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Accessory remote control

We then developed an accessory remote control (Figure 3) for the wireless communication platform. We are able to remotely control ROMEO and we can program motion routines. [Pg.272]

How many different uses of batteries can you identify Batteries power flashlights, remote controls, calculators, hearing aids, portable CD players, heart pacemakers, smoke and carbon monoxide detectors, and video cameras, to name a few. Batteries in cars and trucks provide electric energy to start the engine and power the vehicle s many electric lights, sound system, and other accessories, even when the engine is not running. [Pg.673]

High impact refrigeration accessories, small appliances, electric lawn and garden equipment, toys, and remote controls. [Pg.66]

Manual or remote control with Dionex Autoion 300 or Autoion 100 automation accessories. [Pg.369]

Chun JK-R, Ernst S, Matthews S, Schmidt B, Bansch D, Boczor S, et al. Remote-controlled catheter ablation of accessory pathways results from the magnetic laboratory. Eur Heart] 2007 28(2) 190-5. [Pg.112]

The first platform is adapted with the remote control accessory to lead ROMEO with joysticks. [Pg.273]

We developed and recorded its simple programming in C, which focuses on the conummications platform and uses the joystick accessory. As in remote control movement, we used two communication platforms (see Table 1). [Pg.273]

Various accessories can be suppHed along with the control valves for special situations. Positioners ensure that the valve stem is accurately positioned following small or slowly changing control signals or where unbalanced valve forces exist. Boosters, which are actually pneumatic amplifiers, can increase the speed of response or provide adequate force in high pressure appHcations. Limit switches are sometimes included to provide remote verification that the valve stem has actually moved to a particular position. [Pg.67]

VALVES. A typical processing plant contains thousands of valves of many different sizes and shapes. Despite the variety in their design, however, all valves have a common primary purpose to slow down or stop the flow of a fluid. Some valves work best in on-or-off service, fully open or fully closed. Others are designed to throttle, to reduce the pressure and flow rate of a fluid. Still others permit flow in one direction only or only under certain conditions of temperature and pressure. A steam trap, which is a special form of valve, allows water and inert gas to pass through while holding back the steam. Finally, through accessory devices, valves can be made to control the temperature, pressure, liquid level, or other properties of a fluid at points remote from the valve itself. [Pg.186]

Both the CIRCLE and Tunnel cells can be filled and emptied remotely, and even be used for flow systems. Although these accessories are not sealed within the sample compartment, the sample compartment may be closed and only the flow lines need be accessible outside the spectrometer. The Tunnel cell also has the feature that the cell block can be temperature controlled with the use of either block electrical heaters or a coolant fluid. [Pg.335]


See other pages where Accessory remote control is mentioned: [Pg.272]    [Pg.273]    [Pg.272]    [Pg.273]    [Pg.80]    [Pg.262]    [Pg.27]    [Pg.80]   
See also in sourсe #XX -- [ Pg.272 ]




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