Claims Analysis
Total Claims: 8
Claim 1
Independent Claim
269 words
An output linkage for transferring a first input to a controlled device for selecting a desired operating condition of the device, for transferring a second input to the controlled device for overriding the condition set by the first input and for automatically returning the device to said desired operating condition once a force initiating and second input is removed, comprising: first, second and third arms mounted for swinging movement about a first axis, the arms being grouped together with the third arm being located between the first and second arms; first input means connected to said first arm for selectively swinging the latter about said axis to and for fixing the latter in selected positions; second input means connected to said second arm and link means connecting the second arm to said controlled device; said second input means connected for floating movement with said second arm when the latter is swung to adjust the controlled device in response to the first arm being swung to a selected position by said input means and for selectively swinging said second arm independently of said first arm to adjust the device so as to override the setting thereof determined by said first input means; said first and second arms having respective stop portions disposed for abutting said third arm; spring means resiliently interconnecting said first, second and third arms and biasing said first and second arms in a first direction about said axis and biasing said third arm in an opposite second direction about said axis to thereby yieldably hold said first and second arms in abutting engagement with said third arm.
Claim 2
Dependent Claim
269 words
An output linkage for transferring a first input to a controlled device for selecting a desired operating condition of the device, for transferring a second input to the controlled device for overriding the condition set by the first input and for automatically returning the device to said desired operating condition once a force initiating and second input is removed, comprising: first, second and third arms mounted for swinging movement about a first axis, the arms being grouped together with the third arm being located between the first and second arms; first input means connected to said first arm for selectively swinging the latter about said axis to and for fixing the latter in selected positions; second input means connected to said second arm and link means connecting the second arm to said controlled device; said second input means connected for floating movement with said second arm when the latter is swung to adjust the controlled device in response to the first arm being swung to a selected position by said input means and for selectively swinging said second arm independently of said first arm to adjust the device so as to override the setting thereof determined by said first input means; said first and second arms having respective stop portions disposed for abutting said third arm; spring means resiliently interconnecting said first, second and third arms and biasing said first and second arms in a first direction about said axis and biasing said third arm in an opposite second direction about said axis to thereby yieldably hold said first and second arms in abutting engagement with said third arm.
Claim 3
Dependent Claim
269 words
An output linkage for transferring a first input to a controlled device for selecting a desired operating condition of the device, for transferring a second input to the controlled device for overriding the condition set by the first input and for automatically returning the device to said desired operating condition once a force initiating and second input is removed, comprising: first, second and third arms mounted for swinging movement about a first axis, the arms being grouped together with the third arm being located between the first and second arms; first input means connected to said first arm for selectively swinging the latter about said axis to and for fixing the latter in selected positions; second input means connected to said second arm and link means connecting the second arm to said controlled device; said second input means connected for floating movement with said second arm when the latter is swung to adjust the controlled device in response to the first arm being swung to a selected position by said input means and for selectively swinging said second arm independently of said first arm to adjust the device so as to override the setting thereof determined by said first input means; said first and second arms having respective stop portions disposed for abutting said third arm; spring means resiliently interconnecting said first, second and third arms and biasing said first and second arms in a first direction about said axis and biasing said third arm in an opposite second direction about said axis to thereby yieldably hold said first and second arms in abutting engagement with said third arm.
Claim 4
Dependent Claim
269 words
An output linkage for transferring a first input to a controlled device for selecting a desired operating condition of the device, for transferring a second input to the controlled device for overriding the condition set by the first input and for automatically returning the device to said desired operating condition once a force initiating and second input is removed, comprising: first, second and third arms mounted for swinging movement about a first axis, the arms being grouped together with the third arm being located between the first and second arms; first input means connected to said first arm for selectively swinging the latter about said axis to and for fixing the latter in selected positions; second input means connected to said second arm and link means connecting the second arm to said controlled device; said second input means connected for floating movement with said second arm when the latter is swung to adjust the controlled device in response to the first arm being swung to a selected position by said input means and for selectively swinging said second arm independently of said first arm to adjust the device so as to override the setting thereof determined by said first input means; said first and second arms having respective stop portions disposed for abutting said third arm; spring means resiliently interconnecting said first, second and third arms and biasing said first and second arms in a first direction about said axis and biasing said third arm in an opposite second direction about said axis to thereby yieldably hold said first and second arms in abutting engagement with said third arm.
Claim 5
Dependent Claim
76 words
The control linkage defined in claim 1 wherein said resilient means comprises a double-wound, helically-coiled torsion spring having first and second coil sections interconnected by an intermediate section engaged with a leading side portion of the third arm, relative to the latter moving in said second direction, said coil sections terminating in respective end portions respectively engaged with trailing side portions of said first and second arms relative to the latter moving in said second direction.
Claim 6
Dependent Claim
78 words
The control linkage defined in claim 2 wherein first, second and third arms each include cylindrical inner end portions arranged concentrically with said axis; and said first coil section of said spring being received partly on each of the cylindrical inner end portions of each of said first and third arms and said second coil section of said spring being received partly on each of the cylindrical inner end portions of each of said second and third arms.
Claim 7
Dependent Claim
237 words
A manually operable control for effecting acceleration and deceleration of an engine by selective actuation of an engine fuel control device, comprising: first, second and third arms pivotally mounted for swinging in opposite first and second directions in respective paths about a fixed axis; said third arm being positioned between the first and second arms and having oppositely located first and second portions respectively locateD in the respective paths of movement of said first and second arms; a releasably fixable first control linkage means connected to said first arm and operable for selectively moving said first arm to and and fixing said first arm in a selected position; a floating second control linkage means connected to said second arm and to said fuel control device and selectively operable for moving said second arm about said axis; and resilient means yieldably holding said third arm in engagement with said first and second arms and interconnecting all three of said arms for movement together in response to actuation of said lockable control linkage means whereby said second and third arms are moved to respective first positions when the first arm is moved to a selected position and said second arm is thereafter selectively movable in said first and second directions from its selected position by said floatable linkage means, said resilient means acting to restore said second arm to its selected position once the floatable linkage means is released.
Claim 8
Dependent Claim
237 words
A manually operable control for effecting acceleration and deceleration of an engine by selective actuation of an engine fuel control device, comprising: first, second and third arms pivotally mounted for swinging in opposite first and second directions in respective paths about a fixed axis; said third arm being positioned between the first and second arms and having oppositely located first and second portions respectively locateD in the respective paths of movement of said first and second arms; a releasably fixable first control linkage means connected to said first arm and operable for selectively moving said first arm to and and fixing said first arm in a selected position; a floating second control linkage means connected to said second arm and to said fuel control device and selectively operable for moving said second arm about said axis; and resilient means yieldably holding said third arm in engagement with said first and second arms and interconnecting all three of said arms for movement together in response to actuation of said lockable control linkage means whereby said second and third arms are moved to respective first positions when the first arm is moved to a selected position and said second arm is thereafter selectively movable in said first and second directions from its selected position by said floatable linkage means, said resilient means acting to restore said second arm to its selected position once the floatable linkage means is released.