High-energy cell connecting apparatus

Abstract

The invention relates to an electricity supply device used in the precise measurer, the sensor, and detector without alternating current and with high energy consumption, belonging to the electricity technique. The invention provides a high energy battery connection device, which comprises a battery sheath, a connection plate, a compressing bar, a compressing disc, a lead, a connection row, sealing stuffing, and compression bolts. Wherein, the battery sheath contains the battery; the outer side of compressing disc has connection row via the compression bolts mounted on the two ends of battery sheath; the connection plate, compressing bar and the sealing stuffing are mounted between the battery sheath and the connection row; and the connection plate is connected to the electrode of battery via the lead to connect the connection row. The invention has simple connection, easy operation and reliable contact, while it can confirm the reliable operation of measurer and underwater sensor and detector.

Description

technical field [0001] The invention belongs to the field of electric energy technology, and is an electric energy supply device for some precision measuring instruments, sensors, detection probes and the like that consume a large amount of electricity without an AC power supply on site. Specifically, the utility model relates to a high-energy battery connection device, which is used for connection, transmission and supply of electric energy of underwater measuring instruments, sensors and detection probes. Background technique [0002] When investigating and monitoring many parameters such as hydrology, geology, meteorology, and ecology in many environments without alternating current such as oceans, rivers, rivers, lakes, moors, mountains, mountains, and deserts, the electrical energy of measuring instruments is the primary issue. For some precision instruments that consume a lot of power and require high stability of the power supply itself, only a good power supply can w...

AI Technical Summary

Problems solved by technology

However, it is very dangerous to weld the wires on the dry battery. When the electrodes of the dry battery are heated at high temperature, the heat energy will cause the internal chemical reaction of the battery to be violent and easy to explode. The casualty accident is thrilling.

Besides, the corrosive flux used in welding often corrodes adjacent components. Over time, especially some key parts are often corroded, which seriously interferes with the normal operation of instruments and equipment, and even breaks the circuit due to corrosion. The instrument and equipment system stops working. It was originally a continuous monitoring The data is interrupted, and the loss is difficult to make up; at the same time, the power loss caused by the resistance of solder joints and wires cannot be ignored; the wires connected by soldering drag the batteries one by one, which is messy and difficult to seal, and it is easy to damage if you are not careful , Short circuit burns out the equipment, causing casualties; especially for underwater observation instruments, the requirements for the sealing of the power supply and power consumption are very high. Once a problem occurs, the economic loss will be huge.

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