Vision assistive devices and user interfaces
View Patent ↗Vision assistive device and user interface are disclosed. In some embodiments, a vision assistive device includes a housing having a base for positioning the housing on a surface; one or more imaging units disposed along a top portion of the housing, each imaging unit being angled downward so a central axis of the imaging unit forms an acute angle with the surface so the imaging unit captures a target image from a target object; and a control system accommodated within the housing, the control system being connected to the one or more imaging units to process the target image captured by each imaging unit and to output the target image to a user.
1. A vision assistive device comprising:
a housing having a base for positioning the housing on a surface, a top portion, and a front wall, back wall, and side walls connecting the base to the top portion and together defining an inner volume of the housing, wherein the to portion protrudes outward from the front wall of the housing;
one or more imaging units integrated within the top portion of the housing, each imaging unit being stationary with respect to the housing and angled downward so a central axis of the imaging unit forms an acute angle with the surface so the imaging unit captures a target image from a target object; and
a control system accommodated within the inner volume of the housing, the control system being connected to the one or more imaging units to process the target image captured by each imaging unit.
2. The vision assistive device of claim 1 wherein the one or more imaging units are positioned substantially over an edge of the target object positioned on the surface adjacent to the housing.
3. The vision assistive device of claim 1 comprising one imaging unit positioned in a center of the top portion of the housing.
4. The vision assistive device of claim 3 wherein the one imaging unit is configured to capture multiple portions of the target image with different focus positions and the control system is configured to combine the multiple portions.
5. The vision assistive device of claim 1 comprising two imaging units spaced apart from one another.
6. The vision assistive device of claim 5 wherein the two imaging units are configured to capture overlapping portions of the target image.
7. The vision assistive device of claim 6 wherein the control system is programmed to combine the overlapping portions.
8. The vision assistive device of a claim 1 further comprising one or more analog controls for controlling one or more functionalities of the vision assistive device.
9. The vision assistive device of claim 8 wherein the one or more functionalities are selected from the group consisting of an alarm clock, a calendar, a security surveillance, a digital frame, games, medication reminders and combinations thereof.
10. The vision assistive device of claim 1 further comprising a screen located between the base and the top portion of the housing for outputting the target image to the user.
11. The vision assistive device of claim 10 further comprising one or more rollers for scrolling through the target image displayed on the screen and enlarging desired portions of the target image.
12. The vision assistive device of claim 1 further comprising one or more sensors selected from the group consisting of smoke detector, carbon monoxide detector, temperature sensor, humidity sensor, motion detection sensor and combinations thereof.
13. The vision assistive device of claim 1 wherein the device is configured to dispense medication.
14. A vision assistive device comprising:
a housing having a base for positioning the housing on a surface, a top portion, and a front wall, back wall, and side walls connecting the base to the top portion and together defining an inner volume of the housing, wherein the top portion protrudes outward from the front wall of the housing;
one or more imaging units integrated within the top portion of the housing, each imaging unit being stationary with respect to the housing and configured to capture a target image from a target object positioned substantially perpendicular to the housing;
a screen integrated with the housing along the front wall of the housing;
a control system accommodated within the inner volume of the housing, the control system being connected to the imaging units to process data corresponding to the image captured by the imaging units and to output the target image to a user on the screen.
15. The vision assistive device of claim 14 wherein the one or more imaging units are integrated with the housing.
16. The vision assistive device of claim 14 wherein the one or more imaging units are spaced away from the housing.
17. The vision assistive device of a claim 14 further comprising one or more analog controls for controlling one or more functionalities of the vision assistive device.
18. The vision assistive device of claim 17 wherein the one or more functionalities are selected from the group consisting of alarm clock, calendar, security surveillance, digital frame, games, medication reminders and combinations thereof.
19. The vision assistive device of claim 14 further comprising one or more rollers for scrolling through the target image displayed on the screen and enlarging desired portions of the target image.
20. A method for providing vision assistance, the method comprising:
disposing a housing substantially perpendicular to a surface, the housing including one or more imaging units and a control system, wherein the housing has a base for positioning the housing on the surface, a top portion, and a front wall, back wall, and side walls connecting the base to the top portion, wherein the top portion protrudes outward from the front wall of the housing;
capturing with the one or more imaging units a target image from a target object placed on the surface adjacent to the housing, wherein the one or more imaging units are integrated within the top portion of the housing, each imaging unit being stationary with respect to the housing; and
processing the captured target image and outputting the target image on a screen integrated with the housing along the front wall of the housing.
21. The vision assistive device of claim 1 wherein the central axis of the imaging unit forms an acute angle with a plane defined by the front wall of the housing.
22. The vision assistive device of claim 14 wherein the one or more imaging units are angled downward so a central axis of the one or more imaging units forms an acute angle with the surface and a plane defined by the front wall of the housing so the imaging unit captures the target image from the target object.
23. The method of claim 20 further comprising angling the one or more imaging units downward so a central axis of the imaging unit forms an acute angle with the surface and a plane defined by the front wall of the housing.