A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
FUSIBLE AND DETACHABLE COMPOSITE ACOUSTIC SHIELD AND SUBSTATION DEVICE
The disclosure relates to the technical field of acoustic means, and relates to a fusible and detachable composite acoustic shield, and a substation device with the fusible and detachable composite acoustic shield. The fusible and detachable composite acoustic shield includes a fixing module, a moving module and a plurality of acoustic panel bodies. The fixing module is adapted to be fixedly connected to an external device. The moving module is welded to the fixing module through a fusible connecting wire. The plurality of acoustic panel bodies are fixedly mounted to the moving module, and at least one closed accommodating space defined by the plurality of acoustic panel bodies is configured to accommodate the external device. A substation device is closed by the composite acoustic shield, and the substation device is mounted in the at least one accommodating space, to allow noise generated during the operation of the substation device to be blocked. When a fire occurs in a substation, the fusible connecting wire melts in a high temperature environment, to allow the moving module to be automatically separated and detached from the fixing module. In this way, the plurality of acoustic panel bodies are automatically detached from the substation device, to eliminate the obstruction of the acoustic shield during firefighting, to allow a fire extinguishing device to directly extinguish the substation device, and to eliminate a safety hazard of the acoustic shield.
FUSIBLE AND DETACHABLE COMPOSITE ACOUSTIC SHIELD AND SUBSTATION DEVICE
The disclosure relates to the technical field of acoustic means, and relates to a fusible and detachable composite acoustic shield, and a substation device with the fusible and detachable composite acoustic shield. The fusible and detachable composite acoustic shield includes a fixing module, a moving module and a plurality of acoustic panel bodies. The fixing module is adapted to be fixedly connected to an external device. The moving module is welded to the fixing module through a fusible connecting wire. The plurality of acoustic panel bodies are fixedly mounted to the moving module, and at least one closed accommodating space defined by the plurality of acoustic panel bodies is configured to accommodate the external device. A substation device is closed by the composite acoustic shield, and the substation device is mounted in the at least one accommodating space, to allow noise generated during the operation of the substation device to be blocked. When a fire occurs in a substation, the fusible connecting wire melts in a high temperature environment, to allow the moving module to be automatically separated and detached from the fixing module. In this way, the plurality of acoustic panel bodies are automatically detached from the substation device, to eliminate the obstruction of the acoustic shield during firefighting, to allow a fire extinguishing device to directly extinguish the substation device, and to eliminate a safety hazard of the acoustic shield.
FUSIBLE AND DETACHABLE COMPOSITE ACOUSTIC SHIELD AND SUBSTATION DEVICE
2025-02-20
Patent
Electronic Resource
English
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