| 摘要 |
A mobile computer cabinet with integrated cooling and UPS power assembly with control system used to house, cool and provide UPS power to the electronic components and devices within the cabinet. Cooling consists of a door mounted AC panel with associated metal, ceramic or composite baffles, vents, openings and enclosed channels to control the flow of air, dissipate heat, and maintain flow speed, volume and temperature to cool all devices within efficient operational constraints. Power is provided by onboard UPS (uninterruptable power supply) to provide emergency power to the electronic components and the cooling system. The entire assembly is integrated into a standard computer cabinet movable via casters having a single point of connection to the facility. |
| 主权项 |
1. An improved integrated variable air flow configuration assembly and management system used to cool and distribute air within the equipment cabinet and to components and assemblies of electronic devices mounted within the equipment cabinet positioned within a data center, equipment room, closet or outdoor enclosure, having metal, ceramic or composite form with shapes in the form of baffles, vents, openings, enclosed channels to direct the flow of air, dissipate heat, maintain flow volume and temperature according to parameters of the management system within efficient operational constraints to achieve desired equipment performance, longevity and cost effectiveness:
1. A mobile computer cabinet with integrated cooling and UPS power assembly with control system used to house, cool and provide UPS power to the electronic components and devices within the cabinet. 2. An equipment cabinet with integrated air cooling and air flow control system using channels, vents, openings, baffles and fans to circulate columnized air flow throughout the equipment cabinet to cool by dissipating heat generated by electronic devices and assemblies mounted in the cabinet wherein each column of forced air is separately controlled within the cabinet by integrated a control logic system. 3. An electronic system for controlling cooling and emergency cooling comprising:
A memory storing instructions; and,at least one processor configured to execute the instructions;at least one sensor(s) to detect air temperature within the cabinet;at least one sensor(s) to detect proper operation of the AC panel;A management system to detect and generate a response to activate air cooling system; generate a response to activate and control fan speed; generate a response to control dampers, vents or openings through which air flow can be controlled; generate a response to control variable controls of operation of the variable cooling system; generate a response to control activation of emergency cooling in case of AC failure; and, generate a response to maintain operation of the integrated systems to achieve cost efficiencies of the operational system. 4. An airflow system containing channels, baffles, variable speed fans and openings through which air flow velocity, volume and temperature are controlled and directed to specific components within the cabinet in order to cool all devices within efficient operational constraints. 5. An emergency cooling system powered by UPS power supply with variable speed DC cooling fans and pressure activated venting. |
