A laser instrument with a rechargeable battery

Abstract

The invention discloses a laser instrument with a rechargeable battery. The laser instrument comprises an external ternary lithium battery box, a backup battery connection control device, a combustionchamber, a flow control panel, a flow meter, a pressure gauge, a flow adjustment knob, a sample injection port, a temperature control panel, a temperature display screen, control buttons, a power connection port, and a main body; the external ternary lithium battery box is arranged at the rear of the main body; the external ternary lithium battery box is connected to the main body through the backup battery connection control device; the combustion chamber is arranged in the center of the main body; and the flow control panel is arranged on the right part of the front part of the main body. The working safety and reliability of the laser instrument is effectively improved; the backup power supply is connected after the laser instrument is powered off; the use rate of the backup power supply is reduced effectively; the service life of the backup power supply is prolonged, and the use reliability and safety are improved.

Description

technical field [0001] The invention relates to a laser instrument with a rechargeable battery, which belongs to the field of laser instruments. Background technique [0002] The laser is the induced photon queue, the photons in this photon queue have the same optical characteristics, and the steps are extremely consistent. For example, the photons emitted by ordinary light sources, such as light bulbs, are different, and they will run around in all directions, which is very disunity, but the photons in the laser are thinking in one place and working hard in one place, which leads to They are invincible and powerful. Theoretical studies have shown that any working substance, under appropriate excitation conditions, can achieve particle population inversion between specific high and low energy levels of the particle system. If microscopic particles such as atoms or molecules have a high energy level E2 and a low energy level E1, the population density on the E2 and E1 energ...

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Problems solved by technology

[0004] Aiming at the deficiencies in the prior art, the object of the present invention is to provide a laser instrument with a rechargeable battery to solve the problem that the existing equipment will continuously charge and discharge the battery when it is working, and the service life of the battery is relatively short.

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