Abstract: The present disclosure concerns an ostomy pouch comprising a first pouch wall and a second pouch wall joined together along a peripheral seal to form a cavity for accommodating waste material; and said pouch having an upper and a lower portion; an inlet provided in the first pouch wall for receiving waste into the pouch; said inlet opening being provided in the upper portion; wherein the pouch further comprises a top view member comprising two layers of transparent flexible film is provided an upper section of said upper portion between said first and second pouch walls and sealed to either the first or the second wall by peripheral seals, wherein said top view member is provided with a lowermost edge.

Abstract: The present disclosure concerns an ostomy pouch comprising a first pouch wall and a second pouch wall joined together along a peripheral seal to form a cavity for accommodating waste material; and said pouch having an upper and a lower portion; an inlet provided in the first pouch wall for receiving waste into the pouch; said inlet opening being provided in the upper portion; wherein the pouch further comprises a top view member comprising two layers of transparent flexible film is provided an upper section of said upper portion between said first and second pouch walls and sealed to either the first or the second wall by peripheral seals, wherein said top view member is provided with a lowermost edge.

Abstract: A fuel cell stack or an electrolysis cell stack comprises a plurality of cells, which need to be compressed to ensure and maintain internal contact. To achieve an evenly distributed compression force throughout the electrochemically active area a frame with a central aperture is positioned on top of the cell stack between a resilient plate and a top plate. The enclosed aperture forms a compression chamber which is provided with pressurised gas from the cathode inlet, whereby an evenly distributed force is applied to the electrochemically area of the cell stack by the resilient plate.