Electromechanical information browsing device
An electromechanical information browsing device that controls page flipping actions of information displayed as an e-book on a display device. The browsing device includes a controller that provides tactile feedback so as to lessen the user-interface differences between conventional books and e-books. Sensors and control mechanisms in the controller generate a series of electrical signals that are interpreted by the computer that displays the e-book to control various browsing operations, such as flipping pages, controlling a rate of page flipping, jumping to pre-set locations in the e-book, etc.
1. A mechanical browsing module for controlling a display of a set of information to be browsed, comprising:
a body having a sensor;
a browsing control device coupled to the sensor and configured to generate a control signal with a first direction component when a force is applied to the sensor in a first direction and a second direction component when the force is applied to the sensor in a second direction; and
an output port configured to output the control signal to a processor that controls which portion of said set of information is presented on a display, wherein
said browsing control device comprises
a plurality of springs configured to provide at least one of a force feedback and a frictional feedback as a reaction to said force, and
a moveable control platform linked to a potentiometer, wherein said moveable control platform is configured to move in a first direction and a second direction, and the first direction is perpendicular to the second direction.
2. The mechanical browsing module of claim 1 , wherein
the potentiometer is configured to provide a horizontal position of the platform.
3. The mechanical browsing module of claim 1 , further comprising a second potentiometer configured to provide a vertical position of the platform.
4. The mechanical browsing module of claim 1 , wherein:
said browsing control device is further configured to generate the control signal with a rotational component when the force is applied to the roller in a rotational direction.
5. The mechanical browsing module of claim 1 , wherein:
said browsing control device is further configured to generate the control signal with a translational component when the force is applied to the platform in a translational direction.
6. The mechanical browsing module of claim 5 , wherein
said control signal is formatted so as to be recognized by said processor as a request to generate at least one of the complex flipping commands.
7. The mechanical browsing module of claim 1 , wherein
said browsing control device is configured to generate the control signal with one of n different signal settings when said force is applied with a corresponding one of n different magnitudes, wherein n is an integer greater than 1.
8. The mechanical browsing module of claim 1 , wherein
said plurality of springs is configured to provide n different discrete amounts of resistance that correspond with n different magnitudes, wherein n is an integer greater than 1.
9. The mechanical browsing module of claim 1 , wherein the browsing control device is configured to have at least two resistance regions.
10. A mechanical browsing module for controlling a display of a set of information to be browsed, comprising:
a body having a sensor;
a browsing control device coupled to the sensor and configured to generate a control signal with a first direction component when a force is applied to the sensor in a first direction and a second direction component when the force is applied to the sensor in a second direction; and
an output port configured to output the control signal to a processor that controls which portion of said set of information is presented on a display,
wherein the browsing control device includes an input device that is configured to move in three-dimensions in order to receive commands to control at least one of a set of complex page flipping commands on the display, wherein
the set of complex page flipping commands comprises at least one of
a select-to-jump-to-a-specified-point command,
a launch-a-single-flipping-page command,
a launch-multiple-flipping pages-at-a-specific-interval command,
a reverse-direction-of-a-single-last-trailing-page command,
a reverse-direction-of-multiple-last-trailing-pages command,
a reverse-direction-of-a-selected-group-of-flipping-pages command,
a freeze-one-or-more-flipping-pages-in-midflip command
an unfreeze-frozen-pages-and-let-pages-all-flip-in-a-same-direction command,
an unfreeze-frozen-pages-and-let-some-pages-continue-to-flip-in-a-direction-prior-to-freezing,
an unfreeze-frozen-pages-and-let-some-pages-flip-to-a-left-side-and-some-pages-flip-to-a-right-side command,
an unfreeze-frozen-pages-and-let-subgroups-of-pages-flip-in-different-directions command,
a jump-and-make-a-thick-collection-of-pages-flip-together command,
a launch-flipping-pages-while-a-thick-collection-of-pages-is-flipping command,
a launch-at-least-one-other-thick-collections-of-pages-while-other-pages-are-flipping command,
a move-a-held-single-page-in-a-selected-direction-at-a-selected-speed command,
a move-a-held-single-thick-collection-of-pages-in-a-selected-direction-and-at-a-selected-speed command,
a move-at-least-one-of-a-held-pages-and-a-thick-collection-of-pages-in-a-selected-direction-and-at-a-selected-speed command,
a hold-more-than-one-page command,
a hold-a-single-page-in-mid-flip-and-collect-other-pages-that-flip-onto-the-single-page-in-mid-flip command,
a hold-a-single-thick-collection-of-pages-in-mid-flip-and-collect-other-pages-that-flip-onto-the-single-thick-collection-of-pages-in-mid-flip command,
a hold-at-least-one-of-a-single-page-and-two-thick-collections-of-pages-in-mid-flip-and-execute-at-least-one-of-the-set-of-page-flipping-commands-between-the-at-least-one-of-a-single-page-and-a-thick-collection-of-pages-in-mid-flip-and-a-thickness-of-a-side-of-a-book-command,
a hold-at-least-one-of-two-pages-and-two-thick-collections-of-pages-in-mid-flip-and-execute-at-least-one-of-the-set-of-page-flipping-commands-between-the-at-least-one-of-two-pages-and-a-thick-collection-of-pages-in-mid-flip command,
a launch-multiple-flipping-pages-at-a-specific-interval command,
an unfreeze-frozen-pages-and-some-pages-flip-to-a-left-side-and-some-to-a-right-side-of-book command,
a select-to-hold-a-page command,
a jump-to-a-specified-point-in-a-document-command,
a select-to-hold-a-thick-collection-of-pages command,
a select-to-hold-at-least-one-of-at-least-two-pages-and-at-least-two-thick-collections-of-pages command,
a hold a single thick collection of pages in mid-flip while releasing one or more pages from the collection command, and
a select a desired split point on a held single thick collection of pages in mid-flip and split the collection of pages into two separate collections of pages.
11. A mechanical browsing module for controlling a display of a set of information to be browsed, comprising:
a body having a sensor;
a browsing control device coupled to the sensor and configured to generate a control signal with a first direction component when a force is applied to the sensor in a first direction and a second direction component when the force is applied to the sensor in a second direction; and
an output port configured to output the control signal to a processor that controls which portion of said set of information is presented on a display, wherein
said browsing control device comprises
a plurality of springs configured to provide at least one of a force feedback and a frictional feedback as a reaction to said force,
a moveable control platform mechanically linked to a potentiometer and at least some of the plurality of springs, and
a roller or rocker connected to the moveable control platform.
12. The mechanical browsing module of claim 11 , wherein
the roller is configured to rotate around a central axis of the roller, and
the browsing control device includes is a rotary potentiometer configured to measure an angular position of the roller.
13. The mechanical browsing module of claim 11 , further comprising:
a roller spring connected to the roller and configured to provide a mechanically resistive rotating force when the roller is rotated in a positive angular direction, and to return the roller to a neutral angular position.
14. The mechanical browsing module of claim 11 , wherein
the roller comprises a grooved roller surface and a tab configured to prevent the roller from rotating in a negative angular direction beyond the angular neutral position.