indispensable and important part of the equipment; with the development of intelligent electronic products and the continuous enhancement of functions, the requirements for intelligent and digital batteries are becoming higher and higher. Current ordinary batteries generally mark the date of manufacture, manufacturer information, battery capacity and other battery information on the outer packaging of the battery, which is limited by the limited area of ​​the outer packaging of the battery, and the battery information that can be recorded on it is limited, and users cannot be accurate. Know the remaining capacity of the ordinary battery, battery temperature, battery real-time output voltage value and other inf...

AI Technical Summary

Problems solved by technology

Today's ordinary batteries generally mark battery information such as the date of manufacture, manufacturer information, and battery capacity on the outer packaging of the battery. Due to the limited area of ​​the outer packaging of the battery, the battery information that can be recorded on it is limited, and users cannot accurately Obtain information such as the remaining capacity of ordinary batteries, battery temperature, and real-time output voltage values ​​of batteries

In order to solve the above problems, some manufacturers add a detection module to detect battery information in the battery, and then add a data terminal near the positive and negative terminals of the battery. The electrical equipment contacts the data terminal of the battery through the data lead. The information can be transmitted to the electric device through the data lead, so that the electric device can grasp the specific information of the battery in real time, including the remaining capacity, battery temperature, real-time output voltage value of the battery, etc., and the user can also obtain the above-mentioned relevant information, but this In this way, the data lead-out terminal of the battery is connected through the data lead, which is prone to the problem of poor contact between the data lead and the data lead-out terminal of the battery. Once the problem of poor contact occurs, it will be difficult to accurately and reliably transmit the battery information to the electrical equipment

[0003] In addition, when the traditional smart battery is installed on the electrical equipment, it must be installed in alignment with the data reading terminal of the electrical equipment to realize the reading of the information in the smart battery, which leads to the limited application range of the traditional smart battery and cannot be universal. It is suitable for most devices, and the versatility is poor; and there are quite a lot of cylindrical batteries and electronic products using cylindrical batteries today, and the cylindrical batteries also need to be digitized and intelligent. If a data is added like a traditional smart battery The port will encounter several problems. First, the size and space of the end face of the cylindrical battery is limited, so it is difficult to install more ports. Second, when the cylindrical battery is installed in the device, it is in any rotation position, and the traditional data port and the contact of the device are difficult to align and connect.

In addition, in the process of selecting batteries, the user must install the traditional smart battery into the reading device to know the current battery power information. The user needs to install the batteries one by one into the reading device for detection before selecting a suitable Smart battery, more inconvenient to operate

However, in the process of mass-manufacturing batteries, battery manufacturers need to charge part of the power into the battery and then perform the test when testing the battery for self-discharge or charge retention. The existing method requires staff to check the actual power, Labeling and recording the voltage and other information one by one on the battery and then comparing the relevant data, the workload is heavy and the efficiency is low

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