TW201115418A - Multi-point touch screen hotkey management system and method - Google Patents

Abstract

A multi-point touch screen hotkey management system, Including: a setting module, which is used for dividing the multi-point into multiple virtual blocks and setting hotkey, Different combination of virtual blocks represent Different hotkey; data acquisition modules, which is used for getting the coordinate value of touch pressure points to check out which blocks been operating by the user; executing the hotkey function if these blocks been operating is assigned hotkey.

Description

201115418 .. 6. Description of the Invention: [Technical Field] The present invention relates to the field of electronic technology, and in particular, to a multi-point touch screen hot key management system and method. [Prior Art] [0002] Multi-touch touch screen or touchpad 'multiple single or multi-slide tracking' or pure touch detection for hotkey execution' users need more complex sliding track To complete the corresponding hotkey execution, if the user's trajectory is unknown

[0003]

Obvious, it is easy to produce false positives or invalid results' and pure dust detection will be limited by the number of detectable touch points, can not hinder the number of hotkey settings, both of which will cause the use of [ SUMMARY OF THE INVENTION U ψ In view of the above, it is necessary to provide a touch; hotkey management system. The system operates in a sub-device equipped with a multi-point touch screen, the electronic device also including a memory. The system includes: a set module for dividing the multi-point touch screen into a set of different virtual partition block combinations, and a heat transfer setting is stored in the memory; a data reading module for point touch screen detection The coordinate value of all the touched points that are rotated; the judging module is configured to judge each virtual partition block where the touched point is located one by one according to the coordinate values of all the touched points read above, and obtain the user is operating The combination of the virtual partition blocks; and the execution module, according to the combination of the virtual partition blocks that the user is operating as described above, the hotkey settings stored in the query memory, if the combination is combined with the hotkey function, The function corresponding to the hotkey. 098136596 Form No. A0101 Page 3 of 14 0982062719-0 201115418 [0004] [0005] It is also necessary to provide a multi-touch touch screen hotkey management method. The method is applied to an electronic device equipped with a multi-point touch screen, the electronic device further comprising a memory. The method comprises: (a) dividing the multi-point touch screen into a plurality of virtual partition blocks, setting hot keys of different virtual partition block combinations, and storing the hot key settings in the memory; (b) reading more Point touch screen_outputs the coordinate value of all the touched points; (c) judges the virtual sub-blocks of each touched point one by one according to the coordinate values of all the touched points read above, and obtains the user The combination of the virtual knives being operated; (d) the root 摅; the combination of the virtual partition blocks being operated by the user obtained above, and the hot key settings recorded in the query, if the _ ϋ block is 6 Step (e) is performed; returning to the step ([1|; ^^^ obtained the hotkey of the combination of the virtual partition blocks i) The multi-point touch screen hot key management system and method provided by the present invention make the user convenient and flexible Setting a hotkey with some operations of a multi-bi-type, touch-screen electronic device simplifies the user experience [Embodiment] [0006] As shown in FIG. 1, the multi-point touch screen hot key management system of the present invention is shown. A schematic diagram of an application environment of a preferred embodiment. The touch screen hot key management system 20 (hereinafter referred to as the system 20) runs in the electronic device 1, and the electronic device 1 is equipped with a multi-point touch screen 10. The multi-touch screen 1 can detect multiple points on the screen simultaneously The operation, that is, the coordinate value of the plurality of touched points can be output at a time, and the electronic device 1 further includes the memory 30. [°〇〇7] The system 20 includes a data reading module 201, a setting module 200, and a determining mode. 098136596 Form No. A0101 Page 4 of 14 0982062719-0 201115418 Group 202 and execution module 203. [0008] The setting module 200 is used to divide the multi-touch screen iq into a plurality of virtual partition blocks. It is also used to set the hotkeys of the combination of different virtual partition blocks. For example, as shown in Figure 2, it is a schematic diagram of dividing the multi-touch screen 1 into three virtual [0009] virtual partition blocks. The dot touch screen 1 is divided into three blocks A, B and C as shown in the figure. After the partition is completed, the hotkeys of the combination of different virtual partition blocks are set, and the combination of different virtual partition blocks is combined with the heat. The key settings are stored in the memory 3〇, for example Set A+B as copy hotkey; set A+C as cut hotkey; set g+c as delete hotkey; set A+B+C as paste hotkey. Obviously, multi-touch screen partition block can also be used. As shown in FIG. 3, the multi-point touch is as follows, such as A, b, (: and D four virtual partition blocks shown as ^. After the partition is completed, set the mismatch of the combination of different virtual partition blocks. For example, set A+B as the copy hotkey; set (4) as the cut hotkey; set the dirty C to ❹ dry hotkey; set A+D as the Bluetooth transfer hotkey, set c+d as the music playback rhyme The multi-point touch screen 10 can be re-divided into different numbers of virtual blocks according to the needs of the user. [0010] The data reading module 201 is configured to read all touches of the multi-point touch screen 10 detection output. The coordinate value of the pressure point. The determining module 202 is configured to determine the combination of the virtual partition blocks that the user is operating according to the coordinate values of all the touched points that are read and determine the virtual partition block in which they are located. Specifically, it is to judge a touched point 098136596 Form Off A0101 Page 5 / Total 14 Page 0982062719-0 [0011] 201115418 Whether the coordinate value falls on the coordinate set of a virtual partition block is the virtual partition block is being User action. According to the inside of the circle, if the coordinate value is repeated for the above-mentioned judgment process, the combination of the planned partition blocks of the house of the house is broken. Virtual operation of the operation [0012] The execution module 2G3 combines the hot key settings stored in the inquiry memory 30 in accordance with the user operation obtained as described above. ~ The virtual partition block of the block is hybridized with the hotkey, =_ function. ^ corresponding to the hotkey [0013]

;τ(·_.

[0014] Step S300' is divided into a plurality of virtual partition blocks by the weighting module 2 alarm 10. The multi-faceted ^ can be divided into three, four, five and other virtual partition blocks. As shown in Figure 2, it will be multi-point

The touch screen 1〇 is divided into three virtual partition blocks of A, B, and C, and as shown in FIG. 3, four virtual partition edges of A, B, (: and D) shown by the above multi-point ^ί__Ι® After the block is completed, the combination of different virtual partition blocks is set, and the hot key settings of the different virtual partition blocks are stored in the memory. [0015] Step S302, read more The dot touch screen 1 detects the coordinate value of all the touched points of the output. [0016] Step S304, the determining module 202 determines the virtual partition block in which it is located according to the coordinate values of all the touched points read. Get the combination of the virtual partition blocks that the user is operating. Specifically, determine whether the coordinate value of a touched point falls within the range of a virtual partition block coordinate set. If 098136596 Form Compilation 0101 Page 6 of 14 Page 0982062719-0 201115418 [0019] [0019] 'The heat of the collocation should be stated, the above embodiment is not a limitation', although the reference to the taxi description, the common art in the field

[0020] [0025] [0025] Yes, the virtual partition block is being operated by the user. The above judging process is repeated according to the coordinate value of each touched point, that is, the combination of the virtual partition blocks that the café is operating. The step S3G6' execution module 2Q3 queries the hotkey setting of the memory storage according to the combination of the virtual partition blocks that the user is operating as described above. If the combination of the obtained virtual partition blocks is matched with the hot key function, step S308 is performed; otherwise, the process returns to step S302. In step S308, the function corresponding to the combination key of the virtual partition block obtained above is executed. The technical details of the present invention are set forth in detail to modify or equivalent to the technical solutions of the present invention without departing from the spirit and scope of the present invention. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a schematic diagram of an application environment of a preferred embodiment of a multi-point touch and touch screen system of the present invention. UTflC酹圏2 divides the multi-point touch screen into three virtual sub-sections. (4) I. Figure 3 is a schematic diagram of dividing the multi-reduction touch screen into four virtual pure blocks. 圏4 is a multi-point touch screen hot key management method of the present invention. Flowchart [Description of main component symbols] Multi-touch touch screen hotkey management system 2〇Electronic device 1 098136596 Form number A0101 Page 0982062719-0 201115418

[0026] Multi-touch screen 10 [0027] Memory 30 [0028] Data reading module 201 [0029] Setting module 200 [0030] Judging module 202 [0031] Execution module 203 098136596 Form number A0101 No. 8 Page / Total 14 pages 0982062719-0

Claims (1)

201115418 VII. Patent application scope: 1. A multi-point touch screen hot key management system, the system is operated in an electronic device equipped with a multi-point touch screen, the electronic device further comprises a memory, the system comprises: a setting module, The utility model is used for dividing a multi-point touch screen into a plurality of virtual partition blocks, setting hot keys of different virtual partition block combinations, and storing the hot key settings in the memory; and the data reading module for reading more The touch screen detects the coordinate values of all touched points of the output; The determining module is configured to determine, according to the coordinate values of all the touched points read above, the virtual partition block where each touched point is located, to obtain a combination of the virtual partition blocks that the user is operating; and the execution module According to the combination of the virtual partition blocks used as described above, the hotkey settings stored in the memory are queried, and if the combination of the obtained virtual partition blocks is combined with a hotkey, the function corresponding to the _hotkey is executed. For example, in the i hotkey management system described in the first item of the patent scope, the judging module passes the following steps: a step: a virtual and wide f-partition block where the touch point is located: 'determine the coordinates of the touched point Whether the value falls within the coordinate set of a virtual partition block, and if so, the virtual partition block is being operated by the user. 3 . A multi-point touch screen hot key management method, the method being applied to an electronic device equipped with a multi-point touch screen, the electronic device further comprising a memory, the method comprising: (a) dividing the multi-point touch screen into a plurality of virtual partition blocks, setting hotkeys of combinations of different virtual partition blocks, and storing the hotkey settings in 098136596 Form No. A0101 Page 9/14 pages 0982062719-0 201115418 Memory; (b) Reading Take the multi-point touch screen to detect the coordinate values of all the touched points that are output; (c) judge each virtual partition block where each touched point is located according to the coordinate values of all the touched points read above, and obtain a combination of the virtual partition blocks that the user is operating; (d) querying the setting data of the function hot keys stored in the memory according to the combination of the virtual partition blocks that the user is operating as described above, if the obtained virtual partition block combination If the hotkey function is used, step (e) is performed; otherwise, step (b) is returned; (e) the function corresponding to the hotkey of the matching virtual partition block is performed. 4. The multi-point touch screen hot key management method described in claim 3, in step (c), the following step is used to determine the virtual partition block where each touch point is located. Whether the coordinate value of the point falls within the coordinate set of a virtual partition block, and if so, the virtual partition block is being operated by the user. 098136596 Form Compilation A0101 Page 10 of 14 0982062719-0