Thin type fuel cell unit

Abstract

The invention relates to a thin fuel cell installment. The shell at least has a first inner space and a second inner space, the two spaces connects closed to form the shell of the first space shell part double holds to the thin CD driver. The fuel battery pile establishes in the front end of first inner space, contains more than a fuel cell module which is the storehouse same place. The wind cover establishes in the first inner space, a wind cover end is sealing compound in one side of nearby fuel cell board, but another end is sealing compound in the enter place of the bellows. The bellows establishes in the second inner space, has the enter place and the air outlet. A partial structure of the condensing works establishes in the first inner space, another partial structure establishes in the second inner space. A end of condensing works connects to the outlet of the bellows, another end connects to the mixing tank. The mixing tank establishes in the second inner space, the pipeline connects the entrance of the fuel cell board anode fuel.

Description

technical field [0001] The invention relates to a fuel cell device, and in particular to a thin fuel cell device compatible with a thin optical drive. Background technique [0002] There are usually two ways to combine the known fuel cell device and electrical equipment. The first way is the internal space of the electrical equipment itself, which has been designed in advance to accommodate the exclusive space of the known fuel cell device. Although this combination method can achieve the known fuel cell device and portable electronic equipment, it can be integrated in space. However, the known fuel cell device can only be applied and accommodated in a specific electric device, and the electric device is also limited to use only this known fuel cell device. The second way is that the electrical equipment adopts a power line, and connects the known fuel cell device through this external power line. It cannot be integrated with the portable electronic device spatially, which...

AI Technical Summary

Problems solved by technology

The first way is the internal space of the electrical equipment itself, which has been designed in advance to accommodate the exclusive space of the known fuel cell device. Although this combination method can achieve the known fuel cell device and portable electronic equipment, it can be integrated spatially. However, the known fuel cell device can only be applied and accommodated in a specific electrical device, and the electrical device is also limited and can only use this known fuel cell device

The second way is that the electrical equipment adopts a power line, and connects the known fuel cell device through this external power line. It cannot be combined with portable electronic devices in space, which brings a lot of inconvenience to users

[0003] The appearance structure of the known fuel cell device has not yet formed a standard, and the manufacturer of the fuel cell device is still free to design the appearance. Therefore, the known fuel cell device still cannot be combined with the existing portable electronic equipment to form an integrated space.

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