CN105760130A - Display processing method and electronic equipment - Google Patents

Display processing method and electronic equipment Download PDF

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Publication number
CN105760130A
CN105760130A CN201610137961.6A CN201610137961A CN105760130A CN 105760130 A CN105760130 A CN 105760130A CN 201610137961 A CN201610137961 A CN 201610137961A CN 105760130 A CN105760130 A CN 105760130A
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China
Prior art keywords
display
electronic equipment
display pattern
limit
display unit
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CN201610137961.6A
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Chinese (zh)
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CN105760130B (en
Inventor
李晓梅
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联想(北京)有限公司
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    • GPHYSICS
    • G06COMPUTING; CALCULATING; COUNTING
    • G06FELECTRIC DIGITAL DATA PROCESSING
    • G06F3/00Input arrangements for transferring data to be processed into a form capable of being handled by the computer; Output arrangements for transferring data from processing unit to output unit, e.g. interface arrangements
    • G06F3/14Digital output to display device ; Cooperation and interconnection of the display device with other functional units
    • G06F3/1407General aspects irrespective of display type, e.g. determination of decimal point position, display with fixed or driving decimal point, suppression of non-significant zeros

Abstract

The invention discloses a display processing method and electronic equipment. The display processing method comprises the following steps: analyzing a first sensing parameter for representing the position and the posture of a user to obtain the watching direction of a user watching a display unit of first electronic equipment; on the basis of the watching direction, acquiring a corresponding display-mode analysis strategy; on the basis of the acquired display-mode analysis strategy, analyzing a second sensing parameter for representing the position and the posture of the first electronic equipment to obtain a display mode adopted by the display unit of the first electronic equipment; and on the basis of the determined display mode, controlling the display unit for displaying so as to keep consistency of the display direction of the first electronic equipment and the watching direction under the display mode. By implementation of the display processing method and the electronic equipment, the display mode of the display unit of the electronic equipment can be automatically adjusted according to the positions and the postures of the user and the electronic equipment.

Description

Display processing method and electronic equipment

Technical field

The present invention relates to Display Technique, particularly relate to a kind of display processing method and electronic equipment.

Background technology

At present, electronic equipment is the direction using sensor (such as gravity sensor) to judge to change display unit, but this mode is to be only based on the pose of equipment self to carry out the display unit display direction of decision device, but in some cases, if user is not in station or the pose (when such as lying on one's side) sat, arise that display direction and the desired different situation of user of display unit, affect user and use.

Summary of the invention

The embodiment of the present invention provides a kind of display processing method and electronic equipment, it is possible to automatically adjust the display pattern of electronic equipment display unit according to the pose of user and electronic equipment.

The technical scheme of the embodiment of the present invention is achieved in that

First aspect, the embodiment of the present invention provides a kind of display processing method, and described method includes:

First parameter sensing of resolution table requisition family pose, obtains the view direction that described user watches the display unit of the first electronic equipment;

Based on described view direction, obtain corresponding display pattern analysis strategy, and based on the second parameter sensing of the acquired display pattern analysis analysis of strategies described first electronic equipment pose of sign, obtain the display pattern that the display unit of described first electronic equipment adopts;

Control described display unit to display based on determined display pattern, so that under described display pattern, the display direction of described first electronic equipment is consistent with described view direction.

Preferably, described the first parameter sensing obtaining sign user's pose, including:

Communication connection is set up with the second electronic equipment;

Obtain described user based on described communication connection and make described first parameter sensing of described second electronic equipment output because dressing described second electronic equipment.

Preferably, described based on described view direction, obtain corresponding display pattern analysis strategy, including:

Whether the view direction that relatively view direction of described user is preset with described first electronic equipment mates, and obtains matching result;

Corresponding display pattern analysis strategy is obtained based on described matching result.

Preferably, whether the view direction that the view direction of the described user of comparison is preset with described first electronic equipment mates, including:

Judge that whether the view direction of the described user difference relative to described default view direction is less than preset value;

If it is less, judge that the view direction of described user mates with described default view direction;Otherwise, it is determined that the view direction of described user does not mate with described default view direction.

Preferably, the described display pattern analysis strategy obtaining correspondence based on matching result, including:

When the view direction that described matching result characterizes described user mates with described default view direction, choose the second parameter sensing described in the first display pattern analysis analysis of strategies;

When the view direction that described matching result characterizes described user does not mate with described default view direction, choose the second parameter sensing described in the second display pattern analysis analysis of strategies;

Wherein, from described second, described first display pattern analysis strategy shows that pattern analysis strategy is different based on the same described second determined described display pattern of parameter sensing.

Preferably, described the second parameter sensing characterizing described first electronic equipment pose based on acquired display pattern analysis analysis of strategies, obtain the display pattern that the display unit of described first electronic equipment adopts, including:

When choosing described first display pattern analysis strategy,

If the pose direction that described second parameter sensing characterizes described first electronic equipment is mated with described default view direction, determine that described display unit adopts the first display pattern, in described first display pattern, the display direction of described display unit is consistent with the first limit of described display unit, and points to second end on described first limit from first end on described first limit along described first limit;

If the pose direction that described second parameter sensing characterizes described first electronic equipment is not mated with described default view direction, determine that described display unit adopts the second display pattern, in described second display pattern, the display direction of described display unit is consistent with the second limit of described display unit, and from second end on first described second limit of end sensing on described second limit, described second limit is adjacent with described first limit.

Preferably, described the second parameter sensing characterizing described first electronic equipment pose based on acquired display pattern analysis analysis of strategies, obtain the display pattern that the display unit of described first electronic equipment adopts, including:

When choosing described second display pattern analysis strategy,

If the pose direction that described second parameter sensing characterizes described first electronic equipment is mated with described default view direction, determine that described display unit adopts the 3rd display pattern, in described 3rd display pattern, the display direction of described display unit is consistent with the second limit of described display unit, and points to second end on described second limit from first end on described second limit along described second limit;

If the pose direction that described second parameter sensing characterizes described first electronic equipment is not mated with described default view direction, determine that described display unit adopts the 4th display pattern, in described 4th display pattern, the display direction of described display unit is consistent with the first limit of described display unit, and along described first limit from second end on first described first limit of end sensing on described first limit, described second limit is adjacent with described first limit.

Second aspect, the embodiment of the present invention provides a kind of first electronic equipment, and described first electronic equipment includes display unit;Described first electronic equipment also includes:

Processing unit, takes over the first parameter sensing of family pose for use, obtains the view direction that described user watches the display unit of the first electronic equipment for resolution table;

Sensing unit, for obtaining the second parameter sensing of described first electronic equipment pose;

Described processing unit, it is additionally operable to based on described view direction, obtain corresponding display pattern analysis strategy, and based on described second parameter sensing of the acquired display pattern analysis analysis of strategies described first electronic equipment pose of sign, obtain the display pattern that the display unit of described first electronic equipment adopts;

Described processing unit, is used for controlling described display unit and displays based on determined display pattern, so that under described display pattern, the display direction of described first electronic equipment is consistent with described view direction.

Preferably, described first electronic equipment also includes:

Communication unit, for setting up communication connection with the second electronic equipment;

Described communication unit, is additionally operable to obtain described user based on described communication connection and makes described first parameter sensing of described second electronic equipment output because dressing described second electronic equipment.

Preferably, described processing unit, it is additionally operable to whether the view direction that the view direction of user described in comparison presets with described first electronic equipment mates, obtains matching result;

Described processing unit, is additionally operable to obtain corresponding display pattern analysis strategy based on described matching result.

Preferably, described processing unit, whether it is additionally operable to the view direction the judging described user difference relative to described default view direction less than preset value;If it is less, judge that the view direction of described user mates with described default view direction;Otherwise, it is determined that the view direction of described user does not mate with described default view direction.

Preferably, described processing unit, it is additionally operable to, when the view direction that described matching result characterizes described user mates with described default view direction, choose the second parameter sensing described in the first display pattern analysis analysis of strategies;

Described processing unit, is additionally operable to, when the view direction that described matching result characterizes described user does not mate with described default view direction, choose the second parameter sensing described in the second display pattern analysis analysis of strategies;

Wherein, from described second, described first display pattern analysis strategy shows that pattern analysis strategy is different based on the same described second determined described display pattern of parameter sensing.

Preferably, described processing unit, when being additionally operable to choose described first display pattern analysis strategy, if the pose direction that described second parameter sensing characterizes described first electronic equipment is mated with described default view direction, determine that described display unit adopts the first display pattern, in described first display pattern, the display direction of described display unit is consistent with the first limit of described display unit, and points to second end on described first limit from first end on described first limit along described first limit;

Described processing unit, if the pose direction being additionally operable to described second parameter sensing described first electronic equipment of sign is not mated with described default view direction, determine that described display unit adopts the second display pattern, in described second display pattern, the display direction of described display unit is consistent with the second limit of described display unit, and from second end on first described second limit of end sensing on described second limit, described second limit is adjacent with described first limit.

Preferably, described processing unit, when being additionally operable to choose described second display pattern analysis strategy, if the pose direction that described second parameter sensing characterizes described first electronic equipment is mated with described default view direction, determine that described display unit adopts the 3rd display pattern, in described 3rd display pattern, the display direction of described display unit is consistent with the second limit of described display unit, and points to second end on described second limit from first end on described second limit along described second limit;

Described processing unit, if the pose direction being additionally operable to described second parameter sensing described first electronic equipment of sign is not mated with described default view direction, determine that described display unit adopts the 4th display pattern, in described 4th display pattern, the display direction of described display unit is consistent with the first limit of described display unit, and along described first limit from second end on first described first limit of end sensing on described first limit, described second limit is adjacent with described first limit.

In the embodiment of the present invention, the view direction (pose of corresponding user) of reference user and the pose two of the first electronic equipment are because usually determining display pattern, thus the display direction realizing display unit follows direction (view direction) self-adaptative adjustment of the display unit of viewing first electronic equipment of user.

Accompanying drawing explanation

Fig. 1 be in the embodiment of the present invention display processing method realize schematic flow sheet one;

Fig. 2 be in the embodiment of the present invention display processing method realize schematic flow sheet two;

Fig. 3 is the display schematic diagram one of the first electronic equipment in the embodiment of the present invention;

Fig. 4 is the display schematic diagram two of the first electronic equipment in the embodiment of the present invention;

Fig. 5 is the display schematic diagram three of the first electronic equipment in the embodiment of the present invention;

Fig. 6 is the display schematic diagram four of the first electronic equipment in the embodiment of the present invention;

Fig. 7 be in the embodiment of the present invention display processing method realize schematic flow sheet three;

Fig. 8 be in the embodiment of the present invention display processing method realize schematic flow sheet four;

Fig. 9 is the structural representation one of the first electronic equipment in the embodiment of the present invention;

Figure 10 is the structural representation two of the first electronic equipment in the embodiment of the present invention.

Detailed description of the invention

Below in conjunction with the drawings and specific embodiments, the present invention is described in further detail.

The display processing method that the embodiment of the present invention is recorded can apply to smart mobile phone, panel computers etc. have the mobile terminal device (hereinafter referred to as the first electronic equipment) of display unit, the quantity arranging display unit in first electronic equipment can be one or more (for smart mobile phone, the front of smart mobile phone and bottom surface all can be provided with display unit) show content, display unit may be embodied as liquid crystal display (LCD), thin film transistor (TFT) LCD (TFT-LCD), Organic Light Emitting Diode (OLED) display, flexible display and electronic ink screen etc..

nullFirst electronic equipment also sets up sensor (as gravity-feed tank is accrued、Three axis accelerometer、Gyroscope etc.) sense the pose of the first electronic equipment,Generate the parameter sensing (hereinafter referred to as the second parameter sensing) characterizing the first electronic equipment pose,First electronic equipment obtains the pose of the second equipment by analyzing the second parameter sensing,As being in vertical pose, (now the longest edge of the first electronic equipment is consistent with gravity direction or angle with gravity direction is less than with predetermined acute angle,Under this state, the top of the first electronic equipment is in above gravity direction compared to bottom at upper namely top,Or,The bottom of the first electronic equipment is in above gravity direction compared to top in upper namely bottom),(now the longest edge of the first electronic equipment is consistent with gravity direction or angle with gravity direction is less than with predetermined acute angle to be in the pose of traverse,Under this state, the top and bottom of the first electronic equipment maintains an equal level)

When user watches the content that the display unit of the first electronic equipment shows, referring to Fig. 1, first electronic equipment obtains the first parameter sensing (step 101) characterizing user's pose, resolve described first parameter sensing, obtain the view direction (step 102 that described user watches the display unit of the first electronic equipment, view direction adopts the direction pointing to chin from the crown of user, such as, view direction can include horizontal direction and vertical direction), view direction based on user, obtain corresponding display pattern analysis strategy (step 103), and the second parameter sensing of described first electronic equipment pose is characterized based on acquired display pattern analysis analysis of strategies, obtain display pattern (step 104) that the display unit of described first electronic equipment adopts;Control described display unit to display based on determined display pattern, so that under described display pattern, the display direction consistent with described view direction (step 105) of described first electronic equipment.

nullCan be seen that,Display pattern analysis strategy is based on user and watches the direction (view direction) of display unit and choose,User is in and stands、The view direction consistent with vertical direction (gravity direction) (or having with the angle less than specific acute angle) of the pose viewing display unit sat,User is in view direction consistent with horizontal direction (or view direction and horizontal direction have the angle less than specific acute angle) during the pose viewing display unit lain on one's side,So when the pose difference of user,The display pattern analysis strategy chosen is different,Thus the display direction controlling to realize in the display pattern of display unit is consistent with the view direction of user,That is,The view direction (pose of corresponding user) of reference user and the pose two of the first electronic equipment are because usually determining display pattern,Thus the display direction realizing display unit follows direction (view direction) self-adaptative adjustment of the display unit of viewing first electronic equipment of user.

Based on the first electronic equipment set forth above and the method following specific embodiment of proposition displaying process thereof.

Embodiment one

The present embodiment records a kind of display processing method being applied to aforesaid first electronic equipment, referring to Fig. 2, comprises the following steps:

Step 201, obtains the first parameter sensing characterizing user's pose.

As the example obtaining the first parameter sensing, second electronic equipment (the second electronic equipment may be embodied as the equipment such as In-Ear Headphones, headband receiver, intelligent glasses etc. dressed at user's head) of the first electronic equipment and Wearable is set up communication connection and (is communicated to connect as set up based on the close range communication techniques such as Bluetooth technology, infrared technique, or set up communication connection based on cellular technology), the change by built-in sensor sensing user's head pose of user's the second electronic equipment export the first parameter sensing of the pose of the head of sign user.

Step 202, resolves the first parameter sensing, obtains the view direction that user watches the display unit of the first electronic equipment.

The crown of user is pointed to the view direction that the display unit of the first electronic equipment is watched in the direction of chin as user by the present embodiment, when user is in the pose stood or sit, the view direction of user consistent with vertical direction (gravity direction) (or having with the angle less than specific acute angle);User is in view direction consistent with horizontal direction (or view direction and horizontal direction have the angle less than specific acute angle) during the pose viewing display unit lain on one's side.

Step 203, compares the view direction of user and whether view direction that the first electronic equipment is preset mates, and obtains matching result.

Exemplarily, for default view direction for vertical direction (gravity direction), whether compare the view direction of the user difference (namely angle) relative to vertical direction less than preset value (acute angle such as preset);If it is less, generate the matching result judging that the view direction of user mates with vertical direction, now matching result characterizes the view direction of user is vertical direction;Otherwise, the view direction judging user and the unmatched matching result of vertical direction are generated.

Exemplarily, for default view direction for horizontal direction, whether compare the view direction of the user difference (namely angle) relative to horizontal direction less than preset value (acute angle such as preset);If it is less, generate the matching result judging that the view direction of user mates with horizontal direction, now matching result characterizes the view direction of user is horizontal direction;Otherwise, the view direction judging user and the unmatched matching result of horizontal direction are generated.

Step 204, obtains corresponding display pattern analysis strategy based on matching result.

When the view direction that matching result characterizes user is vertical direction, obtain the display pattern analysis strategy (be set to first display pattern analysis strategy) corresponding with vertical direction, when the view direction that matching result characterizes user is horizontal direction, obtain the display pattern analysis strategy (be set to second display pattern analysis strategy) corresponding with horizontal direction.

Step 205, characterizes the second parameter sensing of the first electronic equipment pose, obtains the display pattern that the display unit of the first electronic equipment adopts based on acquired display pattern analysis analysis of strategies.

Step 206, controls display unit and displays based on determined display pattern.

The present embodiment sets corresponding display pattern analysis strategy based on the view direction of user, during for same parameter sensing, first display pattern analysis strategy and the second display pattern analysis strategy are different based on same second parameter sensing determined display pattern, and, in the display pattern determined, the display direction of the first electronic equipment is consistent with the view direction of user, illustrates below in conjunction with different examples.

Example 1)

Assuming that the second parameter sensing characterizes the first electronic equipment and is in vertically the pose of (place or grip), the process characterized when user is in different view direction for the first parameter sensing illustrates:

1.1) when the view direction of the first parameter sensing sign user is vertical direction, first display pattern analysis analysis of strategies the second parameter sensing chosen, determine that the first electronic equipment 100 is in the first display pattern, in the first display pattern, shown in the display direction dotted line as shown in Figure 3 of the display unit 110 of the first electronic equipment 100, display direction is consistent with the long limit 101 of display unit 110, and points to the second end from first end on long limit 101, points to consistent with the sensing of the dotted line shown in Fig. 3.

1.2) when the view direction of the first parameter sensing sign user is horizontal direction, second display pattern analysis analysis of strategies the second parameter sensing chosen, the first electronic equipment 100 determined is in the 3rd display pattern, in the 3rd display pattern, shown in the display direction dotted line as shown in Figure 4 of the display unit 110 of the first electronic equipment 100, display direction is consistent with the minor face 102 of display unit 110, and point to the second end from the first end of minor face 102, point to consistent with the sensing of the dotted line shown in Fig. 4.

Can be seen that, when the first electronic equipment is in vertical pose, when being in vertical view direction with the view direction of level for user, the second parameter sensing analysis is obtained different display patterns (the first display pattern and the 3rd display pattern) by corresponding the first display pattern analysis strategy chosen and the second display pattern analysis strategy, and first display pattern different with the display direction of display unit in the 3rd display pattern such that it is able to the view direction following user adjusts the display direction of display unit automatically.

Example 2)

Assuming that the second parameter sensing characterizes the first electronic equipment and is in the pose of level (place or grip), the process characterized when user is in different view direction for the first parameter sensing illustrates:

2.1) when the view direction of the first parameter sensing sign user is vertical direction, first display pattern analysis analysis of strategies the second parameter sensing chosen, the first electronic equipment 100 determined is in the second display pattern, in the second display pattern, shown in the display direction dotted line as shown in Figure 5 of the display unit 110 of the first electronic equipment 100, display direction is consistent with the minor face 102 of display unit 110, and point to the second end from the first end of minor face 102, point to consistent with the sensing of the dotted line shown in Fig. 5.

2.2) when the view direction of the first parameter sensing sign user is horizontal direction, the 4th display pattern analysis analysis of strategies the second parameter sensing chosen, the first electronic equipment 100 determined is in the 4th display pattern, in the 4th display pattern, shown in the display direction dotted line as shown in Figure 6 of the display unit 110 of the first electronic equipment 100, display direction is consistent with the long limit 101 of display unit 110, and point to the second end from first end on long limit 101, point to consistent with the sensing of the dotted line shown in Fig. 6.

Can be seen that, when the first electronic equipment is in the pose of level, when being in vertical view direction with the view direction of level for user, the second parameter sensing analysis is obtained different display patterns (the second display pattern and the 4th display pattern) by corresponding the first display pattern analysis strategy chosen and the second display pattern analysis strategy, and second display pattern different with the display direction of display unit in the 4th display pattern such that it is able to the view direction following user adjusts the display direction of display unit automatically.

Embodiment two

The second parameter sensing characterizing the first electronic equipment pose is analyzed obtaining needing the display pattern of display unit to illustrate to choosing different display pattern analysis strategies (including aforesaid first display pattern analysis strategy and the second display pattern analysis strategy) in previous embodiment one by the present embodiment.

1) user is in the pose stood or sit, correspondingly, the view direction of user be in vertical direction (consistent with gravity direction, referring to Fig. 7, choose the first display pattern analysis strategy, show that pattern analysis strategy is analyzed process and comprises the following steps based on first:

Step 301, the pose direction of the first electronic equipment characterized by the second parameter sensing is mated with the view direction preset.

The pose direction that direction is the first electronic equipment of the bottom of the first electronic equipment is pointed at the top of the first electronic equipment, and the first sensing data exported by built-in sensors (such as three axis accelerometer, gyroscope) in the first electronic equipment is obtained.

Based on matching result, step 302, judges that the second parameter sensing characterizes whether the pose direction of the first electronic equipment mates with the view direction preset, if it does, then perform step 303, otherwise, perform step 304.

For default view direction for vertical direction, the pose direction of the first electronic equipment is mated refer to the view direction preset, the pose direction of the first electronic equipment is consistent with vertical direction or angle with vertical direction is less than specific acute angle, if the pose direction of the first electronic equipment is mated with vertical direction, then the first electronic equipment is in vertically the pose of (place or grip);If the pose direction of the first electronic equipment is inconsistent with vertical direction, for instance the angle of vertical direction is more than specific acute angle, then the first electronic equipment is in the pose of level (grip or place).

Step 303, it is determined that display unit adopts the first display pattern.

Referring to Fig. 3, in the first display pattern, shown in the display direction dotted line as shown in Figure 3 of the display unit 110 of the first electronic equipment 100, display direction is consistent with the long limit 101 (the first limit) of display unit 110, and point to the second end from first end on long limit 101, point to consistent with the sensing of the dotted line shown in Fig. 3.

Step 304, it is determined that display unit adopts the second display pattern.

Referring to Fig. 5, in the second display pattern, shown in the display direction dotted line as shown in Figure 5 of the display unit 110 of the first electronic equipment 100, display direction is consistent with the minor face 102 (the second limit) of display unit 110, and point to the second end from the first end of minor face 102, point to consistent with the sensing of the dotted line shown in Fig. 5.

2) user is in the pose lain on one's side, correspondingly, the view direction of user be horizontally oriented (consistent with gravity direction, choose the second display pattern analysis strategy, referring to Fig. 8, show that pattern analysis strategy is analyzed process and comprises the following steps based on second:

Step 401, the pose direction that the second parameter sensing characterizes the first electronic equipment is mated with the view direction preset.

Based on matching result, step 402, judges that the second parameter sensing characterizes whether the pose direction of the first electronic equipment mates with the view direction preset, if it does, then perform step 403, otherwise, perform step 404.

Step 403, it is determined that display unit adopts the 3rd display pattern.

In the 3rd display pattern, shown in the display direction dotted line as shown in Figure 4 of the display unit 110 of the first electronic equipment 100, display direction is consistent with the minor face 102 of display unit 110, and points to the second end from the first end of minor face 102, points to consistent with the sensing of the dotted line shown in Fig. 4.

Step 404, it is determined that display unit adopts the 4th display pattern.

In the 4th display pattern, shown in the display direction dotted line as shown in Figure 6 of the display unit 110 of the first electronic equipment 100, display direction is consistent with the long limit 101 of display unit 110, and points to the second end from first end on long limit 101, points to consistent with the sensing of the dotted line shown in Fig. 6.

Embodiment three

The view direction of user is carried out mating the display pattern analysis strategy determining that the view direction current with user is corresponding with the view direction (such as vertical direction) preset by previous embodiment when determining the view direction of user, and the display pattern of display unit is gone out based on display pattern analysis analysis of strategies, it is to say, determine that display unit needs the display pattern adjusted by such mode: the display pattern analysis strategy of the view direction of user-> corresponding with view direction-> based on showing that pattern analysis strategy determines display pattern.

Alternative as the aforesaid display pattern determining display unit, in the present embodiment, after determine the view direction of user based on the first parameter sensing, it is directly based upon the display pattern that the view direction of user realizes to determine display unit to need, alternatively, the display pattern adjusting display unit when the current display mode of display unit is inconsistent with the display pattern determined is consistent with determined display pattern.Correspondingly, in previous embodiment record based on view direction, obtain corresponding display pattern analysis strategy, may be embodied as in the present embodiment: read display pattern analysis strategy when getting the view direction of user and (the first electronic equipment is only provided with a display pattern analysis strategy, it is different from previous embodiment and is correspondingly arranged different display patterns based on different display view directions), the display pattern analysis strategy read for determining and adjust the display pattern of display unit based on the pose direction of the view direction of user and the first electronic equipment, including following several situations:

1) user is in the pose stood or sit, now the first parameter sensing characterizes the view direction (namely pointing to the direction of chin from the head top of user) of user and mates (the two completely the same or angle less than specific acute angle) with default direction (for vertical direction), if the second parameter sensing characterizes the pose direction (namely pointing to the direction of bottom from the top of the first electronic equipment) of the first electronic equipment mates (the two completely the same or angle less than specific acute angle) with default view direction, then determine that the display unit of the first electronic equipment should be at the first display pattern.

Referring to Fig. 3, in the first display pattern, shown in the display direction dotted line as shown in Figure 3 of the display unit 110 of the first electronic equipment 100, display direction is consistent with the long limit 101 (the first limit) of display unit 110, and point to the second end from first end on long limit 101, point to consistent with the sensing of the dotted line shown in Fig. 3.

2) user is in the pose stood or sit, first parameter sensing characterizes the view direction (namely pointing to the direction of chin from the head top of user) of user and mates (the two completely the same or angle less than specific acute angle) with default direction (for vertical direction), if the pose direction (namely pointing to the direction of bottom from the top of the first electronic equipment) that the second parameter sensing characterizes the first electronic equipment is not mated with the view direction preset, it is determined that the display unit of the first electronic equipment should be at the second display pattern.

Referring to Fig. 5, in the second display pattern, shown in the display direction dotted line as shown in Figure 5 of the display unit 110 of the first electronic equipment 100, display direction is consistent with the minor face 102 (the second limit) of display unit 110, and point to the second end from the first end of minor face 102, point to consistent with the sensing of the dotted line shown in Fig. 5.

3) user is in the pose lain on one's side, now the view direction (namely pointing to the direction of chin from the head top of user) of the first parameter sensing sign user does not mate with the direction (for vertical direction) preset, the namely view direction of user consistent with horizontal direction (the two completely the same or angle less than specific acute angle), if the second parameter sensing characterizes the pose direction (namely pointing to the direction of bottom from the top of the first electronic equipment) of the first electronic equipment mates (the two completely the same or angle less than specific acute angle) with default view direction, namely the pose direction of the first electronic equipment is vertical direction, then determine that the display unit of the first electronic equipment should be at the 3rd display pattern.

In the 3rd display pattern, shown in the display direction dotted line as shown in Figure 4 of the display unit 110 of the first electronic equipment 100, display direction is consistent with the minor face 102 of display unit 110, and points to the second end from the first end of minor face 102, points to consistent with the sensing of the dotted line shown in Fig. 4.

4) user is in the pose lain on one's side, now the view direction (namely pointing to the direction of chin from the head top of user) of the first parameter sensing sign user does not mate with the direction (for vertical direction) preset, the namely view direction of user consistent with horizontal direction (the two completely the same or angle less than specific acute angle), if the second parameter sensing characterizes the pose direction (namely pointing to the direction of bottom from the top of the first electronic equipment) of the first electronic equipment does not mate (the two completely the same or angle less than specific acute angle) with default view direction, namely the pose direction of the first electronic equipment is consistent with horizontal direction, then determine that the display unit of the first electronic equipment should be at the 4th display pattern.

In the 4th display pattern, shown in the display direction dotted line as shown in Figure 6 of the display unit 110 of the first electronic equipment 100, display direction is consistent with the long limit 101 of display unit 110, and points to the second end from first end on long limit 101, points to consistent with the sensing of the dotted line shown in Fig. 6.

Below in conjunction with an actual use scene, previous embodiment is illustrated.

When user is in the state stood or sit, use the first electronic equipment viewing video, in the broadcast interface of video, the display interface of a two field picture is as shown in Figure 3, the second electronic equipment (bluetooth earphone in user's ear) that first electronic equipment and user dress is attached, second electronic equipment arranges sensor and exports the first sensing data of the view direction characterizing user, and send to the first electronic equipment by communicating to connect, first electronic equipment determines that the view direction of user is vertical direction, mode based on previous embodiment one or the arbitrary record of embodiment three determines that the display unit of the first electronic equipment should have the first display pattern, in the first display pattern, the display direction of display unit is as shown in Figure 3;

Hereafter, assume that the pose of user changes, assume that user is in the pose lain on one's side and the first electronic equipment is in the pose that level grips, based on the first parameter sensing of the second electronic equipment, first electronic equipment determines that the view direction of user switches to horizontal direction, and the second sensing data based on built-in in the first electronic equipment sensor output determines that the pose direction of the first electronic equipment is horizontally oriented, then determine that the display unit of the first electronic equipment should be at the 4th display pattern, thus adjusting display unit there is the 4th display pattern shown in Fig. 6;

Hereafter, assume that the pose of user changes again, assume that user is in the pose stood or sit and the first electronic equipment is in the pose that level grips, based on the first parameter sensing of the second electronic equipment, first electronic equipment determines that the view direction of user switches to vertical direction, and the second sensing data based on built-in in the first electronic equipment sensor output determines that the pose direction of the first electronic equipment is horizontally oriented, then determine that the display unit of the first electronic equipment should be at the 4th display pattern, thus adjusting display unit there is the second display pattern shown in Fig. 5.

Can be seen that, when the pose (namely the view direction of user) of user and the pose (the pose direction of corresponding first electronic equipment) of the first electronic equipment change, the pose of the view direction and the first electronic equipment that user followed by the first electronic equipment adjusts the display direction of display unit automatically, saves the time that user additionally adjusts the display pattern of display unit.

Embodiment four

The present embodiment records a kind of first electronic equipment 100, and referring to Fig. 9, the first electronic equipment 100 includes display unit 110;Described first electronic equipment 100 also includes:

Processing unit 120, takes over the first parameter sensing of family pose for use, obtains the view direction that described user watches the display unit 110 of the first electronic equipment 100 for resolution table;

Sensing unit 130, for obtaining the second parameter sensing of described first electronic equipment 100 pose;

Described processing unit 120, it is additionally operable to based on described view direction, obtain corresponding display pattern analysis strategy, and based on described second parameter sensing of acquired display pattern analysis analysis of strategies described first electronic equipment 100 pose of sign, obtain the display pattern that the display unit 110 of described first electronic equipment 100 adopts;

Described processing unit 120, is used for controlling described display unit 110 and displays based on determined display pattern, so that under described display pattern, the display direction of described first electronic equipment 100 is consistent with described view direction.

Referring to Figure 10, the first electronic equipment 100 also includes: communication unit 140, for setting up communication connection with the second electronic equipment;

Described communication unit 140, is additionally operable to obtain described user based on described communication connection and makes described first parameter sensing of described second electronic equipment output because dressing described second electronic equipment.

Described processing unit 120, is additionally operable to whether the view direction that the view direction of user described in comparison presets with described first electronic equipment 100 mates, and obtains matching result;

Described processing unit 120, is additionally operable to obtain corresponding display pattern analysis strategy based on described matching result.

Whether described processing unit 120, be additionally operable to the view direction the judging described user difference relative to described default view direction less than preset value;If it is less, judge that the view direction of described user mates with described default view direction;Otherwise, it is determined that the view direction of described user does not mate with described default view direction.

Described processing unit 120, is additionally operable to, when the view direction that described matching result characterizes described user mates with described default view direction, choose the second parameter sensing described in the first display pattern analysis analysis of strategies;

Described processing unit 120, is additionally operable to, when the view direction that described matching result characterizes described user does not mate with described default view direction, choose the second parameter sensing described in the second display pattern analysis analysis of strategies;

Wherein, from described second, described first display pattern analysis strategy shows that pattern analysis strategy is different based on the same described second determined described display pattern of parameter sensing.

Described processing unit 120, when being additionally operable to choose described first display pattern analysis strategy, if the pose direction that described second parameter sensing characterizes described first electronic equipment 100 is mated with described default view direction, determine that described display unit 110 adopts the first display pattern, in described first display pattern, the display direction of described display unit 110 is consistent with the first limit of described display unit 110, and points to second end on described first limit from first end on described first limit along described first limit;

Described processing unit 120, if the pose direction being additionally operable to described second parameter sensing described first electronic equipment 100 of sign is not mated with described default view direction, determine that described display unit 110 adopts the second display pattern, in described second display pattern, the display direction of described display unit 110 is consistent with the second limit of described display unit 110, and from second end on first described second limit of end sensing on described second limit, described second limit is adjacent with described first limit.

Described processing unit 120, when being additionally operable to choose described second display pattern analysis strategy, if the pose direction that described second parameter sensing characterizes described first electronic equipment 100 is mated with described default view direction, determine that described display unit 110 adopts the 3rd display pattern, in described 3rd display pattern, the display direction of described display unit 110 is consistent with the second limit of described display unit 110, and points to second end on described second limit from first end on described second limit along described second limit;

Described processing unit 120, if the pose direction being additionally operable to described second parameter sensing described first electronic equipment 100 of sign is not mated with described default view direction, determine that described display unit 110 adopts the 4th display pattern, in described 4th display pattern, the display direction of described display unit 110 is consistent with the first limit of described display unit 110, and along described first limit from second end on first described first limit of end sensing on described first limit, described second limit is adjacent with described first limit.

In actual enforcement, processing unit 120 can be realized by processor, microprocessor (MCU), special IC (ASIC) or logic programmable gate array (FPGA), sensing unit 130 can be realized by three axis accelerometer, gyroscope etc., and communication unit 140 can be realized via corresponding communication antenna by bluetooth communication, infrared communication module or cellular module.

One of ordinary skill in the art will appreciate that: all or part of step realizing said method embodiment can be completed by the hardware that programmed instruction is relevant, aforesaid program can be stored in a computer read/write memory medium, this program upon execution, performs to include the step of said method embodiment;And aforesaid storage medium includes: movable storage device, read only memory (ROM, Read-OnlyMemory), the various media that can store program code such as random access memory (RAM, RandomAccessMemory), magnetic disc or CD.

Or, if the above-mentioned integrated unit of the present invention realizes using the form of software function module and as independent production marketing or when using, it is also possible to be stored in a computer read/write memory medium.Based on such understanding, the part that prior art is contributed by the technical scheme of the embodiment of the present invention substantially in other words can embody with the form of software product, this computer software product is stored in a storage medium, including some instructions with so that a computer equipment (can be personal computer, server or the network equipment etc.) performs all or part of of method described in each embodiment of the present invention.And aforesaid storage medium includes: the various media that can store program code such as movable storage device, ROM, RAM, magnetic disc or CDs.

The above; being only the specific embodiment of the present invention, but protection scope of the present invention is not limited thereto, any those familiar with the art is in the technical scope that the invention discloses; change can be readily occurred in or replace, all should be encompassed within protection scope of the present invention.Therefore, protection scope of the present invention should be as the criterion with described scope of the claims.

Claims (14)

1. a display processing method, it is characterised in that described method includes:
First parameter sensing of resolution table requisition family pose, obtains the view direction that described user watches the display unit of the first electronic equipment;
Based on described view direction, obtain corresponding display pattern analysis strategy, and based on the second parameter sensing of the acquired display pattern analysis analysis of strategies described first electronic equipment pose of sign, obtain the display pattern that the display unit of described first electronic equipment adopts;
Control described display unit to display based on determined display pattern, so that under described display pattern, the display direction of described first electronic equipment is consistent with described view direction.
2. the method for claim 1, it is characterised in that described acquisition characterizes the first parameter sensing of user's pose, including:
Communication connection is set up with the second electronic equipment;
Obtain described user based on described communication connection and make described first parameter sensing of described second electronic equipment output because dressing described second electronic equipment.
3. the method for claim 1, it is characterised in that described based on described view direction, obtains corresponding display pattern analysis strategy, including:
Whether the view direction that relatively view direction of described user is preset with described first electronic equipment mates, and obtains matching result;
Corresponding display pattern analysis strategy is obtained based on described matching result.
4. method as claimed in claim 3, it is characterised in that whether the view direction that the view direction of the described user of comparison is preset with described first electronic equipment mates, including:
Judge that whether the view direction of the described user difference relative to described default view direction is less than preset value;
If it is less, judge that the view direction of described user mates with described default view direction;Otherwise, it is determined that the view direction of described user does not mate with described default view direction.
5. method as claimed in claim 3, it is characterised in that the described display pattern analysis strategy obtaining correspondence based on matching result, including:
When the view direction that described matching result characterizes described user mates with described default view direction, choose the second parameter sensing described in the first display pattern analysis analysis of strategies;
When the view direction that described matching result characterizes described user does not mate with described default view direction, choose the second parameter sensing described in the second display pattern analysis analysis of strategies;
Wherein, from described second, described first display pattern analysis strategy shows that pattern analysis strategy is different based on the same described second determined described display pattern of parameter sensing.
6. method as claimed in claim 5, it is characterized in that, described the second parameter sensing characterizing described first electronic equipment pose based on acquired display pattern analysis analysis of strategies, obtain the display pattern that the display unit of described first electronic equipment adopts, including: when choosing described first display pattern analysis strategy
If the pose direction that described second parameter sensing characterizes described first electronic equipment is mated with described default view direction, determine that described display unit adopts the first display pattern, in described first display pattern, the display direction of described display unit is consistent with the first limit of described display unit, and points to second end on described first limit from first end on described first limit along described first limit;
If the pose direction that described second parameter sensing characterizes described first electronic equipment is not mated with described default view direction, determine that described display unit adopts the second display pattern, in described second display pattern, the display direction of described display unit is consistent with the second limit of described display unit, and from second end on first described second limit of end sensing on described second limit, described second limit is adjacent with described first limit.
7. method as claimed in claim 5, it is characterized in that, described the second parameter sensing characterizing described first electronic equipment pose based on acquired display pattern analysis analysis of strategies, obtains the display pattern that the display unit of described first electronic equipment adopts, including:
When choosing described second display pattern analysis strategy,
If the pose direction that described second parameter sensing characterizes described first electronic equipment is mated with described default view direction, determine that described display unit adopts the 3rd display pattern, in described 3rd display pattern, the display direction of described display unit is consistent with the second limit of described display unit, and points to second end on described second limit from first end on described second limit along described second limit;
If the pose direction that described second parameter sensing characterizes described first electronic equipment is not mated with described default view direction, determine that described display unit adopts the 4th display pattern, in described 4th display pattern, the display direction of described display unit is consistent with the first limit of described display unit, and along described first limit from second end on first described first limit of end sensing on described first limit, described second limit is adjacent with described first limit.
8. an electronic equipment, it is characterised in that described first electronic equipment includes display unit;Described first electronic equipment also includes:
Processing unit, takes over the first parameter sensing of family pose for use, obtains the view direction that described user watches the display unit of the first electronic equipment for resolution table;
Sensing unit, for obtaining the second parameter sensing of described first electronic equipment pose;
Described processing unit, it is additionally operable to based on described view direction, obtain corresponding display pattern analysis strategy, and based on described second parameter sensing of the acquired display pattern analysis analysis of strategies described first electronic equipment pose of sign, obtain the display pattern that the display unit of described first electronic equipment adopts;
Described processing unit, is used for controlling described display unit and displays based on determined display pattern, so that under described display pattern, the display direction of described first electronic equipment is consistent with described view direction.
9. the first electronic equipment as claimed in claim 8, it is characterised in that described first electronic equipment also includes:
Communication unit, for setting up communication connection with the second electronic equipment;
Described communication unit, is additionally operable to obtain described user based on described communication connection and makes described first parameter sensing of described second electronic equipment output because dressing described second electronic equipment.
10. the first electronic equipment as claimed in claim 8, it is characterised in that
Described processing unit, is additionally operable to whether the view direction that the view direction of user described in comparison presets with described first electronic equipment mates, and obtains matching result;
Described processing unit, is additionally operable to obtain corresponding display pattern analysis strategy based on described matching result.
11. the first electronic equipment as claimed in claim 10, it is characterised in that
Whether described processing unit, be additionally operable to the view direction the judging described user difference relative to described default view direction less than preset value;If it is less, judge that the view direction of described user mates with described default view direction;Otherwise, it is determined that the view direction of described user does not mate with described default view direction.
12. the first electronic equipment as claimed in claim 10, it is characterised in that
Described processing unit, is additionally operable to, when the view direction that described matching result characterizes described user mates with described default view direction, choose the second parameter sensing described in the first display pattern analysis analysis of strategies;
Described processing unit, is additionally operable to, when the view direction that described matching result characterizes described user does not mate with described default view direction, choose the second parameter sensing described in the second display pattern analysis analysis of strategies;
Wherein, from described second, described first display pattern analysis strategy shows that pattern analysis strategy is different based on the same described second determined described display pattern of parameter sensing.
13. the first electronic equipment as claimed in claim 11, it is characterised in that
Described processing unit, when being additionally operable to choose described first display pattern analysis strategy, if the pose direction that described second parameter sensing characterizes described first electronic equipment is mated with described default view direction, determine that described display unit adopts the first display pattern, in described first display pattern, the display direction of described display unit is consistent with the first limit of described display unit, and points to second end on described first limit from first end on described first limit along described first limit;
Described processing unit, if the pose direction being additionally operable to described second parameter sensing described first electronic equipment of sign is not mated with described default view direction, determine that described display unit adopts the second display pattern, in described second display pattern, the display direction of described display unit is consistent with the second limit of described display unit, and from second end on first described second limit of end sensing on described second limit, described second limit is adjacent with described first limit.
14. the first electronic equipment as claimed in claim 11, it is characterised in that
Described processing unit, when being additionally operable to choose described second display pattern analysis strategy, if the pose direction that described second parameter sensing characterizes described first electronic equipment is mated with described default view direction, determine that described display unit adopts the 3rd display pattern, in described 3rd display pattern, the display direction of described display unit is consistent with the second limit of described display unit, and points to second end on described second limit from first end on described second limit along described second limit;
Described processing unit, if the pose direction being additionally operable to described second parameter sensing described first electronic equipment of sign is not mated with described default view direction, determine that described display unit adopts the 4th display pattern, in described 4th display pattern, the display direction of described display unit is consistent with the first limit of described display unit, and along described first limit from second end on first described first limit of end sensing on described first limit, described second limit is adjacent with described first limit.
CN201610137961.6A 2016-03-10 2016-03-10 Display processing method and electronic equipment CN105760130B (en)

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Citations (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN103455256A (en) * 2013-08-21 2013-12-18 小米科技有限责任公司 Method and terminal for rotating display picture of screen
CN104133550A (en) * 2014-06-27 2014-11-05 联想(北京)有限公司 Information processing method and electronic equipment
CN104423546A (en) * 2013-08-28 2015-03-18 联芯科技有限公司 Direction sensing implementing method and terminal device
CN104461316A (en) * 2013-09-25 2015-03-25 联想(北京)有限公司 Screen rotating method and electronic device

Patent Citations (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN103455256A (en) * 2013-08-21 2013-12-18 小米科技有限责任公司 Method and terminal for rotating display picture of screen
CN104423546A (en) * 2013-08-28 2015-03-18 联芯科技有限公司 Direction sensing implementing method and terminal device
CN104461316A (en) * 2013-09-25 2015-03-25 联想(北京)有限公司 Screen rotating method and electronic device
CN104133550A (en) * 2014-06-27 2014-11-05 联想(北京)有限公司 Information processing method and electronic equipment

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