TW200928985A - Frame switching method - Google Patents

Abstract

A frame switching method for adjusting a frame in a touch screen is provided. The switching method includes following steps. A desktop and at least a linking figure are provided. The desktop has a first part desktop, and part of the frame is synthesized by the first part desktop with a first transparency and the linking figure with a second transparency. The amount of the first transparency and the second transparency is one hundred percent. Whether the first transparency is zero or one hundred percent is determined. If the first transparency is zero percent and the touch screen is touched, the first transparency increases progressively to one hundred percent and the second transparency decreases progressively to zero percent. If the first transparency is one hundred percent and the touch screen hasn't been touched in a time domain, the first transparency decreases progressively to zero percent and the second transparency increases progressively to one hundred percent.

Description

3PA 200928985 IX. Description of the Invention: [Technical Field] The present invention relates to a method for switching a facet, and more particularly to a method for switching a screen of a touch screen. [Prior Art] With the advancement of technology, the electronic display of the display screen has been updated. Among them, the touch screen provides multiple connection icons on the display side. 歧 择 ^ ’ ’ ’ ’ ’ ’ ’ ’ Therefore, touch screens are more widely used in various electronic devices such as ticket vending machines, printers, translators, and personal digital assistants (PDAs). . Although the touch screen has the function of receiving input signals compared to other screens. However, (4) the link diagram and the selection block occupy the large 4 points area of the face, which is not very elegant in the standby mode. As electronic devices are becoming more and more personalized and selective, how to provide users with a dedicated personal touch on the touch screen is the goal of the industry's development - 〇 [Abstract] The present invention There is a method for switching between facets, which is provided on the touch screen - the tablecloth and the connection icon are switched, and the user of the control screen can be in the standby mode in the touch mode - personalization Tablecloth. 6

73PA 200928985 In accordance with an aspect of the present invention, a method of switching a facet is proposed for adjusting a face in a touch screen. The face switch method includes the following steps. Providing a tablecloth and at least one connection icon, the tablecloth having a first block, a cloth, and a part of the face is synthesized by a first block of the first transparency tablecloth and a second transparency link, the first The combination of transparency and second transparency is 100%. It is judged that the first transparency is 〇% or the first transparency is 100%. If the first transparency is 〇%, it is judged whether the touch-type camp is touched. If the first transparency is 0% and the touch-type glory is touched, the first transparency is increased from 〇% to 100% and the second transparency is decremented from 100% to 0%. If the first transparency is 1〇〇%, it is determined whether the touch screen is touched within the time interval. If the first transparency is 100%' and the touch screen is not touched within the time interval, the first transparency is reduced from 100% to 〇%, and the second transparency is increased from 〇% to 100. %. In order to make the above description of the present invention more comprehensible, the following description of the preferred embodiments and the accompanying drawings will be described in detail as follows: [Embodiment] Referring to the first embodiment, please refer to FIG. 1 and FIG. FIG. 1 is a schematic view showing a touch screen according to a first embodiment of the present invention, and FIG. 2 is a flow chart showing a method for switching a face according to a first embodiment of the present invention. The touch-type glory can be applied to an electronic device such as a mobile phone. The touch screen displays a top 10'' face 10, which includes a tablecloth 1〇〇 and at least one link. 7 200928985

73PA shows 310. The range of the tablecloth 100 is substantially the same as the range of the screen 1 . The touch screen 10 has a standby surface and an operation surface. The method of switching the facets will be described in detail below. In step S110, 'providing the tablecloth 100 and the connection diagram 31〇, the tablecloth 100 has a first block tablecloth 110, and the part of the table top is 1〇, which is the first block of the first block tablecloth 11 and a first The connection of the two transparency diagrams 310 is combined, and the combination of the first transparency and the second transparency is 1%. The connection diagram 310 is superimposed on a portion of the first block tablecloth 11〇. Ο In addition, the tablecloth 100 has a second block tablecloth 13〇, the picture 1〇, ^ includes the second block tablecloth 13G. When the touch screen 1() is applied to a mobile phone, the two-block tablecloth 13 can present the state of the electronic device, such as a battery, a memory capacity, a short message, and a missed call. In step S13G, it is judged that the first transparency is or the first transparency is 100%. Please refer to the 3A~3C diagram, which also shows a schematic diagram of different screens.八式式 ❹ As shown in Fig. 3A, the first block tablecloth 11〇 has a pattern, which is illustrated here by the pattern of the house. When the first transparency system, the second transparency is 100%, then only ^ 0 ' and the map is fortunately linn, the first block wallpaper U 〇 pattern 11G can not see the connection icon 31 control One of the screens U) stands by n. This _face is touched as shown in Fig. 3B. When the first read is displayed, only the pattern 110 connecting η1: method block tablecloth 110 is displayed. At this time, the second operation is the first operation of the face 13,. The surface of the etc. is the touch screen 200928985

r^DA v// u — ··»· ···—/! · ί~Χ As shown in Figure 3C, when the first transparency is not 0% and not 100% (for example, the first transparency is When 40% and the second transparency is 60%), the connection diagram 310 and the pattern 110' are simultaneously seen. The facet at this time is the intermediate face 15' of the touch screen 10 which changes between the operation face 13' of the 3B drawing and the standby face 11' of the 3A figure. Returning to Fig. 2, if the first transparency is 0% in step S130, step S130 is followed by step S151. If the first transparency is 100%, then step S130 is followed by step S153. If the first transparency is not 〇% and is not 100%, then step S130 is followed by step S155. Step S151 determines whether the touch screen 10 is touched. In detail, if the touch screen 10 is touched at any position (including the overlapping area or the non-overlapping area of the connection icon 310 and the first block tablecloth 110), the step S151 is performed after the step is performed. S171. If the touch screen 10 is not touched, step 151 is repeated. When the first transparency is 0% and the touch screen 10 is touched. In step S171, the first transparency is incremented from 0% to 100%, and the second transparency is decremented from 100% to 0%. Therefore, the face of the touch screen 10 will be gradually changed from the standby face 11' to the intermediate face 15', and finally the operation face 13' will be presented. That is, the touch screen 10 changes from the standby state to the operating state. The first transparency and the second transparency are correspondingly incremented and decremented according to an alpha blending function. Step S153 determines whether the touch screen 10 is touched within a time interval. If the touch screen 10 is not touched in the time interval, then 9 200928985 71ΡΔ -->3Τ/17ΙΤΠ -ilj U * » r -r I U L Γ^. After the step S153 is performed, the process proceeds to step S173. If the touch screen 10 is touched in the time interval, step S153 is repeatedly executed. When the first transparency is 100% and the touch screen 10 is not touched in the time zone. In step S173, the first transparency is decreased from 100% to 0%, and the second transparency is increased from 〇% to 100%. Therefore, the face of the touch screen 10 is gradually changed from the operation face 13' to the intermediate face 15', and finally the standby screen 11' is presented. That is, the touch screen 10 changes from the operating state to the standby state. The first transparency and the second transparency are correspondingly decremented and incremented according to the alpha synthesis function. When the operation face 13 and the standby face 11' are in the process of conversion, the steps of the switching method of the present invention are detailed below. In step S155, if the first transparency is not 0% and is not 100%, it is determined whether the touch screen 10 is touched. If yes, step S175 is performed. If the touch screen 10 is not touched, step S155 is repeated. Then, in step S175, if the first transparency is not 0% and the G is loo%, and the touch screen is touched, it is determined whether the position of the touch screen 10 is touched corresponds to the connection pattern. 310. That is, it is judged whether or not the position touched by the touch screen 10 is within the range of the connection diagram 310. If yes, go to step S191, if not, go to step S193. In step S191, if the first transparency is a percentage value other than 0% and not 100%, and the position of the touch screen 10 touched corresponds to the connection pattern 130, then one of the functions corresponding to the connection icon 130 is entered. Picture. The user can perform the required actions by function. 200928985

In addition, in step S193, if the first transparency is not non-zero and is not 100%, and the position of the touch screen 10 touched does not correspond to the connection pattern 310, the first transparency is increased to 100. % and decrement the second transparency to 0%. The pattern 110' of the tablecloth 1 及 of the touch screen 10 and the number of the connection diagram 130, the figure and the position of the touch screen 10 can be determined by the user. If the user does not touch the touch screen 10 after the time interval, the display screen of the touch screen 10 will change from the original operation surface 13' to the standby screen 11' according to the above switching method. At this time, the touch screen 10 enters the standby state to display only the tablecloth 100. When the user needs to manipulate the touch screen 10 and click anywhere on the screen, the touch screen 10 will gradually present the operation surface 13', and enter the operation mode to display the connection diagram 130 for the user to conveniently operate. In addition, in the process of changing the operation of the face 11' and the standby face 13', that is, when the second transparency is not 0%, if the user touches the position corresponding to the connection icon 310, the touch screen 10 Immediately enter the selected function 图示 the corresponding function of the icon 310. If the area touched by the user does not correspond to the connection diagram 310, the face of the touch screen 10 is changed from the standby face 11' to the operation face 13' (ie, the touch screen 10 is The standby state changes to the operating state), or the face of the touch screen 10 is changed from the operation screen 13' to the standby screen 11' (ie, the touch screen 10 changes from the operating state to the standby state), first Transparency will gradually increase to 100%, and the second transparency will gradually decrease to 0% to present the operation face 13'. π 200928985 Therefore, the touch screen disclosed in the embodiment has a standby state and an operating state. When the touch screen displays the standby state in the standby state, the user can select the icon that the individual likes as the tablecloth. In addition, when the touch screen is in an operational state, it provides a user connection diagram for selection and execution. The second embodiment of the present invention differs from the foregoing in that the screen of the touch screen is further represented by a time chart, and the rest of the same reference numerals are given to the same reference numerals and will not be described again. Please refer to the 4A, 4B and 5A, 5B drawings at the same time, and the 4A and 4B drawings illustrate the touch screen display screen according to the second embodiment of the present invention, and the 5A and 5B drawings continue A flowchart of a facet switching method according to a second embodiment of the present invention. In step S210, a tablecloth 500, a plurality of connection icons 310, and a time icon 710 are provided. The tablecloth 500 has a first block tablecloth 51 and a third block tablecloth 530, and the touch screen 2 The displayed face is synthesized by a first block of the first block tablecloth 510 and a second transparency link diagram 310, and a third block of the third transparency tablecloth 53 and a fourth transparency. The time chart 71 is synthesized. Among them, the first block tablecloth 510 and the third block tablecloth 530 are one complete facets of the synthetic tablecloth 5〇〇. In detail, the position of the time map 710 completely overlaps the position of the third block tablecloth 530. The time zone 71 is the area overlapping the tablecloth 5〇(), which is the third block tablecloth 530 of the tablecloth 500. Therefore, the fifth place of the tablecloth 5 12 200928985

-»>^3/ΐ7πη μ u * " - -», the third transparency of the 3P A block tablecloth 530 changes as the position of the time diagram 710 and its fourth transparency correspond. The touch is displayed on the screen 20 to display the time icon 530 on the tablecloth 500 at the same time. The combination of the first transparency and the second transparency is 100%, and the combination of the third transparency and the fourth transparency is 100%. The change between the first transparency and the second transparency of this embodiment is the same as that of the first embodiment, and therefore will not be described again. Next, in step S230, it is judged that the third transparency is 30% or the third transparency is 100%. If the third transparency is 30%, then φ is performed in step S151. If the third transparency is 100%, step S153 is performed. When the third transparency is 30% and the fourth transparency is 70%, the first block tablecloth 510 having the first transparency of 〇%, the second block tablecloth 530 having the third transparency of 30%, and the The four transparency is a 70% time plot 710. The facet at this time is as shown in Fig. 4A, which is the standby face 21' of one of the touch screens 20. When the third transparency is 100% and the fourth transparency is 0%, the second transparency and the fourth transparency are both shown as the connection diagram 310 and the time icon 710 corresponding to each of 〇%. At this time, the face of the © is shown in FIG. 4B, that is, one of the touch screens 20 is operated. Please return to FIG. 5A. After the step S151 is performed, if the third transparency is 30% and the touch screen 20 is touched, step S271 is further executed. The third transparency is increased from 30% to 100% and the fourth transparency is decremented from 70% to 0%. The third transparency and the fourth transparency are correspondingly incremented and decremented according to the alpha synthesis function. After the step S153 is performed, the step S273 is further executed, if the third 13 200928985

—- * »» ^ 73PA Transparency is 100%, and within the time interval, the touch screen is not touched, the third transparency is reduced from 100% to 30%, and the fourth transparency is reduced by 〇% Increase to 70%. The third transparency and the fourth transparency are correspondingly decremented and incremented according to the alpha synthesis function. If the touch screen 20 is touched in the time interval, step S153 is repeatedly executed. In addition, please refer to the sixth and sixth figures, the sixth drawing shows the detailed flow chart of step S171, and the sixth drawing shows the detailed flow chart of step S173. Step S171 may further include step S371 and step S372, and step S173 may further include step S373 and step S374. In step S371, the first transparency is increased from 0% to 30%, and the second transparency is decremented from 100% to 70%. Next, in step S372, the first transparency is increased from 30% to 100%, and the second transparency is decremented from 70% to 0%. In step S373, the first transparency is decreased from 100% to 30%, and the second transparency is increased from 〇% to 70%. Next, in step S374, the first transparency is decremented from 30% to ❹ 0%, and The second transparency is increased from 70% to 100%. After the execution of step S371, step S372 and step S271 are simultaneously performed. Step S374 and step S273 are simultaneously performed, and after step S374 and step S273 are executed, step S373 is performed. In the switching method disclosed in the above embodiments, in the standby mode, in addition to occupying the entire tablecloth, the user can select the required information to display on the touch screen, such as a time information. Time information and ❹

200928985 Blocks with overlapping tablecloths are shown in synthetic transparency. In the present embodiment, the transparency is explained by 30% in the standby state. However, f is not intended to limit the invention, and any transparency between 0% and 100% can be used as a parameter for displaying the time icon. Moreover, the touch screen disclosed in the above embodiments of the present invention has a standby state and an operating state. When the touch screen displays the face of the standby state, the user can select the icon that the user likes as the tablecloth. In addition, when the 状态 示 状态 状态 , , , , , , , 提供 提供 示 示 示 示 示 示 示 示 示 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在In addition, during the transition between the standby mode and the operation mode, the user must touch the area corresponding to the link icon to quickly enter the corresponding jFejpr ^/c 1> Therefore, the method disclosed in the foregoing embodiments of the present invention provides a completely personalized aspect of the user, and is more convenient to use. It is not described in the above, although the present invention has been disclosed in the preferred embodiment as described above. The invention is intended to be limited to the scope of the invention, and the invention may be practiced as various modifications. Subject to the scope defined. 15 200928985

. . . 73PA [Simple Description of the Drawings] FIG. 1 is a schematic view showing a touch screen according to a first embodiment of the present invention. 2 is a flow chart showing a method for switching a facet according to a first embodiment of the present invention. 3A to 3C are diagrams showing the touch screens of Fig. 1 showing different sides of the screen. 4A and 4B are schematic views showing a touch screen display screen according to a second embodiment of the present invention. 5A and 5B are flow charts showing a method of switching a facet according to a second embodiment of the present invention. FIG. 6A is a flow chart showing the details of step S171. FIG. 6B is a detailed flow chart of step S173. [Main component symbol description] 10, 20: touch screen 〇10, 11', 13', 15, 21, 23, 昼 100, 500: tablecloth 110, 510: first block tablecloth 130 Second block tablecloth 310 link icon 530 third block tablecloth 710 time icon 16

Claims (1)

200928985 二隹面航·1 wjy/JPA X. Application for patent scope: The whole s face (10) method 'Xiao call ― charm money screen adjustment one face, the screen switching method includes: first for a tablecloth and at least one In the connection diagram, the facet of the tablecloth having the -= tablecloth' portion is synthesized by the first transparent block tablecloth and the second transparency. The f-transparency and the second transparency are combined. 100 (b) Judgment _ No. - Lang Lin is G% or 100%; ^ n (c) When the first transparency is 〇%, it is judged whether the touch screen is touched (d) If the fourth transparency is and the touch screen is touched, the first transparency is increased by 〇% by illusive (9)%, and the second transparency is decreased from 100% to 〇%; (If the first transparency is 1%, it is judged whether the touch screen is touched within a time interval; and (f) the first transparency of the fasting is 丨〇〇%, And within the time interval, the touch type (four) is not touched, and the county-first transparency is reduced from ι〇〇% to 0/, and the second through The degree is increased to 2. The method for switching the face as described in item i of the patent application scope includes: (g) providing a time icon, the tablecloth further has a second block tablecloth, the facet further includes Synchronized by the time block diagram of the second block tablecloth of a third transparency and a fourth transparency, the third transparency and the fourth transparency 17 200928985 -3⁄4: input: ί/several '73PA brightness combination 100%; (h) determine that the third transparency is 3Q% or the first is 100%; (1) if the third transparency is 30%, determine whether the touch screen is touched; (j) right The second transparency is 3〇% and the touch screen is touched', the third transparency is increased from 3G% to i(8)%, and the fourth transparency is decreased from 70% to 〇%; ❸ (k If the third degree is 1 GG%, it is determined whether the touch screen is touched within the time interval; and (1) if the third transparency is 100%, and in the time interval If the touch screen is not touched, the third transparency is reduced from 100% to 30%, and the fourth transparency is increased from 〇% to 3. The switching method of claim 2, wherein the first transparency, the second transparency, the third transparency, and the fourth transparency are incremented or decremented according to a synthesis function (alphablendingfuncti〇n). 4. If the switching method described in claim 3, the step (d) further comprises: (d0) increasing the first transparency from 〇% to 3〇%, and decrementing the second transparency from 100% Up to 70%; and (dl) increasing the first transparency from 3〇% to 1〇〇%, and the second transparency is decremented from 70% to 〇%; wherein after the step (do) is performed, simultaneous execution is performed This step (dl) 200928985 - a ττ / 3 ΡΑ and the step (j). 5· > ___ 3rd switch (1) further includes: "骒(f〇) decrements the first transparency from 100% to 3〇%, and the second transparency is increased from 0% to 70% And ^ (Π) decrement the first transparency from 30% to 〇%, and increase the first transparency from 70% to where the step (fl) and the step (1) are performed simultaneously, and in the β # (8) and after the step (1) is executed, the step (9) is further performed, and the switching method according to the first aspect of the patent application includes: (m) if the first transparency is not 0% and is not 100%, Determining whether the touch screen is touched; (n), if the first transparency is not 〇% and is not 1%, and the touch screen is touched, then the touch type is determined Whether the position of the touch screen is touched corresponds to the connection pattern; (O) if the first transparency is not 〇% and is not 100%, and the position of the touch type I is touched corresponds to the connection diagram In the formula, one of the function screens corresponding to the link icon is entered. 7. The switching method described in claim 6 of the patent scope further includes: (P) if the first transparency is not 0% and is not 1%, and the touch screen is touched If the linkage pattern is not corresponding, the first transparency is incremented to 100%, and the second transparency is decremented to. 8. The switching method of claim i, wherein the range of the tablecloth is substantially the same as the range of the face. 19