Embodiment
See figures.1.and.2, the press-key structure 200 of a kind of hand-held electronic product provided by the invention comprises press section 613, button 619, induction chip 615 and circuit board 704.Button 619 is arranged between press section 613 and circuit board 704 and with circuit board 704 and is electrically connected.Button 619 comprises external conductive casing 6193 and trigger unit 6191, and trigger unit 6191 contacts with press section 613, and user triggers trigger unit 6191 by pressing press section 613, to realize the mechanical key function of button 619.Induction chip 615 is arranged on circuit board 704 and with external conductive casing 6193 and links together by connecting line 706,707.Induction chip 615 is arranged on circuit board 704, make product overall structure more succinct, when the region corresponding with external conductive casing 6193, finger touch press section 613, external conductive casing 6193 is equivalent to a kind of medium the capacitance variations in this region is passed to induction chip 615, induction chip 615 is responded to capacitance variations herein, induction chip 615 is passed to controller 165 by capacitance variations by connecting line 708, controller 165 is made corresponding touch reaction according to capacitance variations, to realize the effect of touch key-press.Due to the press-key structure 200 of above-mentioned hand-held electronic product, make button 619 can realize mechanical key function, can realize touch key-press function again.In present embodiment, hand-held electronic product can be electronic reader, and in other execution mode of the present invention, hand-held electronic product can be also video telephone or network telephone etc.
With reference to Fig. 3, as the further improvement of embodiment of the present invention, between external conductive casing 6193 and press section 613, be provided with conductor 617, one end of conductor 617 contacts with external conductive casing 6193, and the other end of conductor 617 contacts with press section 613.When region that finger touch press section 613 contacts with conductor 617, induction chip 615 can sense by external conductive casing 6193 and conductor 617 capacitance variations of induction zone, induction chip 615 is passed to controller 165 by capacitance variations by connecting line 708, controller 165 is made corresponding touch reaction according to capacitance variations, to realize the effect of touch key-press.Now, owing to being provided with conductor 617 between external conductive casing 6193 and press section 613, the effect that induction chip 615 inductance capacitances are changed is more stable and good, is difficult for occurring the situation of misjudgement or erroneous judgement.
In the present embodiment, press section 613 is one-body molded with the shell 166 of electronic product, and this shell 166 is soft plastic plate.In other embodiments, press section 613 can be also an independently button.
Button 619 includes button matrix 6197, trigger unit 6191 and external conductive casing 6193, external conductive casing 6193 is provided with the first through hole 61931, trigger unit 6191 extends upward along the outer surface of button matrix 6197, and makes external conductive casing 6193 be located at button matrix 6197 outer surfaces through the first through hole 61931 of external conductive casing 6193.In the present embodiment, press section 613 is positioned at the top of trigger unit 6191, and press section 613 contacts with trigger unit 6191.In other embodiments, between press section 613 and trigger unit 6191, also can there is gap.
On external conductive casing 6193, be provided with pin 6195, external conductive casing 6193 is electrically connected with induction chip 615 by described pin 6195.
With reference to Fig. 3 and Fig. 4, in the first embodiment of the present invention, conductor 617 is provided with the second through hole 6171, trigger unit 6191 is contained in the second through hole 6171, when finger touch is during to the region relative with conductor 617, press section 613, induction chip 615 is by the capacitance variations in external conductive casing 6193 and the conductor 617 described regions of induction, and this capacitance variations is passed to controller 165 by connecting line 708, controller 165 and then complete corresponding touch action.When the region relative with trigger unit 6191, finger presses press section 613, this Time Controller 165 is carried out function corresponding to mechanical key.In the present embodiment, conductor 617 is conductive sponge, and in other embodiments, conductor 617 is spring, as shown in Figure 5.
In the present embodiment, press section 613 is provided with protuberance 6131 with the corresponding part of trigger unit 6191, and described protuberance 6131 is contained in the second through hole 6171 of conductor 617, and contacts with the trigger unit 6191 of button 619.The setting of described protuberance 6131, makes user when press section 613 is pressed, and is more easily pressed into trigger unit 6191 to realize the effect of mechanical key, strengthens the sensitivity of pressing of button 619.
Figure 6 shows that the schematic cross-section of press-key structure 200 of the hand-held electronic product of third embodiment of the invention.In the present embodiment, conductor 617 one end are provided with groove 6173, trigger unit 6191 is contained in groove 6173, one end that conductor 617 is provided with groove 6173 contacts with external conductive casing 6193, the other end of conductor 617 contacts with press section 613, when region that the other end of finger touch conductor 617 contacts with press section 613, induction chip 615 senses the capacitance variations of described induction zone by external conductive casing 6193 and conductor 617, and this capacitance variations is passed to controller 165 by connecting line 708, this Time Controller 165 will judge this action.If finger is not now pressed described region, while exciting mechanical keypress function, controller 165 will react accordingly to corresponding touch action, realize corresponding touch function.If now pointed, described region is pressed, excited the function that mechanical key is corresponding, this Time Controller 165 will not react touch action, and function corresponding to mechanical key reacted.
When the press-key structure of hand-held electronic product provided by the invention 200 being applied to the digital keys district of video telephone, network telephone or the key zone on electronic reading device, key zone can be realized dial feature or be recalled the functions such as menu.Because conductor 617 is held between external conductive casing 6193 and press section 613, the press-key structure 200 of each hand-held electronic product is separate individuality simultaneously, during assembling, between the conductor 617 of the press-key structure 200 of each hand-held electronic product, leave distance, make the adjacent region corresponding with conductor 617, two press sections 613 not have overlapping, and between the press-key structure 200 of each hand-held electronic product, by connecting line 708, be electrically connected to controller 165, induction chip 615 connects controller 165 by connecting line 708.When finger slides into button B from a button A, controller 165 just can be responded to the actuation sequence between different key by the order of capacitance variations on judgement induction chip 615, and then the moving direction of the locational touch-control action of decision operation.Now, the software in controller 165 cooperating equipments, has preset corresponding function to this moving direction, and, when finger slides into another numerical key from a numerical key, controller 165 just can be realized the corresponding predefined function of corresponding operation.For example: in software, set the sequencing activating as button A and button B and be redefined for electronic reading device and carry out page turning, so when user slides from button A to button B, controller 165 is by judging the capacitance variations sequencing on induction chip 615, judge that user has made the action that slides to button B from button A, and then be embodied as the function that electronic reading device carries out page turning.
In the following description, a kind of electronic installation and graphical user interface control method thereof of applying the press-key structure 200 of hand-held electronic product provided by the invention will be introduced.
Electronic installation and graphical user interface control method enforcement side thereof are described as follows.
1, system survey
The disclosed electronic installation of the present invention can implementation become an independent table apparatus, or be integrated in various electronic installation, such as mobile phone, tablet personal computer (tablet personal computer), laptop computer (laptop computer), multimedia player, digital camera, Set Top Box, personal digital assistant (personaldigital assistant, abbreviation PDA), guider or mobile Internet access device (mobile internet device, MID).
The embodiment of 1.1 electronic installations
With reference to Fig. 7, processor 151 is the central processing unit of electronic reading device 100, can be comprised of integrated circuit (Integrated Circuit, simple structure IC), for the treatment of data and computer program.Radio communication unit 156 is set up wireless communication channel, make electronic reading device 100 by wireless communication channel to be connected to network bookstore, Bing Cong network bookstore downloads e-book.Radio communication unit 156 can comprise antenna, fundamental frequency (base band) and radio frequency (radio frequency, abbreviation RF) chipset is used for carrying out wireless telecommunications networking (wireless local areanetwork) communication and/or cellular communication system communication, broadband Code Division Multiple Access (Wideband CodeDivision Multiple Access for example, be called for short W-CDMA) and high-speed downstream packet access (High SpeedDownlink Packet Access is called for short HSDPA).
Processor 10 can be comprised of the IC of single encapsulation, or connects the encapsulation IC of many identical functions or difference in functionality and form.For instance, processor 151 can only comprise central processing unit (Central ProcessingUnit, be called for short CPU), or the combination of the control chip of CPU, digital signal processor (digital signal processor is called for short DSP) and communication controller (for example radio communication unit 156).Communication controller can comprise cellular communication system communication, infrared ray, bluetooth (Bluetooth
tM) or Wireless LAN device.CPU can be the CPU of single arithmetic core or multioperation core.Communication controller for controlling the communication of each assembly of electronic reading device 100, or the communication of electronic reading device 100 and external device (ED), and can support direct memory access (Direct Memory Access).
Power supply unit 158 is supplied with electric power and is given each assembly in electronic reading device 100.Quartz (controlled) oscillator 159 provides frenquency signal to other assembly in processor 151 and electronic reading device 100.Fig. 7 shows the connection relationship of each assembly in electronic reading device 100, and its link can be passed through universal serial bus or parallel bus.Input/output unit 160 comprises control button, alphanumeric keyboard, contact panel, Touch Screen and a plurality of light-emitting diode (light emitting diodes is called for short LEDs).The running of controller 165 control inputs output devices 160.Processor 151 can pass through controller 165 control inputs output devices 160.Port one 64 can be connected to various computerized interfaces, for example outside computer installation or peripheral unit.Port one 64 can be to meet versabus (universal serial bus, be called for short USB) or the entity port of standards such as 1394 of organic electronic Ssociety of engineers (Institute ofElectricaland Electronics Engineers, IEEE).
Non-voltile memory 153 stores performed operating system and the application program of processor 151.Processor 151 is stored in mass storage 154 to main storage 152 and by digital content from non-voltile memory 153 load operating programs and data.This main storage 152 can be random access memory (Random Access Memory is called for short RAM), for example static random access memory (Static RAM is called for short SRAM) or DRAM (Dynamic Random Access Memory) (Dynamic RAM is called for short DRAM).This non-voltile memory 153 can be electronics erasable read-only memory (Electrically Erasable Programmable Read-Only Memory, be called for short EEPROM), for example anti-or (NOR) flash memory or anti-and (NAND) flash memory.
Message output unit 161 comprises that the audio signal that digital analog converter is used for processor 151 to export is converted to analog format from number format.
Display 155 display texts and image, and can comprise reflected displaying device, for example electrophoresis-type (electrophoretic) display or utilize the display of interference of light modulation tech (interferometric modulation of light).Or, display 155 can comprise Electronic Paper, OLED Organic Light Emitting Diode (organic lightemitting diode, abbreviation OLED), Field Emission Display (field emission display, be called for short FED) or LCD liquid crystal display (liquid crystal display is called for short LCD).Display 155 can show that various graphical user interfaces (graphical user interface, be called for short GUI) using as virtual controlling assembly, includes but not limited to window, scroll bar, icon and scrapbook.Display 155 can comprise a plurality of displays of single display or different size.Following paragraph will be described processor 151 can show various GUI assemblies on display 155.
Electronic reading device 100 comprises shell 166, is used for taking in the assembly of electronic reading device 100.
Input/output unit 160 comprises that contact-controllable detector 167 is for the touch control operation on monitoring display 155.Contact-controllable detector 167 can comprise the transparent touch plate covering on display 155, or is arranged on optical touch reflector and the receiver group of display 155 frames, and for example U.S. Patent Publication No. 20090189878 discloses.
With reference to Fig. 8, electronic reading device 100 comprises shell 166, wherein for integrating the assembly of electronic reading device 100.The entity control unit of input/output unit 160 comprises entity control module 60, Trackpad 61 and the pressing key 62 of a part for the frame that forms display 155.Trackpad 61 is used for the page of turning e-book during by operation.Pressing key 62 is used for display menu on display 155 during by operation.Entity control module 60 comprises actuating point, each activate point receive press and during by operation for driving the operational motion of this actuating point institute combination.Each activates point originally can be in conjunction with default operational motion, or not in conjunction with any operational motion.Display 155, entity control module 60, Trackpad 61 and pressing key 62 are arranged on the shell 166 of electronic reading device 100 and form its part.Trackpad 61 can be the press-key structure 200 of hand-held electronic product provided by the invention, and when pressing press section 613, display menu on display 155, when doing slide on press section 613, is used for the page of turning e-book.In the following description, in conjunction with wantonly two objects, be that two objects are carried out to association.
The structure of 1.2 entity control units
Fig. 9 A display entity control module 60 is along the profile of the lines 70 of Fig. 8.Entity control module 60 comprises the L1-L5 of stratum.With reference to Fig. 9 A and 9B, the superiors of the L1 of stratum formation control module 60, and there is transparent window group, wherein transparent window 1-9 is shown in Fig. 9 A.Transparent window beyond transparent window 1-9 shows with similar unlabelled square in Fig. 9 B-9D.The transparent window of the transparent window alignment L1 of stratum of the L2 of stratum.The transparent window alignment L2 of stratum of the L3 of stratum and the transparent window of L4.Fig. 9 F represents the light-emitting device of the L4 of stratum with similar circle, wherein light-emitting device 11-19 is shown in Fig. 9 A.The window of the L1-L3 of stratum can be filled with transparent dielectric material, makes the light-emitting device of the L4 of stratum can be luminous by these transparent windows.
Fig. 9 C shows the upper surface of the L2 of stratum.The L2 of stratum comprises printed circuit board (PCB) (printed circuit board, be called for short PCB), three metal flat region 81-83 (being shown in Fig. 9 C) are formed thereon in the mode of printing, and each metal flat region is as an electrode of detecting panel.There is many places hollow out in each metal flat region to form a plurality of windows.Through hole 91,92 and 93 in the L2 of stratum representing with round dot in Fig. 9 C is formed at respectively detecting board 81-83, with conductive material, fills up.Connect the bus 811 of detecting board 81-83, the lower surface of the L2 of 821Ji831 stratum, therefore in Fig. 9 C, be represented by dotted lines.With reference to Fig. 9 D, bus 811,821 and 831 is connected with detecting board 81-83 by through hole 91,92 and 93 respectively.Bus 811,821 and 831 each wherein end points connect a detecting board, and the other end connects controller 165.Controller 165 changes to detect near the touch control operation operating point of entity control module 60 by judging to the electric capacity of first detecting board.Or controller 165 changes to detect near the touch control operation operating point of entity control module 60 by judging to the thermal parameter of first detecting board or biofacies related parameter.With reference to Fig. 9 E, the L3 of stratum comprises dielectric layer, and for example another layer printed circuit board, forms group of windows on it, the window of the alignment L2 of stratum.In Fig. 9 F, the photophore of the L4 of stratum is formed on the upper surface of the L5 of stratum, and the window of the L3 that aligns.Photophore at the L5 of stratum can comprise LED or OLED.The bus that is electrically connected to photophore is also formed on the L5 of stratum.The distance of wantonly two detecting boards is greater than the thickness of the L1 of stratum.The L2 of stratum and L5 can comprise PCB.
Need to be appreciated that on the L2 of stratum and can form more detecting board.The operating point of entity control module 60 can be in conjunction with one group of detecting board.For instance, Fig. 9 G shows another execution mode of the L2 of stratum, and wherein through hole and bus represent according to the mode of Fig. 9 C.The operating point of entity control module 60 is in conjunction with three detecting boards, middle detecting board (for example detecting board 81) and left detecting board (for example detecting board 81a) and right detecting board (for example detecting board 81b) by corresponding through hole and bus with connection controller 165.When the operating point of entity control module 60 is during in conjunction with more group detecting board, controller 165 just can be by judging the actuation sequence of detecting board in detecting board group, to detect the moving direction of the touch-control action on an operating position.
2, GUI control method
Electronic reading device 100 can provide a plurality of functions, and shows the icon of corresponding a plurality of functions.
2.1 icon state
The state of icon shows the event that the program of this icon institute combination is received or produce.When display 155 is closed or show another program in prospect (foreground), processor 151 is the state of the shown icon of the photophore of novel entities control module 60 more, for relative program event or the state synchronized with icon.
The state of icon can comprise at least three kinds of states, for example, open (ON), close (OFF) and dynamic (animation).The opening of icon can comprise a plurality of next states (sub-states), for representing respectively the program function state of this icon institute combination.For instance, next state can represent to carry out or suspend certain function, logins or nullify certain and serve, connect or disconnect certain communication channel and other event.The closed condition of icon shows that electronic reading device 100 is at park mode.The animated state of icon shows that this icon correlation function or program send message.
With reference to Figure 10, icon 41-45 is corresponding following function respectively: back to homepage face, show favorite data folder (being commonly referred to " my favorite "), start music program, simple and easy information fusion (really simplesyndication is called for short RSS) read routine and internet message application program in real time.Icon 431-435 is the option of the music program of corresponding icon 43 combinations respectively.The time-out of icon 431 corresponding music and continued broadcasting function.Icon 432 and 433 respectively corresponding music skip over backward and forward operation.The corresponding function that shows information inquiry GUI of icon 434.The display the play function of program setting GUI of icon 435 correspondences.When detecting touch control operation while activating one of them icon shown in Figure 10, processor 151 is carried out and is activated the function that icon is corresponding.
With reference to Figure 10, the region 51-53 in entity control module 60 is respectively at the near zone of detecting board 81-83.Each region 51-53, all as the operating point of entity control module 60, orders about the function that electronic reading device 100 is carried out this operating point institute combination when activateding.During the touch control operation of controller 165 on detecting operating point, the touch control operation detecting can be read as to the actuating operation of this operating point.Originally each region 51-53 can not be combined with any function, and originally the photophore in the 51-53 of region can in off position, not show any image that iconifies.
2.2 example operations
With reference to Figure 11, processor 151 detecting is the drag operation (drag operation) to ad-hoc location on the edge of display 155 by an icon moving, an operating position (step S2) of the contiguous entity control module 60 of ad-hoc location, and the actuation events of operating position follows after the first drag operation (step S4) closely.Processor 151 response of step S2 and S4, increase icon to a reserve area (step S6) of main storage 152, and operating position is combined to (step S8) with the function that upper icon is associated, and the part photophore in operating position region is opened with display icon image, for represent icon (step S10) on operating position.Before step S2, if operating position is associated with another former icon and former function thereof, processor 151 replaces the associated of operating position and former icon and former function thereof by the association producing at step S8.Processor 151 can be by association with data representation, and is stored in main storage 152 or non-voltile memory 153.
If the time (step S2) that drag operation is detected at the terminal of display 155, the time that occurs to experience to the actuation events of operating position is no more than predetermined time length D, and the actuation events that processor 151 can decision position is to follow closely after drag operation.If the terminal of drag operation on the edge of display 155 is in the nearby sphere of an operating position, processor 151 can process decision chart target drag operation be special drag operation.After drag operation, processor 151 display icon images are usingd as the duplicate of icon, and can not need the icon in display 155 to delete.With reference to Figure 12, when receiving the actuation events of operating position (step S12), processor 151 is read as actuation events the actuation events (step S14) of the icon of this operating position institute combination, and carries out the function (step S16) of this icon institute combination.Need to be appreciated that, in step S12, the actuation events of operating position does not follow closely after special drag operation.Processor 151 upgrades the image that iconifies on the operating position activateding, so that image and icon synchronization show outward appearance.
With reference to Figure 10, for instance, processor 151 detecting moves to icon 431 the first drag operation 201 of ad-hoc location P1 on the edge of display 155, an operating area 51 (step S2) of the contiguous entity control module 60 of ad-hoc location P1, and operating area 51 activated (step S4) after following hard on drag operation.Processor 151 response of step S2 and S4, increase icon 431 to a reserve area (step S6) of main storage 152, and operating area 51 is combined with music and pause function that upper icon 431 is associated, to set up first incidence relation (step S8) of the function of operating area 51 and icon 431, and the part photophore in operating area 51 is opened with display icon image 301, for represent icon 431 (step S10) on operating position, as shown in figure 13.When receiving the actuation events of operating area 51 (step S12), according to the first incidence relation processor 151, actuation events is read as to the actuation events (step S14) of the icon 431 of this operating position institute combination, and carries out the music playback function (step S16) of this icon institute combination.Icon 431 can change outward appearance according to the function being performed.The photophore that processor 151 is controlled on the operating position activateding, so that image 301 shows outward appearance with icon 431 synchronizations.As shown in figure 14, for instance, after step S14, icon 431 and the image synchronous in region 51 change to show music pause function.
In addition, processor 151 can be presented in step S2 icon 431 smoothly along the movement of the track of drag operation 201, and when the P1 of drag operation in-position, at length D, with interior, according to icon 431, in translational speed and the direction of position P1, continue moving icon 431.
Moreover, processor 151 detecting moves to icon 432 the first drag operation 202 of ad-hoc location P2 on the edge of display 155, an operating area 51 (step S2) of the contiguous entity control module 60 of upper ad-hoc location P2, and the actuation events of operating area 51 follows closely after the second drag operation 202 (step S4).Processor 151 response of step S2 and S4, increase icon 432 to a reserve area (step S6) of main storage 152, and the operating function that skips over backward of the music that operating area 51 is associated with upper icon 432 combines, to set up second incidence relation (step S8) of the function of operating area 51 and icon 432, and the part photophore in operating position region 51 is opened with display icon image 302 (as shown in figure 12), for represent icon 432 (step S10) on operating position, but not carry out music pause function.Processor 151 replaces associated (i.e. second incidence relation) of operating area 51 and icon 432 and function thereof associated (i.e. first incidence relation) of operating area 51 and former icon 431 and former function thereof.When receiving the actuation events of operating area 51 (step S12), processor 151 is read as actuation events the actuation events (step S14) of the icon 432 of this operating position institute combination according to the second incidence relations, and carry out this icon institute combination music skip over backward operating function (step S16).
3, other execution mode
Other structure of 3.1 contact-controllable detectors
Leaded light component (Light guide component), such as optical fiber etc., can be used for respectively connecting each photophore to corresponding window on detecting board, to disturb between the interference between photophore and detecting board.The size of the transparent window in entity control module 60 can be equally little with the cross section of optical fiber.In addition, one end of optical fiber connects a transparent window of entity control module 60, and the other end can connect one or more pixels of display 155.
With reference to Figure 16, infrared LEDs and optical diode (photodiode is called for short PD) receiver that electronic reading device 100 can utilize U.S. Patent Publication No. 20090189878 to disclose.Infrared LEDs represents to have the circle of band, and PD receiver is not to have the circle of band to represent.Infrared LEDs 600 is arranged in vertical LED group at the left hand edge of display 155, and PD receiver 500 is arranged in vertical receiver group, the light of launching for receiving infrared-ray LED600 at the right hand edge of display 155.Infrared LEDs 610 is arranged in the LED group of level at the lower limb of display 155 and entity control module 60, PD receiver 510 is arranged in the receiver group of level, the light of launching for infrared receiver LED610 at the top edge of display 155 and entity control module 60.Processor 151 can utilize the touch control operation in the region that infrared LEDs 600, infrared LEDs 610, PD receiver 500, PD receiver 510 surrounded with detecting infrared LEDs and PD receiver.Infrared LEDs and PD receiver can be fixed on the inner surface of shell 166.
With reference to Figure 17, the structure of the operating position of entity control module 60 can be designed to the button in the 51-54 of region.Each operating position must be pressed to activate.Figure 18 is presented at the profile along lines 70 of the button in region 53.In Fig. 9 A and Figure 15, same or similar assembly represents with identical label.Button upper epidermis L1 comprises a plurality of transparent windows, includes but not limited to transparent window 1-9, and photophore 11-19 can emit beam by these transparent windows.The photophore that comprises 11-19 is formed on PCB L5 and connects controller 165 by flexible bus 705.Bus 705 can be soft printed circuit board (PCB) (flexible printed circuit board is called for short FPCB).The cushion 700 of button is to consist of elastic material, and the pad 701 on cushion 700 surfaces is consisted of conductive material.Label 702 and 703 represents to be printed on two electric wire terminals on circuit board 704.When button is pressed, pad 701 can connect conducting electric wire terminal 702 and 703.Whether processor 151 can connect conducting to judge that button is to be accepted to press by differentiating electric wire terminal 702 and 703.
3.2 other touch control operations
Be presented at iconifying image and also can be called icon in entity control module 60.Processor 151 can be according to the state of the icon of operating position institute combination with the locational touch control operation of operation response.
Processor 151 is when response moves to the drag operation of display 155 the icon of opening from the operating position of entity control module 60, can deletion action position and the program of icon between marriage relation, and display icon in entity control module 60 not.After marriage relation between operating position and the program of icon is deleted, the combination between the functional operation of the program of operating position and icon and icon has also been deleted.Processor 151 response opening icon on pressing operation time, the function of execution icon representative.During long on the icon of response opening of processor 151 during pressing operation, the prospect by the program tape of icon institute combination to display 155.When long, pressing operation is on operating position, to surpass contact or the pressing operation of one period of scheduled time.
When electronic reading device 100 is during in halted state, processor 151 can enter power down mode, and entity control module 60 and connect at least one control IC (for example controller 165) still in normal operating state.Control IC in response during to the pressing operation of the icon of closed condition, can interrupt handler 151, and processor 151 changes the mode of operation of electronic reading devices 100, reply icon in entity control module 60 to opening or animated state.
Processor 151, when the event of responder or message, can change the state of the icon showing in entity control module 60 from opening to animated state.Processor 151 when response is applied to the pressing operation on the icon of animated state of entity control module 60, from operating position while moving to the drag operation of display 155, can present GUI assembly with the message of the program of display icon institute combination.
Processor 151 when response moves to the drag operation of display 155 the icon of animated state from the operating position of entity control module 60, the prospect by the program tape of icon institute combination to display 155.
When processor 151 moves to the icon of animated state the drag operation at edge of entity control module 60 from the operating position of entity control module 60 in response, cancel the message notice of the program of icon institute combination, and the state of icon is changed to opening from animated state.
4. sum up
The press-key structure 200 of hand-held electronic product provided by the invention, owing to being provided with conductor between press section and the external conductive casing of button, so when finger touch arrives press section, induction chip on circuit board can sense by conductor and external conductive casing the capacitance variations at finger touches place, to realize the touch function of button, thereby use a button just can realize the function of mechanical key and touch-key simultaneously.Simultaneously, because conductor directly contacts with press section, reduced the distance between finger and induction chip, even induction chip autonomous induction sensitivity, induction chip still can keep good inductive effects, greatly reduce the probability of position, induction chip false judgment touch point, thereby improved the induction accuracy of portable electric device.