Modern research instrumentation are often equipped with desktop class computers to perform data acquisition and control. For some instruments, these tasks occupy the majority of the capacity of the controlling computer. When instrument control computers are connected to the computer network of an organization, network security, operating system patch management and other concerns can interfere with the operation of the instrument during critical measurements. Most research organizations implement policies of virus scanning and automatic patching which require significant resources on the control computer or require it to be automatically rebooted. Lost productivity or lost samples during patching, scanning or rebooting has motivated the separation of laboratory computers from enterprise computers, but at the cost of loss of access to enterprise resources (such as storage) and poor integration for data analysis.
The concept of an instrument bridge can be implemented using various technologies, but suggests a separation between enterprise activities and laboratory activities. Key concepts of instrument bridges include:
Wipo Publishes Patent of Billy Frank Martin for "Acoustic Stringed Instrument Bridge Truss" (American Inventor)
Jul 12, 2013; GENEVA, July 12 -- Publication No. WO/2013/103388 was published on July 11.Title of the invention: "ACOUSTIC STRINGED INSTRUMENT...
Patent No. 7,554,022 Issued on June 30, Assigned to Hoshino Gakki for Stringed Instrument Bridge (Japanese Inventor)
Jul 06, 2009; ALEXANDRIA, Va., July 6 -- Akifumi Matsubara, Nagoya, Japan, has developed a stringed instrument bridge. The inventor was issued...