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A fuel injection system for an internal combustion engine includes an improved control device for quickly starting the engine. The internal combustion engine includes at least one combustion chamber formed by at least a first member and a second member that moves relative to the first member. The se

A fuel injection system for an internal combustion engine includes an improved control device for quickly starting the engine. The internal combustion engine includes at least one combustion chamber formed by at least a first member and a second member that moves relative to the first member. The second member is coupled to an output shaft such that movement of the second member causes the output shaft to rotate. A fuel injector supplies fuel to the combustion chamber. The fuel injector includes an actuator to regulate an amount of fuel injected by the fuel injector. The internal combustion engine further includes a fuel control system that comprises a controller, which is connected to the fuel injector actuator, and a sensor, which is arranged to detect rotation of the output shaft. The sensor is adapted to produce a signal that is indicative of rotation of the output shaft and is connected to the controller. The controller is configured to output a control signal to actuate the fuel injector actuator when a signal is received from the sensor indicating that the output shaft has initially begun to rotate.

대표청구항 ▼

A fuel injection system for an internal combustion engine includes an improved control device for quickly starting the engine. The internal combustion engine includes at least one combustion chamber formed by at least a first member and a second member that moves relative to the first member. The se

A fuel injection system for an internal combustion engine includes an improved control device for quickly starting the engine. The internal combustion engine includes at least one combustion chamber formed by at least a first member and a second member that moves relative to the first member. The second member is coupled to an output shaft such that movement of the second member causes the output shaft to rotate. A fuel injector supplies fuel to the combustion chamber. The fuel injector includes an actuator to regulate an amount of fuel injected by the fuel injector. The internal combustion engine further includes a fuel control system that comprises a controller, which is connected to the fuel injector actuator, and a sensor, which is arranged to detect rotation of the output shaft. The sensor is adapted to produce a signal that is indicative of rotation of the output shaft and is connected to the controller. The controller is configured to output a control signal to actuate the fuel injector actuator when a signal is received from the sensor indicating that the output shaft has initially begun to rotate. nformation on banknote bundles in response to banknotes detected. 4. The banknote handling machine as set forth in claim 1, wherein said machine is closed during operation thereof. 5. The banknote handling machine as set forth in claim 1, further comprising a process unit for controlling transportation of banknotes through said machine and for controlling the printing of information on banknote bundles in response to banknotes detected. 6. The banknote handling machine as set forth in claim 1, wherein said varied number of one or more checked banknotes is determined by a number of banknotes suspected of being false banknotes. 7. A method of handling banknotes in a banknote handling machine comprising the steps of: receiving banknotes deposited from outside the machine in a first unit; checking validity, quality and denomination of the banknotes from said first unit in a second unit; conveying a varied number of checked banknotes suspected of being false banknotes to a third unit; bundling said varied number of suspected banknotes into a bundle and encasing said bundle in a transparent packaging material to form a closed package that is difficult to unnoticeably open and reseal; and durably printing information relating to said bundle and specific to said number of suspected banknotes in said bundle in mirror image on an inner side of said transparent packaging material so that said information relating to said bundle and specific to said number of suspected banknotes in said bundle is readable right-way-up from outside said closed package. 8. The method as set forth in claim 7, further comprising the step of forming said closed package by welding two sheets of material at a joint, said printed information being applied adjacent said welded joint. itized sensor module of claim 1 wherein the local connection comprises a serial bus. 12. The unitized sensor module of claim 1 wherein the local connection comprises between three and five conductors. 13. The unitized sensor module of claim 1 wherein the circuit is configured to be powered from the local connection. 14. The unitized sensor module of claim 1 wherein the direct wiring comprises a two wire process control loop. 15. The unitized sensor module of claim 14 wherein the loop is in accordance with a 4-20 mA standard. 16. The unitized sensor module of claim 14 wherein the loop is in accordance with a digital communication standard. 17. The unitized sensor module of claim 1 wherein the module is intrinsically safe. 18. The unitized sensor module of claim 1 wherein the circuit provides a scalable sensor output. 19. A scalable transmitter module, comprising: a housing adapted to mount on a unitized sensor module, the housing having an outer wall surrounding a cavity and including a removable cover for accessing the cavity, the housing having a first opening adapted to mount on a fitting of the unitized sensor module and a second opening adapted for connection to a wiring raceway to a remote receiver, and a circuit in the cavity having a plug adapted to mate with a feedthrough of the unitized sensor module, the circuit being adapted to receive a sensor output from the unitized sensor module and generate a scalable output on circuit terminals accessible by removing the cover, the scalable output being adapted for transmission to the remote receiver. 20. The scalable transmitter module of claim 19 wherein the circuit includes a terminal block connecting the sensor output to the remote receiver. 21. The scalable transmitter module of claim 19 wherein the circuit is configured to transmit the sensor output on a two wire process control loop adapted for transmission to the remote receiver. 22. The scalable transmitter module of claim 19 wherein the removable cover includes a window and the circuit includes a display visible through the window. 23. The scalable transmitter module of claim 19 further comprising a display coupled to the circuit. 24. The scalable transmitter module of claim 19 wherein the circuit is configured to process a sensor output from the unitized sensor module. 25. The scalable transmitter module of claim 19 wherein the circuit is configured to couple to a second unitized sensor module. 26. The scalable transmitter module of claim 19 wherein the transmitter module is configured to be spaced apart from the unitized sensor module and the units are electrically coupled together. 27. The scalable transmitter module of claim 21 wherein the transmitter module is physically coupled to the feedthrough of the unitized sensor module. 28. The scalable transmitter module of claim 21 wherein the two wire process control loop is in accordance with a 4-20 mA standard. 29. The scalable transmitter module of claim 21 wherein the two wire process control loop is in accordance with a digital standard. 30. The scalable transmitter module of claim 21 wherein the scalable transmitter module and the unitized sensor module are completely powered from the two wire process control loop. 31. The scalable transmitter module of claim 19 wherein the circuit completely powers the unitized sensor module.