Abstract: A gas storage device includes a hollow casing, a gas storage bag, a gas tube, and a retractable module. The hollow casing has a casing top, a casing sidewall, and a casing bottom. The gas storage bag is located in the hollow casing. The gas tube is arranged through the casing bottom and in fluid communication between the gas storage bag and an exterior space. The retractable module is connected between a top surface of the gas storage bag and the casing top. The gas storage bag expands when fluid is filled into the gas storage bag through the gas tube, such that the retractable module is folded. The gas storage bag contracts when fluid is drawn out of the gas storage bag through the gas tube, such that the retractable module is unfolded.

Abstract: A gas storage device includes a hollow casing, a gas storage bag, a gas tube, and a retractable module. The hollow casing has a casing top, a casing sidewall, and a casing bottom. The gas storage bag is located in the hollow casing. The gas tube is arranged through the casing bottom and in fluid communication between the gas storage bag and an exterior space. The retractable module is connected between a top surface of the gas storage bag and the casing top. The gas storage bag expands when fluid is filled into the gas storage bag through the gas tube, such that the retractable module is folded. The gas storage bag contracts when fluid is drawn out of the gas storage bag through the gas tube, such that the retractable module is unfolded.

Abstract: A shock isolation cage including a bottom plate, two side plates, a top plate, and two shock isolation members is provided. Each of the side plates is fixed to the bottom plate. The top plate is fixed to the side plates. The bottom plate, the side plates, and the top plate surround to form an accommodating space for accommodating an electronic apparatus. Each of the shock isolation members includes a main body, a first shock isolation portion, and a second shock isolation portion. The main body is fixed to the corresponding side plate. The first and second shock isolation portions are connected to the main body, and respectively contact the bottom surface and the top surface of the electronic apparatus.

Abstract: A vibration-absorbing module comprises a case structure and an electronic device. The case structure comprises a bottom plate, two lateral walls and a plurality of vibration absorbing elements. The two lateral walls are disposed on and perpendicular to the bottom plate. The vibration absorbing elements are pivotally disposed on the two lateral walls respectively. The distance between opposing pairs of vibration absorbing elements disposed on the two opposite lateral walls is smaller than the distance between the two lateral walls. The electronic device is detachably disposed between the two lateral walls, and the vibration absorbing elements are in contact with two opposite sides of the electronic device.

Abstract: An assembled fan frame suitable for a case body includes a framework, a plurality of first assemblies, a back slab, and a plurality of second assemblies. The framework includes a fixing slab, a first side wall and a second side wall facing each other, and an accommodation space is defined to accommodate at least one fan module. The fixing slab has at least one first vent and a plurality of first assembling holes which are disposed around the first vent. The first assembly is disposed through the first assembling hole and fastens the fan module on the fixing slab. The back slab is vertically mounted on a surface of the case body and faces the fixing slab. The back slab includes at least one second vent and a plurality of second assembling holes. The second assembly is disposed through the second assembling hole and detachably fixes the framework on the back slab.

Abstract: An assembled fan frame suitable for a case body includes a framework, a plurality of first assemblies, a back slab, and a plurality of second assemblies. The framework includes a fixing slab, a first side wall and a second side wall facing each other, and an accommodation space is defined to accommodate at least one fan module. The fixing slab has at least one first vent and a plurality of first assembling holes which are disposed around the first vent. The first assembly is disposed through the first assembling hole and fastens the fan module on the fixing slab. The back slab is vertically mounted on a surface of the case body and faces the fixing slab. The back slab includes at least one second vent and a plurality of second assembling holes. The second assembly is disposed through the second assembling hole and detachably fixes the framework on the back slab.