초록 ▼

A system for storing fuel in a handheld device that has a housing (11) made up of a set of pieces that define a receptacle inside which are housed a plurality of electronic circuits (23) and a fuel cell stack. The fuel cell stack transforms the chemical energy stored by a fuel into electrical energy

A system for storing fuel in a handheld device that has a housing (11) made up of a set of pieces that define a receptacle inside which are housed a plurality of electronic circuits (23) and a fuel cell stack. The fuel cell stack transforms the chemical energy stored by a fuel into electrical energy so that fuel is contained in a container suitable for occupying a free space (22) between the electronic circuits (23) and the housing (11).

대표청구항 ▼

1. A system for storing fuel within a handheld device that has a housing (11) comprising at least one piece, within which there is held at least one electronic circuit (23) and a fuel cell stack that transforms the chemical energy stored by a fuel into electrical energy, wherein a container (31) is

1. A system for storing fuel within a handheld device that has a housing (11) comprising at least one piece, within which there is held at least one electronic circuit (23) and a fuel cell stack that transforms the chemical energy stored by a fuel into electrical energy, wherein a container (31) is adapted for occupying a free space (22) between said electronic circuits (23) and said housing (11), wherein said container (31) is adapted for holding a determined quantity of said fuel, and is implemented in an elastic material that is not altered through being in contact with said fuel and said electronic circuits (23). 2. The system for storing fuel according to claim 1, wherein said container (31) includes a first interface (32) adapted for receiving said fuel and filling said container. 3. The system for storing fuel according to claim 1, wherein said container (31) includes a second interface (33) adapted for facilitating the communication of said fuel with said fuel cell stack. 4. The system for storing fuel according to claim 1, wherein said contain comprises a solid substance adapted for occupying said free space (22) between said electronic circuits (23) and said housing (11). 5. The system for storing fuel according to claim 4, wherein said solid substance is adapted in order to absorb a determined quantity of said fuel. 6. The system for storing fuel according to claim 4, wherein said solid substance is a material not altered through being in contact with said fuel and said electronic circuits (23). 7. The system for storing fuel according to claim 4, wherein said solid substance includes said first interface (32) adapted for receiving said fuel and wetting said solid substance. 8. The system for storing fuel according to claim 4, wherein said solid substance includes said second interface (33) adapted for facilitating the communication of said fuel with said fuel cell stack.