CN105759943A

CN105759943A - Information processing method and electronic device

Info

Publication number: CN105759943A
Application number: CN201410778744.6A
Authority: CN
Inventors: 朱小恬; 高岩
Original assignee: Lenovo Beijing Ltd
Current assignee: Lenovo Beijing Ltd
Priority date: 2014-12-15
Filing date: 2014-12-15
Publication date: 2016-07-13
Anticipated expiration: 2034-12-15
Also published as: CN105759943B

Abstract

The invention discloses an information processing method and an electronic device; the information processing method is applied to the electronic device; the method comprises the following steps: using a body sensor to obtain induction parameters; determining a projection mode of a projection unit according to the induction parameters and a preset strategy, and generating control information; when the projection unit is in an enabled state, controlling the projection unit according to the control information so as to project to-be projected content in the projection mode corresponding to the control information. The novel method can solve the technical problems in the prior art that the electronic device cannot automatically select a proper projection mode for projection according to the present scene; the provided novel electronic device can automatically select the proper projection mode in projection.

Description

A kind of information processing method and electronic equipment

Technical field

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

Background technology

Along with the development of science and technology, the intelligent electronic device such as smart mobile phone, panel computer is constantly popularized in daily life.In order to meet the projection demand of people, many intelligent electronic devices have projection module and project use for user.When realizing projecting function, in the prior art, when user wants the content in projection electronics, electronic equipment is typically with the projection pattern that project content directly carries out project along the direction of the projection lens place plane being perpendicular to projection module.When user alters one's posture or the direction of hand-hold electronic equipments changes, user have to manually regulate the projecting direction of projection module.Such as, when user's hand-hold electronic equipments is seated, and the dead ahead of user has a face wall, during arranged above with ceiling, now, project content is projected on the wall of dead ahead by projection module, but when user is become the posture of recumbency from the posture being seated, wish when project content can be projected on positive ceiling by projection module, it is necessary to manually regulate the projecting direction of projection module, project content could be projected on positive ceiling.

Present inventor is in realizing the embodiment of the present application in the process of technical scheme, it has been found that prior art at least exists following technical problem:

Owing to the projection pattern of projection module is had different requirements by electronic equipment in different use scenes, the projecting direction that different projection patterns can be corresponding different.In prior art, the adjustment of the projecting direction of electronic equipment being completed by user's manual adjustments, electronic equipment can not automatically select suitable projection pattern according to the scene being presently in and project.So, electronic equipment of the prior art exists cannot automatically select, according to the scene being presently in, the technical problem that suitable projection pattern carries out projecting.

Owing to there is above-mentioned technical problem, so, user use electronic equipment of the prior art project time, it is thus achieved that projection experience just not good, namely there is the problem that Consumer's Experience is bad in electronic equipment of the prior art.

Summary of the invention

The embodiment of the present invention provides a kind of information processing method and electronic equipment, exist cannot automatically select, according to the scene being presently in, the technical problem that suitable projection pattern carries out projecting in order to solve electronic equipment of the prior art, it is achieved electronic equipment can automatically select the technique effect that suitable projection pattern carries out projecting.

One aspect of the present invention provides a kind of information processing method, it is applied to an electronic equipment, described electronic equipment includes body, display unit and projecting cell, described display unit is arranged on first of described body, described display unit has the first limit and second limit corresponding with described first limit, described second limit is parallel with described first limit, described projecting cell is arranged in described body, described projecting cell supports the first projection pattern and the second projection pattern, described body has the first projection window and the second projection window, described first projection window be arranged on on described first second intersected, described second face is positioned at described first side, limit of described display unit, described second projection window is arranged on described first to be positioned at described first side, limit of described display unit, described method includes:

Sensed parameter is obtained by described intrinsic sensor；

According to described sensed parameter, determine the projection pattern of described projecting cell according to predetermined policy, produce control information, wherein, the control information corresponding with described first projection pattern is the first control information, and the control information corresponding with described second projection pattern is the second control information；

When described projecting cell is in enabled state, controls described projecting cell based on described control information and with the described projection pattern corresponding with described control information, content to be projected is projected；

Wherein, when described projecting cell is with described first projection pattern, described content to be projected is projected window through described first and projects, so that present the picture of described content to be projected in described first side, limit of described display unit；When described projecting cell is with described second projection pattern, described content to be projected is projected window through described second and projects, so that present the picture of described content to be projected in described second side, limit of described display unit.

Optionally, it is gravity sensor at described sensor, when described predetermined policy is the first strategy, the described projection pattern determining described projecting cell according to described sensed parameter according to predetermined policy, produce control information, specifically include:

The described sensed parameter obtained based on described gravity sensor and described first strategy, it is determined that when described sensed parameter meets and is positioned at the first preset range, it is determined that described projection pattern is described first projection pattern；And when described sensed parameter meets and is positioned at the second preset range, it is determined that described projection pattern is described second projection pattern；

When described sensed parameter is positioned at described first preset range, produce described first control information, wherein, when described sensed parameter is positioned at described first preset range, characterize described electronic equipment and horizontal plane less parallel；

When described sensed parameter is positioned at described second preset range, produce described second control information, wherein, when described sensed parameter is positioned at described second preset range, characterize described electronic equipment and described horizontal plane near normal.

Optionally, it is gravity sensor at described sensor, when described predetermined policy is the second strategy, the described projection pattern determining described projecting cell according to described sensed parameter according to predetermined policy, produce control information, specifically include:

The described sensed parameter obtained based on described gravity sensor and described second strategy, it is determined that when described sensed parameter meets and is positioned at the first preset range, it is determined that described projection pattern is described first projection pattern；And when described sensed parameter meets and is positioned at the second preset range, it is determined that described projection pattern is described second projection pattern；

When described sensed parameter is positioned at described first preset range, produce first control information, wherein, when described sensed parameter is positioned at described first preset range, characterize described display unit be positioned at upward with support described electronic equipment support platform on；

When described sensed parameter is positioned at described second preset range, produce the second control information, wherein, when described sensed parameter is positioned at described second preset range, characterize the angle between described display unit and the support platform supporting described electronic equipment be more than or equal to 90 ° less than 180 °.

Optionally, include the first induction apparatus and the second induction apparatus at described sensor, when described predetermined policy is the 3rd strategy, the described projection pattern determining described projecting cell according to described sensed parameter according to predetermined policy, produce control information, specifically include:

Obtain the first sensed parameter by described first induction apparatus and obtain the second sensed parameter and described 3rd strategy with described second induction apparatus, it is determined that described projection pattern, produce described control information.

Optionally, described based on described control information control described projecting cell with the described projection pattern corresponding with described control information, content to be projected is projected, specifically include:

When described control information is described first control information, respond described first control information, control light-path adjusting mechanism and be positioned at primary importance so that described projecting cell and first window constitute the first light path；Or

When described control information is described second control information, respond described second control information, controlling light-path adjusting mechanism and be positioned at the second position so that described projecting cell and the second window constitute the second light path, wherein, described primary importance is different from the described second position.

Optionally, described method also includes:

When described projecting cell is in described enabled state and projects with described first projection pattern, it is thus achieved that the first handover information, respond described first handover information, control described projecting cell and be switched to described second projection pattern from described first projection pattern；Or

When described projecting cell is in described enabled state and projects with described second projection pattern, it is thus achieved that the second handover information, respond described second handover information, control described projecting cell and be switched to described first projection pattern from described second projection pattern.

Optionally, described first handover information of described response, control described projecting cell and be switched to described second projection pattern from described first projection pattern, specifically include:

Control described light-path adjusting mechanism and be switched to the described second position from described primary importance, control described content half-twist to be projected simultaneously or rotate 180 °；

Described second handover information of described response, controls described projecting cell and is switched to described first projection pattern from described second projection pattern, specifically include:

Control described light-path adjusting mechanism and be switched to described primary importance from the described second position, control described content half-twist to be projected simultaneously or rotate 180 °.

Optionally, described control information is additionally operable to control described projecting cell and is in described enabled state.

On the other hand, the application also provides for a kind of electronic equipment, including:

Body；

Display unit, described display unit is arranged on first of described body, and described display unit has the first limit and second limit corresponding with described first limit, and described second limit is parallel with described first limit；

Projecting cell, described projecting cell is arranged in described body, and described projecting cell supports the first projection pattern and the second projection pattern；

First projection window, is arranged on on described first second intersected, and described second face is positioned at described first side, limit of described display unit；

Second projection window, is arranged on described first to be positioned at described first side, limit of described display unit；

First sensing unit, for obtaining sensed parameter by described intrinsic sensor；

First generates unit, for according to described sensed parameter, the projection pattern of described projecting cell is determined according to predetermined policy, produce control information, wherein, the control information corresponding with described first projection pattern is the first control information, and the control information corresponding with described second projection pattern is the second control information；

First control unit, for when described projecting cell is in enabled state, controlling described projecting cell based on described control information and content to be projected projected with the described projection pattern corresponding with described control information；

Optionally, being gravity sensor at described sensor, when described predetermined policy is the first strategy, described first generates unit specifically includes:

First determines module, for the described sensed parameter and described first strategy that obtain based on described gravity sensor, it is determined that when described sensed parameter meets and is positioned at the first preset range, it is determined that described projection pattern is described first projection pattern；And when described sensed parameter meets and is positioned at the second preset range, it is determined that described projection pattern is described second projection pattern；

First generation module, for when described sensed parameter is positioned at described first preset range, producing described first control information, wherein, when described sensed parameter is positioned at described first preset range, characterizes described electronic equipment and horizontal plane less parallel；

Second generation module, for when described sensed parameter is positioned at described second preset range, producing described second control information, wherein, when described sensed parameter is positioned at described second preset range, characterizes described electronic equipment and described horizontal plane near normal.

Optionally, it is gravity sensor at described sensor, when described predetermined policy is the second strategy, the described projection pattern determining described projecting cell according to described sensed parameter according to predetermined policy, produce control information, described first generates unit specifically includes:

Second determines module, for the described sensed parameter and described second strategy that obtain based on described gravity sensor, it is determined that when described sensed parameter meets and is positioned at the first preset range, it is determined that described projection pattern is described first projection pattern；And when described sensed parameter meets and is positioned at the second preset range, it is determined that described projection pattern is described second projection pattern；

3rd generation module, for when described sensed parameter is positioned at described first preset range, producing the first control information, wherein, when described sensed parameter is positioned at described first preset range, characterize described display unit be positioned at upward with support described electronic equipment support platform on；

4th generation module, for when described sensed parameter is positioned at described second preset range, produce the second control information, wherein, when described sensed parameter is positioned at described second preset range, characterize the angle between described display unit and the support platform supporting described electronic equipment be more than or equal to 90 ° less than 180 °.

Optionally, including the first induction apparatus and the second induction apparatus at described sensor, described first generates unit specifically includes:

Second determines module, obtains the second sensed parameter and described 3rd strategy with described second induction apparatus for obtaining the first sensed parameter by described first induction apparatus, it is determined that described projection pattern, produces described control information.

Optionally, described first control unit specifically includes:

First controls module, for when described control information is described first control information, responding described first control information, controls light-path adjusting mechanism and is positioned at primary importance so that described projecting cell and first window constitute the first light path；Or

Second controls module, for when described control information is described second control information, responding described second control information, control light-path adjusting mechanism and be positioned at the second position so that described projecting cell and the second window constitute the second light path, wherein, described primary importance is different from the described second position.

Optionally, described electronic equipment also includes:

First switch unit, for when described projecting cell is in described enabled state and projects with described first projection pattern, obtain the first handover information, respond described first handover information, control described projecting cell and be switched to described second projection pattern from described first projection pattern；Or

Second switch unit, for when described projecting cell is in described enabled state and projects with described second projection pattern, obtain the second handover information, respond described second handover information, control described projecting cell and be switched to described first projection pattern from described second projection pattern.

Optionally, described first switch unit specifically includes:

3rd controls module, is switched to the described second position for the described light-path adjusting mechanism of control from described primary importance, controls described content half-twist to be projected simultaneously or rotates 180 °；

4th controls module, is used for controlling described light-path adjusting mechanism and is switched to described primary importance from the described second position, controls described content half-twist to be projected simultaneously or rotates 180 °.

Said one in the embodiment of the present application or multiple technical scheme, at least have one or more technique effects following:

1, due in the technical scheme of the embodiment of the present application, have employed according to described sensed parameter, the projection pattern of described projecting cell is determined according to predetermined policy, produce control information, when described projecting cell is in enabled state, control, based on described control information, the technological means that content to be projected is carried out projecting by described projecting cell with the described projection pattern corresponding with described control information.So, electronic equipment is according to different sensed parameter, the projection pattern of projecting cell is determined with different predetermined policies, and then the first side that electronic equipment can be corresponding on display unit the first limit can be made to present the picture of described content to be projected, the picture of described content to be projected also can be presented in second side corresponding with first parallel the second corresponding limit, limit of display unit.Exist cannot automatically select, according to the scene being presently in, the technical problem that suitable projection pattern carries out projecting thus it is possible to effectively solve electronic equipment of the prior art, it is achieved electronic equipment can automatically select the technique effect that suitable projection pattern carries out projecting.

2, due in the technical scheme of the embodiment of the present application, have employed when described sensed parameter is positioned at described second preset range, produce the second control information, wherein, when described sensed parameter is positioned at described second preset range, characterize the angle between described display unit and the support platform supporting described electronic equipment be more than or equal to 90 ° less than 180 °.Namely, when electronic equipment stands on desktop, generate the second control information, control information based on second, electronic equipment can control projecting cell and content to be projected be projected on the table, so display content can be watched easily on the table, meet the viewing custom of user, it is provided that the projection of user is experienced.

Accompanying drawing explanation

The flow chart of a kind of information processing method that Fig. 1 provides for the embodiment of the present application one；

Fig. 2 is the structure chart of the electronic equipment that a kind of information processing method is applied in the embodiment of the present application one；

Fig. 3 is the schematic diagram that the electronic equipment that in the embodiment of the present application one, a kind of information processing method is applied to carries out with the first projection pattern projecting；

Fig. 4 is the schematic diagram that the electronic equipment that in the embodiment of the present application one, a kind of information processing method is applied to carries out with the second projection pattern projecting；

Fig. 5 is the first implementation of the step S102 of information processing method in the embodiment of the present application one；

Fig. 6 is the second implementation of the step S102 of information processing method in the embodiment of the present application one；

When Fig. 7 is the switching projection mode of information processing method in the embodiment of the present application one, schematic diagram during content half-twist to be projected；

When Fig. 8 is the switching projection mode of information processing method in the embodiment of the present application one, content to be projected rotates schematic diagram when 180 °；

The functional structure block diagram of a kind of electronic equipment that Fig. 9 provides for the embodiment of the present application two.

Detailed description of the invention

In the technical scheme that the embodiment of the present application provides, by providing a kind of information processing method and electronic equipment, exist cannot automatically select, according to the scene being presently in, the technical problem that suitable projection pattern carries out projecting for solving electronic equipment of the prior art, it is achieved electronic equipment can automatically select the technique effect that suitable projection pattern carries out projecting.

For solving above-mentioned technical problem and realizing above-mentioned technique effect, in the embodiment of the present application, the general thought of technical scheme is as follows:

A kind of information processing method, it is applied to an electronic equipment, described electronic equipment includes body, display unit and projecting cell, described display unit is arranged on first of described body, described display unit has the first limit and second limit corresponding with described first limit, described second limit is parallel with described first limit, described projecting cell is arranged in described body, described projecting cell supports the first projection pattern and the second projection pattern, described body has the first projection window and the second projection window, described first projection window be arranged on on described first second intersected, described second face is positioned at described first side, limit of described display unit, described second projection window is arranged on described first to be positioned at described first side, limit of described display unit, described method includes:

Sensed parameter is obtained by described intrinsic sensor；

Wherein, when described projecting cell is with described first projection pattern, described content to be projected is projected window through described first and projects, so that first side corresponding on described first limit of described display unit presents the picture of described content to be projected；When described projecting cell is with described second projection pattern, described content to be projected is projected window through described second and projects, so that second side corresponding on described second limit of described display unit presents the picture of described content to be projected.

Due in the technical scheme of the embodiment of the present application, have employed according to described sensed parameter, the projection pattern of described projecting cell is determined according to predetermined policy, produce control information, when described projecting cell is in enabled state, control, based on described control information, the technological means that content to be projected is carried out projecting by described projecting cell with the described projection pattern corresponding with described control information.So, electronic equipment is according to different sensed parameter, the projection pattern of projecting cell is determined with different predetermined policies, and then the first side that electronic equipment can be corresponding on display unit the first limit can be made to present the picture of described content to be projected, the picture of described content to be projected also can be presented in second side corresponding with first parallel the second corresponding limit, limit of display unit.Exist cannot automatically select, according to the scene being presently in, the technical problem that suitable projection pattern carries out projecting thus it is possible to effectively solve electronic equipment of the prior art, it is achieved electronic equipment can automatically select the technique effect that suitable projection pattern carries out projecting.

Below in conjunction with accompanying drawing, the main of the embodiment of the present application technical scheme is realized principle, detailed description of the invention and the beneficial effect that should be able to reach is explained in detail.

Embodiment one

Refer to Fig. 1, the embodiment of the present application provides a kind of information processing method, it is applied to an electronic equipment, described electronic equipment includes body, display unit and projecting cell, described display unit is arranged on first of described body, described display unit has the first limit and second limit corresponding with described first limit, described second limit is parallel with described first limit, described projecting cell is arranged in described body, described projecting cell supports the first projection pattern and the second projection pattern, described body has the first projection window and the second projection window, described first projection window be arranged on on described first second intersected, described second face is positioned at described first side, limit of described display unit, described second projection window is arranged on described first to be positioned at described first side, limit of described display unit, described method includes:

S101: obtain sensed parameter by described intrinsic sensor；

S102: according to described sensed parameter, determine the projection pattern of described projecting cell according to predetermined policy, produce control information, wherein, the control information corresponding with described first projection pattern is the first control information, and the control information corresponding with described second projection pattern is the second control information；

S103: when described projecting cell is in enabled state, controls described projecting cell based on described control information and content to be projected is projected with the described projection pattern corresponding with described control information；

Refer to Fig. 2, the structure chart of electronic equipment that a kind of information processing method is applied to is provided for the embodiment of the present application one.This electronic equipment includes: include body, display unit 10 and projecting cell, display unit 10 is arranged on first of described body, display unit has the first limit 20 and second limit 30 corresponding with the first limit 20, second limit 30 is parallel with the first limit 20, described projecting cell is arranged in described body, and described projecting cell supports the first projection pattern and the second projection pattern, and described body has the first projection window 40 and the second projection window 50.

In specific implementation process, described electronic equipment can be have display unit and projecting cell and have the electronic equipments such as two the projections mobile phone of window, panel computer, notebook computers, it is also possible to is other electronic equipment, and at this, just differing one schematically illustrates.The projecting cell of electronic equipment has two kinds of projection patterns, respectively the first projection pattern and the second projection pattern.If Fig. 3 is the schematic diagram that electronic equipment carries out with the first projection pattern projecting, as shown in Figure 3, when projecting cell is with described first projection pattern, through first, content to be projected is projected window 40 project, so that present the picture of described content to be projected in the first side of the first limit 20 correspondence of display unit 10.

If Fig. 4 is the schematic diagram that electronic equipment carries out with the second projection pattern projecting, as shown in Figure 4, when described projecting cell is with described second projection pattern, through second, described content to be projected is projected window 50 project, so that present the picture of described content to be projected in the second side of described second limit 30 correspondence of display unit 10.

For electronic equipment be mobile phone time, the sensed parameter such as step S101 is implemented as: have gravity sensor, holding mode detection induction apparatus, contact induction device etc. in mobile phone, the speed that wherein gravity sensor can detect the angle between first of the display unit place of mobile phone and a plane of reference, mobile phone moves；Holding mode detection induction apparatus can detect that whether mobile phone is in the state that user's right hand is held；Whether contact induction device can detect that has user to contact mobile phone.Therefore, the various kinds of sensors in mobile phone can detect mobile phone sensed parameter under different attitudes.

After having performed step S101, the method in the embodiment of the present application just performs step S102, it may be assumed that determine the projection pattern of described projecting cell according to predetermined policy according to described sensed parameter, produces control information.

Owing in electronic equipment, the parameter of various kinds of sensors detection is different, and predetermined policy is also different, and therefore, step S102 at least has three kinds of specific implementations, but is not limited only to these three implementation:

Refer to Fig. 5, first kind of way: be gravity sensor at described sensor, when described predetermined policy is the first strategy, step S102, concrete following steps:

S501: the described sensed parameter obtained based on described gravity sensor and described first strategy, it is determined that when described sensed parameter meets and is positioned at the first preset range, it is determined that described projection pattern is described first projection pattern；And when described sensed parameter meets and is positioned at the second preset range, it is determined that described projection pattern is described second projection pattern；

S502: when described sensed parameter is positioned at described first preset range, produces described first control information, wherein, when described sensed parameter is positioned at described first preset range, characterizes described electronic equipment and horizontal plane less parallel；

S503: when described sensed parameter is positioned at described second preset range, produces described second control information, wherein, when described sensed parameter is positioned at described second preset range, characterizes described electronic equipment and described horizontal plane near normal.

Refer to Fig. 6, the second way: be gravity sensor at described sensor, when described predetermined policy is the second strategy, step S102, concrete following steps:

S601: the described sensed parameter obtained based on described gravity sensor and described second strategy, it is determined that when described sensed parameter meets and is positioned at the first preset range, it is determined that described projection pattern is described first projection pattern；And when described sensed parameter meets and is positioned at the second preset range, it is determined that described projection pattern is described second projection pattern；

S602: when described sensed parameter is positioned at described first preset range, produce first control information, wherein, when described sensed parameter is positioned at described first preset range, characterize described display unit be positioned at upward with support described electronic equipment support platform on；

S603: when described sensed parameter is positioned at described second preset range, produce the second control information, wherein, when described sensed parameter is positioned at described second preset range, characterize the angle between described display unit and the support platform supporting described electronic equipment be more than or equal to 90 ° less than 180 °.

The third mode: include the first induction apparatus and the second induction apparatus at described sensor, when described predetermined policy is the 3rd strategy, step S102, concretely comprise the following steps:

Continuing for electronic equipment is mobile phone, and above-mentioned the implementing of three kinds of modes of step S102 is described:

First kind of way: the gravity sensor of mobile phone detects that surface that mobile phone is relative with horizontal plane is horizontal by the first angle, the first angle is one be more than or equal to 0 ° of angle less than or equal to 90 °.Mobile phone determines the projection pattern of projecting cell with the first strategy, the first strategy in mobile phone is when the first angle is positioned at the first preset range, project with the first projection pattern, when the first angle is positioned at the second preset range, project with the second projection pattern.First preset range and the second preset range are the parameters pre-set in mobile phone.Such as: it is the scope such as [0 °, 10 °], [0 °, 15 °], [0 °, 20 °] that the first preset range may be configured as the angular range between the mobile phone surface relative with horizontal plane and horizontal plane.In like manner, the second preset range may be configured as the angular range between the mobile phone surface relative with horizontal plane and horizontal plane is the scope such as [80 °, 90 °], [85 °, 90 °], [70 °, 90 °].

Determine obtain the mobile phone surface relative with horizontal plane horizontal by the first angle and the first strategy in after the first preset range and the second preset range, mobile phone judges that the first angle is in the first preset range and is also in the second preset range, when the first angle is positioned at the first preset range, the projection pattern determining mobile phone projection unit is the first projection pattern, and produces the first control information corresponding with the first projection pattern.Such as: the first angle between surface that mobile phone is relative with horizontal plane and horizontal plane is 5 °, and the angular range that the first preset range is set between the mobile phone surface relative with horizontal plane and horizontal plane is [0 °, 10 °], owing to the first angle 5 ° is positioned at the first preset range [0 °, 10 °] in, it was shown that mobile phone and horizontal plane less parallel this moment.Therefore, mobile phone determines that the projection pattern of projecting cell is the first projection pattern, and generates the first control information corresponding with the first projection pattern, and the first control information is control the command information that projecting cell carries out projecting with the first projection pattern.

Further, when the first angle is positioned at the second preset range, it is determined that the projection pattern of mobile phone projection unit is the second projection pattern, and the second control information corresponding with the second projection pattern is produced.Such as: the first angle between surface that mobile phone is relative with horizontal plane and horizontal plane is 85 °, and the angular range that the second preset range is set between the mobile phone surface relative with horizontal plane and horizontal plane is [80 °, 90 °], owing to the first angle 85 ° is positioned at the first preset range [80 °, 90 °] in, it was shown that mobile phone and horizontal plane near normal this moment.Therefore, mobile phone determines that the projection pattern of projecting cell is the second projection pattern, and generates the second control information corresponding with the second projection pattern, and the second control information is control the command information that projecting cell carries out projecting with the second projection pattern.

When the first angle is not in the first preset range, when being also not in the second preset range, the projecting cell of mobile phone can be given tacit consent to and projects with the first projection pattern or the second projection pattern.Or, mobile phone generates an information, is used for pointing out user that projection pattern is selected, and the projection pattern selected with user generates control information.

The second way: the gravity sensor of mobile phone detect first of the display unit place of mobile phone and support mobile phone support platform between in the first angle, the first angle is one be more than or equal to 0 ° of angle less than or equal to 180 °.Mobile phone determines the projection pattern of projecting cell with the second strategy, the second strategy in mobile phone is when the first angle is positioned at the first preset range, project with the first projection pattern, when the first angle is positioned at the second preset range, project with the second projection pattern.First preset range and the second preset range are the parameters pre-set in mobile phone.Such as: first of the display unit place that the first preset range may be configured as and support the angular range supported between platform of mobile phone be [100 °, 180 °], [170 °, 180 °], etc. scope.In like manner, the second preset range may be configured as first of display unit place and support the angular range supported between platform of mobile phone be [90 °, 180 °) scope, may be alternatively provided as other parameter areas, the such as scope such as [90 °, 120 °], [100 °, 150 °].

Determining between first of display unit place that obtains mobile phone and the support platform supporting mobile phone in the first angle and in the second strategy after the first preset range and the second preset range, mobile phone judges that the first angle is in the first preset range and is also in the second preset range, when the first angle is positioned at the first preset range, the projection pattern determining mobile phone projection unit is the first projection pattern, and produces the first control information corresponding with the first projection pattern.Such as: mobile phone is placed on a desktop, and the display screen of mobile phone is towards ceiling, now the gravity sensor of mobile phone detects that the first angle between the surface at mobile phone display screen place and desktop is 180 °, and the angular range that the first preset range is set between the surface at mobile phone display screen place and the desktop of support mobile phone is [170 °, 180 °], owing to the first angle 5 ° is positioned in the first preset range [170 °, 180 °], it was shown that the display screen of mobile phone is put on desktop upward this moment.Therefore, mobile phone determines that the projection pattern of projecting cell is the first projection pattern, and generates the first control information corresponding with the first projection pattern, and the first control information is control the command information that projecting cell carries out projecting with the first projection pattern.Controlling information by first, project content can be projected on the wall in first window front or in other view fields by mobile phone.

Further, when the first angle is positioned at the second preset range, it is determined that the projection pattern of mobile phone projection unit is the second projection pattern, and the second control information corresponding with the second projection pattern is produced.Such as: the bracing frame of mobile phone is opened by user, make mobile phone vertical on the table.The first angle that the gravity sensor detection of mobile phone obtains between mobile phone display screen and desktop is 100 °, and the angular range that the second preset range is set between the surface at mobile phone display screen place and the desktop of support mobile phone is [90 °, 180 °), owing to the first angle 100 ° is positioned at the first preset range [90 °, 180 °) in, it was shown that mobile phone is in the pattern of standing this moment.Therefore, mobile phone determines that the projection pattern of projecting cell is the second projection pattern, and generates the second control information corresponding with the second projection pattern, and the second control information is control the command information that projecting cell carries out projecting with the second projection pattern.Controlling information by second, project content can be projected on desktop by mobile phone.

The third mode, mobile phone can determine projection pattern by different sensed parameter and the 3rd different strategies that two different induction apparatuss detect, and then generates the control information corresponding with projection pattern.

Owing to sensed parameter is different, the 3rd strategy is different, and then the projection pattern determined is different, is exemplified below several embodiments, but is not intended to limit the present invention.

First embodiment, the gravity sensor detection in mobile phone obtains the first angle between the surface at mobile phone screen place and horizontal plane, and the first angle is one be more than or equal to 0 ° of angle less than or equal to 180 °.Further, the holding mode induction apparatus in mobile phone detects whether that mobile phone is gripped by the hands of user.Mobile phone determines the projection pattern of projecting cell with the 3rd strategy, the 3rd strategy in mobile phone is to be positioned at the first preset range when the first angle, and holding mode induction apparatus detects when having the hands of user that mobile phone is gripped, it is determined that the projection pattern of mobile phone projection unit is the first projection pattern；When the first angle is positioned at the first preset range, and when the detection of holding mode induction apparatus does not have the hands of user that mobile phone is gripped, it is determined that the projection pattern of mobile phone projection unit is the second projection pattern.First preset range is the parameter pre-set in mobile phone.Such as: the angular range between first of the display unit place that the first preset range may be configured as and horizontal plane is [90 °, 180 °) scope, it is possible to be set to other parameter areas, such as [90 °, 120 °], the scope such as [100 °, 150 °].

Determining between first of display unit place and horizontal plane obtaining mobile phone in the first angle, in holding mode induction apparatus detection gripping information and the 3rd strategy after the first preset range, mobile phone judges whether the first angle is positioned at the first preset range, when the first angle is positioned at the first preset range, and holding mode induction apparatus detection gripping information shows when mobile phone is gripped by the hands at useful family, the projection pattern determining mobile phone projection unit is the first projection pattern, and produces the first control information corresponding with the first projection pattern.Such as: user grips mobile phone when lying on a bed, mobile phone is stood and takes, now the gravity sensor of mobile phone detects that the first angle between the surface at mobile phone display screen place and horizontal plane is 90 °, and the angular range that the first preset range is set between the surface at mobile phone display screen place and horizontal plane is [90 °, 180 °), owing to the first angle 90 ° is positioned at the first preset range [90 °, 180 °) in, the holding mode induction apparatus of its mobile phone detects that mobile phone is gripped by the hands now having user.Therefore, mobile phone determines that the projection pattern of projecting cell is the first projection pattern, and generates the first control information corresponding with the first projection pattern, and the first control information is control the command information that projecting cell carries out projecting with the first projection pattern.Project content can be projected on ceiling by mobile phone by first window.

Further, when the first angle is positioned at the first preset range, and holding mode induction apparatus detection gripping information is when showing do not have the hands of user that mobile phone is gripped, it is determined that the projection pattern of mobile phone projection unit is the second projection pattern, and produce the second control information corresponding with the second projection pattern.Such as: the bracing frame of mobile phone is opened by user, make mobile phone vertical on the table.The first angle that the gravity sensor detection of mobile phone obtains between mobile phone display screen and desktop is 100 °, and the angular range that the second preset range is set between the surface at mobile phone display screen place and the desktop of support mobile phone is [90 °, 180 °), owing to the first angle 100 ° is positioned at the first preset range [90 °, 180 °) in, and holding mode induction apparatus detection gripping information shows that mobile phone is gripped by the hands not having user, it was shown that mobile phone is in the pattern of standing this moment.Therefore, mobile phone determines that the projection pattern of projecting cell is the second projection pattern, and generates the second control information corresponding with the second projection pattern, and the second control information is control the command information that projecting cell carries out projecting with the second projection pattern.Now, content to be projected can be projected on desktop by mobile phone.

When the first angle is not in the first preset range, the projecting cell of mobile phone can be given tacit consent to and projects with the first projection pattern or the second projection pattern.Or, mobile phone generates an information, is used for pointing out user that projection pattern is selected, and the projection pattern selected with user generates control information.

Second embodiment, holding mode induction apparatus in mobile phone determines whether that mobile phone is gripped by the hands of user, determine have user to grip mobile phone time, gravity sensor detection in mobile phone obtains the mobile phone surface relative with horizontal plane horizontal by the first angle, and the first angle is one be more than or equal to 0 ° of angle less than or equal to 90 °.And obtaining the second angle between the surface at mobile phone screen place and horizontal plane, the second angle is one be more than or equal to 0 ° of angle less than or equal to 180 °.Mobile phone determines the projection pattern of projecting cell with the 3rd strategy, the 3rd strategy in mobile phone is that holding mode induction apparatus please detect user and grips mobile phone, and first angle when being positioned at the first preset range, project with the first projection pattern, when the 3rd strategy in mobile phone is that holding mode induction apparatus please detect user and grips mobile phone, and second angle when being positioned at the second preset range, with the second projection pattern.First preset range and the second preset range are the parameters pre-set in mobile phone.Such as: it is the scope such as [0 °, 10 °], [0 °, 15 °], [0 °, 20 °] that the first preset range may be configured as the angular range between the mobile phone surface relative with horizontal plane and horizontal plane.In like manner, the second preset range may be configured as angular range between the mobile phone surface relative with horizontal plane and horizontal plane for [60 °, 90 °), [85 °, 90 °), [70 °, 90 °) etc. scope.

Determine obtain the mobile phone surface relative with horizontal plane horizontal by the first angle, the second angle between the surface at mobile phone screen place and horizontal plane and in the 3rd strategy after the first preset range and the second preset range, mobile phone judges whether the first angle is positioned at the first preset range and whether has the hands of user that mobile phone is gripped, when the first angle is positioned at the first preset range, and holding mode induction apparatus detection gripping information shows when mobile phone is gripped by the hands at useful family, the projection pattern determining mobile phone projection unit is the first projection pattern, and produce the first control information corresponding with the first projection pattern.

Such as: when user grips mobile phone and the light launched with mobile phone projection unit illuminates, mobile phone is put down and takes, the holding mode induction apparatus on this opportunity detects that mobile phone is gripped by the hands now having user, the gravity sensor of mobile phone detects that the first angle between the surface at mobile phone display screen place and horizontal plane is 10 °, and the angular range that the first preset range is set between the surface at mobile phone display screen place and horizontal plane is [0 °, 15 °], owing to the first angle 10 ° is positioned in the first preset range [0 °, 15 °].Therefore, mobile phone is in sees road scene, mobile phone determines that the projection pattern of projecting cell is the first projection pattern, and generates the first control information corresponding with the first projection pattern, and the first control information is control the command information that projecting cell carries out projecting with the first projection pattern.Project content can be projected away to illuminate the road in user front by mobile phone by first window.

Further, when the first angle is positioned at the second preset range and holding mode induction apparatus detection gripping information shows that mobile phone is gripped by the hands at useful family, the projection pattern determining mobile phone projection unit is the second projection pattern, and produces the second control information corresponding with the second projection pattern.Such as: when user is in the dark scene of light, user autodynes facing to oneself with mobile phone, now the projecting cell of mobile phone is also facing to user, the second angle that the gravity sensor detection of mobile phone obtains between mobile phone display screen and horizontal plane is 80 °, and the angular range on the surface and horizontal plane that the second preset range is set to mobile phone display screen place is [70 °, 90 °), owing to the first angle 80 ° is positioned at the second preset range [70 °, 90 °) in, and holding mode induction apparatus detection gripping information shows that mobile phone is gripped by the hands not having user, show that mobile phone is in self-timer mode this moment.Therefore, mobile phone determines that the projection pattern of projecting cell is the second projection pattern, and generates the second control information corresponding with the second projection pattern, and the second control information is control the command information that projecting cell carries out projecting with the second projection pattern.Now, mobile phone content to be projected can be projected to user on the face or user's surrounding, and then can when taking pictures light filling.

When holding mode induction apparatus detects when gripping information shows do not have the hands of user that mobile phone is gripped or when holding mode induction apparatus detection gripping information shows that mobile phone is gripped by the hands at useful family, but the first angle is not in the first preset range or the second angle is also not in the second preset range, the projecting cell of mobile phone can be given tacit consent to and projects with the first projection pattern or the second projection pattern.Or, mobile phone generates an information, is used for pointing out user that projection pattern is selected, and the projection pattern selected with user generates control information.

3rd embodiment, the holding mode induction apparatus in mobile phone detects whether that mobile phone is gripped by the hands of user, and, the contact induction device in mobile phone detects whether that first of the face of user and the display unit place of mobile phone contacts.Mobile phone determines the projection pattern of projecting cell with the 3rd strategy, and the 3rd strategy in mobile phone is

When the detection of holding mode induction apparatus has the hands of user that mobile phone is gripped and the detection of contact induction device has first of the face of user and the display unit place of mobile phone to contact, it is determined that the projection pattern of mobile phone projection unit is the first projection pattern.When determining that holding mode induction apparatus detection gripping information shows that mobile phone is gripped by the hands at useful family and the detection of contact induction device has first of display unit place of the face of user and mobile phone to contact, the projection pattern determining mobile phone projection unit is the first projection pattern, and produces the first control information corresponding with the first projection pattern.Such as: user grips mobile phone and makes a phone call, the holding mode induction apparatus detection gripping information of mobile phone shows that mobile phone is gripped by the hands at useful family, and first of the display unit place that the contact induction device of mobile phone detects face and the mobile phone having user contacts.Now mobile phone is in the pattern of making a phone call, therefore, mobile phone determines that the projection pattern of projecting cell is the first projection pattern, and generates the first control information corresponding with the first projection pattern, and the first control information is control the command information that projecting cell carries out projecting with the first projection pattern.Project content can be projected on the ground by mobile phone by first window.

When holding mode induction apparatus detects when gripping information shows do not have the hands of user that mobile phone is gripped or when contacting for first that the detection of contact induction device does not have the display unit place of the face of user and mobile phone, the projecting cell of mobile phone can be given tacit consent to and projects with the first projection pattern or the second projection pattern.Or, mobile phone generates an information, is used for pointing out user that projection pattern is selected, and the projection pattern selected with user generates control information.

Certainly, those of ordinary skill in the art can determine type and the predetermined policy of sensor according to the actual needs, and the application is not specifically limited.

After having performed step S102, method in the embodiment of the present application just performs step S103, that is: when described projecting cell is in enabled state, control described projecting cell based on described control information and with the described projection pattern corresponding with described control information, content to be projected is projected.Wherein, described control information is additionally operable to control described projecting cell and is in described enabled state.When realizing step S103, mainly through following several steps:

Continuing with electronic equipment is mobile phone, implementing of step S103 is described: mobile phone has a light-path adjusting mechanism, as: reflecting mirror, light-path adjusting mechanism has two kinds of positions, when primary importance, between light that projecting cell sends and first window, form the first light path；When the second position, the light that projecting cell sends reflects through light-path adjusting mechanism so that light and the second window after reflection constitute the second light path.In the present embodiment, because the light direction of projecting cell is the direction towards first window, when the control information that mobile phone generates is the first control information, it was shown that mobile phone is determined and projected with the first projection pattern.Now, mobile phone can control information based on first and be opened by projecting cell, or user can the projecting cell of manually opened mobile phone, so as to be in enabled state.Mobile phone controls information based on first, controls light-path adjusting mechanism and is positioned at primary importance so that described projecting cell and first window constitute the first light path, and content to be projected is projected by the first window of mobile phone.When the control information that mobile phone generates is the second control information, it was shown that mobile phone is determined and projected with the second projection pattern.Now, mobile phone can control information based on second and be opened by projecting cell, or user can the projecting cell of manually opened mobile phone, so as to be in enabled state.Mobile phone controls information based on second, controls light-path adjusting mechanism and is positioned at the second position, and the light that projecting cell sends reflects through light-path adjusting mechanism so that light and the second window after reflection constitute the second light path, the content to be projected second window projection by mobile phone.

In the embodiment of the present application, electronic equipment can also pass through to arrange a toggle switch, and when toggle switch is allocated to first grade by user, light path adjustment is in primary importance, and projecting cell is projected by first window with the first projection pattern.When toggle switch is allocated to second gear by user, light path adjustment is in the second position, and projecting cell is projected by the second window with the second projection pattern.

After step s 103, the method in the embodiment of the present application also comprises the steps:

Wherein, described first handover information of described response, control described projecting cell and be switched to described second projection pattern from described first projection pattern, specifically include:

Continuing with electronic equipment is hands machine, implementing of above-mentioned steps is described: when mobile phone is in the state projected with the first projection pattern, the sensor of mobile phone can real-time monitoring mobile phone state generate sensed parameter, when the sensed parameter that sensor detects shows that mobile phone needs to project with the second projection pattern, mobile phone generates the first handover information, and respond the first handover information, control light-path adjusting mechanism and be switched to the second position from primary importance, control content half-twist to be projected simultaneously or rotate 180 °, projecting cell is switched to the second projection pattern from the first projection pattern.Such as: mobile phone is in scene of making a phone call, projecting cell is opened and with the first projection mode, content to be projected is projected to first area by user, and light-path adjusting mechanism is in primary importance.After having made a call, the bracing frame of mobile phone is opened by user, makes mobile phone vertical on the table.The first angle that the gravity sensor detection of mobile phone obtains between mobile phone display screen and desktop is 100 °, and the angular range that the second preset range is set between the surface at mobile phone display screen place and the desktop of support mobile phone is [90 °, 180 °), owing to the first angle 100 ° is positioned at the first preset range [90 °, 180 °) in, it was shown that mobile phone is in the pattern of standing this moment.Therefore, mobile phone determines that the projection pattern of projecting cell is the second projection pattern, and generates the first handover information, controls light-path adjusting mechanism and is switched to the second position from primary importance, the light of light-path adjusting mechanism reflective projection unit, makes content to be projected launch from the second window.

Further, being the direction towards user to ensure the content to be projected that projecting cell projects, the processor in mobile phone, can by content half-twist to be projected or 180 ° when switching projection mode.As shown in schematic diagram 7, when mobile phone is in scene of making a phone call, with the first projection pattern project content to be projected time the first picture 71 for towards user direction, after switching to the second projection pattern from the first projection pattern, if content to be projected does not rotate the process of 90 °, the second picture 72 projected is be the direction of 90 ° with user.Content to be projected rotates the process of 90 °, and the 3rd picture 73 projected is the direction towards user.

As shown in schematic diagram 8, when project content to be projected is projected on wall by mobile phone, mobile phone with the first projection pattern project content to be projected time the first picture 81 for towards user direction, after switching to the second projection pattern from the first projection pattern, if content to be projected does not rotate the process of 180 °, the second picture 82 projected is be the direction of 180 ° with user.Content to be projected rotates the process of 180 °, and the 3rd picture 83 projected is the direction towards user.

In like manner, when mobile phone be in carry out, with the second projection pattern, the state projected time, the sensor of mobile phone can real-time monitoring mobile phone state generate sensed parameter, when the sensed parameter that sensor detects shows that mobile phone needs to project with the first projection pattern, mobile phone generates the second handover information, and respond the second handover information, control light-path adjusting mechanism and be switched to primary importance from the second position, controlling content half-twist to be projected simultaneously or rotate 180 °, projecting cell is switched to the first projection pattern from the second projection pattern.Such as: when mobile phone supports on the table with the second projection pattern projection, ringing sound of cell phone user of sounding receives calls, the holding mode induction apparatus detection gripping information of mobile phone shows that mobile phone is gripped by the hands at useful family, and first of the display unit place that the contact induction device of mobile phone detects face and the mobile phone having user contacts.Now mobile phone is in the pattern of making a phone call, therefore, mobile phone determines that the projection pattern of projecting cell is the first projection pattern, and generate the second handover information, control light-path adjusting mechanism and be switched to primary importance from the second position, the light of light-path adjusting mechanism not reflective projection unit, makes content to be projected launch from first window.

Further, being the direction towards user to ensure the content to be projected that projecting cell projects, the processor in mobile phone, can by content half-twist to be projected or 180 ° when switching projection mode.It is the same that Spin Control principle to be projected is switched to the second throwing pattern with the first projection mode, and therefore not to repeat here.

Embodiment two

Based on the inventive concept same with a kind of information processing method in the embodiment of the present application one, refer to Fig. 9, the embodiment of the present application provides a kind of electronic equipment, including:

Body；

First sensing unit 901, for obtaining sensed parameter by described intrinsic sensor；

First generates unit 902, for according to described sensed parameter, the projection pattern of described projecting cell is determined according to predetermined policy, produce control information, wherein, the control information corresponding with described first projection pattern is the first control information, and the control information corresponding with described second projection pattern is the second control information；

First control unit 903, for when described projecting cell is in enabled state, controlling described projecting cell based on described control information and content to be projected projected with the described projection pattern corresponding with described control information；

In order to can determine that projection pattern, being gravity sensor at described sensor, when described predetermined policy is the first strategy, described first generates unit specifically includes:

In order to can determine that projection pattern, it is gravity sensor at described sensor, when described predetermined policy is the second strategy, the described projection pattern determining described projecting cell according to described sensed parameter according to predetermined policy, producing control information, described first generates unit specifically includes:

In order to can determine that projection pattern, including the first induction apparatus and the second induction apparatus at described sensor, described first generates unit specifically includes:

Projecting with the projection mode determined to be able to control projecting cell, described first control unit specifically includes:

In order to be able to control projecting cell to switch projection mode, described electronic equipment also includes:

In order to be able to control projecting cell to switch projection mode, described first switch unit specifically includes:

Being in described enabled state to control described projecting cell, described control information is additionally operable to control described projecting cell and is in described enabled state.

By the one or more technical schemes in the embodiment of the present application, it is possible to achieve following one or more technique effects:

Those skilled in the art are it should be appreciated that embodiments of the invention can be provided as method, system or computer program.Therefore, the present invention can adopt the form of complete hardware embodiment, complete software implementation or the embodiment in conjunction with software and hardware aspect.And, the present invention can adopt the form at one or more upper computer programs implemented of computer-usable storage medium (including but not limited to disk memory, CD-ROM, optical memory etc.) wherein including computer usable program code.

The present invention is that flow chart and/or block diagram with reference to method according to embodiments of the present invention, equipment (system) and computer program describe.It should be understood that can by the combination of the flow process in each flow process in computer program instructions flowchart and/or block diagram and/or square frame and flow chart and/or block diagram and/or square frame.These computer program instructions can be provided to produce a machine to the processor of general purpose computer, special-purpose computer, Embedded Processor or other programmable data processing device so that the instruction performed by the processor of computer or other programmable data processing device is produced for realizing the device of function specified in one flow process of flow chart or multiple flow process and/or one square frame of block diagram or multiple square frame.

These computer program instructions may be alternatively stored in and can guide in the computer-readable memory that computer or other programmable data processing device work in a specific way, the instruction making to be stored in this computer-readable memory produces to include the manufacture of command device, and this command device realizes the function specified in one flow process of flow chart or multiple flow process and/or one square frame of block diagram or multiple square frame.

These computer program instructions also can be loaded in computer or other programmable data processing device, make on computer or other programmable devices, to perform sequence of operations step to produce computer implemented process, thus the instruction performed on computer or other programmable devices provides for realizing the step of function specified in one flow process of flow chart or multiple flow process and/or one square frame of block diagram or multiple square frame.

Specifically, the computer program instructions that information processing method in the embodiment of the present application is corresponding can be stored in CD, hard disk, on the storage mediums such as USB flash disk, when the computer program instructions corresponding with information processing method in storage medium is read by an electronic equipment or be performed, comprise the steps:

Sensed parameter is obtained by described intrinsic sensor；

Optionally, it is gravity sensor at described sensor, when described predetermined policy is the first strategy, store in described storage medium and step: determine the projection pattern of described projecting cell according to described sensed parameter according to predetermined policy, produce control information, specifically include:

Optionally, the first induction apparatus and the second induction apparatus is included at described sensor, when described predetermined policy is the 3rd strategy, store in described storage medium and step: determine the projection pattern of described projecting cell according to described sensed parameter according to predetermined policy, produce control information, specifically include:

Optionally, in described storage medium storage with step: based on described control information control described projecting cell with the described projection pattern corresponding with described control information, content to be projected is projected, specifically include:

When described control information is described second control information, respond described second control information, controlling light-path adjusting mechanism and be positioned at the second position so that described projecting cell and the second window constitute the second light path, wherein, described primary importance is different from the described second position；

Described control information is additionally operable to control described projecting cell and is in described enabled state.

Optionally, when the computer program instructions corresponding with information processing method in storage medium is read by an electronic equipment or be performed, also comprise the steps:

Optionally, in described storage medium storage and step: respond described first handover information, control described projecting cell and be switched to described second projection pattern from described first projection pattern, specifically include:

Control described light-path adjusting mechanism and be switched to the described second position from described primary importance, control described content half-twist to be projected simultaneously or rotate 180 °.

Optionally, in described storage medium storage and step: respond described second handover information, control described projecting cell and be switched to described first projection pattern from described second projection pattern, specifically include:

Although preferred embodiments of the present invention have been described, but those skilled in the art are once know basic creative concept, then these embodiments can be made other change and amendment.So, claims are intended to be construed to include preferred embodiment and fall into all changes and the amendment of the scope of the invention.

Obviously, the present invention can be carried out various change and modification without deviating from the spirit and scope of the present invention by those skilled in the art.So, 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 information processing method, it is applied to an electronic equipment, described electronic equipment includes body, display unit and projecting cell, described display unit is arranged on first of described body, described display unit has the first limit and second limit corresponding with described first limit, described second limit is parallel with described first limit, described projecting cell is arranged in described body, described projecting cell supports the first projection pattern and the second projection pattern, described body has the first projection window and the second projection window, described first projection window be arranged on on described first second intersected, described second face is positioned at described first side, limit of described display unit, described second projection window is arranged on described first to be positioned at described first side, limit of described display unit, described method includes:

Sensed parameter is obtained by described intrinsic sensor；

2. the method for claim 1, it is characterised in that be gravity sensor at described sensor, when described predetermined policy is the first strategy, the described projection pattern determining described projecting cell according to described sensed parameter according to predetermined policy, produces control information, specifically includes:

3. the method for claim 1, it is characterised in that be gravity sensor at described sensor, when described predetermined policy is the second strategy, the described projection pattern determining described projecting cell according to described sensed parameter according to predetermined policy, produces control information, specifically includes:

4. the method for claim 1, it is characterized in that, the first induction apparatus and the second induction apparatus is included at described sensor, when described predetermined policy is the 3rd strategy, the described projection pattern determining described projecting cell according to described sensed parameter according to predetermined policy, produce control information, specifically include:

5. method as described in arbitrary claim in claim 1-4, it is characterised in that described control described projecting cell based on described control information and content to be projected projected with the described projection pattern corresponding with described control information, specifically includes:

6. method as claimed in claim 5, it is characterised in that described method also includes:

7. method as claimed in claim 6, it is characterised in that described first handover information of described response, controls described projecting cell and is switched to described second projection pattern from described first projection pattern, specifically include:

8. the method for claim 1, it is characterised in that described control information is additionally operable to control described projecting cell and is in described enabled state.

9. an electronic equipment, including:

Body；

10. electronic equipment as claimed in claim 9, it is characterised in that be gravity sensor at described sensor, when described predetermined policy is the first strategy, described first generates unit specifically includes:

11. electronic equipment as claimed in claim 9, it is characterized in that, it is gravity sensor at described sensor, when described predetermined policy is the second strategy, the described projection pattern determining described projecting cell according to described sensed parameter according to predetermined policy, producing control information, described first generates unit specifically includes:

12. electronic equipment as claimed in claim 9, it is characterised in that include the first induction apparatus and the second induction apparatus at described sensor, described first generates unit specifically includes:

13. electronic equipment as described in arbitrary claim in claim 9-12, it is characterised in that described first control unit specifically includes:

14. electronic equipment as claimed in claim 13, it is characterised in that described electronic equipment also includes:

15. electronic equipment as claimed in claim 14, it is characterised in that described first switch unit specifically includes:

16. electronic equipment as claimed in claim 9, it is characterised in that described control information is additionally operable to control described projecting cell and is in described enabled state.