System for transferring a control position of a set-point value transducer

Claim 1

A system including a set-point transducer and a control element (60) in which a control position of a said set-point transducer is transferred to a control position of said control element to determine an output of a driving machine by electromechanical transmission means, as well as by a mechanical transmission means which couples said control element (60) to said set-point transducer (6), said control element is decoupled from said set-point transducer whenever a control position of said control element is equivalent to a control position of the set-point transducer, said mechanical transmission means includes an intermediate element (40) between said set-point transducer (6) and said control element (60) as well as a spring (88, 132) which generates a coupling force that forces a stop face (62) of the said control element (60) toward a stop location (58) of said intermediate element (40).

Claim 2

A system including a set-point transducer and a control element (60) in which a control position of a said set-point transducer is transferred to a control position of said control element to determine an output of a driving machine by electromechanical transmission means, as well as by a mechanical transmission means which couples said control element (60) to said set-point transducer (6), said control element is decoupled from said set-point transducer whenever a control position of said control element is equivalent to a control position of the set-point transducer, said mechanical transmission means includes an intermediate element (40) between said set-point transducer (6) and said control element (60) as well as a spring (88, 132) which generates a coupling force that forces a stop face (62) of the said control element (60) toward a stop location (58) of said intermediate element (40).

Claim 13

A system including a set-point transducer which includes a stop (26) thereon, and a control element in which a control position of said set-point transducer is transferred to a control position of said control element to determine an output of a driving machine by electromechanical transfer means, as well as by mechanical transfer means, said control element is decoupled from said set-point transducer whenever a control position of said control element is equivalent to a control position of the set-point transducer, said mechanical transfer means includes an intermediate element (40) as well as a spring (88, 132) which generates a coupling force that forces a stop face (62) of the said control element (60) toward a stop location (58) of said intermediate element (40), and said intermediate element (40) is disposed such that it is movable relative to said set-point transducer (6) in an adjustment direction until said stop (26) of said set-point transducer (6) comes to rest on a stop face (48) on said intermediate element (40).

Claim 14

A system including a set-point transducer which includes a stop (26) thereon, and a control element in which a control position of said set-point transducer is transferred to a control position of said control element to determine an output of a driving machine by electromechanical transfer means, as well as by mechanical transfer means, said control element is decoupled from said set-point transducer whenever a control position of said control element is equivalent to a control position of the set-point transducer, said mechanical transfer means includes an intermediate element (40) as well as a spring (88, 132) which generates a coupling force that forces a stop face (62) of the said control element (60) toward a stop location (58) of said intermediate element (40), and said intermediate element (40) is disposed such that it is movable relative to said set-point transducer (6) in an adjustment direction until said stop (26) of said set-point transducer (6) comes to rest on a stop face (48) on said intermediate element (40).

Claim 15

A system including a set-point transducer and a control element in which a control position of said set-point transducer is transferred to a control position of said control element to determine an output of a driving machine by electromechanical transfer means, as well as by mechanical transfer means, said control element is decoupled from said set-point transducer whenever a control position of said control element is equivalent to a control position of the set-point transducer, said mechanical transfer means includes an intermediate element (40) as well as a spring (88, 132) which generates a coupling force that forces a stop face (62) of the said control element (60) toward a stop location (58) of said intermediate element (40), and said intermediate element (40) is disposed such that it is movable relative to said set-point transducer (6) in an adjustment direction until a stop face (52) of said intermediate element (40) comes to rest on a stop (30) on said set-point transducer.

Claim 16

A system including a set-point transducer and a control element in which a control position of said set-point transducer is transferred to a control position of said control element to determine an output of a driving machine by electromechanical transfer means, as well as by mechanical transfer means, said control element is decoupled from said set-point transducer whenever a control position of said control element is equivalent to a control position of the set-point transducer, said mechanical transfer means includes an intermediate element (40) as well as a spring (88, 132) which generates a coupling force that forces a stop face (62) of the said control element (60) toward a stop location (58) of said intermediate element (40), and said intermediate element (40) is disposed such that it is movable relative to said set-point transducer (6) in an adjustment direction until a stop face (52) of said intermediate element (40) comes to rest on a stop (30) on said set-point transducer.

Claim 17

A system including a set-point transducer and a control element in which a control position of said set-point transducer is transferred to a control position of said control element to determine an output of a driving machine by electromechanical transfer means, as well as by mechanical transfer means, said control element is decoupled from said set-point transducer whenever a control position of said control element is equivalent to a control position of the set-point transducer, said mechanical transfer means includes an intermediate element (40) as well as a spring (88, 132) which generates a coupling force that forces a stop face (62) of the said control element (60) toward a stop location (58) of said intermediate element (40), and an electrical contact (32) is disposed on the mechanical transfer means (6, 40, 60, 88), said contact (32) produces an electrical signal after a shifting distance (112) present between said intermediate element (40) and the contact (32) is overcome.

Claim 18

A system including a set-point transducer and a control element in which a control position of said set-point transducer is transferred to a control position of said control element to determine an output of a driving machine by electromechanical transfer means, as well as by mechanical transfer means, said control element is decoupled from said set-point transducer whenever a control position of said control element is equivalent to a control position of the set-point transducer, said mechanical transfer means includes an intermediate element (40) as well as a spring (88, 132) which generates a coupling force that forces a stop face (62) of the said control element (60) toward a stop location (58) of said intermediate element (40), and an electrical contact (32) is disposed on the mechanical transfer means (6, 40, 60, 88), said contact (32) produces an electrical signal after a shifting distance (112) present between said intermediate element (40) and the contact (32) is overcome.

Claim 19

A system including a set-point transducer and a control element in which a control position of said set-point transducer is transferred to a control position of said control element to determine an output of a driving machine by electromechanical transfer means, as well as by mechanical transfer means, said control element is decoupled from said set-point transducer whenever a control position of said control element is equivalent to a control position of the set-point transducer, said mechanical transfer means includes an intermediate element (40) as well as a spring (88, 132) which generates a coupling force that forces a stop face (62) of the said control element (60) toward a stop location (58) of said intermediate element (40), and an actuating means (104) which transfers a control position of the set-point transducer (6) to an actuatable element (100).

Claim 20

A system including a set-point transducer and a control element in which a control position of said set-point transducer is transferred to a control position of said control element to determine an output of a driving machine by electromechanical transfer means, as well as by mechanical transfer means, said control element is decoupled from said set-point transducer whenever a control position of said control element is equivalent to a control position of the set-point transducer, said mechanical transfer means includes an intermediate element (40) as well as a spring (88, 132) which generates a coupling force that forces a stop face (62) of the said control element (60) toward a stop location (58) of said intermediate element (40), and an actuating means (104) which transfers a control position of the set-point transducer (6) to an actuatable element (100).

Claim 21

A system including a set-point transducer and a control element in which a control position of said set-point transducer is transferred to a control position of said control element to determine an output of a driving machine by electromechanical transfer means, as well as by mechanical transfer means, said control element is decoupled from said set-point transducer whenever a control position of said control element is equivalent to a control position of the set-point transducer, said mechanical transfer means includes an intermediate element (40) as well as a spring (88, 132) which generates a coupling force that forces a stop face (62) of the said control element (60) toward a stop location (58) of said intermediate element (40), and an activating means (102) between the intermediate element (40) and an actuatable element (100), by means of which a control position of said intermediate element (40) is transferrable to said actuatable element (100).

Claim 22

A system including a set-point transducer and a control element in which a control position of said set-point transducer is transferred to a control position of said control element to determine an output of a driving machine by electromechanical transfer means, as well as by mechanical transfer means, said control element is decoupled from said set-point transducer whenever a control position of said control element is equivalent to a control position of the set-point transducer, said mechanical transfer means includes an intermediate element (40) as well as a spring (88, 132) which generates a coupling force that forces a stop face (62) of the said control element (60) toward a stop location (58) of said intermediate element (40), and an activating means (102) between the intermediate element (40) and an actuatable element (100), by means of which a control position of said intermediate element (40) is transferrable to said actuatable element (100).

Claim 23

A system including a set-point transducer and a control element in which a control position of said set-point transducer is transferred to a control position of said control element to determine an output of a driving machine by electromechanical transfer means, as well as by mechanical transfer means, said control element is decoupled from said set-point transducer whenever a control position of said control element is equivalent to a control position of the set-point transducer, said mechanical transfer means includes an intermediate element (40) as well as a spring (88, 132) which generates a coupling force that forces a stop face (62) of the said control element (60) toward a stop location (58) of said intermediate element (40), said electromechanical transfer means (34, 36, 68, 70, 82, 84, 86, 90, 158, 160) include a servomotor (82), and said servomotor activates said control element (60) in an adjustment direction, and said stop face (62) of said control element (60) can be moved away from said stop location (58) of said intermediate element (40) by said servomotor (81) counter to a coupling force (82, 132).

Claim 24

A system including a set-point transducer and a control element in which a control position of said set-point transducer is transferred to a control position of said control element to determine an output of a driving machine by electromechanical transfer means, as well as by mechanical transfer means, said control element is decoupled from said set-point transducer whenever a control position of said control element is equivalent to a control position of the set-point transducer, said mechanical transfer means includes an intermediate element (40) as well as a spring (88, 132) which generates a coupling force that forces a stop face (62) of the said control element (60) toward a stop location (58) of said intermediate element (40), said electromechanical transfer means (34, 36, 68, 70, 82, 84, 86, 90, 158, 160) include a servomotor (82), and said servomotor activates said control element (60) in an adjustment direction, and said stop face (62) of said control element (60) can be moved away from said stop location (58) of said intermediate element (40) by said servomotor (81) counter to a coupling force (82, 132).

Claim 25

A system including a set-point transducer and a control element in which a control position of said set-point transducer is transferred to a control position of said control element to determine an output of a driving machine by electromechanical transfer means, as well as by mechanical transfer means, said control element is decoupled from said set-point transducer whenever a control position of said control element is equivalent to a control position of the set-point transducer, said mechanical transfer means includes an intermediate element (40) as well as a spring (88, 132) which generates a coupling force that forces a stop face (62) of the said control element (60) toward a stop location (58) of said intermediate element (40), said electromechanical transfer means (34, 36, 68, 70, 82, 84, 86, 90, 158, 160) include a servomotor (82), and said servomotor activates said control element (60) in an adjustment direction, a shiftable clutch (84) between said servomotor (82) and said control element (60), and said stop face (62) of said control element (60) can be moved away from said stop location (58) of said intermediate element (40) by said servomotor (82) counter to a coupling spring force (88, 132).

Claim 26

A system including a set-point transducer and a control element in which a control position of said set-point transducer is transferred to a control position of said control element to determine an output of a driving machine by electromechanical transfer means, as well as by mechanical transfer means, said control element is decoupled from said set-point transducer whenever a control position of said control element is equivalent to a control position of the set-point transducer, said mechanical transfer means includes an intermediate element (40) as well as a spring (88, 132) which generates a coupling force that forces a stop face (62) of the said control element (60) toward a stop location (58) of said intermediate element (40), said electromechanical transfer means (34, 36, 68, 70, 82, 84, 86, 90, 158, 160) include a servomotor (82), and said servomotor activates said control element (60) in an adjustment direction, a shiftable clutch (84) between said servomotor (82) and said control element (60), and said stop face (62) of said control element (60) can be moved away from said stop location (58) of said intermediate element (40) by said servomotor (82) counter to a coupling spring force (88, 132).

Claim 27

A system including a set-point transducer and a control element in which a control position of said set-point transducer is transferred to a control position of said control element to determine an output of a driving machine by electromechanical transfer means, as well as by mechanical transfer means, said control element is decoupled from said set-point transducer whenever a control position of said control element is equivalent to a control position of the set-point transducer, said mechanical transfer means includes an intermediate element (40) as well as a spring (88, 132) which generates a coupling force that forces a stop face (62) of the said control element (60) toward a stop location (58) of said intermediate element (40), said stop face (62) of said control element (60) can be moved away from said stop location (58) of said intermediate element (40) by a servomotor (82) counter to a coupling spring force (88, 132), said electromechanical transfer means (34, 36, 68, 70, 82, 84, 86, 90, 158, 160) include at least two travel measuring instruments (34, 36, 68, 70, 158, 160), wherein a control position of said set-point transducer (6) can be ascertained with at least one travel measuring instrument (34, 36, 158, 160), and a control position of said control element (60) can be ascertained with at least one travel measuring instrument (68, 70).

Claim 28

A system including a set-point transducer and a control element in which a control position of said set-point transducer is transferred to a control position of said control element to determine an output of a driving machine by electromechanical transfer means, as well as by mechanical transfer means, said control element is decoupled from said set-point transducer whenever a control position of said control element is equivalent to a control position of the set-point transducer, said mechanical transfer means includes an intermediate element (40) as well as a spring (88, 132) which generates a coupling force that forces a stop face (62) of the said control element (60) toward a stop location (58) of said intermediate element (40), said stop face (62) of said control element (60) can be moved away from said stop location (58) of said intermediate element (40) by a servomotor (82) counter to a coupling spring force (88, 132), said electromechanical transfer means (34, 36, 68, 70, 82, 84, 86, 90, 158, 160) include at least two travel measuring instruments (34, 36, 68, 70, 158, 160), wherein a control position of said set-point transducer (6) can be ascertained with at least one travel measuring instrument (34, 36, 158, 160), and a control position of said control element (60) can be ascertained with at least one travel measuring instrument (68, 70).