CN106888332A

CN106888332A - mobile terminal and volume adjusting method

Info

Publication number: CN106888332A
Application number: CN201710198837.5A
Authority: CN
Inventors: 张鹏; 熊达蔚
Original assignee: Beijing Xiaomi Mobile Software Co Ltd
Current assignee: Beijing Xiaomi Mobile Software Co Ltd
Priority date: 2017-03-29
Filing date: 2017-03-29
Publication date: 2017-06-23

Abstract

The disclosure is directed to a kind of mobile terminal and volume adjusting method, belong to field of terminal technology.Mobile terminal includes：Housing, multiple photoelectric sensors, processor；Multiple photoelectric sensors are used to, when corresponding sensing element is blocked, notification signal is sent to processor；Processor is used to receive the notification signal that multiple photoelectric sensors send, if it is determined that the sensed position for sending the photoelectric sensor of notification signal meets preset rules, volume adjusting then is carried out according to preset rules, the sensed position of photoelectric sensor is the allocation position of the sensing element of photoelectric sensor.User need to only block the surface of shell i.e. adjusting sound volume of the mobile terminal, extend the mode of volume adjusting, improve flexibility.And volume adjusting button is clicked on without user, and the operation of user is simplified, it is convenient for users to use, without mobile terminal configuration volume adjusting button, simplify the hardware configuration of mobile terminal.

Description

Mobile terminal and volume adjusting method

Technical field

This disclosure relates to field of terminal technology, more particularly to a kind of mobile terminal and volume adjusting method.

Background technology

With developing rapidly for the communication technology and terminal technology, the function of the mobile terminal such as mobile phone, panel computer is increasingly strong Greatly, it has also become the important component in people's life and amusement.People can listen music, see video etc. using mobile terminal, Mobile terminal needs to play audio in the process, and may need to adjust volume during playing audio.

Current mobile terminal can configure volume adjusting button, and such as volume increases button and volume-down keys, in movement During terminal plays audio, user then clicks on corresponding volume adjusting button if necessary to adjust volume, and mobile terminal detects use During the clicking operation at family, volume can be adjusted according to the clicking operation.That is to say, the operation that volume increases button is clicked on when detecting Shi Zeng great volumes, volume is reduced when the operation for clicking on volume-down keys is detected.

The content of the invention

To overcome problem present in correlation technique, the disclosure to provide a kind of mobile terminal and volume adjusting method.It is described Technical scheme is as follows：

According to the first aspect of the embodiment of the present disclosure, there is provided a kind of mobile terminal, the mobile terminal at least includes：Shell Body, multiple photoelectric sensors, processor；

The sensing element of the multiple photoelectric sensor is configured on the surface of the housing, the multiple photoelectric sensor It is connected with the processor；

The multiple photoelectric sensor is used to, when corresponding sensing element is blocked, be sent to the processor and notify letter Number；

The processor is used to receive the notification signal that the multiple photoelectric sensor sends, if it is determined that send described logical Know that the sensed position of the photoelectric sensor of signal meets preset rules, then carry out volume adjusting according to the preset rules, it is described The sensed position of photoelectric sensor is the allocation position of the sensing element of the photoelectric sensor.

In another embodiment, the first preset rules include the first sensed position for increasing volume, the processor It is additionally operable to if it is determined that send the sensed position of the photoelectric sensor of the notification signal for first sensed position, then increase Volume.

In another embodiment, the processor is additionally operable to if it is determined that sending the photoelectric sensor of the notification signal Sensed position is first sensed position, then according to the duration of the notification signal, increase and the duration pair The volume answered, untill when the volume after regulation reaches default max volume.

In another embodiment, the second preset rules include the second sensed position for reducing volume, the processor It is additionally operable to if it is determined that send the sensed position of the photoelectric sensor of the notification signal for second sensed position, then reduce Volume.

In another embodiment, the processor is additionally operable to if it is determined that sending the photoelectric sensor of the notification signal Sensed position is second sensed position, then according to the duration of the notification signal, reduce and the duration pair The volume answered, untill when the volume after regulation reaches default minimal volume.

In another embodiment, the 3rd preset rules are default suitable including the first preset number, for increasing the first of volume Sequence and the second preset order for reducing volume, the processor is additionally operable to if it is determined that at least described first preset number Photoelectric sensor sends the notification signal successively, it is determined that send the sensing position of the photoelectric sensor of the notification signal successively That puts is put in order, and volume is increased when described putting in order as first preset order, is put in order as described when described Reduce volume during the second preset order.

In another embodiment, the 4th preset rules are default suitable including the first preset length, for increasing the first of volume Sequence and the second preset order for reducing volume, the processor is additionally operable to if it is determined that any photoelectric sensor sends successively Multiple notification signals corresponding with multiple sensed positions, and the length of induction region that the multiple sensed position is formed is more than the One preset length, then the transmission according to the multiple notification signal sequentially, it is determined that multiple corresponding with the multiple notification signal Putting in order for sensed position, volume is increased when described putting in order as first preset order, is put in order when described Reduce volume during for second preset order.

In another embodiment, the multiple photoelectric sensor includes at least one first sidelight electric transducers and at least one Individual second sidelight electric transducer, the sensing element of the first sidelight electric transducer is configured at the first side frame table of the housing On face, the sensing element of the second sidelight electric transducer is configured on the housing relative with the first side frame surface On the frame surface of second side.

In another embodiment, the processor is additionally operable to if it is determined that sending the first sidelight fax of the notification signal The sensed position of sensor is the first sensed position on the first side frame surface, then increase volume；Or,

If it is determined that the sensed position for sending the second sidelight electric transducer of the notification signal is the second side frame First sensed position on surface, then increase volume.

In another embodiment, the processor is additionally operable to if it is determined that sending the first sidelight fax of the notification signal The sensed position of sensor is the first sensed position on the first side frame surface, and sends the second side of the notification signal The sensed position of photoelectric sensor is first sensed position on the second side frame surface, then increase volume.

In another embodiment, the processor is additionally operable to if it is determined that sending the first sidelight fax of the notification signal The sensed position of sensor is the second sensed position on the first side frame surface, then reduce volume；Or,

If it is determined that the sensed position for sending the second sidelight electric transducer of the notification signal is the second side frame Second sensed position on surface, then reduce volume.

In another embodiment, the processor is additionally operable to if it is determined that sending the first sidelight fax of the notification signal The sensed position of sensor is the second sensed position on the first side frame surface, and sends the second side of the notification signal The sensed position of photoelectric sensor is second sensed position on the second side frame surface, then reduce volume.

In another embodiment, the processor is additionally operable to if it is determined that at least one first sidelight electric transducers and at least One the second sidelight electric transducer sends the notification signal, then the sound is closed in the state of volume adjusting function has turned on Adjustment, or open the volume adjusting function in the state of the volume adjusting function is turned off.

In another embodiment, the processor is additionally operable to if it is determined that the first sidelight fax of at least the second preset number Sensor sends the notification signal successively, and the second sidelight electric transducer of at least described second preset number also sends institute successively Notification signal is stated, then the volume adjusting function is closed in the state of volume adjusting function has turned on, or in the volume Regulatory function opens the volume adjusting function in the state of being turned off.

In another embodiment, the processor be additionally operable to if it is determined that any first sidelight electric transducer send successively with The corresponding multiple notification signals of the first side sensed position of multiple, the first side induction zone that the multiple first side sensed position is formed The length in domain is more than the second preset length, and any second sidelight electric transducer sends and multiple second sides sensed position pair successively The multiple notification signals answered, the length of the second side induction region that the multiple second side sensed position is formed is more than described second Preset length, then close the volume adjusting function, or adjust in the volume in the state of volume adjusting function has turned on Section function opens the volume adjusting function in the state of being turned off.

According to the second aspect of the embodiment of the present disclosure, there is provided a kind of volume adjusting method, methods described includes：

It is determined that initiating the photoelectric sensor of notification signal in multiple photoelectric sensors, the multiple photoelectric sensor is used to work as Corresponding sensing element initiates the notification signal when being blocked；

If it is determined that the sensed position for initiating the photoelectric sensor of the notification signal meets preset rules, then according to described Preset rules carry out volume adjusting, and the sensed position of the photoelectric sensor is the sensing element of the photoelectric sensor described Position on mobile terminal surface.

In another embodiment, the first preset rules include the first sensed position for increasing volume, if described true Surely the sensed position for initiating the photoelectric sensor of the notification signal meets preset rules, then carry out sound according to the preset rules Amount regulation, including：

If it is determined that the sensed position for initiating the photoelectric sensor of the notification signal is first sensed position, then increase Big volume.

In another embodiment, it is described if it is determined that the sensed position for initiating the photoelectric sensor of the notification signal is institute The first sensed position is stated, then increases volume, including：

If it is determined that initiate the sensed position of the photoelectric sensor of the notification signal for first sensed position, then root According to the duration of the notification signal, increase volume corresponding with the duration, until the volume after regulation reach it is pre- If untill during max volume.

In another embodiment, the second preset rules include the second sensed position for reducing volume, if described true Surely the sensed position for initiating the photoelectric sensor of the notification signal meets preset rules, then carry out sound according to the preset rules Amount regulation, including：

If it is determined that the sensed position for initiating the photoelectric sensor of the notification signal is second sensed position, then subtract Small volume.

In another embodiment, it is described if it is determined that the sensed position for initiating the photoelectric sensor of the notification signal is institute The second sensed position is stated, then reduces volume, including：

If it is determined that initiate the sensed position of the photoelectric sensor of the notification signal for second sensed position, then root According to the duration of the notification signal, reduce volume corresponding with the duration, until the volume after regulation reach it is pre- If untill during minimal volume.

In another embodiment, the 3rd preset rules are default suitable including the first preset number, for increasing the first of volume Sequence and the second preset order for reducing volume, it is described if it is determined that initiating the sensing of the photoelectric sensor of the notification signal Position meets preset rules, then carry out volume adjusting according to the preset rules, including：

If it is determined that at least described first preset number photoelectric sensor initiates the notification signal successively, it is determined that according to Putting in order for the sensed position of the secondary photoelectric sensor for initiating the notification signal, puts in order as described first is pre- when described If increasing volume during order, volume is reduced when described putting in order as second preset order.

In another embodiment, the 4th preset rules are default suitable including the first preset length, for increasing the first of volume Sequence and the second preset order for reducing volume, it is described if it is determined that initiating the sensing of the photoelectric sensor of the notification signal Position meets preset rules, then carry out volume adjusting according to the preset rules, including：

If it is determined that any photoelectric sensor initiates multiple notification signals corresponding with multiple sensed positions successively, and it is described The length of the induction region that multiple sensed positions are formed is more than the first preset length, then according to the initiation of the multiple notification signal Sequentially, it is determined that corresponding with the multiple notification signal multiple sensed positions put in order, put in order as described when described Increase volume during the first preset order, volume is reduced when described putting in order as second preset order.

In another embodiment, the multiple photoelectric sensor includes at least one first sidelight electric transducers and at least one Individual second sidelight electric transducer, the sensing element of the first sidelight electric transducer is configured at the first side of the mobile terminal On frame surface, the sensing element of the second sidelight electric transducer is configured on the mobile terminal and the first side frame table On the relative second side frame surface in face.

In another embodiment, it is described if it is determined that the sensed position for initiating the photoelectric sensor of the notification signal meets Preset rules, then carry out volume adjusting according to the preset rules, including：

If it is determined that the sensed position for initiating the first sidelight electric transducer of the notification signal is the first side frame The first sensed position on surface, then increase volume；Or,

If it is determined that the sensed position for initiating the second sidelight electric transducer of the notification signal is the second side frame First sensed position on surface, then increase volume.

If it is determined that the sensed position for initiating the first sidelight electric transducer of the notification signal is the first side frame The first sensed position on surface, and it is described second to initiate the sensed position of the second sidelight electric transducer of the notification signal First sensed position on side frame surface, then increase volume.

If it is determined that the sensed position for initiating the first sidelight electric transducer of the notification signal is the first side frame The second sensed position on surface, then reduce volume；Or,

If it is determined that the sensed position for initiating the second sidelight electric transducer of the notification signal is the second side frame Second sensed position on surface, then reduce volume.

If it is determined that the sensed position for initiating the first sidelight electric transducer of the notification signal is the first side frame The second sensed position on surface, and it is described second to initiate the sensed position of the second sidelight electric transducer of the notification signal Second sensed position on side frame surface, then reduce volume.

In another embodiment, methods described also includes：

If it is determined that at least one first sidelight electric transducers and at least one second sidelight electric transducers initiate described logical Know signal, then the volume adjusting function is closed in the state of volume adjusting function has turned on, or in the volume adjusting Function opens the volume adjusting function in the state of being turned off.

In another embodiment, methods described also includes：

If it is determined that the first sidelight electric transducer of at least the second preset number initiates the notification signal successively, and at least The second sidelight electric transducer of second preset number also initiates the notification signal successively, then opened in volume adjusting function The volume adjusting function is closed in the state of opening, or the sound is opened in the state of the volume adjusting function is turned off Adjustment.

In another embodiment, methods described also includes：

If it is determined that any first sidelight electric transducer initiates corresponding with multiple first sides sensed position multiple logical successively Know signal, the length of the first side induction region that the multiple first side sensed position is formed is more than the second preset length, and appoints One second sidelight electric transducer initiates multiple notification signals corresponding with multiple second sides sensed position, the multiple second successively The length of the second side induction region that side sensed position is formed is more than second preset length, then opened in volume adjusting function The volume adjusting function is closed in the state of opening, or the sound is opened in the state of the volume adjusting function is turned off Adjustment.

According to the third aspect of the embodiment of the present disclosure, there is provided a kind of mobile terminal, the mobile terminal includes：

Determining module, the photoelectric sensor for determining initiation notification signal in multiple photoelectric sensors, the multiple light Electric transducer is used to initiate the notification signal when corresponding sensing element is blocked；

Volume adjusting module, for if it is determined that the sensed position for initiating the photoelectric sensor of the notification signal meets pre- If regular, then volume adjusting is carried out according to the preset rules, the sensed position of the photoelectric sensor is the photoelectric sensing Position of the sensing element of device on the mobile terminal surface.

The technical scheme provided by this disclosed embodiment can include the following benefits：

Mobile terminal and volume adjusting method that the present embodiment is provided, movement is detected by the multiple photoelectric sensors for configuring Whether the surface of shell of terminal is blocked, and carries out volume adjusting according to circumstance of occlusion, then user need to only block the mobile terminal Surface of shell be adjusting sound volume, extend the mode of volume adjusting, improve flexibility.And click on volume without user Regulating key, simplifies the operation of user, convenient for users to use, without mobile terminal configuration volume adjusting button, letter The hardware configuration of mobile terminal is changed.

Brief description of the drawings

Accompanying drawing herein is merged in specification and constitutes the part of this specification, shows the implementation for meeting the disclosure Example, and it is used to explain the principle of the disclosure together with specification.

Figure 1A is a kind of mobile terminal schematic diagram according to an exemplary embodiment；

Figure 1B is a kind of mobile terminal schematic diagram according to an exemplary embodiment；

Fig. 1 C are a kind of distribution schematic diagrams of the photoelectric sensor according to an exemplary embodiment；

Fig. 1 D are a kind of distribution schematic diagrams of the photoelectric sensor according to an exemplary embodiment；

Fig. 1 E are a kind of distribution schematic diagrams of the photoelectric sensor according to an exemplary embodiment；

Fig. 1 F are a kind of distribution schematic diagrams of the photoelectric sensor according to an exemplary embodiment；

Fig. 2 is a kind of flow chart of the volume adjusting method according to an exemplary embodiment；

Fig. 3 is a kind of mobile terminal schematic diagram according to an exemplary embodiment.

Specific embodiment

To make the purpose, technical scheme and advantage of the disclosure clearer, below in conjunction with accompanying drawing to disclosure embodiment party Formula is described in further detail.

Figure 1A is a kind of mobile terminal schematic diagram according to an exemplary embodiment, and the mobile terminal can be hand Machine, panel computer etc., the present embodiment is not limited this.As shown in Figure 1A, the mobile terminal includes：Housing 101, multiple photoelectricity Sensor 102 and processor 103, the plurality of photoelectric sensor 102 are configured on the surface of housing 101, constitute photoelectric sensor Matrix, wherein, multiple refers to two and two or more.

Current mobile terminal is typically equipped with volume adjusting button, such as volume increase button and volume-down keys, Volume can be adjusted by volume adjusting button.For example, during mobile terminal playing audio, when user wishes to increase sound During amount, volume increase button is clicked on, mobile terminal can increase volume, when user wishes to reduce volume, click on volume and reduce Button, mobile terminal can reduce volume.But above-mentioned volume adjusting method needs mobile terminal configuration volume adjusting button, causes The physical arrangement of mobile terminal is not succinct enough.

In the present embodiment, in order to adjust volume in the case where volume adjusting button is not configured, user can detected Volume adjusting is carried out when blocking operation to the surface of shell of the mobile terminal.

In view of when user carries out blocking operation to the surface of shell of mobile terminal, the optical signal that housing 101 is sensed Can change, then the situation of change according to optical signal can determine user triggering block operation.Therefore, in order in user couple The surface of shell automatically carries out volume adjusting when block operation, can in the terminal configure multiple photoelectric sensors 102, and the sensing element of the plurality of photoelectric sensor 102 is configured on the surface of housing 101, by the plurality of photoelectric sensing Device 102 be detectable user trigger on the surface of housing 101 block operation so that according to user's triggering block operate into Row volume adjusting.

Photoelectric sensor 102 can initiate notification signal when sensing element is blocked, and the notification signal is used to notify this The sensed position of photoelectric sensor 102 is blocked, and sensed position refers to the allocation position of the sensing element of photoelectric sensor 102.

Wherein, photoelectric sensor 102 can turn optical signal (such as visible light signal, infrared signal and ultraviolet laser light) It is changed into electric signal, light emitting diode and sensing element can be included, light emitting diode is used to launch optical signal, works as photoelectric sensor 102 when being blocked, and the optical signal thing that can be blocked is reflected, and is transferred on sensing element, and sensing element receives the light of reflection Notification signal can be initiated during signal.The plurality of photoelectric sensor 102 can include trough type photoelectric sensor, correlation type photoelectric transfer Sensor etc., and for different types of photoelectric sensor, the sensing element included by it is also different, or light emitting diode and sense Answer the position relationship between element different.In addition, the type of the plurality of photoelectric sensor 102 can be with identical, it is also possible to different, this Embodiment is not limited this.

In addition to sensing element, the other elements in photoelectric sensor 102 can be configured at the inside of housing 101, and with The sensing element is connected.

And, referring to Figure 1B, the plurality of photoelectric sensor 102 is connected with the processor 103, that is to say, the plurality of photoelectricity The output end of sensor 102 is connected with the processor 103.

For each photoelectric sensor 102, photoelectric sensor 102 can be when sensing element be blocked, to treatment Device 103 sends notification signal, notifies that the sensed position of the processor 103 photoelectric sensor 102 is blocked.Photoelectric sensor 102 can also stop sending the notification signal to processor 103 when sensing element is no longer blocked, and processor 103 no longer connects When receiving the notification signal of the photoelectric sensor 102 transmission, it may be determined that the sensed position of the photoelectric sensor 102 is no longer hidden Gear.

For processor 103, notified because multiple photoelectric sensors 102 may send to the processor 103 Signal, therefore processor 103 may receive the notification signal of the transmission of multiple photoelectric sensors 102, now may determine that hair Send whether the sensed position of the photoelectric sensor of notification signal meets preset rules, when it is determined that sending the photoelectric sensing of notification signal When the sensed position of device meets preset rules, it may be determined that user wishes to adjust volume, then carry out volume according to the preset rules Regulation.

For different preset rules, following two modes 1 and 2 are present embodiments provided：

Mode 1, preset rules includes the first preset rules, and the first preset rules include the first sensing for increasing volume Position, then processor 103 receive photoelectric sensor 102 transmission notification signal, if it is determined that send the light of the notification signal The sensed position of electric transducer 102 is the first sensed position, then increase volume.

In practical application, the first sensed position is sheltered from when user wishes increase volume, increased without clicking on volume Big key, also just increases button without mobile terminal configuration volume.Wherein, first sensed position can be the mobile terminal shell Any position on body 101, can be determined, it is also possible to predefined by mobile terminal by user.

In a kind of possible implementation, it is contemplated that increase volume can include only increasing predetermined interval volume, or Volume is increased into the various ways such as default max volume, the mode of volume is increased for the ease of user's control, processor 103 is also When notification signal is received, the duration of the notification signal can be obtained, then when it is determined that the photoelectric transfer of the notification signal When the sensed position of sensor is the first sensed position, according to the duration of the notification signal, increase corresponding with the duration Volume, until regulation after volume reach default max volume when untill.Correspondingly, user can block first by control The duration of sensed position come control volume increase amplitude.

For example, whether processor 103 can be less than the first preset duration to increase volume according to duration, i.e., when this is held When continuous duration is less than the first preset duration, volume is increased predetermined interval volume by processor 103；When the duration is not less than the During one preset duration, volume is increased to default max volume by processor 103.Wherein, predetermined interval volume and default maximum sound Amount by mobile terminal default setting, or can be set by user, and the present embodiment is not limited this.

Or, the processor 103 can determine predetermined coefficient, the corresponding volume of duration can according to duration with The product of predetermined coefficient determines that then processor 103 calculates the product of the duration and predetermined coefficient according to the duration, Volume is increased into volume corresponding with the product.And can be carried out using staged during increase volume, i.e., when unit continues It is long, volume is increased into unit duration volume corresponding with the product of predetermined coefficient, until increasing to default max volume When untill.Wherein, predetermined coefficient and unit duration by the mobile terminal default setting, or can be set by user, this Embodiment is not limited this.

Mode 2, preset rules includes the second preset rules, and the second preset rules include the second sensing for reducing volume Position, then when processor 103 receives the notification signal of the transmission of photoelectric sensor 102, if it is determined that send the light of notification signal The sensed position of electric transducer 102 is the second sensed position, then reduce volume.

In practical application, the second sensed position is sheltered from when user wishes and reduces volume, without clicking on volume down Small button, also just without mobile terminal configuration volume-down keys.Wherein, second sensed position can be the mobile terminal shell Any position different from first sensed position on body 101, can be determined, it is also possible to true in advance by mobile terminal by user It is fixed.

In a kind of possible implementation, it is contemplated that reducing volume can include only reducing predetermined interval volume, or Volume is decreased to the various ways such as default minimal volume, the mode of volume is reduced for the ease of user's control, processor 103 is also When notification signal is received, the duration of the notification signal can be obtained, then when it is determined that the photoelectric transfer of the notification signal When the sensed position of sensor is the second sensed position, according to the duration of the notification signal, reduce corresponding with the duration Volume, until regulation after volume reach default minimal volume when untill.Correspondingly, user can block second by control The duration of sensed position come control volume reduce amplitude.

For example, whether processor 103 can be less than the first preset duration to reduce volume according to duration, i.e., when this is held When continuous duration is less than the first preset duration, volume is reduced predetermined interval volume by processor 103；When the duration is not less than the During one preset duration, volume is decreased to default max volume by processor 103.Wherein, predetermined interval volume and default maximum sound Amount by mobile terminal default setting, or can be set by user, and the present embodiment is not limited this.

Or, the processor 103 can determine predetermined coefficient, the corresponding volume of duration can according to duration with The product of predetermined coefficient determines that then processor 103 calculates the product of the duration and predetermined coefficient according to the duration, Volume is reduced into volume corresponding with the product.And can be carried out using staged when reducing volume, i.e., when unit continues It is long, volume is reduced into unit duration volume corresponding with the product of predetermined coefficient, until being reduced to default minimal volume When untill.

The mobile terminal that the present embodiment is provided, the surface of shell of mobile terminal is detected by the multiple photoelectric sensors for configuring Whether it is blocked, and volume adjusting is carried out according to circumstance of occlusion, then user need to only blocks the surface of shell of the mobile terminal Regulation volume, extends the mode of volume adjusting, improves flexibility.And volume adjusting button is clicked on without user, simplify The operation of user, it is convenient for users to use, without mobile terminal configuration volume adjusting button, simplify mobile terminal Hardware configuration.

Wherein, can increase volume when user blocks the first sensed position on the mobile terminal shell surface, and block Volume can be reduced during the second sensed position, operated very easy.

In another embodiment, mobile terminal can configure photoelectric sensor using different distribution modes.For example, ginseng See Fig. 1 C, the sensing element of multiple photoelectric sensors can be with spot distribution on the surface of the housing, i.e., each photoelectric sensor is corresponding In a sensed position, can detect whether correspondence sensed position is blocked, can be spaced between different sensed positions certain Distance.When user blocks a certain sensed position, the photoelectric sensor corresponding to the sensed position can initiate notification signal.Or, Referring to Fig. 1 D, the sensing element of multiple photoelectric sensors can be distributed on the surface of the housing with strip, i.e. each photoelectric sensor pair Should can detect whether corresponding multiple sensed positions are blocked in multiple sensed positions.User contacts many of photoelectric sensor During a certain sensed position in individual sensed position, photoelectric sensor initiates notification signal corresponding with the sensed position.

For the difference of photoelectric sensor distribution mode, following two modes 3 and 4 are present embodiments provided：

Mode 3, the 3rd preset rules include the first preset number, the first preset order for increasing volume and for subtracting Second preset order of small volume, if the processor 103 determines that at least the first preset number photoelectric sensor 102 is sent out successively Notification signal is sent, represents that user triggers slide, the finger of user has slipped at least the first preset number photoelectricity successively Sensor 102, it is determined that the sensed position for sending the photoelectric sensor of notification signal successively puts in order, when put in order for Increase volume during the first preset order, volume is reduced when putting in order as the second preset order.

Correspondingly, user is default according to first at the sensed position of the photoelectric sensor 102 of at least the first preset number Order carries out slide, you can increase volume, and carries out slide according to the second preset order, you can reduce volume.

Wherein, first preset number is at least 2, and concrete numerical value can be according in practical operation, and the finger of user is in shell The corresponding minimum photoelectric sensor number of sensed position that slide in body surface face is touched is configured, for example, First preset number can be 2,3,4 etc., and the present embodiment is not limited this.

Wherein, first preset order and second preset order can be according to the sensings of the photoelectric sensor 102 of configuration Position determines, if for example, the sensing element of the plurality of photoelectric sensor 102 is configured on the jamb surface of the mobile terminal, and Be arranged in order in accordance with the order from top to bottom, then what first preset order can for order from top to bottom or from top to bottom Sequentially, second preset order can be the order opposite with the first preset order；If the sensing of the plurality of photoelectric sensor 102 Element is configured on the rear cap surface of the mobile terminal, and is arranged in order according to order from left to right, then this is first default suitable Sequence can be order or order from right to left from left to right, and second preset order can be and the first preset order phase Anti- order.

For example, with reference to Fig. 1 C and Fig. 1 D, the sensing element of the plurality of photoelectric sensor 102 is configured at the right side of the mobile terminal On side frame surface, the first preset order is the order from top to bottom of the meaning of arrow 1, and the second preset order is signified arrow 2 Order from top to bottom, then when user carries out slide according to the direction of arrow 1 to the Right Border surface, the treatment Device 103 increases the volume of the mobile terminal, and work as user carries out slide according to the direction of arrow 2 to the Right Border surface When, the processor 103 reduces the volume of the mobile terminal.

The plurality of photoelectric sensor 102 includes adjacent the first photoelectric sensor 102 and the second photoelectric sensing of sensed position Device 102.The sensed position of two photoelectric sensors 102 is adjacent refer to the two photoelectric sensors 102 sensing element between do not have There is the sensing element for configuring other photoelectric sensors 102.The photoelectric sensor 102 of above-mentioned first photoelectric sensor 102 and second can Think the adjacent photoelectric sensor 102 of any two sensed position in multiple photoelectric sensors 102, the present embodiment is not limited this It is fixed.

Correspondingly, if the processor 103 determines that the first photoelectric sensor 102 sends notification signal, this leads to stop transmission After knowing signal, the second photoelectric sensor 102 starts to send notification signal, it is determined that the first photoelectric sensor 102 and the second photoelectricity Sensor 102 sends notification signal successively.

In a kind of possible implementation, it is contemplated that in user inadvertently contacts the plurality of photoelectric sensor 102 One sensed position of photoelectric sensor 102, touches another in the plurality of photoelectric sensor 102 again after a very long time During the sensed position of individual photoelectric sensor 102, even if user does not trigger slide, the processor 103 may also detect that two Individual photoelectric sensor 102 sends notification signal successively.Therefore, in order to prevent false touch, if the processor 103 determines at least first Preset number photoelectric sensor 102 sends notification signal successively in the second preset duration, it is determined that send notify letter successively Number the sensed position of photoelectric sensor put in order, when putting in order as the first preset order increase volume, work as arrangement Reduce volume when order is for the second preset order.And just determine at least the first preset number light when the second preset duration has been exceeded Electric transducer 102 sends notification signal successively, then can determine slide on the surface of the housing, without carrying out sound Amount regulation.

Wherein, second preset duration can according to the finger of user in practical operation mobile terminal surface of shell Gliding cable structure determines, for example, second preset duration can be 1s, 2s, 3s, 5s etc..

Whether by mobile terminal default setting, or can be set by user using second preset duration during practical application Put, the present embodiment is not limited this.

Mode 4, the 4th preset rules include the first preset length, the first preset order for increasing volume and for subtracting Second preset order of small volume, if the processor 103 determines that any photoelectric sensor 102 sends and multiple sensing positions successively Put corresponding multiple notification signals, and the length of induction region that multiple sensed positions are formed is more than the first preset length, then root According to multiple notification signals transmission sequentially, it is determined that putting in order for multiple sensed positions corresponding with multiple notification signals, works as row Increase volume when row order is for the first preset order, volume is reduced when putting in order as the second preset order.

Correspondingly, what the sensed position of user's multiple photoelectric sensors 102 on the surface of housing 101 was formed first presets In the induction region of length, slide is carried out according to the first preset order, you can increase volume, and according to the second preset order Carry out slide, you can reduce volume.

Wherein, first preset length can be general in triggering according to the length on the mobile terminal shell surface or user Sliding length during slide determines that the present embodiment is not limited first preset length.

In a kind of possible implementation, it is contemplated that when user inadvertently contacts a sensing of photoelectric sensor 102 Position, touches another sensed position of the photoelectric sensor 102, even if user does not trigger slip again after a very long time Operation, the processor 103 can also determine that photoelectric sensor 102 sends multiple notice letters corresponding with multiple sensed positions successively Number.Therefore in order to prevent false touch, if the processor 103 determines any photoelectric sensor 102 in the 3rd preset duration successively Send multiple notification signals corresponding with multiple sensed positions, and the length of induction region that is formed of multiple sensed positions is more than the One preset length, then the transmission according to multiple notification signals sequentially, it is determined that multiple sensed positions corresponding with multiple notification signals Put in order, increase volume when putting in order as the first preset order, when putting in order as the second preset order reduce Volume.And just determine that photoelectric sensor 102 sends corresponding many with multiple sensed positions successively when the 3rd preset duration has been exceeded Individual notification signal, then can determine slide on the surface of the housing, without carrying out volume adjusting.

The mobile terminal that the present embodiment is provided, the different distributions mode according to photoelectric sensor is block in photoelectric sensor During distribution, volume adjusting only is carried out when at least the first preset number photoelectric sensor sends notification signal successively, in photoelectricity When sensor strip is distributed, the induction region that the multiple sensed positions for only sending notification signal in any photoelectric sensor are formed Length carries out volume adjusting when being more than the first preset length, it is to avoid the situation of user's false touch surface of shell, improves accuracy.

In another embodiment, the plurality of photoelectric sensor 102 can include being distributed in the photoelectric sensor 102 of both sides, That is at least one first sidelight electric transducers 102 and at least one second sidelight electric transducers 102, and at least two first side The sensing element of photoelectric sensor 102 is configured on the first side frame surface of housing 101, at least two second side photoelectric sensings The sensing element of device 102 is configured on housing 101 on the second side frame surface relative with the first side frame surface.

Wherein, the first side frame and the second side frame can be left border, Right Border, the upside of housing 101 Frame, downside frame etc., and the first side frame is relative with the position of the second side frame, if for example, the first side frame is Left border, then the second side frame is Right Border, if the first side frame is upside frame, under the second side frame is Side frame etc., the present embodiment is not limited this.

For example, by taking the photoelectric sensor of spot distribution as an example, the left view that the front view and Fig. 1 F provided referring to Fig. 1 E are provided Figure and right view, the mobile terminal include multiple photoelectric sensors 102, the sensing element distribution of the plurality of photoelectric sensor 102 On the left border surface of the housing 101 and on Right Border surface.

For the different sides frame surface of mobile terminal, in the following manner 5 to 8 is present embodiments provided：

First, the first preset rules include the first sensed position for increasing volume, including on the frame surface of first side The first sensed position and second side frame surface on the first sensed position, the first sensed position on the two jamb surfaces Relatively.

If mode 5, processor 103 determine that the sensed position of the first sidelight electric transducer for sending notification signal is first The first sensed position on side frame surface, then increase volume；Or, if it is determined that send the second sidelight fax of notification signal The sensed position of sensor is the first sensed position on the frame surface of second side, then increase volume.

Correspondingly, when user wishes increase volume, the first sensed position on the frame surface of first side can have both been sheltered from, The first sensed position on the frame surface of second side can also be sheltered from.

If mode 6, processor 103 determine that the sensed position of the first sidelight electric transducer for sending notification signal is first The first sensed position on side frame surface, and it is the second side to send the sensed position of the second sidelight electric transducer of notification signal The first sensed position on jamb surface, then increase volume.

In order to prevent false touch, just can only increase volume when the first sensed position of both sides is blocked, then user wishes , it is necessary to shelter from first on the first sensed position and the second side frame surface on the frame surface of first side during increase volume Sensed position.

If mode 7, processor 103 determine that the sensed position of the photoelectric sensor for sending notification signal is to specify side frame The first sensed position on surface, then increase volume.Wherein, specified side is the first side or the second side, and the specified side is specially shifting The which side of dynamic terminal can be by terminal default setting, it is also possible to set manually by user, the present embodiment is not limited this.

The scheme that aforesaid way 5 can be provided to mode 7 with above-described embodiment is combined, and forms the optional implementation of the disclosure Example, the present embodiment is not limited combination.

For example, in mode 5 volume can also be increased according to the duration of notification signal, that is to say, if processor is true Surely the sensed position for sending the first sidelight electric transducer of notification signal is the first sensed position on the frame surface of first side, root According to the duration of the notification signal, increase volume corresponding with the duration, or, if it is determined that send notification signal The sensed position of the second sidelight electric transducer is the first sensed position on the frame surface of second side, according to holding for the notification signal Continuous duration, increases volume corresponding with the duration.Mode 6 is similar, repeats no more.

Secondly, the second preset rules include the second sensed position for reducing volume, including on the frame surface of first side The second sensed position and second side frame surface on the second sensed position, the second sensed position on the two jamb surfaces Relatively.

If mode 8, processor 103 determine that the sensed position of the first sidelight electric transducer for sending notification signal is first The second sensed position on side frame surface, then reduce volume；Or, if it is determined that send the second sidelight fax of notification signal The sensed position of sensor is the second sensed position on the frame surface of second side, then reduce volume.

Correspondingly, when user wishes to reduce volume, the second sensed position on the frame surface of first side can have both been sheltered from, The second sensed position on the frame surface of second side can also be sheltered from.

If mode 9, processor 103 determine that the sensed position of the first sidelight electric transducer for sending notification signal is first The second sensed position on side frame surface, and it is the second side to send the sensed position of the second sidelight electric transducer of notification signal The second sensed position on jamb surface, then reduce volume.

In order to prevent false touch, just can only reduce volume when the second sensed position of both sides is blocked, then user wishes , it is necessary to shelter from second on the second sensed position and the second side frame surface on the frame surface of first side during reduction volume Sensed position.

If mode 10, processor 103 determine that the sensed position of the photoelectric sensor for sending notification signal is to specify side The second sensed position on frame surface, then reduce volume.Wherein, specified side is the first side or the second side, and the specified side is specially The which side of mobile terminal can be by terminal default setting, it is also possible to set manually by user, the present embodiment is not limited this.

The scheme that aforesaid way 8 can be provided to mode 10 with above-described embodiment is combined, and forms the optional implementation of the disclosure Example, the present embodiment is not limited combination.For example, in mode 7 sound can also be increased according to the duration of notification signal Amount.

Above-described embodiment is only to carry out being illustrated as a example by volume adjusting by photoelectric sensor by mobile terminal, actually The process for carrying out volume adjusting can be carried out only in the state of volume adjusting function has turned on.Correspondingly, the present embodiment is provided In the following manner 11：

If mode 11, processor 103 determine at least one first sidelight electric transducers 102 and at least one second sidelights Electric transducer 102 sends notification signal, then volume adjusting function, Huo Zhe are closed in the state of volume adjusting function has turned on Volume adjusting function opens volume adjusting function in the state of being turned off.

Correspondingly, user shelters from least one first sidelight electric transducers 102 and at least one second side photoelectric sensings Device 102, you can be turned on or off volume adjusting function.

In order to the operation for adjusting volume is distinguished with the operation for switch volume regulatory function, the present embodiment is also There is provided in the following manner：If processor 103 determines at least one first sidelight electric transducers 102 and at least one second sidelights Electric transducer 102 sends notification signal, and the sidelight fax of at least one first sidelight electric transducer 102 and at least one second The sensed position of sensor 102 is not the first sensed position or the second sensed position, the then state being had turned in volume adjusting function Lower closing volume adjusting function, or open volume adjusting function in the state of volume adjusting function is turned off.

In a kind of possible implementation, if processor 103 determines the first sidelight fax of at least the second preset number Sensor 102 sends notification signal successively, and the second sidelight electric transducer 102 of at least the second preset number also sends and notifies successively Signal, then close volume adjusting function, or be turned off in volume adjusting function in the state of volume adjusting function has turned on In the state of open volume adjusting function.

Correspondingly, user shelters from the first sidelight electric transducer 102 of at least the second preset number and at least second and presets The second sidelight electric transducer 102 of number, you can be turned on or off volume adjusting function.

In the present embodiment, the minimal amount of photoelectric sensor when the first preset number is used to specify to adjust volume, second The minimal amount of photoelectric sensor when preset number is for prescribed switch volume adjusting function, user can control the light for blocking The number of electric transducer come determine to be performed be the operation or switch volume regulatory function for adjusting volume operation.

For example, the second preset number is more than the first preset number, if processor 103 determines multiple first sides photoelectric sensing Device 102 sends notification signal successively, and equal number of multiple second sidelight electric transducers 102 also send notification signal successively.

So, if number is not less than the first preset number and less than the second preset number, in volume adjusting function In the state of unlatching, increase volume or reduce volume, in the state of volume adjusting function is turned off, any behaviour is not performed Make.And if the number is not less than second preset number, then volume is closed in the state of volume adjusting function has turned on and adjusted Section function, or open volume adjusting function in the state of volume adjusting function is turned off.

Or, the first preset number is more than the second preset number, if processor 103 determines multiple first sides photoelectric sensing Device 102 sends notification signal successively, and equal number of multiple second sidelight electric transducers 102 also send notification signal successively.

If number has turned on not less than the second preset number and less than the first preset number in volume adjusting function Volume adjusting function is closed under state, or volume adjusting function is opened in the state of volume adjusting function is turned off.And such as Really the number is not less than first preset number, then in the state of volume adjusting function has turned on, increase volume or reduction Volume, in the state of volume adjusting function is turned off, any operation is not performed.

In alternatively possible implementation, if processor 103 determines that any first sidelight electric transducer 102 is sent out successively Send multiple notification signals corresponding with multiple first sides sensed position, the first side induction zone that multiple first sides sensed position is formed The length in domain is more than the second preset length, and any second sidelight electric transducer 102 sends sense position with multiple second sides successively Corresponding multiple notification signals are put, the length of the second side induction region that multiple second sides sensed position is formed is preset more than second Length, then close volume adjusting function, or be turned off in volume adjusting function in the state of volume adjusting function has turned on In the state of open volume adjusting function.

Correspondingly, user shelters from the first sidelight electric transducer 102 of at least the second preset length and at least second and presets Second sidelight electric transducer 102 of length, you can be turned on or off volume adjusting function.

In the present embodiment, the induction region that photoelectric sensor when the first preset length is used to specify regulation volume is formed Minimum length, the induction region that photoelectric sensor when the second preset length is used for prescribed switch volume adjusting function is formed is most Small length, what user can control the length of the photoelectric sensor for blocking to determine to be performed be adjust volume operation or The operation of switch volume regulatory function.

For example, the second preset length is more than the first preset length, if processor 103 determines the first sidelight electric transducer 102 send multiple notification signals corresponding with multiple first sides sensed position successively, and the second sidelight electric transducer 102 is also successively Send multiple notification signals corresponding with multiple second sides sensed position.

So, if the length of the first side induction region of multiple first sides sensed position formation and the sense of multiple second sides The length of the second side induction region of position formation is answered not less than the first preset length and less than the second preset length, then in volume In the state of regulatory function has turned on, increase volume or reduce volume, in the state of volume adjusting function is turned off, do not hold Any operation of row.And if the length of the length of the first side induction region and the second side induction region is second pre- not less than this If length, then volume adjusting function is closed in the state of volume adjusting function has turned on, or closed in volume adjusting function Volume adjusting function is opened in the state of closing.

Or, the first preset length is more than the second preset length, if processor 103 determines the first sidelight electric transducer 102 send multiple notification signals corresponding with multiple first sides sensed position successively, and the second sidelight electric transducer 102 is also successively Send multiple notification signals corresponding with multiple second sides sensed position.

So, if the length of the first side induction region of multiple first sides sensed position formation and the sense of multiple second sides The length of the second side induction region of position formation is answered not less than the second preset length and less than the first preset length, then in volume Regulatory function closes volume adjusting function in the state of having turned on, or opens sound in the state of volume adjusting function is turned off Adjustment.And if the length of the length of the first side induction region and the second side induction region is first pre- not less than this If length, then in the state of volume adjusting function has turned on, increase volume or reduce volume, closed in volume adjusting function In the state of closing, any operation is not performed.

Above-mentioned all optional technical schemes, can form the alternative embodiment of the disclosure, herein no longer using any combination Repeat one by one.

Fig. 2 is a kind of volume adjusting method flow chart according to an exemplary embodiment, and the method is applied to Figure 1A In the mobile terminal that illustrated embodiment is provided, referring to Fig. 2, the method is comprised the following steps：

In step 201, it is determined that initiating the photoelectric sensor of notification signal, multiple photoelectric sensings in multiple photoelectric sensors Device is used to initiate notification signal when corresponding sensing element is blocked.

In step 202., if it is determined that the sensed position for initiating the photoelectric sensor of notification signal meets preset rules, then Volume adjusting is carried out according to preset rules, the sensed position of photoelectric sensor is the sensing element of photoelectric sensor in mobile terminal Position on surface.

The method that the present embodiment is provided, by multiple photoelectric sensors for configuring detect mobile terminal surface of shell whether It is blocked, and volume adjusting is carried out according to circumstance of occlusion, then user need to only blocks the surface of shell of the mobile terminal and can adjust Volume, extends the mode of volume adjusting, improves flexibility.And volume adjusting button is clicked on without user, simplify use The operation at family, it is convenient for users to use, without mobile terminal configuration volume adjusting button, simplify the hardware of mobile terminal Structure.

In another embodiment, the first preset rules include the first sensed position for increasing volume, if it is determined that hair The sensed position for playing the photoelectric sensor of notification signal meets preset rules, then carry out volume adjusting according to preset rules, including：

If it is determined that the sensed position for initiating the photoelectric sensor of notification signal is the first sensed position, then increase volume.

In another embodiment, if it is determined that the sensed position for initiating the photoelectric sensor of notification signal is the first sensing position Put, then increase volume, including：

If it is determined that the sensed position for initiating the photoelectric sensor of notification signal is the first sensed position, then believed according to notice Number duration, increase corresponding with duration volume, untill when the volume after adjusting reaches default max volume.

In another embodiment, the second preset rules include the second sensed position for reducing volume, if it is determined that hair The sensed position for playing the photoelectric sensor of notification signal meets preset rules, then carry out volume adjusting according to preset rules, including：

If it is determined that the sensed position for initiating the photoelectric sensor of notification signal is the second sensed position, then reduce volume.

In another embodiment, if it is determined that the sensed position for initiating the photoelectric sensor of notification signal is the second sensing position Put, then reduce volume, including：

If it is determined that the sensed position for initiating the photoelectric sensor of notification signal is the second sensed position, then believed according to notice Number duration, reduce corresponding with duration volume, untill when the volume after adjusting reaches default minimal volume.

In another embodiment, the 3rd preset rules are default suitable including the first preset number, for increasing the first of volume Sequence and the second preset order for reducing volume, if it is determined that the sensed position for initiating the photoelectric sensor of notification signal meets Preset rules, then carry out volume adjusting according to preset rules, including：

If it is determined that at least the first preset number photoelectric sensor initiates notification signal successively, it is determined that initiate successively logical Know that the sensed position of the photoelectric sensor of signal puts in order, when putting in order as the first preset order increase volume, when Reduce volume when putting in order as the second preset order.

In another embodiment, the 4th preset rules are default suitable including the first preset length, for increasing the first of volume Sequence and the second preset order for reducing volume, if it is determined that the sensed position for initiating the photoelectric sensor of notification signal meets Preset rules, then carry out volume adjusting according to preset rules, including：

If it is determined that any photoelectric sensor initiates multiple notification signals corresponding with multiple sensed positions successively, and it is multiple Sensed position formed induction region length be more than the first preset length, then the initiation according to multiple notification signals sequentially, really Fixed putting in order with the multiple corresponding multiple sensed positions of notification signal, sound is increased when putting in order as the first preset order Amount, volume is reduced when putting in order as the second preset order.

In another embodiment, multiple photoelectric sensors include at least one first sidelight electric transducers and at least one the Two sidelight electric transducers, the sensing element of the first sidelight electric transducer is configured on the first side frame surface of mobile terminal, the The sensing element of two sidelight electric transducers is configured on mobile terminal the second side frame surface relative with first side frame surface On.

In another embodiment, if it is determined that the sensed position for initiating the photoelectric sensor of notification signal meets default rule Then, then volume adjusting is carried out according to preset rules, including：

If it is determined that initiating the sensed position of the first sidelight electric transducer of notification signal on the frame surface of first side First sensed position, then increase volume；Or,

If it is determined that initiating the sensed position of the second sidelight electric transducer of notification signal on the frame surface of second side First sensed position, then increase volume.

If it is determined that initiating the sensed position of the first sidelight electric transducer of notification signal on the frame surface of first side First sensed position, and it is the on the frame surface of second side to initiate the sensed position of the second sidelight electric transducer of notification signal One sensed position, then increase volume.

If it is determined that initiating the sensed position of the first sidelight electric transducer of notification signal on the frame surface of first side Second sensed position, then reduce volume；Or,

If it is determined that initiating the sensed position of the second sidelight electric transducer of notification signal on the frame surface of second side Second sensed position, then reduce volume.

If it is determined that initiating the sensed position of the first sidelight electric transducer of notification signal on the frame surface of first side Second sensed position, and it is the on the frame surface of second side to initiate the sensed position of the second sidelight electric transducer of notification signal Two sensed positions, then reduce volume.

In another embodiment, method also includes：

If it is determined that at least one first sidelight electric transducers and at least one second sidelight electric transducers initiate to notify letter Number, then volume adjusting function is closed in the state of volume adjusting function has turned on, or be turned off in volume adjusting function Volume adjusting function is opened under state.

In another embodiment, method also includes：

If it is determined that the first sidelight electric transducer of at least the second preset number initiates notification signal, and at least second successively The second sidelight electric transducer of preset number also initiates notification signal successively, then closed in the state of volume adjusting function has turned on Volume adjusting function is closed, or volume adjusting function is opened in the state of volume adjusting function is turned off.

In another embodiment, method also includes：

If it is determined that any first sidelight electric transducer initiates corresponding with multiple first sides sensed position multiple logical successively Know signal, the length of the first side induction region that multiple first sides sensed position is formed is more than the second preset length, and any the Two sidelight electric transducers initiate multiple notification signals corresponding with multiple second sides sensed position successively, and multiple second sides sense position The length of the second side induction region to be formed is put more than the second preset length, is then closed in the state of volume adjusting function has turned on Volume adjusting function is closed, or volume adjusting function is opened in the state of volume adjusting function is turned off.

Fig. 3 is a kind of mobile terminal schematic diagram according to an exemplary embodiment, the mobile terminal can be mobile phone, The equipment such as panel computer.Referring to Fig. 3, the mobile terminal includes：Determining module 310, volume adjusting module 320.

Determining module 310, the photoelectric sensor for determining initiation notification signal in multiple photoelectric sensors, multiple photoelectricity Sensor is used to initiate notification signal when corresponding sensing element is blocked；

Volume adjusting module 320, for if it is determined that the sensed position for initiating the photoelectric sensor of notification signal meets pre- If regular, then volume adjusting is carried out according to preset rules, the sensed position of photoelectric sensor is the sensing element of photoelectric sensor Position on mobile terminal surface.

In another embodiment, the first preset rules include the first sensed position for increasing volume, volume adjusting mould Block 320, for if it is determined that initiate notification signal photoelectric sensor sensed position be the first sensed position, then increase sound Amount.

In another embodiment, volume adjusting module 320, for if it is determined that initiating the photoelectric sensor of notification signal Sensed position is the first sensed position, then according to the duration of notification signal, increase volume corresponding with duration, until Untill when volume after regulation reaches default max volume.

In another embodiment, the second preset rules include the second sensed position for reducing volume, volume adjusting mould Block 320, for if it is determined that initiate notification signal photoelectric sensor sensed position be the second sensed position, then reduce sound Amount.

In another embodiment, volume adjusting module 320, for if it is determined that initiating the photoelectric sensor of notification signal Sensed position is the second sensed position, then according to the duration of notification signal, reduce volume corresponding with duration, until Untill when volume after regulation reaches default minimal volume.

In another embodiment, the 3rd preset rules are default suitable including the first preset number, for increasing the first of volume Sequence and the second preset order for reducing volume, volume adjusting module 320, for if it is determined that at least the first preset number Photoelectric sensor initiates notification signal successively, it is determined that initiate the arrangement of the sensed position of the photoelectric sensor of notification signal successively Sequentially, increase volume when putting in order as the first preset order, volume is reduced when putting in order as the second preset order.

In another embodiment, the 4th preset rules are default suitable including the first preset length, for increasing the first of volume Sequence and the second preset order for reducing volume, volume adjusting module 320, for if it is determined that any photoelectric sensor successively Initiate multiple notification signals corresponding with multiple sensed positions, and the length of induction region that is formed of multiple sensed positions is more than the One preset length, then the initiation according to multiple notification signals sequentially, it is determined that multiple sensed positions corresponding with multiple notification signals Put in order, increase volume when putting in order as the first preset order, when putting in order as the second preset order reduce Volume.

In another embodiment, volume adjusting module 320, for if it is determined that initiating the first sidelight fax of notification signal The sensed position of sensor is the first sensed position on the frame surface of first side, then increase volume；Or, if it is determined that initiate logical The sensed position for knowing the second sidelight electric transducer of signal is the first sensed position on the frame surface of second side, then increase sound Amount.

In another embodiment, volume adjusting module 320, for if it is determined that initiating the first sidelight fax of notification signal The sensed position of sensor is the first sensed position on the frame surface of first side, and initiates the second side photoelectric sensing of notification signal The sensed position of device is the first sensed position on the frame surface of second side, then increase volume.

In another embodiment, volume adjusting module 320, for if it is determined that initiating the first sidelight fax of notification signal The sensed position of sensor is the second sensed position on the frame surface of first side, then reduce volume；Or, if it is determined that initiate logical The sensed position for knowing the second sidelight electric transducer of signal is the second sensed position on the frame surface of second side, then reduce sound Amount.

In another embodiment, volume adjusting module 320, for if it is determined that initiating the first sidelight fax of notification signal The sensed position of sensor is the second sensed position on the frame surface of first side, and initiates the second side photoelectric sensing of notification signal The sensed position of device is the second sensed position on the frame surface of second side, then reduce volume.

In another embodiment, volume adjusting module 320, for if it is determined that at least one first sidelight electric transducers and At least one second sidelight electric transducers initiate notification signal, then volume is closed in the state of volume adjusting function has turned on and adjusted Section function, or open volume adjusting function in the state of volume adjusting function is turned off.

In another embodiment, volume adjusting module 320, for if it is determined that the first sidelight of at least the second preset number Electric transducer initiates notification signal successively, and the second sidelight electric transducer of at least the second preset number also initiates to notify letter successively Number, then volume adjusting function is closed in the state of volume adjusting function has turned on, or be turned off in volume adjusting function Volume adjusting function is opened under state.

In another embodiment, volume adjusting module 320, for if it is determined that any first sidelight electric transducer is sent out successively Play multiple notification signals corresponding with multiple first sides sensed position, the first side induction zone that multiple first sides sensed position is formed The length in domain is more than the second preset length, and any second sidelight electric transducer is initiated and multiple second sides sensed position pair successively The multiple notification signals answered, the length of the second side induction region that multiple second sides sensed position is formed is more than the second default length Degree, then close volume adjusting function in the state of volume adjusting function has turned on, or be turned off in volume adjusting function Volume adjusting function is opened under state.

Those skilled in the art will readily occur to its of the disclosure after considering specification and putting into practice invention disclosed herein Its embodiment.The application is intended to any modification, purposes or the adaptations of the disclosure, these modifications, purposes or Person's adaptations follow the general principle of the disclosure and including the undocumented common knowledge in the art of the disclosure Or conventional techniques.Description and embodiments are considered only as exemplary, and the true scope of the disclosure and spirit are by following Claim is pointed out.

It should be appreciated that the disclosure is not limited to the precision architecture for being described above and being shown in the drawings, and And can without departing from the scope carry out various modifications and changes.The scope of the present disclosure is only limited by appended claim.

Claims

1. a kind of mobile terminal, it is characterised in that the mobile terminal at least includes：Housing, multiple photoelectric sensors, treatment Device；

The sensing element of the multiple photoelectric sensor is configured on the surface of the housing, the multiple photoelectric sensor and institute State processor connection；

The multiple photoelectric sensor is used to, when corresponding sensing element is blocked, notification signal is sent to the processor；

The processor is used to receive the notification signal that the multiple photoelectric sensor sends, if it is determined that send the notice letter Number the sensed position of photoelectric sensor meet preset rules, then carry out volume adjusting, the photoelectricity according to the preset rules The sensed position of sensor is the allocation position of the sensing element of the photoelectric sensor.

2. mobile terminal according to claim 1, it is characterised in that the first preset rules include for increase volume the One sensed position, the processor is additionally operable to if it is determined that the sensed position for sending the photoelectric sensor of the notification signal is institute The first sensed position is stated, then increases volume.

3. mobile terminal according to claim 2, it is characterised in that the processor is additionally operable to if it is determined that sending described The sensed position of the photoelectric sensor of notification signal be first sensed position, then according to the notification signal it is lasting when It is long, increase volume corresponding with the duration, untill when the volume after regulation reaches default max volume.

4. mobile terminal according to claim 1, it is characterised in that the second preset rules include for reduce volume the Two sensed positions, the processor is additionally operable to if it is determined that the sensed position for sending the photoelectric sensor of the notification signal is institute The second sensed position is stated, then reduces volume.

5. mobile terminal according to claim 4, it is characterised in that the processor is additionally operable to if it is determined that sending described The sensed position of the photoelectric sensor of notification signal be second sensed position, then according to the notification signal it is lasting when It is long, reduce volume corresponding with the duration, untill when the volume after regulation reaches default minimal volume.

6. mobile terminal according to claim 1, it is characterised in that the 3rd preset rules include the first preset number, use In first preset order and the second preset order for reducing volume of increase volume, the processor be additionally operable to if it is determined that At least described first preset number photoelectric sensor sends the notification signal successively, it is determined that send the notice letter successively Number the sensed position of photoelectric sensor put in order, when described putting in order as first preset order increase sound Amount, volume is reduced when described putting in order as second preset order.

7. mobile terminal according to claim 1, it is characterised in that the 4th preset rules include the first preset length, use In first preset order and the second preset order for reducing volume of increase volume, the processor be additionally operable to if it is determined that Any photoelectric sensor sends multiple notification signals corresponding with multiple sensed positions successively, and the multiple sensed position is formed Induction region length be more than the first preset length, then the transmission according to the multiple notification signal sequentially, it is determined that with it is described Putting in order for multiple corresponding multiple sensed positions of notification signal, increases when described putting in order as first preset order Big volume, volume is reduced when described putting in order as second preset order.

8. mobile terminal according to claim 1, it is characterised in that the multiple photoelectric sensor includes at least one the Side photoelectric sensor and at least one second sidelight electric transducers, the sensing element of the first sidelight electric transducer are configured at On the first side frame surface of the housing, the sensing element of the second sidelight electric transducer is configured on the housing and institute State on the relative second side frame surface in first side frame surface.

9. mobile terminal according to claim 8, it is characterised in that the processor is additionally operable to if it is determined that sending described The sensed position of the first sidelight electric transducer of notification signal is the first sensed position on the first side frame surface, then increase Big volume；Or,

If it is determined that the sensed position for sending the second sidelight electric transducer of the notification signal is the second side frame surface On first sensed position, then increase volume.

10. mobile terminal according to claim 8, it is characterised in that the processor is additionally operable to if it is determined that sending institute The sensed position for stating the first sidelight electric transducer of notification signal is the first sensed position on the first side frame surface, and The sensed position for sending the second sidelight electric transducer of the notification signal is described first on the second side frame surface Sensed position, then increase volume.

11. mobile terminals according to claim 8, it is characterised in that the processor is additionally operable to if it is determined that sending institute The sensed position for stating the first sidelight electric transducer of notification signal is the second sensed position on the first side frame surface, then Reduce volume；Or,

If it is determined that the sensed position for sending the second sidelight electric transducer of the notification signal is the second side frame surface On second sensed position, then reduce volume.

12. mobile terminals according to claim 8, it is characterised in that the processor is additionally operable to if it is determined that sending institute The sensed position for stating the first sidelight electric transducer of notification signal is the second sensed position on the first side frame surface, and The sensed position for sending the second sidelight electric transducer of the notification signal is described second on the second side frame surface Sensed position, then reduce volume.

13. mobile terminals according to claim 8, it is characterised in that the processor is additionally operable to if it is determined that at least one Individual first sidelight electric transducer and at least one second sidelight electric transducers send the notification signal, then in volume adjusting function The volume adjusting function is closed in the state of having turned on, or institute is opened in the state of the volume adjusting function is turned off State volume adjusting function.

14. mobile terminals according to claim 8, it is characterised in that the processor is additionally operable to if it is determined that at least The first sidelight electric transducer of two preset numbers sends the notification signal, and at least described second preset number second successively Sidelight electric transducer also sends the notification signal successively, then the volume is closed in the state of volume adjusting function has turned on Regulatory function, or open the volume adjusting function in the state of the volume adjusting function is turned off.

15. mobile terminals according to claim 8, it is characterised in that the processor is additionally operable to if it is determined that any Side photoelectric sensor sends multiple notification signals corresponding with multiple first sides sensed position, the multiple first side sense successively The length of the first side induction region of position formation is answered to be sent out successively more than the second preset length, and any second sidelight electric transducer Multiple notification signals corresponding with multiple second sides sensed position are sent, the second side sense that the multiple second side sensed position is formed Answer the length in region more than second preset length, then the volume is closed in the state of volume adjusting function has turned on and is adjusted Section function, or open the volume adjusting function in the state of the volume adjusting function is turned off.

16. a kind of volume adjusting methods, it is characterised in that methods described includes：

It is determined that initiating the photoelectric sensor of notification signal in multiple photoelectric sensors, the multiple photoelectric sensor is used for when correspondence Sensing element initiate the notification signal when being blocked；

If it is determined that the sensed position for initiating the photoelectric sensor of the notification signal meets preset rules, then according to described default Rule carries out volume adjusting, and the sensed position of the photoelectric sensor is the sensing element of the photoelectric sensor in mobile terminal Position on surface.

17. methods according to claim 16, it is characterised in that the first preset rules are included for increasing the first of volume Sensed position, the then described if it is determined that sensed position for initiating the photoelectric sensor of the notification signal meets preset rules, root Volume adjusting is carried out according to the preset rules, including：

If it is determined that the sensed position for initiating the photoelectric sensor of the notification signal is first sensed position, then increase sound Amount.

18. methods according to claim 17, it is characterised in that described if it is determined that initiating the photoelectricity of the notification signal The sensed position of sensor is first sensed position, then increase volume, including：

If it is determined that the sensed position for initiating the photoelectric sensor of the notification signal is first sensed position, then according to institute The duration of notification signal is stated, increases volume corresponding with the duration, until the volume after regulation reaches presetting most Untill during big volume.

19. methods according to claim 16, it is characterised in that the second preset rules are included for reducing the second of volume Sensed position, the then described if it is determined that sensed position for initiating the photoelectric sensor of the notification signal meets preset rules, root Volume adjusting is carried out according to the preset rules, including：

If it is determined that the sensed position for initiating the photoelectric sensor of the notification signal is second sensed position, then reduce sound Amount.

20. methods according to claim 19, it is characterised in that described if it is determined that initiating the photoelectricity of the notification signal The sensed position of sensor is second sensed position, then reduce volume, including：

If it is determined that the sensed position for initiating the photoelectric sensor of the notification signal is second sensed position, then according to institute The duration of notification signal is stated, reduces volume corresponding with the duration, until the volume after regulation reaches presetting most Untill during small volume.

21. methods according to claim 16, it is characterised in that the 3rd preset rules include the first preset number, are used for Increase first preset order and the second preset order for reducing volume of volume, it is described if it is determined that initiating the notice letter Number the sensed position of photoelectric sensor meet preset rules, then carry out volume adjusting according to the preset rules, including：

If it is determined that at least described first preset number photoelectric sensor initiates the notification signal successively, it is determined that send out successively The sensed position for playing the photoelectric sensor of the notification signal puts in order, and is put in order as described first default suitable when described Increase volume during sequence, volume is reduced when described putting in order as second preset order.

22. methods according to claim 16, it is characterised in that the 4th preset rules include the first preset length, are used for Increase first preset order and the second preset order for reducing volume of volume, it is described if it is determined that initiating the notice letter Number the sensed position of photoelectric sensor meet preset rules, then carry out volume adjusting according to the preset rules, including：

If it is determined that any photoelectric sensor initiates multiple notification signals corresponding with multiple sensed positions successively, and it is the multiple The length of the induction region that sensed position is formed is more than the first preset length, then the initiation according to the multiple notification signal is suitable Sequence, it is determined that multiple sensed positions corresponding with the multiple notification signal put in order, when described putting in order is described Increase volume during one preset order, volume is reduced when described putting in order as second preset order.

23. methods according to claim 16, it is characterised in that the multiple photoelectric sensor includes at least one first Sidelight electric transducer and at least one second sidelight electric transducers, the sensing element of the first sidelight electric transducer are configured at institute State on the first side frame surface of mobile terminal, the sensing element of the second sidelight electric transducer is configured at the mobile terminal On on the second side frame surface relative with the first side frame surface.

24. methods according to claim 23, it is characterised in that described if it is determined that initiating the photoelectricity of the notification signal The sensed position of sensor meets preset rules, then carry out volume adjusting according to the preset rules, including：

If it is determined that the sensed position for initiating the first sidelight electric transducer of the notification signal is the first side frame surface On the first sensed position, then increase volume；Or,

If it is determined that the sensed position for initiating the second sidelight electric transducer of the notification signal is the second side frame surface On first sensed position, then increase volume.

25. methods according to claim 23, it is characterised in that described if it is determined that initiating the photoelectricity of the notification signal The sensed position of sensor meets preset rules, then carry out volume adjusting according to the preset rules, including：

If it is determined that the sensed position for initiating the first sidelight electric transducer of the notification signal is the first side frame surface On the first sensed position, and it is the second side to initiate the sensed position of the second sidelight electric transducer of the notification signal First sensed position on frame surface, then increase volume.

26. methods according to claim 23, it is characterised in that described if it is determined that initiating the photoelectricity of the notification signal The sensed position of sensor meets preset rules, then carry out volume adjusting according to the preset rules, including：

If it is determined that the sensed position for initiating the first sidelight electric transducer of the notification signal is the first side frame surface On the second sensed position, then reduce volume；Or,

If it is determined that the sensed position for initiating the second sidelight electric transducer of the notification signal is the second side frame surface On second sensed position, then reduce volume.

27. methods according to claim 23, it is characterised in that described if it is determined that initiating the photoelectricity of the notification signal The sensed position of sensor meets preset rules, then carry out volume adjusting according to the preset rules, including：

If it is determined that the sensed position for initiating the first sidelight electric transducer of the notification signal is the first side frame surface On the second sensed position, and it is the second side to initiate the sensed position of the second sidelight electric transducer of the notification signal Second sensed position on frame surface, then reduce volume.

28. methods according to claim 23, it is characterised in that methods described also includes：

If it is determined that at least one first sidelight electric transducers and at least one second sidelight electric transducers initiate the notice letter Number, then the volume adjusting function is closed in the state of volume adjusting function has turned on, or in the volume adjusting function The volume adjusting function is opened in the state of being turned off.

29. methods according to claim 23, it is characterised in that methods described also includes：

If it is determined that the first sidelight electric transducer of at least the second preset number initiates the notification signal successively, and it is at least described The second sidelight electric transducer of second preset number also initiates the notification signal successively, then had turned in volume adjusting function The volume adjusting function is closed under state, or the volume is opened in the state of the volume adjusting function is turned off and adjusted Section function.

30. methods according to claim 23, it is characterised in that methods described also includes：

If it is determined that any first sidelight electric transducer initiates multiple notice letters corresponding with multiple first sides sensed position successively Number, the length of the first side induction region that the multiple first side sensed position is formed is more than the second preset length, and any the Two sidelight electric transducers initiate multiple notification signals corresponding with multiple second sides sensed position, the multiple second side sense successively Answer the length of the second side induction region of position formation more than second preset length, then had turned in volume adjusting function The volume adjusting function is closed under state, or the volume is opened in the state of the volume adjusting function is turned off and adjusted Section function.

31. a kind of mobile terminals, it is characterised in that the mobile terminal includes：

Determining module, the photoelectric sensor for determining initiation notification signal in multiple photoelectric sensors, the multiple photoelectric transfer Sensor is used to initiate the notification signal when corresponding sensing element is blocked；

Volume adjusting module, for if it is determined that the sensed position for initiating the photoelectric sensor of the notification signal meets default rule Then, then volume adjusting is carried out according to the preset rules, the sensed position of the photoelectric sensor is the photoelectric sensor Position of the sensing element on the mobile terminal surface.