Hydrogen cartridge and gas supply system
AssigneeToyota Jidosha Kabushiki Kaisha
InventorChiaki Kataoka
Life of this patent
Estimating the term…
Abstract
Provided is a tank equipped with a container body to store hydrogen gas, a self-closing valve provided in the container body and configured to start and stop discharging the hydrogen gas by opening and closing, a fusible plug provided in the container body and configured to open when a predetermined temperature is reached to release the gas in the tank, and a member that delays heat transfer to the self-closing valve later than to the container body and/or a member that promotes heat transfer to the fusible plug when the hydrogen cartridge is heated.
Claims12
A hydrogen cartridge comprising:
- a tank configured to store hydrogen, wherein
- the tank includes,
- a container body configured to store hydrogen gas,
- a self-closing valve provided in the container body and configured to start and stop discharging the hydrogen gas by opening and closing,
- a fusible plug provided in the container body and configured to open when a predetermined temperature is reached to release gas in the tank, and
- at least one of a member that delays heat transfer to the self-closing valve later than to the container body or a member that promotes heat transfer to the fusible plug when the hydrogen cartridge is heated,
- a case containing the tank, wherein
- at least one part of the member that delays heat transfer to the self-closing valve is arranged in the case, and
- at least one part of the member that promotes heat transfer to the fusible plug is arranged in the case.
A gas supply system comprising:
- an accommodation portion that accommodates a hydrogen tank, wherein
- the hydrogen tank includes,
- a container body configured to store hydrogen gas,
- a self-closing valve provided in the container body and configured to start and stop discharging the hydrogen gas by opening and closing, and
- a fusible plug provided in the container body and configured to open when a predetermined temperature is reached to release gas in a tank, and
- the accommodation portion includes at least one of a member that delays heat transfer to the self-closing valve later than to the container body or a member that promotes heat transfer to the fusible plug when a hydrogen cartridge is heated,
- the case containing the tank, wherein
- at least one part of the member that delays heat transfer to the self-closing valve is arranged in the case, and
- at least one part of the member that promotes heat transfer to the fusible plug is arranged in the case.
A hydrogen cartridge comprising:
- a tank configured to store hydrogen, wherein
- the tank includes,
- a container body configured to store hydrogen gas,
- a self-closing valve provided in the container body and configured to start and stop discharging the hydrogen gas by opening and closing,
- a fusible plug provided in the container body and configured to open when a predetermined temperature is reached to release gas in the tank, and
- at least one of a member that delays heat transfer to the self-closing valve later than to the container body or a member that promotes heat transfer to the fusible plug when the hydrogen cartridge is heated, and
- the member that delays heat transfer covers an end surface or an outer periphery of the self-closing valve.
A gas supply system comprising:
- an accommodation portion that accommodates a hydrogen tank, wherein
- the hydrogen tank includes,
- a container body configured to store hydrogen gas,
- a self-closing valve provided in the container body and configured to start and stop discharging the hydrogen gas by opening and closing, and
- a fusible plug provided in the container body and configured to open when a predetermined temperature is reached to release gas in a tank, and
- the accommodation portion includes at least one of a member that delays heat transfer to the self-closing valve later than to the container body or a member that promotes heat transfer to the fusible plug when a hydrogen cartridge is heated, and
- the member that delays heat transfer covers an end surface or an outer periphery of the self-closing valve.
Dependencies are inferred from the claim text.