CN106055248A - Mobile terminal - Google Patents

Mobile terminal Download PDF

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Publication number
CN106055248A
CN106055248A CN201610359149.8A CN201610359149A CN106055248A CN 106055248 A CN106055248 A CN 106055248A CN 201610359149 A CN201610359149 A CN 201610359149A CN 106055248 A CN106055248 A CN 106055248A
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CN
China
Prior art keywords
touch screen
sub
described
touch
mobile terminal
Prior art date
Application number
CN201610359149.8A
Other languages
Chinese (zh)
Inventor
钟文涛
Original Assignee
深圳铂睿智恒科技有限公司
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
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Publication date
Application filed by 深圳铂睿智恒科技有限公司 filed Critical 深圳铂睿智恒科技有限公司
Priority to CN201610359149.8A priority Critical patent/CN106055248A/en
Publication of CN106055248A publication Critical patent/CN106055248A/en

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Classifications

    • GPHYSICS
    • G06COMPUTING; CALCULATING; COUNTING
    • G06FELECTRIC DIGITAL DATA PROCESSING
    • G06F3/00Input arrangements for transferring data to be processed into a form capable of being handled by the computer; Output arrangements for transferring data from processing unit to output unit, e.g. interface arrangements
    • G06F3/01Input arrangements or combined input and output arrangements for interaction between user and computer
    • G06F3/048Interaction techniques based on graphical user interfaces [GUI]
    • G06F3/0484Interaction techniques based on graphical user interfaces [GUI] for the control of specific functions or operations, e.g. selecting or manipulating an object or an image, setting a parameter value or selecting a range
    • G06F3/0485Scrolling or panning
    • GPHYSICS
    • G06COMPUTING; CALCULATING; COUNTING
    • G06FELECTRIC DIGITAL DATA PROCESSING
    • G06F3/00Input arrangements for transferring data to be processed into a form capable of being handled by the computer; Output arrangements for transferring data from processing unit to output unit, e.g. interface arrangements
    • G06F3/01Input arrangements or combined input and output arrangements for interaction between user and computer
    • G06F3/048Interaction techniques based on graphical user interfaces [GUI]
    • G06F3/0487Interaction techniques based on graphical user interfaces [GUI] using specific features provided by the input device, e.g. functions controlled by the rotation of a mouse with dual sensing arrangements, or of the nature of the input device, e.g. tap gestures based on pressure sensed by a digitiser
    • G06F3/0488Interaction techniques based on graphical user interfaces [GUI] using specific features provided by the input device, e.g. functions controlled by the rotation of a mouse with dual sensing arrangements, or of the nature of the input device, e.g. tap gestures based on pressure sensed by a digitiser using a touch-screen or digitiser, e.g. input of commands through traced gestures

Abstract

The invention discloses a mobile terminal. The mobile terminal comprises a main touch screen used for main display of the mobile terminal, at least one sub-touch screen used for replacing a power button and/or sliding to regulate sub-touch screens for volume. The sub-touch screen is arranged on the side surface of the mobile terminal or one side of the main display of the mobile terminal. Each sub-touch screen is connected with at least one touch control chip. An input interface of each touch control chip is connected with each sub-touch screen. An output interface is connected with a central processor. The mobile terminal has following beneficial effects: due to the fact that sub-touch screens for volume regulation are adopted for replacing the power button and/ or sliding, the mobile terminal is more attractive and endurable.

Description

A kind of mobile terminal

Technical field

The present invention relates to technical field of mobile terminals, in particular a kind of mobile terminal.

Background technology

Mobile terminal, is called again the computer equipment that mobile communication terminal refers to use in movement, saying of broad sense Vehicle-mounted computer etc. is even included including mobile terminal, notebook, panel computer, POS.Along with network and technology are towards increasingly The development in broadband direction, Mobile Communication Industry will move towards the real mobile message epoch, and this also adds to mobile terminal Broader development space.

Even so, but aesthetic property and the market share of the low mobile terminal of durability and development space are the most limited. First people's visual touch is the profile of thing, such as moulding, lines, color etc., and the impression to people's the first sense organ is extremely important, It often left and right the purchasing behavior of people, the mobile terminal that aesthetic property is not enough is difficult to commercially sell;And durability is not enough Then it is easy to cause owing to frequently reprocessing consumer to be discontented with, thus affects the sale that this mobile terminal is later.Therefore, for moving For dynamic terminal, aesthetic property and durability are undoubtedly particularly important two criterion.

But, the side switch of mobile terminal generally uses traditional button form on the market, including for starting shooting, shut down, locking Shielding and wake up up and unlock the key at interface and for regulating the volume key of volume, it is by the structure such as mechanical key and metal clips Becoming, the most each have two electrical property pins by bonded, and each pin can connect a road signal of telecommunication, when mechanical key is pressed When pressing or be triggered, two electrical property pin is shorted together, and the most just completes the signal electricity of one of them pin Put down from high level to low level conversion, then send a signal to central processing unit, central processing unit by level conversion Receive signal and then send command adapted thereto so that mobile terminal completes corresponding function.

There is following shortcoming in this traditional button: 1) mechanical key exceeds the side plane of mobile terminal shell, beautiful Sight is not enough;2) traditional mechanical key needs to offer multiple groove at mobile terminal shell side, causes complete machine torsion reliability Low so that durability is low.

Therefore, prior art has yet to be improved and developed.

Summary of the invention

In view of above-mentioned the deficiencies in the prior art, it is an object of the invention to provide a kind of practicality, aesthetic property and durability High mobile terminal.

Technical scheme is as follows:

A kind of mobile terminal, wherein, described mobile terminal includes: for the main touch screen of the main display of mobile terminal, and at least One is used for substituting key and/or the sub-touch screen to regulate and control volume that slides, and described sub-touch screen is arranged at described mobile whole End side surface or described mobile terminal main display side;Each described sub-touch screen connects at least one touch chip, described The input interface of touch chip is connected with described sub-touch screen, and output interface is connected with described central processing unit.

Described mobile terminal, wherein, described sub-touch screen is set to one, for for sliding with regulation volume and repeatedly Touching to substitute the first sub-touch screen of key, described first sub-touch screen connects to be had for by glide direction and touch number of times It is respectively converted into digital signal and sends the first touch chip to described central processing unit.

Described mobile terminal, wherein, described sub-touch screen is set to one, for pressing with regulation volume and length for sliding To substitute the second sub-touch screen of key, described second sub-touch screen connects to be had for by glide direction and touch number of times difference Be converted to digital signal and send the second touch chip to described central processing unit.

Described mobile terminal, wherein, described sub-touch screen is set to two, is respectively for sliding with regulation volume 3rd sub-touch screen, and repeatedly touching or long by substitute the 4th sub-touch screen of key, described 3rd sub-touch screen and Described 4th sub-touch screen is connected to the 3rd touch chip and the 4th touch chip.

Described mobile terminal, wherein, described sub-touch screen is set to two, is respectively for sliding with regulation volume 5th sub-touch screen and the 6th sub-touch screen, described 5th sub-touch screen connects to be had for being touched by described 5th sub-touch screen Area is converted to digital signal and sends the 5th touch chip to described central processing unit, and described 6th sub-touch screen connects useful Be converted to digital signal in the area that is touched by described 6th sub-touch screen and send the 6th touch-control core to described central processing unit Sheet.

Described mobile terminal, wherein, described 5th sub-touch screen or described 6th sub-touch screen are also associated with for inciting somebody to action Alternative one be touched number of times or the time is converted to digital signal and sends the 7th touch chip to described central processing unit, when Described central processing unit sends command adapted thereto and with start, shutdown, screen locking or wakes up unblock interface up after receiving this signal.

Described mobile terminal, wherein, described 5th sub-touch screen and described 6th sub-touch screen are two that shape is identical The individual sub-touch screen of direct triangle, the top of described 5th sub-touch screen and bottom are respectively at the bottom of described 6th sub-touch screen And top is concordant.

Described mobile terminal, wherein, described sub-touch screen is set to three, is respectively for sliding to increase volume 7th sub-touch screen, for sliding to reduce the 8th sub-touch screen of volume and for substituting the 9th sub-touch screen of key, Described 7th sub-touch screen, described 8th sub-touch screen and described 9th sub-touch screen be connected to the 8th touch chip, Nine touch chip and the tenth touch chip.

Described mobile terminal, wherein, described sub-touch screen is made up of safety glass, electro-conductive glass or protection glue.

Described mobile terminal, wherein, described sub-touch screen be resistance formula touch screen, capacitive sensing formula touch screen, Infrared ray formula touch screen or surface acoustic wave formula touch screen.

Mobile terminal provided by the present invention, owing to have employed for substituting key and/or sliding with regulation and control volume Sub-touch screen so that mobile terminal improves aesthetic property and durability.

Accompanying drawing explanation

Fig. 1 is the inside annexation schematic diagram of mobile terminal one embodiment of the present invention;

Fig. 2 is that mobile terminal neutron touch screen one of the present invention arranges position view;

Fig. 3 is that mobile terminal neutron touch screen another kind of the present invention arranges position view;

Fig. 4 is the inside annexation schematic diagram of another embodiment of mobile terminal of the present invention;

Fig. 5 is the inside annexation schematic diagram of mobile terminal another embodiment of the present invention.

Detailed description of the invention

The present invention provides a kind of mobile terminal, for making the purpose of the present invention, technical scheme and effect clearer, clear and definite, Referring to the drawings and give an actual example that the present invention is described in more detail.Only should be appreciated that specific embodiment described herein Only in order to explain the present invention, it is not intended to limit the present invention.

Refer to Fig. 1, a kind of mobile terminal, wherein, described mobile terminal includes: the master for the main display of mobile terminal touches Touch screen, and at least one is for substituting key and/or the sub-touch screen 100 to regulate and control volume that slides, described sub-touch screen 100 are arranged at described mobile terminal side or described mobile terminal main display side;Each described sub-touch screen 100 connects to be had At least one touch chip 200, the input interface of described touch chip 200 is connected with described sub-touch screen 100, output interface with Described central processing unit 300 connects.

Refer to Fig. 2 and Fig. 3, described sub-touch screen 100 can be arranged at the side of described mobile terminal shell, such as simultaneous interpretation The set-up mode of system button;Any side of main touch screen, the lower section of the most main touch screen can also be arranged on.

In preferred embodiment, touch chip 200 is chosen as touching chip, and " touch " refers in particular to single-point or multi-point touch hereinto Technology;Chip is i.e. IC, refers to sheet metal or non-metal plate that end face can be made of one with friction facing and friction material layer, general Refer to all of electronic devices and components, be the circuit module realizing certain specific function at the silicon multiple electronic devices and components of plate upper set.It Being part particularly important in electronic equipment, carry the function of computing and storage, include the silicon chip of integrated circuit, volume is very Little.

In another preferred embodiment, touch chip 200 is chosen as driving chip, such as, model is 2046, TSC2003 and The driving chip of UH7843.

During slidable adjustment volume, it is a coherent action owing to finger slides, so what central processing unit 300 received Also it is continuous print data, then it is the least that variable quantity then can be arranged by described central processing unit 300, such as what it received Be 8 figure places ADC value (ADC i.e. analog-digital converter, be through with standard volume (or reference quantity) comparison process after simulation Amount is converted into the transducer of the discrete signal represented with binary numeral), central processing unit 300 can be divided into 256 grades, Volume will be divided into 256 grades, compared to the volume control mode less than 20 grades arranged under mechanical key, volume Regulation will become extremely fine and smooth.

Mobile terminal provided by the present invention, owing to have employed for substituting key and/or sliding with regulation and control volume Sub-touch screen 100 so that mobile terminal improves aesthetic property and durability.

Further, described mobile terminal, wherein, described sub-touch screen 100 is set to one, for for sliding to adjust Saving volume and repeatedly touch to substitute the first sub-touch screen of key, described first sub-touch screen connects to be had for by slip side To and touch number of times and be respectively converted into digital signal and send to the first touch chip of described central processing unit 300.

It is to say, described first sub-touch screen regulates and controls volume by the way of touching once and sliding, and by by many Secondary continuous touch start, shutdown, screen locking or wake up unblock interface etc. up and realize volume and substitute two functions of key.

Described first touch chip, after described first sub-touch screen is repeatedly touched, converts this information into digital signal Send to described central processing unit 300.Now, if described mobile terminal is in off-mode, the most described central processing unit 300 Send power-on command;If described mobile terminal is in open state, the most described central processing unit 300 sends shutdown command;If it is described Mobile terminal is in screen lock state, and the most described central processing unit 300 sends and wakes up starting-up interface order up;If at described mobile terminal In normal operating state, the most described central processing unit 300 sends screen locking order;Other the use of function of key is pressed with machinery Key is similar to, and differs only in the mode of sub-touch screen described in touch-control that changed to repeatedly by the triggering mode of mechanical key, at this not Repeat the most one by one.

If described first sub-touch screen is only touched once and is slided from top to bottom, the most described first touch chip sends This information sends, to described central processing unit 300, described central processing unit 300, the instruction reducing volume;If described first son touches Touching screen to be only touched once and slided from the bottom up, the most described first touch chip sends this information to described central processing unit 300, described central processing unit 300 sends the instruction increasing volume.

It is by repeatedly touching so that described first sub-touch screen substitutes mechanical key key continuously, the most attractive in appearance, durable, And it is easy to operate.

It is to be appreciated that described mobile terminal, wherein, described sub-touch screen 100 is set to one, for for slide with Regulation volume and length are by substitute the second sub-touch screen of key, and described second sub-touch screen connects to be had for by glide direction And touch number of times is respectively converted into digital signal and sends the second touch chip to described central processing unit 300.

It is to say, described first sub-touch screen regulates and controls volume by the way of touching once and sliding, and by being touched Touch long by start, shutdown, screen locking or wake up unblock interface etc. up and realize volume and substitute two functions of key.

It is to be appreciated that described mobile terminal, wherein, described sub-touch screen 100 is set to two, is respectively used for sliding Dynamic to regulate the 3rd sub-touch screen of volume, and repeatedly touch or long by substitute the 4th sub-touch screen of key, described 3rd sub-touch screen and described 4th sub-touch screen are connected to the 3rd touch chip and the 4th touch chip.

It is to say, described sub-touch screen 100 can be set to two, one is for regulating volume, and one is used for Substituting key, similar to traditional mechanical key, except for the difference that, traditional mechanical volume key is divided into two ends, pressing wherein End increases volume, presses the other end and then reduces volume;The 3rd sub-touch screen of the present invention is then by sliding up and down to increase Or reduction volume.

Refer to Fig. 4, it is possible to understand that ground, described mobile terminal, wherein, described sub-touch screen 100 is set to two, point Not Wei for slide with regulate volume the 5th sub-touch screen 110 and the 6th sub-touch screen 120, described 5th sub-touch screen 110 Connect to have and be converted to digital signal transmission to described central processing unit for the area that is touched by described 5th sub-touch screen 110 5th touch chip 210 of 300, described 6th sub-touch screen 120 connects to be had for being touched by described 6th sub-touch screen 120 Area is converted to digital signal and sends the 6th touch chip 220 to described central processing unit 300.

It is to say, described 5th sub-touch screen 110 and described 6th sub-touch screen 120 can use for sliding simultaneously Regulation and control volume, such as, described 5th sub-touch screen 110 is set up in parallel with described 6th sub-touch screen 120, regulation and control volume of sliding Time can a slip one or both of which slide simultaneously;Adjustment volume of simultaneously sliding is advantageous in that and can pass through respectively Described 5th touch chip 210 and described 6th touch chip 220 send two approximation values to described central processing unit 300, Described central processing unit 300 then can take the meansigma methods of two values to send command adapted thereto, or take relatively big in two values or Less;Do not limit at this.

Further, described mobile terminal, wherein, described 5th sub-touch screen 110 or described 6th sub-touch screen 120 Be also associated with for by alternative one be touched number of times or the time is converted to digital signal and sends to described central processing unit 300 The 7th touch chip, after described central processing unit 300 receives this signal send command adapted thereto with start, shutdown, screen locking or Wake up unblock interface up.

It is to say, described 5th sub-touch screen 110 or described 6th sub-touch screen 120 all can be used to by repeatedly Touch or touch long by the function performing key.

Further, described mobile terminal, wherein, described 5th touch chip 210 and/or described 6th touch chip 220 be additionally operable to by described 5th sub-touch screen 110 or described 6th sub-touch screen 120 be touched number of times or the time is converted to number Word signal sends to described central processing unit 300.

In preferred embodiment, in described 5th sub-touch screen 110 and described 6th sub-both touch screens 120 any one, Can be long by the function performing key by repeatedly being touched or touching.That is, user can repeatedly click on the described 5th Sub-touch screen 110 or described 6th sub-touch screen 120 realize start, shutdown, screen locking or wake up the functions such as unblock interface up.

In another preferred embodiment, user can click on described 5th sub-touch screen 110 simultaneously and described 6th son touches Screen 120 realizes start, shutdown, screen locking or wakes up the functions such as unblock interface up.

Further, described mobile terminal, wherein, described 5th sub-touch screen 110 and described 6th sub-touch screen 120 For two sub-touch screens of direct triangle that shape is identical, the top of described 5th sub-touch screen 110 and bottom are respectively at described Bottom and the top of the 6th sub-touch screen 120 are concordant.

It is to say, when user utilizes finger to touch along described 5th sub-touch screen 110 and described 6th son from top to bottom During screen 120 slip, the area that is touched of described 6th sub-touch screen 120 changes from small to big, and the quilt of described 5th sub-touch screen 110 Touch area from large to small, the corresponding ADC value of the area being touched of every sub-touch screen, the most described 6th sub-touch screen The value that the area being touched of 120 is corresponding is becoming big, and the value that the area that is touched of described 5th sub-touch screen 110 is corresponding is becoming It is little, during the information each detected is fed back to by the most described 5th touch chip 210 and described 6th touch chip 220 respectively Central processor 300, described central processing unit 300 increases volume according to feedback information output order;Otherwise, then volume is reduced.

Refer to Fig. 5, it is possible to understand that ground, described mobile terminal, wherein, described sub-touch screen 100 is set to three, point Not Wei for slide with increase volume the 7th sub-touch screen 130, for slide with reduce volume the 8th sub-touch screen 140 and For substituting the 9th of key the sub-touch screen 150, described 7th sub-touch screen 130, described 8th sub-touch screen 140 and described 9th sub-touch screen 150 is connected to the 8th touch chip the 230, the 9th touch chip 240 and the tenth touch chip 250.

Three sub-touch screens can be arranged on and not exist together, such as, described 7th sub-touch screen 130 is arranged on described master The lower section of touch screen, is arranged on the top of main touch screen by described 8th sub-touch screen 140, and by described 9th sub-touch screen 150 are arranged on described mobile terminal shell side, specifically do not limit its position at this.

Further, described mobile terminal, wherein, described sub-touch screen 100 is by safety glass, electro-conductive glass or protection Glue is made.

Further, described mobile terminal, wherein, described sub-touch screen 100 is resistance formula touch screen, capacitive sensing Formula touch screen, infrared ray formula touch screen or surface acoustic wave formula touch screen.

The screen body portion of the resistance i.e. electric resistance touch screen of formula touch screen is one piece of multi-layer compound film, by one layer of glass or have Machine glass is as basic unit, and surface scribbles the conductive layer (ito film) of layer of transparent, is stamped one layer of outer surface the most again at overcure Reason, smooth scratch resistant plastic layer;Its inner surface is also coated with one layer of ITO, has many tiny (less than thousand between two conductive layers / mono-inch) transparent isolation point they are separated.When a finger is touching the screen, the two conductive layers of usual mutually insulated is just A contact has been had, because wherein conductive layer connects the 5V even voltage field of Y direction so that detecting layer in position, touch point Voltage become non-zero from zero, controller detects after this connects, and carries out A/D conversion, and by the magnitude of voltage obtained and 5V phase Than the Y-axis coordinate of touch point, in like manner draw the coordinate of X-axis, here it is the base that all resistive technologies touch screens are common Present principles.

The capacitive sensing i.e. capacitance plate of formula touch screen, is one piece of four layers of compound glass screen, the inner surface of glass screen and interlayer Respectively scribbling one layer of ITO conductive layer, outermost layer is the silicon soil glassivation of only 0.0015 millimeters thick.Internal layer ITO is as shielding Layer, to ensure good working environment, interlayer ITO coating, as the working lining of detection and location, is drawn on four angles or four edges Going out four electrodes, when user touches capacitance plate with finger, capacitance plate can absorb small amount of current from contact point, causes corner electrode Pressure drop, utilize the mode of sensing human body weak current to reach the purpose of touch-control.

The touch screen portion of surface acoustic wave touch screen can be one piece of plane, sphere or the glass plate of cylinder, glass The upper left corner and the lower right corner of screen respectively secure ultrasound transmitting transducer both vertically as well as horizontally, and the upper right corner then secures two Corresponding ultrasound wave receives transducer;Four peripheries of glass screen are then carved with the reflection that 45° angle is the most accurate by dredging close spacing Striped.When finger or other can absorb or stop acoustic wave energy object touch screen time, X-axis is upwards walked by way of finger position Acoustic wave energy be partially absorbed, react receive on waveform i.e. on a certain moment position waveform have a decay breach.Receive Waveform correspondence finger blocks one breach of position signal attenuation, calculates gap position and i.e. obtains touch coordinate, and controller analyzes Receive the decay of signal and by the location determination X-coordinate of breach;The process that Y-axis is same afterwards determines the Y coordinate of touch point.Remove Outside X that general touch screen can respond, Y coordinate, surface acoustic wave touch screen is also responsive to the 3rd axle Z axis coordinate, namely can feel Know user's touch pressure sizes values.Its principle is to be calculated by the attenuation of receiving signal attenuation.

Infrared touch panel installs a housing before display, is designed with circuit board in housing, thus at screen four Limit arrangement infrared transmitting tube and infrared receiving tube, they one_to_one corresponding form the infrared ray matrix anyhow intersected.User is touching During screen touch, finger or other thing will block the infrared ray anyhow through this position, find and be sure of during touch screen scanning After having an infrared ray to be obstructed, may there is touch, change to another coordinate at once simultaneously and scan again, if finding an other axle more also Having an infrared ray to be obstructed, amber light is bright, represents and finds to touch, and finds that the infrared tube position intercepted is reported to central authorities by two Processor 300, judges the position at screen, the touch point through calculating.

In sum, mobile terminal provided by the present invention may is that

A kind of mobile terminal, wherein, described mobile terminal includes: for the main touch screen of the main display of mobile terminal, and at least One is used for substituting key and/or the sub-touch screen to regulate and control volume that slides, and described sub-touch screen is arranged at described mobile whole End side surface or described mobile terminal main display side;Each described sub-touch screen connects at least one touch chip 200, institute The input interface stating touch chip 200 is connected with described sub-touch screen, and output interface is connected with described central processing unit 300.

Wherein, described sub-touch screen 100 is set to one, for for slide with regulation volume and repeatedly touch with substitute open First sub-touch screen of switch, described first sub-touch screen connects to be had for glide direction and touch number of times are respectively converted into number Word signal sends the first touch chip to described central processing unit 300.

Or described sub-touch screen 100 is set to one, for pressing to substitute key with regulation volume and length for sliding The second sub-touch screen, described second sub-touch screen connect have for by glide direction and touch number of times be respectively converted into numeral letter Number send to the second touch chip of described central processing unit 300.

Or described sub-touch screen 100 is set to two, two described sub-touch screens 100 are respectively for sliding with regulation 3rd sub-touch screen of volume, and repeatedly touch or long by substitute the 4th sub-touch screen of key, described 3rd son touches Touch screen and described 4th sub-touch screen is connected to the 3rd touch chip and the 4th touch chip.

Or, described sub-touch screen 100 is set to two, and two described sub-touch screens 100 are respectively for sliding to adjust 5th sub-touch screen 110 and the 6th sub-touch screen 120 of joint volume, described 5th sub-touch screen 110 connects to be had for by described 5th sub-touch screen 110 area that is touched is converted to digital signal and sends to the 5th touch chip of described central processing unit 300 210, described 6th sub-touch screen 120 connect have for area that described 6th sub-touch screen 120 is touched be converted to numeral letter Number send to the 6th touch chip 220 of described central processing unit 300.

Or, described sub-touch screen 100 is set to three, and three described sub-touch screens 100 are respectively for sliding to increase 7th sub-touch screen 130 of big volume, for sliding to reduce the 8th sub-touch screen 140 of volume and for substituting key 9th sub-touch screen 150, described 7th sub-touch screen 130, described 8th sub-touch screen 140 and described 9th sub-touch screen 150 It is connected to the 8th touch chip the 230, the 9th touch chip 240 and the tenth touch chip 250.

It should be appreciated that the application of the present invention is not limited to above-mentioned citing, for those of ordinary skills, can To be improved according to the above description or to be converted, the most sub-touch screen position, shape or number etc., all these improvement are set With the protection domain that conversion all should belong to claims of the present invention.

Claims (10)

1. a mobile terminal, it is characterised in that described mobile terminal includes: for the main touch screen of the main display of mobile terminal, And at least one is for substituting key and/or the sub-touch screen to regulate and control volume that slides, described sub-touch screen is arranged at institute State mobile terminal side or described mobile terminal main display side;Each described sub-touch screen connects at least one touch-control core Sheet, the input interface of described touch chip is connected with described sub-touch screen, and output interface is connected with described central processing unit.
Mobile terminal the most according to claim 1, it is characterised in that described sub-touch screen is set to one, for being used for sliding Dynamic to regulate volume and repeatedly to touch to substitute the first sub-touch screen of key, described first sub-touch screen connects to be had for inciting somebody to action Glide direction and touch number of times are respectively converted into digital signal and send the first touch chip to described central processing unit.
Mobile terminal the most according to claim 1, it is characterised in that described sub-touch screen is set to one, for being used for sliding Dynamic with regulation volume and long by substitute the second sub-touch screen of key, described second sub-touch screen connects to be had for sliding Direction and touch number of times are respectively converted into digital signal and send the second touch chip to described central processing unit.
Mobile terminal the most according to claim 1, it is characterised in that described sub-touch screen is set to two, is respectively and uses In the 3rd sub-touch screen to regulate volume that slides, and repeatedly touch or long by the 4th sub-touch screen with replacement key, Described 3rd sub-touch screen and described 4th sub-touch screen are connected to the 3rd touch chip and the 4th touch chip.
Mobile terminal the most according to claim 1, it is characterised in that described sub-touch screen is set to two, is respectively and uses In the 5th sub-touch screen with regulation volume and the 6th sub-touch screen of sliding, described 5th sub-touch screen connects to be had for by described The 5th sub-touch screen area that is touched is converted to digital signal and sends to the 5th touch chip of described central processing unit, and described the Six sub-touch screens connect to have and are converted to digital signal for the area that is touched by described 6th sub-touch screen and send to described central authorities 6th touch chip of processor.
Mobile terminal the most according to claim 5, it is characterised in that described 5th sub-touch screen or described 6th son touch Screen be also associated with for by alternative one be touched number of times or the time is converted to digital signal and sends to described central processing unit The 7th touch chip, after described central processing unit receives this signal, send command adapted thereto with start, shutdown, screen locking or wake up up Unlock interface.
Mobile terminal the most according to claim 5, it is characterised in that described 5th sub-touch screen and described 6th son touch Screen is identical two the sub-touch screens of direct triangle of shape, and the top of described 5th sub-touch screen and bottom are respectively at described the Bottom and the top of six sub-touch screens are concordant.
Mobile terminal the most according to claim 1, it is characterised in that described sub-touch screen is set to three, is respectively and uses In sliding with the 7th sub-touch screen increasing volume, for sliding to reduce the 8th sub-touch screen of volume and being used for substituting start 9th sub-touch screen of key, described 7th sub-touch screen, described 8th sub-touch screen and described 9th sub-touch screen connect respectively There are the 8th touch chip, the 9th touch chip and the tenth touch chip.
Mobile terminal the most according to any one of claim 1 to 8, it is characterised in that described sub-touch screen is by tempering glass Glass, electro-conductive glass or protection glue are made.
Mobile terminal the most according to any one of claim 1 to 8, it is characterised in that described sub-touch screen is resistance-type Sub-touch screen, capacitive sensing formula touch screen, infrared ray formula touch screen or surface acoustic wave formula touch screen.
CN201610359149.8A 2016-05-27 2016-05-27 Mobile terminal CN106055248A (en)

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CN106843573A (en) * 2017-01-03 2017-06-13 惠州Tcl移动通信有限公司 The mobile terminal and its function of side key implementation method of a kind of side switch virtualization
CN106843839A (en) * 2016-12-23 2017-06-13 歌尔股份有限公司 The implementation method and device of starting up of terminal, terminal

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