Abstract: A mounting mechanism for securing a panel to an equipment rail includes a bezel assembly and a mounting plate assembly, where the bezel assembly includes a bezel frame, a bezel internal metal plate and a pair of latch handles connected to the bezel frame by latch handle fasteners at a set of pivot points and where the mounting plate assembly includes a mounting plate, a set of spring sheets that are secured to the mounting plate by a plurality of screws and a plurality of custom quarter-turn fasteners adapted to secure the mounting plate assembly to a pair of equipment rails.

Abstract: The apparatus for monitoring the delivery of fuel oil through a fuel oil delivery pipe including a flow meter and property sensor associated with the oil delivery pipe for measuring the flow rate, temperature, viscosity, density and dielectric constant of the fuel oil as it moves through the delivery pipe. The digital output signals from the flow meter and property sensor are used to generate data signals which are a function of the measured parameters. A memory records the data signals. The actual total quantity of fuel oil delivered through the pipe is calculated based upon the data signals. A clock circuit generates a timing signal reflecting the date and time the measurements were taken. A transmission signal formed of the calculated actual total quantity of fuel oil delivered and time signal may be sent to a remote location by a WiFi transmitter or through the internet using a modem.

Abstract: The apparatus for monitoring the delivery of fuel oil through a fuel oil delivery pipe including a flow meter and temperature sensor associated with the oil delivery pipe for measuring the temperature and flow rate of the fuel oil as it moves through the pipe. The digital output signals from the flow meter/temperature sensor are used to generate data signals which are a function of the measured temperature and flow rate parameters. A memory records the data signals. The actual total quantity of fuel oil delivered through the pipe is calculated based upon the data signals. A clock circuit generates a timing signal reflecting the date and time the measurements were taken. A transmission signal formed of the calculated actual total quantity of fuel oil delivered and time signal may be sent to a remote location by a WiFi transmitter or through the internet using a modem.

Abstract: A mounting mechanism for securing a panel to an equipment rail includes a bezel assembly and a mounting plate assembly, where the bezel assembly includes a bezel frame, a bezel internal metal plate and a pair of latch handles connected to the bezel frame by latch handle fasteners at a set of pivot points and where the mounting plate assembly includes a mounting plate, a set of spring sheets that are secured to the mounting plate by a plurality of screws and a plurality of custom quarter-turn fasteners adapted to secure the mounting plate assembly to a pair of equipment rails.

Abstract: The apparatus for monitoring the delivery of fuel oil through a fuel oil delivery pipe including a flow meter and property sensor associated with the oil delivery pipe for measuring the flow rate, temperature, viscosity, density and dielectric constant of the fuel oil as it moves through the delivery pipe. The digital output signals from the flow meter and property sensor are used to generate data signals which are a function of the measured parameters. A memory records the data signals. The actual total quantity of fuel oil delivered through the pipe is calculated based upon the data signals. A clock circuit generates a timing signal reflecting the date and time the measurements were taken. A transmission signal formed of the calculated actual total quantity of fuel oil delivered and time signal may be sent to a remote location by a WiFi transmitter or through the internet using a modem.

Abstract: The apparatus for monitoring the delivery of fuel oil through a fuel oil delivery pipe including a flow meter and temperature sensor associated with the oil delivery pipe for measuring the temperature and flow rate of the fuel oil as it moves through the pipe. The digital output signals from the flow meter/temperature sensor are used to generate data signals which are a function of the measured temperature and flow rate parameters. A memory records the data signals. The actual total quantity of fuel oil delivered through the pipe is calculated based upon the data signals. A clock circuit generates a timing signal reflecting the date and time the measurements were taken. A transmission signal formed of the calculated actual total quantity of fuel oil delivered and time signal may be sent to a remote location by a WiFi transmitter or through the internet using a modem.

Abstract: A mounting mechanism includes: a support member; a rail attached to the support member; and a fastener affixed to the second side of the rail. The rail includes: a plurality of rail holes for stud engagement; a first side facing a device to be engaged to the mounting mechanism; and a second side. The fastener includes: a clamping arm; a clamp lever pivotally associated with the clamping arm; and a moveable locking latch securing the clamp lever in one of two positions: open and closed.

Abstract: A mounting mechanism includes: a support member; a rail attached to the support member; and a fastener affixed to the second side of the rail. The rail includes: a plurality of rail holes for stud engagement; a first side facing a device to be engaged to the mounting mechanism; and a second side. The fastener includes: a clamping arm; a clamp lever pivotally associated with the clamping arm; and a moveable locking latch securing the clamp lever in one of two positions: open and closed.