Display system, device, and method
An assembly and method for updating a display assembly of a control panel is disclosed with optimal uniform illumination. In some instances, embodiments include efficient and cost effective methods for upgrading display assemblies without having to completely overhaul the electrical, mechanical, or wiring components already existing within the control panel.
1. A method of updating a display assembly of a control panel comprising:
removing a non-electronic display panel presenting data in an analog format from the control panel by detaching from its internal wirings that connect the non-digital display to an electronic module;
installing an electronic display panel with a front end and a back end onto an area of the control panel where the non-electronic display panel once remained; and
coupling an electronic module that was once connected to the non-electronic display panel to the back end of the electronic display panel via the same internal wirings such that digital signals from the electronic module are relayed to the electronic display panel for presenting data in a digital format that was previously presented in an analog format;
wherein the internal wirings of the control panel that are coupled to the electronic module are the same internal wirings that were previously existing in the control panel and were previously attached to the non-electronic display panel, and further wherein the internal wirings utilize both analog signals and digital signals, and remain invariant even when updating the control panel to include the electronic display panel.
2. The method of operating the display assembly of claim 1 , wherein the electronic display panel is a liquid crystal display with a backlight unit.
3. The method of operating the display assembly of claim 2 , wherein the electronic display panel comprises a collimator to collect light rays from the backlight unit.
4. The method of operating the display assembly of claim 3 , wherein the electronic display panel comprises a diffuser to provide a more uniform illumination by minimizing high intensity bright spots.
5. The method of operating the display assembly of claim 4 , wherein the display comprises a first focusing lens at a first end of the diffuser and a second focusing lens at a second end of the diffuser.
6. The method of operating the display assembly of claim 5 , further comprising modeling a performance of a light source of the electronic display panel to predict a light ray's path and reflectance through pixels on an image plane.
7. The method of operating the display assembly of claim 6 , wherein the modeling of the performance of the light source is performed in a two dimensional phase space environment.
8. The method of operating the display assembly of claim 1 , wherein the electronic module of one or more electronic assembly units comprises one or more electronic hardware, such that the one or more electronic assembly units may be retrofitted onto the electronic module depending on information to be presented onto the electronic display panel.
9. A method of updating a display assembly of a control panel comprising:
detaching a non-electronic display panel presenting data in an analog format from the control panel;
installing an electronic display panel with a front end and a back end onto a surface of the control panel; and
coupling an electronic module that once connected to the non-digital display to the back end of the electronic display panel via the same internal wirings such that digital signals from the electronic module are relayed to the electronic display panel for presenting data for presenting data in a digital format that was previously presented in an analog format;
wherein the internal wirings within the control panel that are coupled to the electronic module are the same internal wirings that were previously existing in the control panel and were previously attached to the non-electronic display panel, and further wherein the internal wirings utilize both analog signals and digital signals, and remain invariant even when updating the control panel to include the electronic display panel.
10. The method of operating the display assembly of claim 9 , wherein the electronic display panel is a liquid crystal display with a backlight unit.
11. The method of operating a display assembly of claim 10 , wherein the electronic display panel comprises a diffuser to provide a more uniform illumination by minimizing high intensity bright spots.
12. The method of operating the display assembly of claim 9 , wherein the electronic module one or more electronic assembly units comprises one or more electronic hardware, such that the one or more electronic assembly units may be retrofitted onto the electronic module depending on information to be presented onto the electronic display panel.
13. The method of operating a display assembly of claim 12 , wherein the electronic assembly units comprises at least one of a charge coupled device camera, mission processor unit, loading and storage module, and data transfer module.
14. The method of operating the display assembly of claim 9 , wherein the electronic display panel comprises a first focus lens positioned next to a first end of the diffuser and a second focus lens positioned next to a second end of the diffuser to further focus light rays passing through the collimator.