Manual and power motivated drive means
AssigneeMinolta Camera Kabushiki Kaisha
InventorYutaka Watanabe
Life of this patent
Estimating the term…
Abstract
A manual and power motivated drive apparatus, wherein a web is advanced by a drive means, such as a motor comprises; a driven means mounted on an output shaft coupled to the drive means; a manually rotatable input shaft; a first motion transmission means mounted on the input shaft; and a second intermediate motion transmission means engaging the first transmission means and rockable about the input shaft upon the rotation of the first transmission means. The second transmission means is rocked about the input shaft upon rotation thereof in a manner to be brought into engagement with the driven means, whereby the driving force of the input shaft is transmitted by way of the first and second transmission means and the driven means to the output shaft.
Claims10
A manual and power motivated drive apparatus for manually driving an object, comprising:
- a power driven output shaft drive coupled to a motor;
- drive force receiving means mounted on said output shaft;
- a manually rotatable input shaft;
- first motion transmission means mounted on said input shaft;
- intermediate second transmission means in engagement with said first motion transmission means and swingable about said input shaft in response to the rotation of said first motion transmission means;
- biasing means urging said intermediate second transmission means about said input shaft, said second transmission means being spaced away from said drive force receiving means under the influence of said biasing means when said input shaft is stationary and drive engaging said drive force receiving means in response to said swinging of said second transmission means about said input shaft against the influence of said biasing means when said input shaft is rotated, whereby the driving force of said input shaft is transmitted to said output shaft;
- and
- deactuating means responsive to the swing of said second transmission means for deactuating said motor.
A manual and power motivated drive apparatus for manually driving an object, comprising:
- a power driven output shaft;
- drive force receiving means mounted on said output shaft;
- two intermediate receiving members rotatably maintained in drive engagement with said drive force receiving means;
- a manually rotatable input shaft;
- drive force transmitting means mounted on said input shaft;
- and
- intermediate transmission means including two intermediate transmission members maintained in drive engagement with said drive force transmitting means and being swingable about said input shaft in response to the rotation of said drive force transmitting means, said intermediate transmission members being spaced away from said intermediate receiving members when said input shaft is stationary and alternatively respectively drive engaging respective intermediate receiving members in response to the direction of rotation of said intermediate transmission means about said input shaft when said input shaft is rotated whereby the drive force of said input shaft is transmitted to said output shaft to rotate said output shaft in a direction responsive to the direction of rotation of said input shaft.
A manual and power motivated drive apparatus for manually driving an object, comprising:
- a power driven output shaft;
- a drive force receiving member mounted on said output shaft;
- a pair of intermediate receiving members rotatably mounted in engagement with said drive force receiving means;
- a manually rotatable input shaft;
- a first motion transmission member mounted on said input shaft;
- and
- a pair of intermediate transmission members rotatably mounted in engagement with said first motion transmission means and swingable about said input shaft in response to the rotation of said first motion transmission means, said intermediate transmission members being spaced away from said intermediate receiving members when said input shaft is stationary and either of said intermediate transmissions members drive engaging either of said intermediate receiving members in response to said swinging of said intermediate transmission members about said input shaft when said input shaft is rotated, whereby the driving force of said input shaft is transmitted to said output shaft.
A manual and power motivated drive apparatus for manually driving an object, comprising:
- a motor having a power driven output shaft;
- drive force receiving means mounted on said output shaft;
- a manually rotatable input shaft;
- means for deactuating said motor in response to the rotation of said input shaft;
- first motion transmission means mounted on said input shaft;
- and
- intermediate second transmission means in engagement with said first motion transmission means and swingable about said input shaft in response to the rotation of said first motion transmission means, said second transmission means being spaced away from said drive force receiving means when said input shaft is stationary and drive engaging said drive force receiving means in response to said swinging of said second transmission means about said input shaft when said input shaft is rotated, whereby the driving force of said input shaft is transmitted to said output shaft.
A manual and power motivated drive mechanism comprising a power driven output shaft, a manually driven input shaft, a first rotational drive coupling member mounted on said output shaft, a second rotational drive coupling member mounted on said input shaft, a pair of third rotational drive coupling members drive coupled to said second coupling member, a support rockably mounted on said input shaft and supporting said third coupling members, and a pair of fourth coupling members peripherally engaging said first coupling member, either of said third coupling members alternatively out of engagement with or in engagement with a respective fourth coupling member in response to the angular position of said support on said input shaft.
A manual and power motivated drive mechanism comprising motor means having a power driven output shaft a manually driven input shaft, a first rotational drive coupling member mounted on said output shaft, a second rotational drive coupling member mounted on said input shaft, transmission means including a pair of third rotational drive coupling members drive coupled to said second coupling member and alternatively movable into drive coupling with said first coupling member in response to the rotation thereof, and deactuating means for deactuating said motor in response to the transfer of said transmission means to drive engagement with said first coupling member whereby the direction of rotation of said output shaft is responsive to the direction of rotation of said input shaft.
Dependencies are inferred from the claim text.