CN105204815A

CN105204815A - Electronic equipment and information processing method

Info

Publication number: CN105204815A
Application number: CN201410309566.2A
Authority: CN
Inventors: 刘俊峰
Original assignee: Lenovo Beijing Ltd
Current assignee: Lenovo Beijing Ltd
Priority date: 2014-06-30
Filing date: 2014-06-30
Publication date: 2015-12-30
Anticipated expiration: 2034-06-30
Also published as: CN105204815B

Abstract

The invention discloses electronic equipment and an information processing method. The electronic equipment comprises a body device, a fixed device and an audio frequency module. The body device comprises a processing module. The fixed device is connected with the body device, and at least comprises a fixed state, in the fixed state, the fixed device can be adopted as at least one part of annular space, or at least one part of approximately annular space meeting first preset conditions, and the annular space or the approximately annular space can surround the periphery of a columnar body meeting second preset conditions. The audio frequency module is arranged on the fixed device and used for collecting and/or outputting audio frequency information.

Description

A kind of electronic equipment and information processing method

Technical field

The present invention relates to electronic technology field, particularly relate to a kind of electronic equipment and information processing method.

Background technology

Along with the development of science and technology, increasing electronic equipment enters the life of people, because Wearable electronic equipment has the features such as easy to carry as wrist-watch, wrist strap, bracelet etc., enjoys the favor of user.

Existing Wearable electronic equipment generally includes the main part with electronic devices and components and the fixed part be connected with main body, described fixed part oneself can form a ring-type or proximate annular, or, described fixed part forms a ring-type or proximate annular together with main part, so that electronic equipment is fixed a column as in wrist.

In addition, described main part is also provided with loudspeaker and/or microphone, so that electronic equipment can output audio information.When user needs to use the output audio information of electronic equipment, open loudspeaker and/or microphone, user can hear the audio-frequency information that electronic equipment is exported by loudspeaker and/or gather audio-frequency information by microphone.

But present inventor in the process realizing technical scheme, at least find that above-mentioned prior art exists following technical matters:

Because described audio devices loudspeaker and/or microphone are arranged on described agent set, and when electronic equipment be worn on user's wrist etc. upper time, the main part of electronic equipment is usually located at outside wrist, when needs use loudspeaker and/or microphone, need the loudspeaker of reversion wrist type to face toward face facing to ear or microphone, thus cause the awkward technical matters of user.

Summary of the invention

The application provides a kind of electronic equipment and information processing method, solve in prior art because described audio devices loudspeaker and/or microphone are arranged on described agent set, and when electronic equipment be worn on user's wrist etc. upper time, the main part of electronic equipment is usually located at outside wrist, when needs use loudspeaker and/or microphone, needs reversion wrist are made loudspeaker face toward ear or microphone faces toward face, thus cause the awkward technical matters of user.

The application provides a kind of electronic equipment, and described electronic equipment comprises: agent set, comprises process module; Stationary installation, be connected with described agent set, described stationary installation at least comprises a stationary state, under described stationary state, described stationary installation can as an annulus at least partially, or meeting the first pre-conditioned proximate annular space at least partially, it is peripheral that described annulus or described proximate annular space can be centered around satisfied second pre-conditioned column; And audio frequency module, be arranged in described stationary installation, for gathering and/or output audio information.

Preferably, described audio frequency module comprises the first audio frequency and exports module, described stationary installation comprises first surface, the second surface opposing with described first surface and be connected the side surface of described first surface and described second surface, described first audio frequency exports the first state that the module angle at least had between sound mouth direction and described side surface is more than or equal to 75 degree, wherein, described first surface as described annulus or described proximate annular space outside surface at least partially, described second surface as described annulus or described proximate annular space inside surface at least partially.

Preferably, described first audio frequency exports module and also has second state different from the first state, when described first audio frequency output module is in the second state, the angle that described first audio frequency exports between the sound mouth direction of module and described side surface is less than 75, described first audio frequency exports module can be switched to described first state from described second state, is more than or equal to 75 degree to make the described first audio frequency output sound mouth direction of module and the angle of described side surface.

Preferably, described first audio frequency exports module and is arranged at rotationally in described stationary installation, or pluggable is arranged in described stationary installation, and exporting module to make described first audio frequency can switch between described first state and described second state.

Preferably, described first audio frequency exports module rotationally or/and telescopically is arranged in described stationary installation, when rotating to make described first audio frequency output module relative to described stationary installation or stretch, the distance that described first audio frequency exports between the sound mouth of module and described side surface changes.

Preferably, described electronic equipment comprises change detection module;

Whether described change detection module exports module to rotate relative to described stationary installation or flexible for detecting described first audio frequency;

Export module at described first audio frequency to rotate relative to described stationary installation or when stretching, described process module generates the first steering order, and control the first audio frequency and export described first steering order of module response.

Preferably, whether described change detection module exports module and whether turns to described first audio frequency specifically for detecting described first audio frequency and export the sound mouth direction of module and the angle of described side surface and be more than or equal to 75 degree, or flexible distance between the sound mouth of described first audio frequency output module and described side surface is increased;

Described process module is used for detecting whether there is voice communication request;

Export module at described first audio frequency to have and turn to described first audio frequency and export the sound mouth direction of module and the angle of described side surface and be more than or equal to 75 degree, or the flexible distance making described first audio frequency export between the sound mouth of module and described side surface increases, and when having described voice communication request, described process module, for responding described voice communication request, is gathered and/or output audio information by described audio frequency module; Or

Export module at described first audio frequency to have and turn to described first audio frequency and export the sound mouth direction of module and the angle of described side surface and be more than or equal to 75 degree, or the flexible distance making described first audio frequency export between the sound mouth of module and described side surface increases, and when there is no described voice communication request, described process module reads the content of the storage module of described electronic equipment for controlling described electronic equipment, and exports module output by described first audio frequency.

Preferably, described electronic equipment also comprises storage module, whether described change detection module exports module and whether turns to described first audio frequency specifically for detecting described first audio frequency and export the sound mouth direction of module and the angle of described side surface and be more than or equal to 75 degree, or flexible distance between the sound mouth of described first audio frequency output module and described side surface is increased;

Export module at described first audio frequency to turn to described first audio frequency and export the sound mouth direction of module and the angle of described side surface and be more than or equal to 75 degree, or it is flexible when the described first audio frequency distance exported between the sound mouth of module and described side surface is increased, described process module for reading the content of described storage module, and exports module output by described first audio frequency.

Preferably, described electronic equipment also comprises the second audio frequency and exports module, it is different with the audio output parameters that described first audio frequency exports module that described second audio frequency exports module, and described second audio frequency output module is arranged in described agent set or described stationary installation, the angle that the sound mouth direction of the second audio frequency output module and described first audio frequency export the sound mouth direction of module is more than or equal to 75 degree.

Preferably, described audio frequency module comprises audio collection module, described audio collection module is arranged on first surface, and the angle adopting sound mouth direction and described first surface of described audio collection module is more than or equal to 75 degree, and described in adopt sound mouth relative to described annulus or described proximate annular space towards outwards, wherein, described first surface as described annulus or described proximate annular space outside surface at least partially.

Preferably, described audio frequency module comprises the first audio frequency and exports module and audio collection module, and described first audio frequency exports module and described audio collection module is positioned at position just right with described agent set in described stationary installation.

Preferably, described electronic equipment also comprises touch sensible module, described touch-control sensing module and described audio frequency module are arranged on the first surface of described stationary installation, and described touch-control sensing module and described audio frequency module are arranged on the same position of described stationary installation, described touch sensible module controls the operation of audio frequency for gathering, the operation of the control audio frequency that described process module collects according to described touch-control sensing module, control audio frequency parameter or the pattern of described audio frequency module, wherein, described first surface as described annulus or described proximate annular space outside surface at least partially.

Preferably, described agent set and described stationary installation surround described annulus, or meet the first pre-conditioned proximate annular space, described agent set comprises the display module for showing image, described display module is arranged on as on the surface of the outside surface in described annulus or described proximate annular space on described agent set, and described electronic equipment also comprises spatial parameter sensor;

Described spatial parameter sensor is for detecting the kinematic parameter of described electronic equipment or/and spatial attitude;

Described electronic equipment kinematic parameter or/and spatial attitude meet the 8th pre-conditioned time, described process module is for controlling described display module displays correspondence image.

Preferably, described electronic equipment also comprises spatial parameter sensor;

Described spatial parameter sensor is for detecting the kinematic parameter of described electronic equipment or/and spatial attitude

Described electronic equipment kinematic parameter or/and spatial attitude meet the 3rd pre-conditioned time, described process module generates the second steering order, and control described audio frequency module response described second steering order.

Preferably, described audio frequency module comprises the first audio frequency output module and/or audio collection module;

Whether whether described spatial parameter sensor rises relatively specifically for the locus detecting described electronic equipment, and follow and rotate according to preset reference;

Relatively rise in the locus of described electronic equipment, and rotate, and when having voice communication request, described process module, for responding described voice communication request, is gathered and/or output audio information by described audio frequency module.

Preferably, described agent set comprises the display module for showing image, and described audio frequency module comprises the first audio frequency and exports module and audio collection module, generates the second steering order at described process module, and before controlling described second steering order of described audio frequency module response

Described spatial parameter sensor is concrete also for detecting the state space attitude of the display surface of described display module;

At the kinematic parameter of described electronic equipment or/and spatial attitude meets the 4th pre-conditioned, and the spatiality of the display surface of described display module meets the 5th pre-conditioned, and when having voice communication request, described process module generates the 3rd steering order, control described 3rd steering order of described display module response, make described electronic equipment be in the first communications status;

The 3rd steering order is generated at described process module, control described 3rd steering order of described display module response, make after described electronic equipment is in the first communications status, described spatial parameter sensor is also for detecting the kinematic parameter of described electronic equipment or/and spatial attitude, described electronic equipment kinematic parameter or/and spatial attitude meet the 3rd pre-conditioned time, described process module generates the 4th steering order, and control described 4th steering order of described audio frequency module response, described electronic equipment is made to be in the second communication state different from described first communications status, wherein, described 3rd pre-conditioned and described 4th pre-conditioned identical at least partly,

The 4th steering order is generated at described process module, and control described 4th steering order of described audio frequency module response, make after described electronic equipment is in the second communication state different from the first communications status, described spatial parameter sensor is also for detecting the kinematic parameter of described electronic equipment or/and spatial attitude, described electronic equipment kinematic parameter or/and spatial attitude meet the 6th pre-conditioned time, described process module generates the 5th steering order, and control described 5th steering order of described audio frequency module response, described electronic equipment is made to be in the third communication state different from described second communication state, wherein, described 6th pre-conditioned and described 3rd pre-conditioned contrary,

The 3rd steering order is generated at described process module, control described 3rd steering order of described display module response, make after described electronic equipment is in the first communications status, described spatial parameter sensor is also for detecting the kinematic parameter of described electronic equipment or/and spatial attitude, described electronic equipment kinematic parameter or/and spatial attitude meet the 7th pre-conditioned time, described process module generates the 6th steering order, and control described 6th steering order of described audio frequency module response, described electronic equipment is made to be in four communications status different from described second communication state, wherein, described 7th pre-conditioned and described 6th pre-conditioned identical.

The application also provides a kind of information processing method, be applied in an electronic equipment, described electronic equipment comprises the agent set with process module, the stationary installation be connected with described agent set and the audio frequency module be arranged in described stationary installation, described stationary installation at least comprises a stationary state, under described stationary state, described stationary installation can as an annulus at least partially, or meet the first pre-conditioned proximate annular space at least partially, it is peripheral that described annulus or described proximate annular space can be centered around satisfied second pre-conditioned column, described audio frequency module is used for gathering and/or output audio information, described method comprises:

Detect the kinematic parameter of described electronic equipment or/and spatial attitude;

Described electronic equipment kinematic parameter or/and spatial attitude meet the 3rd pre-conditioned time, generate the second steering order, and control described audio frequency module response described second steering order.

Preferably, described audio frequency module comprises the first audio frequency output module and/or audio collection module; The kinematic parameter of the described electronic equipment of described detection is or/and spatial attitude is specially:

Whether whether the locus detecting described electronic equipment rises relatively, and follow and rotate according to preset reference;

Described method also comprises:

Detect and whether have voice communication request;

Preferably, described agent set comprises the display module for showing image, and described audio frequency module comprises the first audio frequency and exports module and audio collection module, in described generation second steering order, and before controlling described second steering order of described audio frequency module response, described method also comprises:

Detect the state space attitude of the display surface of described display module;

Detect and whether have voice communication request;

At the kinematic parameter of described electronic equipment or/and spatial attitude meets the 4th pre-conditioned, and the spatiality of the display surface of described display module meets the 5th pre-conditioned, and when having voice communication request, generate the 3rd steering order, control described 3rd steering order of described display module response, make described electronic equipment be in the first communications status;

In described generation the 3rd steering order, control described 3rd steering order of described display module response, make after described electronic equipment is in the first communications status, described method also comprises:

Detect the kinematic parameter of described electronic equipment or/and spatial attitude, described electronic equipment kinematic parameter or/and spatial attitude meet the 3rd pre-conditioned time, generate the 4th steering order, and control described 4th steering order of described audio frequency module response, described electronic equipment is made to be in the second communication state different from the first communications status, wherein, described 3rd pre-conditioned and described 4th pre-conditioned identical at least partly;

In described generation the 4th steering order, and control described 4th steering order of described audio frequency module response, make after described electronic equipment is in the second communication state different from the first communications status, described method also comprises:

Detect the kinematic parameter of described electronic equipment or/and spatial attitude, described electronic equipment kinematic parameter or/and spatial attitude meet the 6th pre-conditioned time, generate the 5th steering order, and control described 5th steering order of described audio frequency module response, described electronic equipment is made to be in the third communication state different from described second communication state, wherein, described 6th pre-conditioned and described 3rd pre-conditioned contrary;

Detect the kinematic parameter of described electronic equipment or/and spatial attitude, described electronic equipment kinematic parameter or/and spatial attitude meet the 7th pre-conditioned time, generate the 6th steering order, and control described 6th steering order of described audio frequency module response, described electronic equipment is made to be in four communications status different from described second communication state, wherein, described 7th pre-conditioned and described 6th pre-conditioned identical.

The application's beneficial effect is as follows:

Above-mentioned electronic equipment and information processing method by arranging audio devices in the stationary installation be connected with agent set, when the user's wrist etc. that is worn on electronic equipment goes up, the main part of electronic equipment is usually located at outside wrist, and audio devices is not the outside being positioned at wrist, thus be convenient to the use of user, solve in prior art because described audio devices loudspeaker and/or microphone are arranged on described agent set, and when electronic equipment be worn on user's wrist etc. upper time, the main part of electronic equipment is usually located at outside wrist, when needs use loudspeaker and/or microphone, needs reversion wrist are made loudspeaker face toward ear or microphone faces toward face, thus cause the awkward technical matters of user.

Accompanying drawing explanation

In order to be illustrated more clearly in the embodiment of the present invention or technical scheme of the prior art, be briefly described by the accompanying drawing used required in describing embodiment below, apparently, the accompanying drawing in the following describes is only some embodiments of the present invention.

Fig. 1 is the side structure schematic diagram of the application first better embodiment electronic equipment;

Fig. 2 is the vertical view of electronic equipment in Fig. 1;

Fig. 3 is the upward view of electronic equipment in Fig. 1;

Fig. 4 is the side structure schematic diagram of the application second better embodiment electronic equipment;

Fig. 5 is the side structure schematic diagram of the application the 3rd better embodiment electronic equipment;

Fig. 6 is the structural representation of the application the 4th better embodiment electronic equipment;

Fig. 7 is the left side view of electronic equipment in Fig. 6;

Fig. 8 is the upward view of the electronic equipment of Fig. 6;

Fig. 9 is the structural representation after the first audio frequency output module of electronic equipment in Fig. 8 rotates;

Figure 10 is the structural representation of the application the 5th better embodiment electronic equipment;

Figure 11 is the structural representation of another state of electronic equipment in Figure 10;

Figure 12 is the structural representation of the application the 6th better embodiment electronic equipment;

Figure 13 is the using state reference diagram of the application's electronic equipment;

Figure 14 is another using state reference diagram of the application's electronic equipment

Figure 15-18 is the process flow diagram of a kind of information processing method of the application.

Embodiment

The embodiment of the present application is by providing a kind of electronic equipment and information processing method, solve in prior art because described audio devices loudspeaker are arranged on described agent set, and when electronic equipment be worn on user's wrist etc. upper time, the main part of electronic equipment is usually located at outside wrist, thus causes the awkward technical matters of user.

Technical scheme in the embodiment of the present application is for solving the problems of the technologies described above, and general thought is as follows:

Above-mentioned electronic equipment by arranging audio devices in the stationary installation be connected with agent set, when the user's wrist etc. that is worn on electronic equipment goes up, the main part of electronic equipment is usually located at outside wrist, and audio devices is not the outside being positioned at wrist, thus be convenient to the use of user, solve in prior art because described audio devices loudspeaker and/or microphone are arranged on described agent set, and when electronic equipment be worn on user's wrist etc. upper time, the main part of electronic equipment is usually located at outside wrist, when needs use loudspeaker and/or microphone, loudspeaker reversion wrist made are needed to face toward face facing to ear or microphone, thus cause the awkward technical matters of user.

In order to better understand technique scheme, below in conjunction with Figure of description and concrete embodiment, technique scheme is described in detail.

Embodiment one

The embodiment of the present application one provides a kind of electronic equipment, and described electronic equipment can the equipment such as wrist-watch, wrist strap, bracelet.As shown in Figure 1, be the side structure schematic diagram of the application first better embodiment electronic equipment 100.The audio frequency module 30 that described electronic equipment 100 comprises agent set 10, the stationary installation 20 be connected with agent set 10 and is arranged in described stationary installation 20.

Described agent set 10 comprises process module 11.Described electronic equipment 100 can have operating system, also can not have operating system, therefore, described process module 11 can be CPU (central processing unit, CentralProcessingUnit), may not be CPU, but there is the electron device of certain audio frequency processing capacity.In addition, in the present embodiment, as shown in Figure 2, described agent set 10 is also provided with the display module 12 be electrically connected with described process module 11, and described display module 12 is for showing image; In other embodiments, described agent set 10 can not be arranged display module 12, that is, display module 12 can be arranged according to the demand of specific product, as needs display, then arranges display module 12, if do not needed display, then display module 12 can not be set.

As shown in Figure 1, the two ends of described stationary installation 20 connect surface, two, left and right opposing on described agent set 10 respectively.In other embodiments, as shown in Figure 4, described stationary installation 20 also can only have one end to be connected with described agent set 10.In addition, the material of described stationary installation 20 can be made for hard material and (comprise the material that certain plastic yield can occur to make, as plastic cement, steel disc etc.), also can by flexible material, as belt, strap etc., the concrete material of described stationary installation 20 can be selected as required.

Described stationary installation 20 at least comprises a stationary state.Under described stationary state, described stationary installation 20 can as an annulus at least partially, or meeting the first pre-conditioned proximate annular space at least partially, it is peripheral that described annulus or described proximate annular space can be centered around satisfied second pre-conditioned column.Described proximate annular is the ring-type not exclusively closed, it offers breach, the condition that the described first pre-conditioned need being breach meet, size as breach need be less than 3CM etc., namely be specially and meet when described electronic equipment 100 is fixed on a column, described column can not be separated from indentation, there with this electronic equipment 100.Particularly, as shown in Figure 4, institute offers a breach between stationary installation 20 and described agent set 10 recklessly, the condition that this breach meets is for when described electronic equipment 100 is sheathed on a fixture, described fixture can not come off from described indentation, there, that is, breach is less than the minimum diameter of fixture.In addition, in the present embodiment, the described second pre-conditioned section diameter being specially described column is less than the diameter in described annulus or described proximate annular space, section diameter is greater than described annulus or described proximate annular space, particularly, when described column is arm, described second pre-conditionedly refers to that the diameter in described annulus or described proximate annular space is greater than the diameter of user's wrist and is less than the diameter of user's fist.

As shown in Figure 1, the two ends of described stationary installation 20 are fixedly connected with opposing two surfaces of described agent set 10, make described stationary installation 20 and described agent set 10 form a proximate annular space, now, described stationary installation 20 is namely as the part in a proximate annular space.If described stationary installation 20 and described agent set 10 are formed an annulus, then namely described stationary installation 20 can be used as a part for an annulus, particularly, described agent set 10 is the dial plate part of intelligent watch, and described stationary installation 20 is the band portion of intelligent watch.The described annulus formed by described body apparatus 10 and described stationary installation 20 or described proximate annular space can be centered around around the wrist as described column.

In other embodiments, as shown in Figure 4, described stationary installation 20 forms the part in a proximate annular space, and described agent set 10 does not form the part in described proximate annular space.In other embodiments, as shown in Figure 5, described stationary installation 20 directly can also form an annulus or proximate annular space.Again, in the present embodiment, " described stationary installation 20 at least comprises a stationary state " refers to that described stationary installation 20 only can have this kind of stationary state, also can have transitory state.As, when stationary installation 20 is buckle-type fixed band, when fixed band is in buckle status, be stationary state; When fixed band is in non-buckle status, be in transitory state.

Described stationary installation 20 comprises first surface 21, the second surface 22 opposing with described first surface 21 and is connected the side surface 23 of described first surface 21 and described second surface 22, wherein, described first surface 21 as described annulus or described proximate annular space outside surface at least partially, described second surface 22 as described annulus or described proximate annular space inside surface at least partially.

Described audio frequency module 30 is for gathering and/or output audio information, that is, described audio frequency module 30 only can have the function gathering audio-frequency information, also only can have the function of output audio information, can also have the function gathering audio-frequency information and output audio information simultaneously.Described audio frequency module 30 can directly be arranged in described stationary installation 20, also can be arranged on the outside surface of described stationary installation 20.In the present embodiment, as shown in Figure 1-Figure 3, described audio frequency module 30 is arranged in described stationary installation 20, and in other embodiments, as shown in Figure 6 and Figure 7, described audio frequency module 30 is arranged on the outside surface of described stationary installation 20.Described audio frequency module 30 can directly be electrically connected with described process module 11, also can be connected by wireless and described process module 11, to make can carry out Signal transmissions between described audio frequency module 30 and described process module 11.

In addition, in the present embodiment, described audio frequency module 30 comprises the first audio frequency output module 31 and audio collection module 32, first audio frequency output module 31 is specifically as follows loudspeaker, audio amplifier etc., and described audio collection module 32 can be microphone, microphone, audio sensor etc.In other embodiments, described audio frequency module 30 can comprise the first audio frequency and export module 31, and does not comprise audio collection module 32; Or comprise audio collection module 32, do not comprise the first audio frequency and export module 31.That is, according to specific needs, can determine whether that need to arrange the first audio frequency exports module 31 and audio collection module 32 simultaneously, when only needing audio frequency to export, then only can arrange the first audio frequency and export module 31; When only needing audio collection, then can audio collection module 32 be only set; When needing audio frequency output and audio collection at the same time, then need the first audio frequency is set simultaneously and exports module 31 and audio collection module 32.

Comprise described first audio frequency at described audio frequency module 30 and export module 31, and when not comprising audio collection module 32, be arranged in stationary installation 20 because the first audio frequency exports module 31, and when electronic equipment is worn in user's wrist usually, the main part of electronic equipment is usually located at outside wrist, therefore, it is not be positioned at outside wrist that the first audio frequency be positioned in stationary installation 20 exports module 31, thus when needs use first audio frequency exports module 31, the first audio frequency not needing reversion wrist just can make exports module 31 facing to ear, thus it is user-friendly.

And comprise audio collection module 32 at described audio frequency module 30, and when not comprising the first audio frequency output module 31, because described audio collection module 32 is arranged in stationary installation 20, and when electronic equipment is worn in user's wrist usually, the main part of electronic equipment is usually located at outside wrist, therefore, the audio collection module 32 be positioned in stationary installation 20 is not be positioned at outside wrist, thus when needs use audio collection module 32, the audio collection module 32 not needing reversion wrist just can make faces toward ear, thus user-friendly.

Described first audio frequency exports module 31 and audio collection module 32 can be provided separately on the diverse location of described stationary installation 20, also can be arranged on the same position place of described stationary installation 20, specifically can arrange according to user's use habit etc.In the present embodiment, described first audio frequency output module 31 and described audio collection module 32 are positioned at position just right with described agent set 10 in described stationary installation 20.As shown in figure 13, when electronic equipment 100 is worn in user's wrist, agent set 10 is usually located at the outside of wrist, when user adopts this electronic equipment 100 to converse, hand is roughly in vertical state, palm is towards the direction of head, and finger touches auricle top, described first audio frequency can be made to export module 31 just to ear, and audio collection module 32 is just to ear, and form sound chamber by hand, the direction of propagation of changing section sound, makes sound to be delivered in ear more, in addition, prevent sound dispersion, improve and listen to audio.Therefore, described first audio frequency output module 31 and described audio collection module 32 are arranged at and are positioned at position just right with described agent set 10 in described stationary installation 20, can have compared to other position being arranged on stationary installation 20 and better answer effect.

Preferably, described audio collection module 32 is arranged on first surface 21, and the angle adopting sound mouth 321 direction and described first surface 21 of described audio collection module 32 is more than or equal to 75 degree, and described in adopt sound mouth 321 relative to described annulus or described proximate annular space towards outwards.Describedly adopt the bearing of trend that sound mouth 321 direction is the center line adopting sound mouth.Because the angle between line and face is for being more than or equal to 0 degree and being less than or equal to 90 degree, therefore, adopting angle between sound mouth 321 direction and described first surface 21 described in being more than or equal to 75 degree is less than or equal between 90 degree.In the present embodiment, as shown in Figure 1, when described audio frequency module 30 is arranged in described stationary installation 20, described in adopt sound mouth 321 and be directly opened on described first surface 21.In other embodiments, as shown in Figure 7, when described audio frequency module 30 is arranged on the first surface of stationary installation 20, described in adopt sound mouth 321 and be opened on the shell of described audio frequency module 30.By the described angle adopting sound mouth 321 direction and described first surface 21 is more than or equal to 75 degree, and described in adopt sound mouth 321 relative to described annulus or described proximate annular space towards outwards, when this electronic equipment 100 artificial hand grips the posture call of mobile phone electric connection words on user's wrist is dressed, sound collection effect can be improved further.

When described audio frequency module 30 comprises the first audio frequency output module 31 and audio collection module 32, during use, electronic equipment 100 is worn in user's wrist, agent set 10 is usually located at the outside of wrist, the hand of user is roughly in vertical state, palm is towards the direction of the head of user, and finger touches auricle top, described first audio frequency can be made to export module 31 just to ear, audio collection module 32 is just to ear, and form sound chamber by hand, the direction of propagation of changing section sound, sound is made to be delivered in ear more, in addition, prevent sound dispersion, improve and listen to audio, and posture during this use electronic equipment 100 is comfortable, do not need wrist reversion etc., and, can carry out listening to typing sound under same posture, solve in prior art when need by listen to and typing sound time need the problem that switches between different attitude, and can ensure that audio frequency effectively transmits.

In addition, in the present embodiment, described electronic equipment 100 also comprises the first touch sensible module 40.Described first touch sensible module 40 controls the operation of audio frequency for gathering.Described first touch-control sensing module 40 and described audio frequency module 30 are arranged on the first surface 21 of described stationary installation 20, and described first touch-control sensing module 40 and described audio frequency module 30 are arranged on the same position of described stationary installation 20.The operation of the control audio frequency that described process module 11 collects according to described first touch-control sensing module 40, controls audio frequency parameter or the pattern of described audio frequency module 30.When described audio frequency module 30 comprises described first audio frequency output module 31 and audio collection module 32, described first touch-control sensing module 40 can export module 31 and audio collection module 32 with described first audio frequency, and one of them is positioned at the same position of described stationary installation 20, also can export with described first audio frequency the same position that module 31 and audio collection module 32 are all positioned at described stationary installation 20.Described audio frequency parameter and pattern can be volume, vibration mode, silent mode etc.

By described audio frequency module 30 is arranged in described stationary installation 20, for controlling audio frequency parameter or the pattern of described audio frequency module 30, thus at the described electronic equipment of use simultaneously as conversed, another refers to that hand just can the first touch-control sensing module 40 described in direct control, thus do not need temporarily to stop call regulating the first touch-control sensing module 40, user-friendly; Meanwhile, owing to described first touch-control sensing module 40 and described audio frequency module 30 being arranged on the same position of described stationary installation 20, make user can get information about very much the purposes of the first touch-control sensing module 40, and without the need to thinking or inquiry.

In the present embodiment, as shown in Figure 2, described agent set 10 as described annulus or described proximate annular space at least partially time, described display module 12 is arranged on described agent set 10 as on the surface of the outside surface in described annulus or described proximate annular space.Described electronic equipment 100 also comprises the second touch sensible module 50.Described second touch sensible module 50 is arranged on described display module 12, for gathering the touch control operation of user, make described display module 12 and described second touch sensible module 50 form touch display screen, user can manipulate the content etc. of described display module 12 by described second touch sensible module 50.In other embodiments, can determine whether in needs first touch sensible module 40 and the second touch sensible module 50 according to specific needs one or two, or not arrange.

In the present embodiment, described electronic equipment 100 also comprises the second audio frequency and exports module 33, it is different with the audio output parameters that described first audio frequency exports module 31 that described second audio frequency exports module 33, and described second audio frequency output module 33 is arranged in described agent set 10 or described stationary installation 20, the angle that sound mouth 331 direction of the second audio frequency output module 33 and described first audio frequency export sound mouth 311 direction of module 31 is more than or equal to 75 degree.Described audio output parameters can be volume, acoustic pattern etc.Particularly, the volume that described second audio frequency exports module 33 is greater than described first audio frequency and exports module 31, or it is hands-free mode that described second audio frequency exports module 33, and it is handset mode that described first audio frequency exports module 31.Described sound mouth direction is the bearing of trend of sound mouth center line.Because angle is between the lines for being more than or equal to 0 degree and being less than or equal to 90 degree, therefore, the angle between described sound mouth 331 direction and described sound mouth 311 direction is less than or equal between 90 degree being more than or equal to 75 degree.The angle exporting sound mouth 311 direction of module 31 by arranging sound mouth 331 direction and described first audio frequency is more than or equal to 75 degree, and second audio frequency different from the audio output parameters that described first audio frequency exports module 31 exports module 33, described electronic equipment 100 is made can at least to use described second audio frequency to export the use that module 33 carries out another kind of audio output mode.As shown in figure 14, when needs use described second audio frequency to export module 33, wrist is lifted, reversion wrist, described second audio frequency can be made to export module 33 mouth facing to user, thus make electronic equipment 100 more than enough one can use module, as user when doing other thing as used computor-keyboard, this second audio frequency can be used user does other thing to export module 33 when not affecting simultaneously, thus improve the convenience that user uses.

In the present embodiment, described first audio frequency exports module 31 involving vibrations generating assembly, air borne passage and sound mouth 311, in other embodiments, described first audio frequency exports module 31 can comprise air borne passage and sound mouth 311, or only includes sound mouth 311.Described first audio frequency exports the first state that module 31 angle at least had between sound mouth 311 direction and described side surface 23 is more than or equal to 75 degree.Described sound mouth 311 direction is the bearing of trend of the center line of sound mouth.Because the angle between line and face is for being more than or equal to 0 degree and being less than or equal to 90 degree, therefore, the angle between described sound mouth 311 direction and described side surface 23 is less than or equal between 90 degree being more than or equal to 75 degree.As shown in Figure 1, Figure 4 and Figure 5, when described audio frequency module 30 is arranged in described stationary installation 20, described sound mouth 311 can directly be opened on described side surface 23.As Fig. 6 and Fig. 8, time on the outside surface that described audio frequency module 30 is arranged at described stationary installation 20, described sound mouth 311 can directly be opened on the shell of described audio frequency module 30.Be more than or equal to 75 degree by the sound mouth 311 direction angle be set between described side surface 23 that described first audio frequency is exported module 31, thus when using described first audio frequency to export module 31, transfer voice efficiency can be improved further.

Separately, described first audio frequency exports the particular location of module 31 and number can be arranged according to specific needs, during as wearable electronic device leftward, then needs on the side surface 23 of applicable left-handed mode, arrange the first audio frequency and exports module 31; If when right hand wearable electronic device, then needing, the first audio frequency is set on the side surface 23 of applicable right-handed mode and exports module 31; When being if desired applicable to left-handed mode and right-handed mode simultaneously, then needing that the first audio frequency is all set at two side surfaces 23 and export module 31.

Described first audio frequency exports module 31 can be more than or equal to first state of 75 degree by the angle only had between sound mouth 311 direction and described side surface 23, also described first state can be had, also there is second state different from described first state, when described first audio frequency output module 31 groups is in the second state, the angle that described first audio frequency exports between sound mouth 311 direction of module 31 and described side surface 23 is less than 75.Described first audio frequency exports module 31 and can switch between a first state and a second state, described first audio frequency exports module 31 can be switched to described first state from described second state, is more than or equal to 75 degree to make described first audio frequency output sound mouth 311 direction of module 31 and the angle of described side surface 23.The embodiment that described in specific implementation, the first audio frequency output module 31 switches between a first state and a second state at least comprises following two kinds:

The first:

As shown in Fig. 6-Fig. 9, described first audio frequency exports module 31 and is arranged in described stationary installation 20 rotationally, and when the first state, described first audio frequency exports sound mouth 311 direction of module 31 or near normal vertical with described side surface 23.When the second state, described first audio frequency exports sound mouth 311 direction of module 31 or less parallel parallel with described side surface 23.When needs use described first audio frequency to export module 31, rotate described first audio frequency and export module 31 to the first state, make the first audio frequency export sound mouth 311 direction of module 31 or near normal vertical with described side surface 23; When not needing to use described first audio frequency to export module 31, rotating described first audio frequency and exporting module 31 to the second state, make the first audio frequency export sound mouth 311 direction of module 31 or less parallel parallel with described side surface 23.

In addition, the length of module 31 is exported by arranging described first audio frequency, when described first audio frequency output module 31 can also be made to be switched to the first state from the second state, distance between described sound mouth 311 and described side surface 23 increases, when on user's wrist is dressed, this electronic equipment 100 artificial hand grips the posture call of mobile phone electric connection words, the distance between described sound mouth 311 and the ear of user can be reduced, thus prompting communication effect.In addition, when not needing to use described first audio frequency to export module 31, then described first audio frequency can be exported people's state that module 31 is switched to, thus be convenient to wear or carry.

The second:

As shown in Figure 10 and Figure 11, described first surface 21 is provided with fixed part 211, fixed part 211 offers the draw-in groove that at least two opening directions are different, when the first state, described first audio frequency exports module 31 and is arranged in one of them draw-in groove, and described first audio frequency exports sound mouth 311 direction of module 31 or near normal vertical with described side surface 23.When the second state, described first audio frequency exports module 31 and is arranged in another draw-in groove, and described first audio frequency exports sound mouth 311 direction of module 31 or less parallel parallel with described side surface 23.By by described first audio frequency export module 31 pluggable be arranged in described stationary installation 20, with make described first audio frequency export module 31 can switch between described first state and described second state.

As Figure 12, in addition, in order to when on user's wrist wearing, this electronic equipment 100 artificial hand grips the posture call of mobile phone electric connection words, the distance between described sound mouth 311 and the ear of user can be reduced, increase the distance between described sound mouth 311 and described side surface 23, described first audio frequency exports module 31 and can also be arranged in described stationary installation 20 by telescopically, when stretching relative to described stationary installation 20 to make described first audio frequency output module 31, the distance that described first audio frequency exports between the sound mouth 311 of module 31 and described side surface 23 changes.When needs use described first audio frequency to export module 31, directly described first audio frequency can be exported module 31 to extend, to make the distance between described sound mouth 311 and described side surface 23 increase, the distance between described sound mouth 311 and the ear of user, promotes communication effect.

When described first audio frequency output module 31 can rotate relative to described stationary installation 20 or be flexible, described electronic equipment 100 comprises change detection module 60, described change detection module 60 can be arranged on described agent set 10, also can be arranged in described stationary installation 20, in the present embodiment, described change detection module 60 is arranged on described agent set 10.Whether described change detection module 60 exports module 31 to rotate relative to described stationary installation 20 or flexible for detecting described first audio frequency.When described first audio frequency output module 31 can rotate relative to described stationary installation 20, described change detection module 60 can for being arranged at two sense contact in the first audio frequency output module 31 and stationary installation 20 respectively, when described first audio frequency output module 31 rotates relative to described stationary installation 20, described two sense contact detect the change in location of the other side, generate an electric signal transmission to described process module 11, according to this electric signal, described process module 11 can determine that described first audio frequency exports module 31 and whether rotates relative to described stationary installation 20.In like manner, when described first audio frequency output module 31 is scalable, described change detection module 60 can for being arranged at the sense contact on described first audio frequency output module 31 in relatively-movable two parts, when described first audio frequency output module 31 stretches, described sense contact sensed position change, generate an electric signal transmission to described process module 11, according to this electric signal, described process module 11 can determine that described first audio frequency exports module 31 and whether stretches.

Described first audio frequency export module 31 to rotate relative to described stationary installation 20 or flexible time, described process module 11 generates the first steering order, and controls described first audio frequency and export module 31 and respond described first steering order.Described steering order can be opened for controlling described first audio frequency output module 31, with the voice messaging that gives the correct time, listens to, reports Weather information etc.

As: when as described in change detection module 60 detect as described in first audio frequency export module 31 turn to the first state from the second state time, or after extending, described process module 11 controls described first audio frequency output module 31 according to the signal that described change detection module 60 detects and opens, and read the information of the storage of electronic equipment 100, play, as with the voice messaging that gives the correct time, listens to, report Weather information etc.

If, detect that described first audio frequency exports module 31 and turns to the second state from the first state at described change detection module 60, or after shrinking, described process module 11 controls described first audio frequency output module 31 according to the signal that described change detection module 60 detects and closes, and stops playing music, word read etc.

In a specific embodiment, described electronic equipment 100 also comprises storage module 70, whether described change detection module 60 exports module 31 and whether turns to described first audio frequency specifically for detecting described first audio frequency and export sound mouth 311 direction of module 31 and the angle of described side surface 23 and be more than or equal to 75 degree, or flexible distance between the sound mouth 311 of described first audio frequency output module 31 and described side surface 23 is increased; Export module 31 at described first audio frequency to turn to described first audio frequency and export sound mouth 311 direction of module 31 and the angle of described side surface 23 and be more than or equal to 75 degree, or it is flexible when the described first audio frequency distance exported between the sound mouth 311 of module 31 and described side surface 23 is increased, described process module 11 for reading the content of described storage module 70, and is exported by described first audio frequency output module 31.Described storage module 70 can be the storage such as built-in ROM, external SD card, and the content wherein stored can be independent audio file or voice applications file etc.

In a specific embodiment, whether described change detection module 60 exports module 31 and whether turns to described first audio frequency specifically for detecting described first audio frequency and export sound mouth 311 direction of module 31 and the angle of described side surface 23 and be more than or equal to 75 degree, or flexible distance between the sound mouth 311 of described first audio frequency output module 31 and described side surface 23 is increased; And detect whether there is voice communication request by described process module 11.

Export module 31 at described first audio frequency to have and turn to described first audio frequency and export sound mouth 311 direction of module 31 and the angle of described side surface 23 and be more than or equal to 75 degree, or the flexible distance making described first audio frequency export between the sound mouth 311 of module 31 and described side surface 23 increases, and when having described voice communication request, described process module 11 is for responding described voice communication request, gathered and/or output audio information by described audio frequency module 30, voice communication can be carried out by electronic equipment 100 to make user.

Export module 31 at described first audio frequency to have and turn to described first audio frequency and export sound mouth 311 direction of module 31 and the angle of described side surface 23 and be more than or equal to 75 degree, or the flexible distance making described first audio frequency export between the sound mouth 311 of module 31 and described side surface 23 increases, and when there is no described voice communication request, described process module 11 is for reading the content of described storage module 70, and exported by described first audio frequency output module 31, can audio frequency broadcasting etc. be carried out to make described electronic equipment 100.Described storage module 70 can be RAM (random access memory) card, ROM etc., and the content wherein stored can be Mp3, Mp4, video file etc.

In a specific embodiment, described annulus is surrounded at described agent set 10 and described stationary installation 20, or meet the first pre-conditioned proximate annular space, described agent set 10 comprises the display module 12 for showing image, described display module 12 be arranged on described agent set 10 as on the surface of the outside surface in described annulus or described proximate annular space time, described electronic equipment 100 also comprises spatial parameter sensor 80, described spatial parameter sensor 80 can be arranged on described agent set 10, also can be arranged in described stationary installation 20, in the present embodiment, described spatial parameter sensor 80 is arranged on described agent set 10.Described spatial parameter sensor 80 is for detecting the kinematic parameter of described electronic equipment 100 or/and spatial attitude.Described spatial parameter sensor 80 can be one or more in G-sensor, gyroscope, angular-rate sensor, speed pickup, acceleration transducer etc., and the parameter that specifically can detect as required is determined.Described kinematic parameter can be the speed in electronic equipment 100 moving process, the parameters such as the angular velocity in rotation process, described spatial attitude can for electronic equipment 100 rotate after or mobile after the state that presents, comprise described electronic equipment 100 and whether relatively rise, relatively to decline and the display surface of display module 12 is in level or vertical state etc.That is, described spatial parameter sensor 80 may be used for the parameter of detected electrons equipment 100 in motion process, also may be used for detected electrons equipment 100 post exercise spatial attitude, specifically can arrange as required.

Described electronic equipment 100 kinematic parameter or/and spatial attitude meet the 8th pre-conditioned time, described process module 11 shows correspondence image for controlling described display module 12.Described correspondence image can be time, weather, incoming information, people of unread information etc.Described 8th pre-conditionedly can be arranged according to specific needs, as the 8th pre-conditioned can for first time rotate add rising add again second time rotate, be specially, on user's wrist is dressed during this electronic equipment 100, when not watching or use electronic equipment 100, arm is generally hang, when user needs viewing display module 12, then wrist can drive electronic equipment 100 first time to rotate, and electronic equipment 100 rises simultaneously; When rising to a certain degree, wrist rotation drives electronic equipment 100 second time to rotate, when process module 11 detect the kinematic parameter of described electronic equipment 100 meet first time rotate add rising add again second time rotate time, then control in display module 12 displaying time, weather, incoming information, people of unread information etc. one or more.

In addition, described 8th pre-conditioned also can for electronic equipment 100 move after the spatial attitude of described display module 12, as as described in show module 12 be the level of state or near-horizontal state (as being less than or equal to 25 degree with the angle of surface level) time, control in display module 12 displaying time, weather, incoming information, people of unread information etc. one or more; And for example described display module 12 in vertical state or near vertical state (as being more than or equal to 75 degree with the angle of surface level) time, the display module 12 controlling carrying out showing closes display, or reduces the backlight brightness values of display module 12.

Again, described 8th pre-conditioned can also for electronic equipment 100 rise add display module 12 be the level of state or near-horizontal state (as being less than or equal to 25 degree with the angle of surface level), as as described in spatial parameter sensor 80 detect that electronic equipment 100 rises and shows module 12 and be the level of state or near-horizontal state, then control in display module 12 displaying time, weather, incoming information, people of unread information etc. one or more.

In a specific embodiment, when described electronic equipment 100 also comprises spatial parameter sensor 80, described spatial parameter sensor 80 detect described electronic equipment 100 kinematic parameter or/and spatial attitude meet the 3rd pre-conditioned time, described process module 11 generates the second steering order, and controls described audio frequency module 30 and respond described second steering order.Described 3rd pre-conditionedly can be arranged as required, as the 3rd pre-conditioned can for electronic equipment 100 first time rotate add rising add second time rotate, be specially, on user's wrist is dressed during this electronic equipment 100, when not watching or use electronic equipment 100, arm is generally hang, when user needs to use audio frequency module 30, then wrist can drive electronic equipment 100 first time to rotate, and electronic equipment 100 rises simultaneously; When rising to a certain degree, wrist rotation drives electronic equipment 100 second time to rotate, when process module 11 detect described electronic equipment 100 kinematic parameter meet first time rotate add rising add again second time rotate time, then controlling audio frequency module 30 and gather audio-frequency information, recording as carried out, chat software is as micro-letter phonetic entry etc.

In addition, described 3rd pre-conditioned also can for electronic equipment 100 move after the spatial attitude of described display module 12, as as described in show module 12 be switched in vertical state or near vertical state (as being more than or equal to 75 degree with the angle of surface level) time, control audio frequency module 30 to open, gather and/or output audio information, as play music, report weather, carry out conversing, broadcast listening, listen to chat software voice messaging etc.; As, described display module 12 be switched to be the level of state or near-horizontal state (as being less than or equal to 25 degree with the angle of surface level) time, stop output audio information, carry out collection audio-frequency information.

Again, described 3rd pre-conditioned can also for electronic equipment 100 rise add display module 12 in vertical state or near vertical state (as being more than or equal to 75 degree with the angle of surface level) time, as as described in spatial parameter sensor 80 detect electronic equipment 100 rise and show module 12 in vertical state or near vertical state (as being more than or equal to 75 degree with the angle of surface level) time, control audio frequency module 30 to open, gather and/or output audio information, as play music, report weather, carry out conversing, broadcast listening, listen to chat software voice messaging etc.

Further, when described audio frequency module 30 comprises the first audio frequency output module 31 and/or audio collection module 32, whether described spatial parameter sensor 80 rises relatively specifically for the locus detecting described electronic equipment 100, and whether follow according to preset reference rotation, described preset reference can for being parallel or perpendicular to the straight line of surface level.Described process module 11 is for detecting whether there is voice communication request.Relatively rise in the locus of described electronic equipment 100, and rotate, and when having voice communication request, described process module 11, for responding described voice communication request, is gathered and/or output audio information by described audio frequency module 30.In other embodiments, when responding described voice communication request according to described 4th steering order, the display module 12 that simultaneously can also control to carry out showing closes display, or reduce the backlight brightness values of display module 12, to reduce as 10 seconds, 20 seconds relative to relying on setting-up time in prior art or close on backlight basis, more can save electricity.

In addition, the locus of described electronic equipment 100 rises, and rotate, and voiceless sound communication request, and the described display surface of display module 12 and the angle of surface level are when being less than or equal to 20 degree, described process module 11 reads the content of described storage module for controlling described electronic equipment 100, and is shown by display module 12.

In the present embodiment, described " rising " just only unidirectional rising, as on vertical direction or on preset direction, that is, electronic equipment 100 has movement on vertical direction or preset direction.Described " relatively rising " rises relative to an object of reference, and described object of reference can be surface level, also can be default object or certain direction.

First, be with respect to the horizontal plane rise to be illustrated with described " relatively rise ".As, this electronic equipment 100 on user's wrist is dressed, when not watching or use electronic equipment 100, arm is generally hang, when voice-frequency telephony request having been detected, then wrist can drive electronic equipment 100 relative to elbow place be parallel to surface level and the straight line of display surface perpendicular to the display module 12 of electronic equipment 100 before rotating ((now preset reference be parallel to surface level and perpendicular to the straight line of display surface of the display module 12 of electronic equipment 100 before rotating) rotate, simultaneously, electronic equipment 100 rises, described process module 11 responds described voice communication request, gathered and/or output audio information by described audio frequency module 30, user can carry out voice communication.Again, if user is when watching the display module 12 of electronic equipment 100, voice-frequency telephony request detected, user or lift wrist, thus drive electronic equipment to rotate and rise, described process module 11 responds described voice communication request, is gathered and/or output audio information by described audio frequency module 30, and user can carry out voice communication.

Again, be illustrated to rise relative to a certain preset direction with described " relatively rise ".As preset relative to user from pin direction to the end as rising.As when user's recumbency, arm is usually in the side near user's leg, when voice-frequency telephony request having been detected, then wrist can drive electronic equipment 100 relative to elbow place be parallel to surface level and the straight line of display surface perpendicular to the display module 12 of electronic equipment 100 before rotating ((now preset reference be parallel to surface level and perpendicular to the straight line of display surface of the display module 12 of electronic equipment 100 before rotating) rotate, simultaneously, electronic equipment 100 rises relative to preset direction, therefore, described process module 11 can respond described voice communication request, gathered and/or output audio information by described audio frequency module 30, user can carry out voice communication.

By relatively rising in the locus of described electronic equipment 100, and rotate, and when having voice communication request, described process module 11 is for responding described voice communication request, make when there being voice communication request, the action that the wrist rotation of user lifts gets final product respective audio communication request, thus is convenient to the use of user.

Further, the display module 12 for showing image is comprised at described agent set 10, when described audio frequency module 30 comprises the first audio frequency output module 31 and audio collection module 32, and generate the second steering order at described process module 11, and control before described audio frequency module 30 responds described second steering order;

Described spatial parameter sensor 80 is concrete also for detecting the state space attitude of the display surface of described display module 12, that is, described spatial parameter sensor 80 is be in level or near-horizontal state for detecting the display surface of described display module, or vertical or near vertical state.Described process module 11 is for detecting whether there is voice communication request.

Particularly, at the kinematic parameter of described electronic equipment 100 or/and spatial attitude meets the 4th pre-conditioned, and the spatiality of the display surface of described display module 12 meets the 5th pre-conditioned, and when having voice communication request, described process module 11 generates the 3rd steering order, control described display module 12 and respond described 3rd steering order, make described electronic equipment 100 be in the first communications status.Described 4th pre-conditionedly can add rising for described electronic equipment 100 rotates, or only rises.Described 5th pre-conditioned can for being in level or near-horizontal state, or, vertically or near vertical state.

In the present embodiment, the described 4th pre-conditioned locus being specially described electronic equipment 100 is relative to rising and rotating, and the described 5th is pre-conditionedly less than or equal to 20 degree for the described display surface of display module 12 and the angle of surface level.Namely, relatively rise in the locus of described electronic equipment 100, and rotate, and have voice communication request, and the described display surface of display module 12 and the angle of surface level are when being less than or equal to 20 degree, described process module 11 generates the 3rd steering order, controls described display module 12 and responds described 3rd steering order, start the described voice communication request relevant information of display, described voice communication request relevant information can be contact method, name etc.

As, this electronic equipment 100 on user's wrist is dressed, and when not watching or use electronic equipment 100, arm is generally hang, when whether described process module 11 has voice communication request for detecting, when user needs to check described voice communication request relevant information, before then wrist can drive electronic equipment 100 to move to user's body, then, wrist drive electronic equipment 100 relative to be parallel to surface level and be parallel to rotate before the straight line of display surface of display module 12 of electronic equipment 100 rotate (now preset reference be parallel to surface level and be parallel to rotate before the straight line of display surface of display module 12 of electronic equipment 100) 90 degree, display screen is made to be in horizontal attitude, now the displaying contents of display screen is towards the left side of user or right side, finally, wrist drives electronic equipment 100 to rotate (now preset reference is the straight line perpendicular to surface level) 90 degree relative to the straight line perpendicular to surface level, the content of described display screen can be made to mate with the sight line of user, electronic equipment 100 rises simultaneously, now, if detect, the described display surface of display module 12 and the angle of surface level are less than or equal to 20 degree, then described display module 12 starts the described voice communication request relevant information of display, and user just can check described voice communication request relevant information.

By relatively rising in the locus of described electronic equipment 100, and rotate, and have voice communication request, and the described display surface of display module 12 and the angle of surface level are when being less than or equal to 20 degree, described process module 11 is set and controls the described voice communication request relevant information of described display module 12 startup display, thus when there being voice communication request, the action that the wrist rotation of user lifts, described display module 12 can show voice communication request relevant information, be convenient to the information that user understands this voice communication request, to determine whether to need to respond this communication request.

Particularly, the 3rd steering order is generated at described process module 11, control described display module 12 and respond described 3rd steering order, make after described electronic equipment 100 is in the first communications status, described spatial parameter sensor 80 is also for detecting the kinematic parameter of described electronic equipment 100 or/and spatial attitude, described electronic equipment 100 kinematic parameter or/and spatial attitude meet the 3rd pre-conditioned time, described process module 11 generates the 4th steering order, and control described audio frequency module 30 and respond described 4th steering order, described electronic equipment 100 is made to be in the second communication state different from described first communications status, wherein, described 3rd pre-conditioned and described 4th pre-conditioned identical at least partly.

Because, described 3rd pre-conditioned and described 4th pre-conditioned identical at least partly, therefore, pre-conditionedly add rising for described electronic equipment 100 rotates the described 4th, described 3rd pre-conditioned also be described electronic equipment 100 can be rising; Described 4th pre-conditioned only rise for described electronic equipment 100 time, described Article 3 part also adds rising for described electronic equipment 100 rotates; Described 4th pre-conditioned for described electronic equipment 100 only rise time, described Article 3 part also be described electronic equipment 100 also can for rising; Pre-conditionedly rising is added for described electronic equipment 100 rotates the described 4th, described 3rd pre-conditionedly also can add rising for rotation for described electronic equipment 100, described 4th pre-conditioned rotation and described 3rd pre-conditioned rotation can identical also can not be identical.In the present embodiment, the described 3rd pre-conditionedly adds rising for described electronic equipment 100 rotates.Particularly, described process module 11 for control described display module 12 start display described voice communication request relevant information after, if continue relatively to rise in the locus of described electronic equipment 100, and the described display surface of display module 12 and the angle of surface level are when being more than or equal to 70 degree, described process module 11 generates the 4th steering order, described voice communication request is responded according to described 4th steering order, gathered and/or output audio information by described audio frequency module 30, described user just can carry out voice communication.

In other embodiments, described 3rd pre-conditionedly also only can rise for described electronic equipment 100, particularly, described process module 11 for control described display module 12 start display described voice communication request relevant information after, if continue relatively to rise in the locus of described electronic equipment 100, and the described display surface of display module 12 and the angle of surface level are when being more than or equal to 70 degree, described process module 11 generates the 4th steering order, described voice communication request is responded according to described 4th steering order, gathered and/or output audio information by described audio frequency module 30.

As, continue above-mentioned example to be described, described voice communication request relevant information is checked user, if user will carry out this voice communication, then, wrist can be rotated further to add and rise or only rise, and drive electronic equipment 100 rotation add rising or only rise, simultaneously, when the display surface of described display module 12 and horizontal plane or near normal, then, described process module 11 responds described voice communication request, control audio frequency module 30 to gather and output audio information, to carry out voice communication.

By described process module 11 for control described display module 12 start display described voice communication request relevant information after, continue in the locus of described electronic equipment 100 relatively to rise, and the described display surface of display module 12 and the angle of surface level are when being more than or equal to 70 degree, described process module 11 is set and responds described voice communication request, therefore, after user checks this audio communication information, when determining to need responding communication request, only need that wrist is risen to head and answer state, process module 11 can respond this communication request, user can be communicated, thus improve the ease of use of user.

Particularly, the 4th steering order is generated at described process module 11, and control described audio frequency module 30 and respond described 4th steering order, make after described electronic equipment 100 is in the second communication state different from the first communications status, described spatial parameter sensor 80 is also for detecting the kinematic parameter of described electronic equipment 100 or/and spatial attitude, described electronic equipment 100 kinematic parameter or/and spatial attitude meet the 6th pre-conditioned time, described process module 11 generates the 5th steering order, and control described audio frequency module 30 and respond described 5th steering order, described electronic equipment 100 is made to be in the third communication state different from described second communication state, wherein, described 6th pre-conditioned and described 3rd pre-conditioned contrary.

Described third communication state is different from described second communication state, and when described second communication state is communications status, described third communication state is then non-communicating state.In addition, described 6th pre-conditioned and described 3rd pre-conditioned contrary, if described 3rd pre-conditioned be relatively rise, then the 6th pre-conditioned be decline relatively; If described 3rd pre-conditioned be relatively decline, then, and described 6th pre-conditioned be rising relatively.In the present embodiment, described 6th pre-conditioned be relatively decline.Particularly, at described process module 11 for responding described voice communication request, to be gathered by described audio frequency module 30 and/or after output audio information, when the locus of described electronic equipment 100 declines relatively, described process module 11 generates the 5th steering order, terminates to respond described voice communication request according to described 5th steering order.

As, continue above-mentioned example to be described, after user carries out voice communication, if voice communication complete or need interrupt voice communication time, then wrist can drive the locus of electronic equipment 100 relatively to decline and (be specifically as follows the decline of relative level face, also can decline relative to a preset direction), then described process module 11 terminates voice communication.

In addition, particularly, the 3rd steering order is generated at described process module 11, control described display module 12 and respond described 3rd steering order, make after described electronic equipment 100 is in the first communications status, described spatial parameter sensor 80 is also for detecting the kinematic parameter of described electronic equipment 100 or/and spatial attitude, described electronic equipment 100 kinematic parameter or/and spatial attitude meet the 7th pre-conditioned time, described process module 11 generates the 6th steering order, and control described audio frequency module 30 and respond described 6th steering order, described electronic equipment 100 is made to be in four communications status different from described second communication state, wherein, described 7th pre-conditioned and described 6th pre-conditioned identical.

Described 4th communications status is different from described second communication state, and when described second communication state is communications status, described 4th communications status is then non-communicating state; And when described second communication state is non-communicating state, described 4th communications status is then communications status.In addition, described 7th pre-conditioned and described 6th pre-conditioned contrary, if described 6th pre-conditioned be relatively decline, then, and described 7th pre-conditioned also be decline relatively.If the described 6th pre-conditionedly rotates for relatively declining to adding, then, described 7th pre-conditioned also for rotating relative to declining to adding.In the present embodiment, the described 7th pre-conditioned locus for described electronic equipment declines relatively, and described 4th communications status is non-communicating state.Particularly, at described process module 11 for controlling after described display module 12 starts the described voice communication request relevant information of display, whether the concrete locus also for detecting described electronic equipment 100 of described spatial parameter sensor 80 declines relatively; Described process module 11 for control described display module 12 start display described voice communication request relevant information after, when the locus of described electronic equipment 100 declines relatively, described process module 11 generates the 6th steering order, according to the corresponding described voice communication request of described 6th steering order refusal.

As, continue above-mentioned example to be described, described voice communication request relevant information is checked user, voice communication is carried out if do not need, then, wrist can drive the locus of electronic equipment 100 relatively to decline (be specifically as follows relative level face to decline, also can decline relative to a preset direction), then described process module 11 refuses voice communication request.

Above-mentioned electronic equipment 100 by arranging audio devices in the stationary installation 20 be connected with agent set 10, when the user's wrist etc. that is worn on electronic equipment goes up, the main part of electronic equipment is usually located at outside wrist, and audio devices is not the outside being positioned at wrist, thus be convenient to the use of user, solve in prior art because described audio devices loudspeaker are arranged on described agent set, and when electronic equipment be worn on user's wrist etc. upper time, the main part of electronic equipment is usually located at outside wrist, thus causes the awkward technical matters of user.

Embodiment two

Based on same inventive concept, the application also provides a kind of information processing method, and described information processing method is applied in the electronic equipment 100 of embodiment one, no longer repeats the structure of electronic equipment 100 at this.As shown in figure 15, described information processing method comprises the following steps:

Step 210, detects the kinematic parameter of described electronic equipment or/and spatial attitude;

Step 220, described electronic equipment kinematic parameter or/and spatial attitude meet the 3rd pre-conditioned time, generate the second steering order, and control described audio frequency module response described second steering order.

Described kinematic parameter is or/and spatial attitude can be detected by spatial parameter sensor 80, described spatial parameter sensor 80 can be one or more in G-sensor, gyroscope, angular-rate sensor, speed pickup, acceleration transducer etc., and the parameter that specifically can detect as required is determined.Described kinematic parameter can be the speed in electronic equipment 100 moving process, the parameters such as the angular velocity in rotation process, described spatial attitude can for electronic equipment 100 rotate after or mobile after the state that presents, comprise described electronic equipment 100 and whether relatively rise, relatively to decline and the display surface of display module 12 is in level or vertical state etc.That is, described spatial parameter sensor 80 may be used for the parameter of detected electrons equipment 100 in motion process, also may be used for detected electrons equipment 100 post exercise spatial attitude, specifically can arrange as required.

Described 3rd pre-conditionedly can be arranged as required, as the 3rd pre-conditioned can for electronic equipment 100 first time rotate add rising add second time rotate, be specially, on user's wrist is dressed during this electronic equipment 100, when not watching or use electronic equipment 100, arm is generally hang, when user needs to use audio frequency module 30, then wrist can drive electronic equipment 100 to rotate relative to elbow first time, and electronic equipment 100 rises simultaneously; When rising to a certain degree, wrist rotation drives electronic equipment 100 second time to rotate, when process module 11 detect described electronic equipment 100 kinematic parameter meet first time rotate add rising add again second time rotate time, then controlling audio frequency module 30 and gather audio-frequency information, recording as carried out, chat software is as micro-letter phonetic entry etc.

As shown in figure 16, further, when described audio frequency module 30 comprises the first audio frequency output module 31 and/or audio collection module 32; Whether described step 210 is specially: whether the locus detecting described electronic equipment 100 rises relatively, and follow according to preset reference rotation, and described preset reference can for being parallel or perpendicular to the straight line of surface level.Described method also comprises:

Step 230, detects whether there is voice communication request;

Step 240, rises relatively in the locus of described electronic equipment, and rotates, and when having voice communication request, described process module, for responding described voice communication request, is gathered and/or output audio information by described audio frequency module; The locus of described electronic equipment 100 rises, and rotate, and voiceless sound communication request, and the described display surface of display module 12 and the angle of surface level are when being less than or equal to 20 degree, described process module 11 reads the content of described storage module for controlling described electronic equipment 100, and is shown by display module 12.

As shown in figure 17, further, comprise the display module 12 for showing image at described agent set 10, when described audio frequency module 30 comprises the first audio frequency output module 31 and audio collection module 32, and before step 220, described method also comprises:

Step 250, detects the state space attitude of the display surface of described display module 12;

Step 260, detects whether there is voice communication request;

Step 270, at the kinematic parameter of described electronic equipment or/and spatial attitude meets the 4th pre-conditioned, and the spatiality of the display surface of described display module meets the 5th pre-conditioned, and when having voice communication request, generate the 3rd steering order, control described 3rd steering order of described display module response, make described electronic equipment be in the first communications status.

The state space attitude of the display surface of the described display module 12 of described detection, that is, the display surface detecting described display module is in level or near-horizontal state, or vertical or near vertical state.Particularly, at the kinematic parameter of described electronic equipment 100 or/and spatial attitude meets the 4th pre-conditioned, and the spatiality of the display surface of described display module 12 meets the 5th pre-conditioned, and when having voice communication request, described process module 11 generates the 3rd steering order, control described display module 12 and respond described 3rd steering order, make described electronic equipment 100 be in the first communications status.Described 4th pre-conditionedly can add rising for described electronic equipment 100 rotates, or only rises.Described 5th pre-conditioned can for being in level or near-horizontal state, or, vertically or near vertical state.

As, this electronic equipment 100 on user's wrist is dressed, and when not watching or use electronic equipment 100, arm is generally hang, when whether described process module 11 has voice communication request for detecting, when user needs to check described voice communication request relevant information, before then wrist can drive electronic equipment 100 to move to user's body, then, wrist drives electronic equipment 100 relative to straight line rotation (now preset reference is the straight line being parallel to surface level) 90 degree being parallel to surface level, display screen is made to be in horizontal attitude, now the font of display screen is towards the left side of user or right side, finally, wrist drives electronic equipment 100 to rotate (now preset reference is the straight line being parallel to surface level) 90 degree relative to the straight line perpendicular to surface level, the font of described display screen can be made towards user, electronic equipment 100 rises simultaneously, now, if detect, the described display surface of display module 12 and the angle of surface level are less than or equal to 20 degree, then described display module 12 starts the described voice communication request relevant information of display, and user just can check described voice communication request relevant information.

As shown in figure 18, particularly, after step 270, described method also comprises step 280, detect the kinematic parameter of described electronic equipment 100 or/and spatial attitude, described electronic equipment 100 kinematic parameter or/and spatial attitude meet the 3rd pre-conditioned time, generate the 4th steering order, and control described audio frequency module 30 and respond described 4th steering order, described electronic equipment 100 is made to be in the second communication state different from the first communications status, wherein, described 3rd pre-conditioned and described 4th pre-conditioned identical at least partly.

Particularly, after step 280, described method also comprises step 290, detect the kinematic parameter of described electronic equipment 100 or/and spatial attitude, described electronic equipment 100 kinematic parameter or/and spatial attitude meet the 6th pre-conditioned time, generate the 5th steering order, and control described audio frequency module 30 and respond described 5th steering order, described electronic equipment 100 is made to be in the third communication state different from described second communication state, wherein, described 6th pre-conditioned and described 3rd pre-conditioned contrary.

In addition, particularly, after step 270, described method also comprises step 300, detect the kinematic parameter of described electronic equipment 100 or/and spatial attitude, described electronic equipment 100 kinematic parameter or/and spatial attitude meet the 7th pre-conditioned time, generate the 6th steering order, and control described audio frequency module 30 and respond described 6th steering order, described electronic equipment 100 is made to be in four communications status different from described second communication state, wherein, described 7th pre-conditioned and described 6th pre-conditioned identical.

Although describe the preferred embodiments of the present invention, those skilled in the art once obtain the basic creative concept of cicada, then can make other change and amendment to these embodiments.So claims are intended to be interpreted as comprising preferred embodiment and falling into all changes and the amendment of the scope of the invention.

Obviously, those skilled in the art can carry out various change and modification to the present invention and not depart from the spirit and scope of the present invention.Like this, if these amendments of the present invention and modification belong within the scope of the claims in the present invention and equivalent technologies thereof, then the present invention is also intended to comprise these change and modification.

Claims

1. an electronic equipment, described electronic equipment comprises:

Agent set, comprises process module;

Stationary installation, be connected with described agent set, described stationary installation at least comprises a stationary state, under described stationary state, described stationary installation can as an annulus at least partially, or meeting the first pre-conditioned proximate annular space at least partially, it is peripheral that described annulus or described proximate annular space can be centered around satisfied second pre-conditioned column; And

Audio frequency module, is arranged in described stationary installation, for gathering and/or output audio information.

2. electronic equipment as claimed in claim 1, it is characterized in that, described audio frequency module comprises the first audio frequency and exports module, described stationary installation comprises first surface, the second surface opposing with described first surface and be connected the side surface of described first surface and described second surface, described first audio frequency exports the first state that the module angle at least had between sound mouth direction and described side surface is more than or equal to 75 degree, wherein, described first surface as described annulus or described proximate annular space outside surface at least partially, described second surface as described annulus or described proximate annular space inside surface at least partially.

3. electronic equipment as claimed in claim 2, it is characterized in that, described first audio frequency exports module and also has second state different from the first state, when described first audio frequency output module is in the second state, the angle that described first audio frequency exports between the sound mouth direction of module and described side surface is less than 75, described first audio frequency exports module can be switched to described first state from described second state, is more than or equal to 75 degree to make the described first audio frequency output sound mouth direction of module and the angle of described side surface.

4. electronic equipment as claimed in claim 3, it is characterized in that, described first audio frequency exports module and is arranged in described stationary installation rotationally, or be arranged in described stationary installation, exporting module to make described first audio frequency can switch between described first state and described second state pluggablely.

5. electronic equipment as claimed in claim 2 or claim 3, it is characterized in that, described first audio frequency exports module rotationally or/and telescopically is arranged in described stationary installation, when rotating to make described first audio frequency output module relative to described stationary installation or stretch, the distance that described first audio frequency exports between the sound mouth of module and described side surface changes.

6. electronic equipment as claimed in claim 5, it is characterized in that, described electronic equipment comprises change detection module;

7. electronic equipment as claimed in claim 6, it is characterized in that, whether described change detection module exports module and whether turns to described first audio frequency specifically for detecting described first audio frequency and export the sound mouth direction of module and the angle of described side surface and be more than or equal to 75 degree, or flexible distance between the sound mouth of described first audio frequency output module and described side surface is increased;

8. electronic equipment as claimed in claim 6, it is characterized in that, described electronic equipment also comprises storage module, whether described change detection module exports module and whether turns to described first audio frequency specifically for detecting described first audio frequency and export the sound mouth direction of module and the angle of described side surface and be more than or equal to 75 degree, or flexible distance between the sound mouth of described first audio frequency output module and described side surface is increased;

9. electronic equipment as claimed in claim 2, it is characterized in that, described electronic equipment also comprises the second audio frequency and exports module, it is different with the audio output parameters that described first audio frequency exports module that described second audio frequency exports module, and described second audio frequency output module is arranged in described agent set or described stationary installation, the angle that the sound mouth direction of the second audio frequency output module and described first audio frequency export the sound mouth direction of module is more than or equal to 75 degree.

10. the electronic equipment as described in claim arbitrary in claim 1-4 and 9, it is characterized in that, described audio frequency module comprises audio collection module, described audio collection module is arranged on first surface, and the angle adopting sound mouth direction and described first surface of described audio collection module is more than or equal to 75 degree, and described in adopt sound mouth relative to described annulus or described proximate annular space towards outwards, wherein, described first surface as described annulus or described proximate annular space outside surface at least partially.

11. electronic equipments as claimed in claim 1, it is characterized in that, described audio frequency module comprises the first audio frequency and exports module and audio collection module, and described first audio frequency exports module and described audio collection module is positioned at position just right with described agent set in described stationary installation.

12. electronic equipments as claimed in claim 1, it is characterized in that, described electronic equipment also comprises touch sensible module, described touch-control sensing module and described audio frequency module are arranged on the first surface of described stationary installation, and described touch-control sensing module and described audio frequency module are arranged on the same position of described stationary installation, described touch sensible module controls the operation of audio frequency for gathering, the operation of the control audio frequency that described process module collects according to described touch-control sensing module, control audio frequency parameter or the pattern of described audio frequency module, wherein, described first surface as described annulus or described proximate annular space outside surface at least partially.

13. electronic equipments as claimed in claim 1, it is characterized in that, described agent set and described stationary installation surround described annulus, or meet the first pre-conditioned proximate annular space, described agent set comprises the display module for showing image, described display module is arranged on as on the surface of the outside surface in described annulus or described proximate annular space on described agent set, and described electronic equipment also comprises spatial parameter sensor;

14. electronic equipments as claimed in claim 1, it is characterized in that, described electronic equipment also comprises spatial parameter sensor;

15. electronic equipments as claimed in claim 14, is characterized in that, described audio frequency module comprises the first audio frequency and exports module and/or audio collection module;

16. electronic equipments as claimed in claim 14, it is characterized in that, described agent set comprises the display module for showing image, described audio frequency module comprises the first audio frequency and exports module and audio collection module, the second steering order is generated at described process module, and before controlling described second steering order of described audio frequency module response

17. 1 kinds of information processing methods, be applied in an electronic equipment, described electronic equipment comprises the agent set with process module, the stationary installation be connected with described agent set and the audio frequency module be arranged in described stationary installation, described stationary installation at least comprises a stationary state, under described stationary state, described stationary installation can as an annulus at least partially, or meeting the first pre-conditioned proximate annular space at least partially, it is peripheral that described annulus or described proximate annular space can be centered around satisfied second pre-conditioned column; Described audio frequency module is used for gathering and/or output audio information; Described method comprises:

18. methods as claimed in claim 17, is characterized in that, described audio frequency module comprises the first audio frequency and exports module and/or audio collection module; The kinematic parameter of the described electronic equipment of described detection is or/and spatial attitude is specially:

Described method also comprises:

Detect and whether have voice communication request;

19. methods as claimed in claim 17, it is characterized in that, described agent set comprises the display module for showing image, described audio frequency module comprises the first audio frequency and exports module and audio collection module, in described generation second steering order, and before controlling described second steering order of described audio frequency module response, described method also comprises:

Detect and whether have voice communication request;