초록 ▼

The process for manufacturing a plasma display panel, wherein two glass substrates are sealed together using a sealing material of epoxy or polyvinyl butyrate. The sealed structure provides a space between the substrates to contain a discharge gas. The choice of an epoxy or polyvinyl butyrate sealin

The process for manufacturing a plasma display panel, wherein two glass substrates are sealed together using a sealing material of epoxy or polyvinyl butyrate. The sealed structure provides a space between the substrates to contain a discharge gas. The choice of an epoxy or polyvinyl butyrate sealing material allows for relatively low processing temperatures in order to cure the sealing material. This relatively low processing temperature, of between 200° C. and 300° C., lowers the risk of cracking or microcracking of intermediate layers, which are formed on the surfaces of the substrates.

대표청구항 ▼

The process for manufacturing a plasma display panel, wherein two glass substrates are sealed together using a sealing material of epoxy or polyvinyl butyrate. The sealed structure provides a space between the substrates to contain a discharge gas. The choice of an epoxy or polyvinyl butyrate sealin

The process for manufacturing a plasma display panel, wherein two glass substrates are sealed together using a sealing material of epoxy or polyvinyl butyrate. The sealed structure provides a space between the substrates to contain a discharge gas. The choice of an epoxy or polyvinyl butyrate sealing material allows for relatively low processing temperatures in order to cure the sealing material. This relatively low processing temperature, of between 200° C. and 300° C., lowers the risk of cracking or microcracking of intermediate layers, which are formed on the surfaces of the substrates. omprises: a start control element to start the display of video information; a stop control element to stop the display of video information; an address control element to display the video information related to an address position of the golf swing; a top control element to display the video information relate to a top position of the golf swing; an impact control element to display the video information related to an impact position of the golf swing; and a finish control element to display the video information relate to a finish position of the golf swing; (d) determining that the first video clip is synchronized with the second video clip; and (e) linking the first set of control elements with the second set of control elements such that the first set of control elements controls both the first video clip and the second video clip simultaneously; (f) displaying a third display region comprising one or more positional measurement values related to the golf swing displayed in the first and second video clips, and wherein the one or more positional measurement values are time-synchronized with the video information; and (g) simultaneously controlling the display of the one or more positional measurement values in the third display region with the first set of control elements. 2. A method of displaying information as defined in claim 1 further comprising: dividing the third display region into a plurality of windows, wherein each window displays a positional measurement related to a predetermined body element. 3. A method as defined in claim 2 further comprising interactively positioning the windows in the first display region. 4. A method of displaying information as defined in claim 1 further comprising: comparing the one or more positional measurement values to a range of predetermined threshold values; determining a color to display with each of the one or more positional measurement values based on the comparison to the range of predetermined threshold values; and displaying the one or more positional measurement values in the determined color. 5. A computer program product readable by a computing system and encoding a computer program of instructions for executing a computer process for presenting athletic instruction related to a physical motion on a display area presented on a display monitor, said computer process comprising: (a) dividing the display area into a first display region and a second display region; (b) displaying a first video clip in the first display region, the first video clip controllable by a first set of video control elements and comprising video frames of a golfer performing a golf swing, wherein the first set of video control elements comprises: a start control element to start the display of video information; a stop control element to stop the display of video information; an address control element to display the video information related to an address position of the golf swing; a top control element to display the video information relate to a top position of the golf swing; an impact control element to display the video information related to an impact position of the golf swing; and a finish control element to display the video information relate to a finish position of the golf swing; (c) displaying a second video clip in the second display region simultaneously with the display of the first video clip, the second video clip controllable by a second set of video control elements and comprising video frames of a golfer performing a golf swing, wherein the second set of video control elements comprises: a start control element to start the display of video information; a stop control element to stop the display of video information; an address control element to display the video information related to an address position of the golf swing; a top control element to display the video information relate to a top position of the golf swing; an i