Fuel cartridge, fuel cell, and power generation method
A fuel cartridge with which liquid leakage through an air induction hole from a fuel tank is able to be prevented and safety is able to be improved is provided. Switching drive for opening and closing an air induction hole 12 is performed by a valve 13 capable of controlling the switching drive according to a control signal. Thereby, air introduction to a fuel tank 100 containing a fuel is able to be controlled. Thus, for example, at the time of high temperature or fuel disorder, by closing the air induction hole 12 by the valve 13 , fuel leakage from the fuel tank through the air induction hole of an existing check valve is able to be prevented, and safety is able to be improved.
1. A fuel cartridge comprising:
a package and air within the package, the package having an air induction hole configured to induce air into a fuel tank within the package and containing a fuel for a fuel cell body, wherein the air induction hole comprises a valve within a wall of the package on the exterior surface of the fuel tank and configured to connect to an opening within the fuel cell body and wherein the valve opens and closes the air induction hole; and
a valve performing switching drive configured to open and close the air induction hole, wherein the valve performing switching drive includes a piezoelectric device to which a control signal is applied to control the switching drive.
2. The fuel cartridge according to claim 1 comprising:
a temperature detection section detecting temperature of the package,
wherein the temperature detection section generates a temperature detection signal as a base for generating the control signal based on the detected temperature of the package.
3. The fuel cartridge according to claim 2 , wherein the temperature detection section includes a thermistor.
4. The fuel cartridge according to claim 2 comprising:
a resistor for adjusting a switching threshold for opening and closing the air induction hole in the control signal.
5. The fuel cartridge according to claim 1 , wherein the package has an air induction-use connection section on outside of the valve.
6. The fuel cartridge according to claim 1 , wherein the fuel cell body includes a slit configured to induce the air into the fuel cell body.
7. The fuel cartridge according to claim 1 , wherein the valve is between the wall of the package and the air induction hole.
8. The fuel cartridge according to claim 1 , wherein the valve is connected to the wall of the package and the air induction hole, and wherein the air induction hole is connected to the fuel tank.
9. The fuel cartridge according to claim 8 , wherein the valve is not in contact with the fuel tank.
10. The fuel cartridge according to claim 6 , wherein the package is configured to insert into a fuel cell body and the valve is aligned with the slit.