Proximity sensor display assembly and method
First Claim
1. An electronic display assembly comprising:
- an electronic display device having a display surface;
a proximity sensor having a sensor output;
an enclosure adapted to house the display surface, and the proximity sensor, the enclosure comprising;
a first opening sized to provide a view of the display surface from outside the enclosure when the display surface is mounted in the enclosure; and
a second opening sized to provide access to the outside of the enclosure to the proximity sensor when the proximity sensor is mounted in the enclosure; and
a power supply operatively coupled to the display device, and the proximity sensor to power the display device, and the proximity sensor.
1 Assignment
0 Petitions
Accused Products
Abstract
This disclosure generally relates to a multimedia display equipped with a proximity sensor. The display is made of a device equipped with a proximity sensor and a computing device to better create and manage multimedia presentations. The display allows owners to insert a panel equipped with an LCD screen inside an enclosure with an opening in either a landscape or portrait orientation. Owners may use their computers to prepare, manage, and store audio and visual information. The display allows owners to better customize and use the device by using known computing, cabling, and display technology in conjunction with a robust enclosure. Finally, the display allows owners to rotate the LCD screen from a portrait orientation to a landscape orientation, or vice versa.
33 Citations
36 Claims
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1. An electronic display assembly comprising:
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an electronic display device having a display surface;
a proximity sensor having a sensor output;
an enclosure adapted to house the display surface, and the proximity sensor, the enclosure comprising;
a first opening sized to provide a view of the display surface from outside the enclosure when the display surface is mounted in the enclosure; and
a second opening sized to provide access to the outside of the enclosure to the proximity sensor when the proximity sensor is mounted in the enclosure; and
a power supply operatively coupled to the display device, and the proximity sensor to power the display device, and the proximity sensor. - View Dependent Claims (2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14)
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15. An electronic display system comprising:
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a computing device having stored therein visual data, the computing device including a trigger input, and a visual data output;
an electronic display device having a video data storage operatively coupled to the visual data output;
a proximity sensor having a sensor output operatively coupled to the trigger input;
and a power supply operatively coupled to the display device, and the proximity sensor to power the display device, and the proximity sensor;
wherein the display device receives visual data from the visual data storage upon the computing device receiving a proximity sensing data from the trigger input. - View Dependent Claims (18, 20, 21, 23)
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16. An electronic display system comprising:
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a computing device having stored therein visual data and audio data, the computing device including a trigger input, a visual data output, and an audio data output;
an electronic display device having a video data storage operatively coupled to the visual data output;
at least one speaker having an audio data storage operatively couple to the audio data output;
a proximity sensor having a sensor output operatively couple to the trigger input; and
a power supply operatively couple to the display device, the at least one speaker, and the proximity sensor to power the display device, the at least one speaker, and the proximity sensor;
wherein the display device receives visual data from the visual data storage and the at least one speaker receives audio data from the audio data storage upon the computing device receiving a proximity sensing data from the trigger input. - View Dependent Claims (17, 19, 22, 24, 25, 26, 27, 29)
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28. A method of providing display of visual data and audible transmission of audio data comprising the steps of:
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sensing an object in proximity of a display assembly using a proximity sensor, the display assembly having an enclosure, the enclosure housing a display device, at least one speaker, and the proximity sensor;
sending a proximity sensing signal to a computing device responsive to sensing the object in proximity of the display device assembly, the computing device receiving the proximity sensing signal;
sending visual data from the computing device to the display device responsive to the computing device receiving the proximity sensing signal;
sending audio data from the computing device to the at least one speaker responsive to the computing device receiving the proximity sensing signal; and
displaying the visual data with the display device and audibly transmitting the audio data with the at least one speaker. - View Dependent Claims (30, 31, 32, 33, 34, 35)
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36. A method of transforming a landscape oriented display assembly into a portrait oriented assembly or vice versa, the method comprising the steps of:
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using an electronic display assembly comprising an enclosure, and a cover bezel each in the landscape orientation, the cover bezel including corner tabs inserted in a series of associated corner openings in the enclosure;
removing the enclosure from the cover bezel;
using a second enclosure adapted for the portrait orientation with a series of associated corner openings in the enclosure;
rotating by ninety degrees the cover bezel;
placing the second enclosure over the cover bezel by inserting the tabs of the cover bezel within the associated corner openings in the enclosure.
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Specification