Charger structure using airway to combine cold air and hot air adjustment and keeping constant temperature state

Abstract

The invention relates to a charger structure using an airway to combine cold air and hot air adjustment and keeping a constant temperature state; the features are that the charger structure comprises a charger body (1); an airway (2) is arranged in the charger body (1) housing; an air inlet (3) and an air outlet (4) are respectively connected on two ends of the airway (2) and extend outside the charger body (1); a temperature adjusting switch (7) is arranged in the airway (2) between the air inlet (3) and the air outlet (4); the airway structure is reasonably added in a conventional charger structure, so the charger can actively heat up a charging object when the temperature is low and can actively cool down the charging object when the temperature is high, thus reaching the best work state and keep working under the reasonable constant temperature, and greatly prolonging the charging object (storage battery) service life; when the voltage and current have abnormal conditions and the charging object temperature reaches an overly high state, a power supply and power discharge circuit can be cut off, thus protecting the charging object (storage battery), and preventing risks.

Description

technical field [0001] The present invention relates to the field of research and development and manufacturing of chargers, in particular to a charger that maintains a constant temperature state, specifically a charger structure that is regulated and maintained in a constant temperature state through air passages combined with cold air and hot air. Background technique [0002] At present, with the development of society and the increasing shortage of energy, as electric energy is more widely used in various fields, corresponding supporting chargers and charging devices are more and more widely used, for example: the wide application of batteries, due to the When charging, there are certain requirements for the ambient temperature. If charging can be carried out at a suitable temperature for a long time, it can not only prolong the life of the battery, increase the charging speed, but also achieve the effect of safe charging. However, the existing charging The charger is of...

AI Technical Summary

Problems solved by technology

[0002] At present, with the development of society and the increasing shortage of energy, as electric energy is more widely used in various fields, corresponding supporting chargers and charging devices are more and more widely used, for example: the wide application of batteries, due to the When charging, there are certain requirements for the ambient temperature. If charging can be carried out at a suitable temperature for a long time, it can not only prolong the life of the battery, increase the charging speed, but also achieve the effect of safe charging. However, the existing charging The charger is often not equipped with this function. In order to overcome the huge loss and waste caused by the charger to the battery and the environmental pollution, it was invented to prolong the battery life. The battery needs a certain temperature to be fully charged, because the winter weather and its coldness , so that the battery cannot be charged or a small amount of electricity is charged, and the battery and its sulfide crystals are generated, resulting in a hibernation state, causing the battery to age until it is scrapped and cannot be used. If the temperature of the battery is too hot in summer or in the south High will also cause aging of the battery due to water loss inside the battery, resulting in shortened life, because the battery loses water and cannot react chemically until the battery is scrapped

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