Pressurised gas cylinder
A pressurized gas cylinder having a bottle neck, a valve arranged in the bottle neck for extraction of a stored compressed gas from the pressurized gas cylinder, a filter for filtering contaminants from the compressed gas, and a support sleeve for supporting the bottle neck and to which the filter is attached radially inwardly thereon.
1. A pressurized gas cylinder to store a compressed gas for a vehicle, the pressurized gas cylinder comprising:
a bottle neck;
a valve arranged in the bottle neck to extract the stored compressed gas from the pressurized gas cylinder;
a valve holder attached to the valve;
a filter to filter contaminants from the compressed gas;
a support sleeve, a separate component from and arranged radially inwardly in the bottle neck to support the bottle neck, and to which is attached the filter radially inwardly thereon; and
an inner liner having an open end that is supported by the support sleeve at the bottle neck, wherein the valve holder is attached to the inner liner.
2. The pressurized gas cylinder of claim 1 , wherein the pressurized gas cylinder is composed of a fibre composite material.
3. The pressurized gas cylinder of claim 1 , wherein the filter is press-fit connected into the support sleeve.
4. The pressurized gas cylinder of claim 1 , wherein the spatial distance between the valve and the open end of the bottle neck is less than the spatial distance between the filter and the open end of the bottle neck.
5. The pressurized gas cylinder of claim 1 , wherein the valve holder surrounds the inner liner radially outwardly.
6. The pressurized gas cylinder of claim 1 , wherein the valve is arranged substantially axially outside the inner liner.
7. The pressurized gas cylinder of claim 1 , wherein the filter comprises a filter frame that is press-fit connected into the support sleeve.
8. The pressurized gas cylinder of claim 7 , wherein the filter frame comprises, at an end thereof which faces the opening of the bottle neck, a radially outward protrusion to abut against an end of the support sleeve.
9. The pressurized gas cylinder of claim 7 , wherein the filter frame comprises, at an end thereof which faces the opening of the bottle neck, a radially outward protrusion to abut against an end of the inner liner.
10. A pressurized gas cylinder to store a compressed gas for a vehicle, the pressurized gas cylinder comprising:
a bottle neck;
a valve arranged in the bottle neck to extract the stored compressed gas from the pressurized gas cylinder;
a filter to filter contaminants from the compressed gas;
a support sleeve, a separate component from and arranged radially inwardly in the bottle neck to support the bottle neck, and to which is attached the filter radially inwardly thereon;
an inner liner having an open end that is supported by the support sleeve at the bottle neck; and
a valve holder attached to the valve and the inner liner via a screw attachment.
11. The pressurized gas cylinder of claim 10 , wherein the pressurized gas cylinder is composed of a fibre composite material.
12. The pressurized gas cylinder of claim 10 , wherein the filter is press-fit connected into the support sleeve.
13. The pressurized gas cylinder of claim 10 , wherein the valve holder surrounds the inner liner radially outwardly such that the valve is arranged substantially axially outside the inner liner.
14. The pressurized gas cylinder of claim 10 , wherein the filter comprises a filter frame that is press-fit connected into the support sleeve.
15. The pressurized gas cylinder of claim 14 , wherein the filter frame comprises, at an end thereof which faces the opening of the bottle neck, a radially outward protrusion to abut against an end of the support sleeve and/or the end of the inner liner.
16. A pressurized gas cylinder to store a compressed gas for a vehicle, the pressurized gas cylinder comprising:
a bottle neck;
a valve arranged in the bottle neck to extract the stored compressed gas from the pressurized gas cylinder;
a filter to filter contaminants from the compressed gas, the filter having a filter frame;
a support sleeve, a separate component from and arranged radially inwardly in the bottle neck to support the bottle neck, and to which is attached the filter frame such that the filter frame is press-fit connected into the support sleeve;
an inner liner having an open end supported by the support sleeve at the bottle neck; and
a valve holder attached to the valve and the inner liner.