Abstract: Provided is an adapter adapted for a specific single board computer. The adapter is readily usable without taking time and effort to wire and arrange accessories. The adapter includes an adapter body adapted to a specific single board computer selected from a plurality of different single board computers. The adapter body is detachably mountable, in a configuration being fitted with the specific single board computer, on a docking station mounted with one or more accessories. The adapter further includes: one or more receptacle connector components mounted on the adapter body, and being attachable to the main connector components; one or more connector components mounted on the adapter body, and being attachable to receptacle connector components electrically connected to the accessories of the docking station; and one or more wires arranged in the adapter body and electrically connecting the receptacle connector components respectively to the connector components.

Abstract: Provided is an adapter adapted for a specific single board computer. The adapter is readily usable without taking time and effort to wire and arrange accessories. The adapter includes an adapter body adapted to a specific single board computer selected from a plurality of different single board computers. The adapter body is detachably mountable, in a configuration being fitted with the specific single board computer, on a docking station mounted with one or more accessories. The adapter further includes: one or more receptacle connector components mounted on the adapter body, and being attachable to the main connector components; one or more connector components mounted on the adapter body, and being attachable to receptacle connector components electrically connected to the accessories of the docking station; and one or more wires arranged in the adapter body and electrically connecting the receptacle connector components respectively to the connector components.

Abstract: The methods and apparatuses described herein include a data center having a three-level roof structure including an overarching rainfly roof to protect the data center from severe weather events. The three-level roof structure further includes a secondary roof structure below the rainfly roof structure as well as a lower redundant roof structure coupled together. A data hall within the data center has a ceiling below the lower redundant roof structure and is adapted to store a plurality of cabinets to hold electronic equipment. The lower redundant roof structure can be coupled with the secondary roof structure using an airtight seal such that the data center is airtight allowing for the data hall below to be positively pressurized to facilitate air flow through the electronic equipment. Heated air emitted from the electronic equipment is conducted through into a hot air return region above the data hall ceiling, while cold air is supplied to the electronic equipment below the data hall ceiling.

Abstract: The present invention provides a manual cart for safe and efficient transportation of electronic equipment such as server racks and equipment cabinets within a data center or co-location facility. Methods of moving the electronic equipment within a data center or co-location facility in such manual carts are also described.

Abstract: This invention is a way to disable a electrical circuit in a mobile vehicle or equipment. This invention works in conjunction with our previous Patent, EMERGENCY SHUTOFF SYSTEM FOR POWER MACHINERY, WIRELESS MONITORING SYSTEMS, AND EMERGENCY SHUTOFF METHODS. U.S. Pat. No. 7,012,519 This system allows a new vehicle or equipment to have a remote controller of the ignition circuit installed, without cutting or damaging the wire harness. This system will not void the manufacture warranty of engine module or computer system. This system will shorten the time required to install our “FOX-PAWS” shut down switch, thus saving the customer time and money.

Abstract: A method and system are disclosed for a high current electrical switch. The switch may be suitable for switching, rectifying or blocking direct current in the range of one to a thousand amperes per module or assembly. It does so with such high efficiency that it produces relatively insignificant heat; such that it requires little or no cooling by convection or radiation. The relatively low heat that is generated in the process is conducted away quite effectively by the electric cables connected to the device.