1. A method to display a first video in an html compliant email on a computerized device without the need to execute a video player on said device, comprising:
a. defining a predetermined number of video frames to be included in said first video;
b. creating a first video file containing all of said frames in a particular sequence;
c. storing said first video file on a server;
d. embedding a hot link in the html code of said email to call said first video file and to sequently display said video frames when said email is opened or otherwise viewed.
2. The method of claim 1, further comprising the step of providing a landing web page comprising a second video file, said landing page being opened when a user clicks on said email page.
3. The method of claim 2, wherein said second video file is stored on a server and said second video file is streamed onto said landing page.
4. The method of claim 1, further comprising the step of providing a landing page comprising a second video, wherein said second video file of said second video begins to be downloaded when said email is opened or viewed.
5. The method of claim 1, further comprising the step of providing a landing page comprising a second video which is automatically opened when said all of video frames of said first video have been displayed.
6. The method of claim 1, further comprising the step of determining the number of time said sequence of said frames will be displayed.
7. The method of claim 6, further comprising the step of implementing said html code to create a loop for the display of said first video file according to said number of time.
8. The method of claim 2, further comprising the step of providing a process residing on said server, said process including instructions to test the bandwidth of said computerized device to provide the optimum bit stream of said computerized device for the display of said second video, utilizing maximum available bandwidth.
9. A system to display a first video in an html compliant email on a computerized device without the need to execute a video player on said device, comprising:
a. a first video file comprising a predetermined number of frames, all of said frames ordered in a particular sequence;
b. a server to store said first video file;
c. an email in which a hot link is embedded the html code of said email to call said first video file and to sequently display said video frames when said email is opened or otherwise viewed on said computerized device.
10. The system of claim 9, further comprising a landing page comprising a second video, said landing page being opened when a user clicks on said email page.
11. The system of claim 10, wherein said second video file is stored on a server and said second video file is streamed onto said landing page.
12. The system of claim 9, further comprising a landing page comprising a second video, wherein said second video file of said second video begins to be downloaded when said email is opened or viewed.
13. The system of claim 9, further comprising a landing page comprising a second video which is automatically opened when said all of video frames of said first video have been displayed.
14. The system of claim 9, wherein said first video is displayed a predetermined number of times by creating a loop in said html code of said email.
15. The system of claim 10, further comprising the step of providing a process residing on said server, said process including instructions to test the bandwidth of said computerized device to provide the optimum bit stream of said computerized device for the display of said second video, utilizing maximum available bandwidth.
16. An html compliant email residing on an individual computerized device, said email displaying a first video without the need to execute a video player on said device, comprising:
a. a hot link in the code of said email, said hot link calling a first video file composed by a plurality of frames, said frames being sequently displayed when said email is opened or otherwise viewed.
17. The email of claim 16, wherein said first video is displayed a predetermined number of times by creating a loop in said html code of said email.
The claims below are in addition to those above.
All refrences to claim(s) which appear below refer to the numbering after this setence.
1. A method for determining the water level in a boiler steam drum, heater, or other piping or pressure vessel, comprising the steps of:
projecting a first light from a first array of light emitting diodes of a first colour;
projecting a second light from a second array of light emitting diodes of a second colour, said light emitting diodes being arranged such that said first and second lights can be projected at various positions;
passing said first and second lights through a heat divider;
passing said first and second lights through a column containing steam and water at a varying level to an opposing side of said column relative to said light emitting diodes, said heat divider separating said light emitting diodes from high temperatures existing at said column;
observing the respective positions of the first and second lights as projected and passed through said column at varying vertical levels; and
determining the presence of water or steam at each of said varying vertical levels based upon the observed position of either of the first or the second lights at said varying vertical levels.
2. The method for determining the water level in a boiler steam drum, heater, or other piping or pressure vessel according to claim 1, wherein said step of determining the presence of water or steam at each of said varying vertical levels is based upon the observed positions of the first and second lights on a projection screen positioned on said opposing side of said column relative to said light emitting diodes.
3. The method for determining the water level in a boiler steam drum, heater, or other piping or pressure vessel according to claim 1, wherein said step of projecting a first light utilizes at least two light emitting diodes of said first colour arranged in parallel for independent operation.
4. The method for determining the water level in a boiler steam drum, heater, or other piping or pressure vessel according to claim 1, wherein said step of projecting a second light utilizes at least two light emitting diodes of said second colour arranged in parallel for independent operation.
5. The method for determining the water level in a boiler steam drum, heater, or other piping or pressure vessel according to claim 1, wherein said first colour is red.
6. The method for determining the water level in a boiler steam drum, heater, or other piping or pressure vessel according to claim 1, wherein said second colour is green.
7. The method for determining the water level in a boiler steam drum, heater, or other piping or pressure vessel according to claim 5, wherein said second colour is green.
8. The method for determining the water level in a boiler steam drum, heater, or other piping or pressure vessel according to claim 2, wherein said step of projecting a first light utilizes at least two light emitting diodes of said first colour arranged in parallel for independent operation.
9. The method for determining the water level in a boiler steam drum, heater, or other piping or pressure vessel according to claim 2, wherein said step of projecting a second light utilizes at least two light emitting diodes of said second colour arranged in parallel for independent operation.
10. The method for determining the water level in a boiler steam drum, heater, or other piping or pressure vessel according to claim 3, wherein said step of projecting a second light utilizes at least two light emitting diodes of said second colour arranged in parallel for independent operation.
11. The method for determining the water level in a boiler steam drum, heater, or other piping or pressure vessel according to claim 2, wherein said first colour is red.
12. The method for determining the water level in a boiler steam drum, heater, or other piping or pressure vessel according to claim 11, wherein said second colour is green.
13. A method for determining the water level in a boiler steam drum, heater, or other piping or pressure vessel, comprising the steps of:
projecting a first light from one or more light emitting diodes of a first colour;
projecting a second light from one or more light emitting diodes of a second colour, said light emitting diodes being in array such that said first and second lights can be projected various positions;
passing said first and second lights through a heat divider;
passing said first and second lights through a column containing steam and water at a varying level o an opposing side of said column relative to said light emitting diodes, said heat divider separating said light emitting diode array from high temperatures existing at said column; and
determining the presence of water or steam at said varying level based upon an observed position of either of the first or the second lights at said varying level.
14. The method for determining the water level in a boiler steam drum, heater, or other piping or pressure vessel according to claim 13, wherein said step of determining the presence of water or steam at said varying level is based upon the observed positions of the first and second lights on a projection screen positioned on said opposing side of said column relative to said light emitting diodes.
15. The method for determining the water level in a boiler steam drum, heater, or other piping or pressure vessel according to claim 13, wherein said step of projecting a first light utilizes at least two light emitting diodes of said first colour arranged in parallel for independent operation.
16. The method for determining the water level in a boiler steam drum, heater, or other piping or pressure vessel according to claim 13, wherein said step of projecting a second light utilizes at least two light emitting diodes of said second colour arranged in parallel for independent operation.
17. The method for determining the water level in a boiler steam drum, heater, or other piping or pressure vessel according to claim 13, wherein said first colour is red.
18. The method for determining the water level in a boiler steam drum, heater, or other piping or pressure vessel according to claim 13, wherein said second colour is green.
19. A method for determining the water level in a watersteam device, comprising the steps of:
projecting at least one light of a first colour and at least one light of a second colour from respective light emitting diodes variously positioned within an array of high-intensity narrow beam first and second colour light emitting diodes, through a heat divider in advance of a column containing steam and water at a varying level, to an opposing side of said column relative to said array; and
determining the water level based upon the position of either the first light or the second light as observed from said opposing side.
20. The method for determining the water level in a watersteam device according to claim 19, wherein said step of determining the water level is based upon the observed positions of the first and second lights on a projection screen positioned on said opposing side of said column relative to said light emitting diodes.