MASS FLOW CONTROL DEVICE
A mass flow control device, wherein a mass flow detection means (8) outputting flow signals by detecting mass flow and a flow control valve mechanism
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MICROMACHINED FLOW SWITCHES
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Evaluation Electronics of a coriolis mass flow sensor
Evaluation Electronics of a coriolis mass flow sensor
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Methods for manufacturing a flow switch
Methods for manufacturing a flow switch
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Method for manufacturing a fluid flow regulator
Method for manufacturing a fluid flow regulator
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Miniature fluid-controlled switch
A fluid-controlled switch capable of being mass produced and densely spaced, having two groups of fluid control inputs, at least two fluid outputs,
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Wetting agent injection system
The system is controlled by flow switches located on one or more discharge lines of the pump, by a float switch in the wetting agent supply tank, and
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Method for the continuous manufacture of a twin-wall pipe...
Switches are provided for the production of a pipe socket, by means of which the speed of the extruder is modified in such a way that the mass flow
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TURBOCHARGED INTERNAL COMBUSTION ENGINE
of the high-pressure stage, with bypass piping (24a, 24b) having pipe switches (70, 71), and which connect the exhaust side (12) of the engine with
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Method of controlling a hot strip finishing mill
Interstand mass flow variations are each controlled by mass flow control units.
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Method and apparatus for pressure control in a press
A method for the multi-stage compression of a mass in a press, especially an extrusion press containing plastic or elastic masses.
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Micromachined filters
The fluid handling devices are capable of accurately handling substantially continuous fluid flow rates as low as about 0.01 cc/day.
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Methods for manufacturing a filter
The fluid handling devices are capable of accurately handling substantially continuous fluid flow rates as low as about 0.01 cc/day.
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Micromachined fluid handling apparatus with filter
The fluid handling devices are capable of accurately handling substantially continuous fluid flow rates as low as about 0.01 cc/day.
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Micromachined fluid handling devices
The fluid handling devices are capable of accurately handling substantially continuous fluid flow rates as low as about 0.01 cc/day.
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Control apparatus for internal combustion engines
An electronic engine control unit switches a compensating mode for an injection amount of fuel injected by the injector, based on changes in a
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Control apparatus for internal combustion engines
An electronic engine control unit switches a compensating mode for an injection amount of fuel injected by the injector, based on changes in a
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Method of producing homogeneous gas mixtures
High flow rates can be processed using the method, and mass flow meters ensure accuracy and reliability.
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Modular gas box system
Gas module 24s include digital mass flow controllers, analog and digital pressure switches and transducers, gas filters and pneumatic valves.
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METHOD FOR OPERATING AN INTERNAL COMBUSTION ENGINE OF A...
quantity is determined as a function of a raw nitrogen-oxide mass flow value, averaged over the evaluation period, as a function of a fuel economy
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