CN104423419A - Electronic equipment - Google Patents
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- CN104423419A CN104423419A CN201310361810.5A CN201310361810A CN104423419A CN 104423419 A CN104423419 A CN 104423419A CN 201310361810 A CN201310361810 A CN 201310361810A CN 104423419 A CN104423419 A CN 104423419A
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- projection
- projecting cell
- electronic equipment
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- projected
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F1/00—Details not covered by groups G06F3/00 - G06F13/00 and G06F21/00
- G06F1/16—Constructional details or arrangements
- G06F1/1613—Constructional details or arrangements for portable computers
- G06F1/1633—Constructional details or arrangements of portable computers not specific to the type of enclosures covered by groups G06F1/1615 - G06F1/1626
- G06F1/1637—Details related to the display arrangement, including those related to the mounting of the display in the housing
- G06F1/1639—Details related to the display arrangement, including those related to the mounting of the display in the housing the display being based on projection
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- General Physics & Mathematics (AREA)
- User Interface Of Digital Computer (AREA)
Abstract
The invention provides electronic equipment, which comprises a body, a display unit and a projection unit, wherein the display unit is arranged on the first surface of the body and is provided with a first edge and a second edge corresponding to the first edge, and the second edge and the first edge are in parallel; the projection unit is arranged in the body and supports projection in a first way and projection in a second way, wherein content to be projected is projected to a first projection area corresponding to the projection unit when the projection unit performs projection in the first way, a first display interface corresponding to the content to be projected is formed on a first bearing surface of the first projection area, and the first display interface is positioned on a first side corresponding to the first edge of the display unit; and when the projection unit performs projection in the second way, the content to be projected is projected to a second projection area corresponding to the projection unit, a second display interface corresponding to the content to be projected is formed on a second bearing surface of the second projection area, and the second display interface is positioned on a second side corresponding to the second edge of the display unit.
Description
Technical field
The present invention relates to electronic technology field, particularly relate to a kind of electronic equipment.
Background technology
Along with the development of electronic technology, increasing electronic equipment enters the life of people, and for the live and work of people brings facility, such as mobile phone, is convenient for people to contact whenever and wherever possible.
But, picture mobile phone, panel computer, even notebook computer, display interface only relies on the liquid crystal display carried, limited size, in the size of mobile phone, panel computer, notebook computer self, uses so be not easy to user, and when wanting that the content on electronic equipment being shared with other users watches, watch, so more inconvenient before needing other users to be trapped among the display of electronic equipment.
In the prior art in order to solve the problem, by projecting cell by content projection to loading end on electronic equipment, thus, user just can carry out watching or operating on a larger display interface.
But, the present inventor finds in the process realizing the technical scheme in the embodiment of the present invention, in the prior art, such as with mobile phone or the projector of projecting function, in use, only have a kind of projection pattern, such as, that face relative with display is placed on supporting surface and projects, so projection angle and projection loading end are all restricted, so limit the use scenes of projecting cell.
Summary of the invention
The invention provides a kind of electronic equipment, only have a kind of projection pattern in order to solve the projector equipment existed in prior art, institute is single in mode, the problem that projection angle and projection loading end are all restricted.
One aspect of the present invention provides a kind of electronic equipment, comprising: body; Display unit; Be arranged on the first surface of described body, described display unit has the first limit and the Second Edge corresponding with described first limit, and described Second Edge is parallel with described first limit; Projecting cell, is arranged in described body, and described projecting cell supports first method projection and second method projection; Wherein, when described projecting cell is with described first method projection, content to be projected is projected to the first view field corresponding with described projecting cell, first loading end of described first view field forms first display interface corresponding with described content to be projected, and described first display interface is positioned at the first side corresponding to described first limit of described display unit; When described projecting cell is with described second method projection, described content to be projected is projected to the second view field corresponding with described projecting cell, second loading end of described second view field forms second display interface corresponding with described content to be projected, and described second display interface is positioned at the second side corresponding to the described Second Edge of described display unit.
Optionally, described electronic equipment also comprises: auxiliary body; Rotary connection structure, for the described main body of rotatable connection and described auxiliary body, when described main body and described auxiliary body are in the first relative position, described projecting cell can project with described first method; When described main body and described auxiliary body are in second relative position different with described first relative position, described projecting cell can project with described second method.
Optionally, described auxiliary body comprises: light path changes unit, for changing the projection path of described projecting cell, described projecting cell is switched between described first method projection and the projection of described second method.
Optionally, described electronic equipment also comprises: light path changes unit, is arranged in described body, for changing the projection path of described projecting cell, described projecting cell is switched between described first method projection and the projection of described second method.
Optionally, described body also comprises second and the 3rd, described second respectively with described first surface, described 3rd intersect, described 3rd relative with described first surface, when described body is stood on a supporting surface by described 3rd face, described light path changes unit and is in the first state, and described projecting cell projects with described first method; When described body is stood on a supporting surface by described second face, described light path changes unit and is in the second state, and described projecting cell projects with described second method.
Optionally, described electronic equipment also comprises: control module, is arranged in described body, for based on trigger condition, controls described projecting cell and switches between described first method projection and the projection of described second method.
Optionally, described body also comprises second and the 3rd, described second respectively with described first surface, described 3rd intersect, described 3rd relative with described first surface, described electronic equipment also comprises: detecting unit, stand on a supporting surface for detecting described body by described 3rd face, or described body stands on a supporting surface by described second face; Described control module is specifically for standing on the trigger condition on a supporting surface by described 3rd face based on described body, switch described projecting cell to project with described first method, or be the trigger condition stood on by described second face on a supporting surface based on described body, switch described projecting cell and project with described second method.
Whether optionally, described electronic equipment also comprises: gestures detection unit, for when projecting with the either type in described first method and described second method, or only when with described second method projection, detect and have gesture to input; First processing unit, is arranged in described the first noumenon, for when there being gesture to input, responding the input of described gesture, performing and input corresponding operation with described gesture.
Optionally, described first processing unit specifically for: respond the input of described gesture, perform for described content to be projected and input corresponding operation with described gesture.
Optionally, described gestures detection unit is arranged in described the first noumenon, and the light path of described gestures detection unit is identical with the projection path of described projecting cell.
Optionally, described gestures detection unit is arranged in described the first noumenon, and the light path of described gestures detection unit is identical with the projection path of described projecting cell.
Optionally, the first displaying contents that described second display interface shows is different from the second displaying contents that described display unit shows, described electronic equipment also comprises: the second processing unit, for based on a trigger action, change the state of described first displaying contents, and when the state change of described first displaying contents reaches a predetermined condition, the state based on described first displaying contents after change changes the state of described second displaying contents.
The one or more technical schemes provided in the embodiment of the present invention, at least have following technique effect or advantage:
In one embodiment of the invention, electronic equipment comprises: body; Display unit; Be arranged on the first surface of body, display unit has the first limit and the Second Edge corresponding with the first limit, and Second Edge is parallel with the first limit; Projecting cell, is arranged in the body, and projecting cell supports first method projection and second method projection; Wherein, when projecting cell projects in the first way, content to be projected is projected to the first view field corresponding with projecting cell, first loading end of the first view field forms first display interface corresponding with content to be projected, and the first display interface is positioned at the first side corresponding to the first limit of display unit; When projecting cell projects in a second manner, content to be projected is projected to the second view field corresponding with projecting cell, second loading end of the second view field forms second display interface corresponding with content to be projected, and the second display interface is positioned at the second side corresponding to the Second Edge of display unit.This shows, electronic equipment in the present embodiment has two kinds of projection patterns, and under different projection patterns, the display interface of content projection to be projected is positioned at the not homonymy of display unit, only have a kind of projection pattern so solve in prior art and cause projection mode single, the technical matters that projection angle and projection loading end are all restricted, reaches a projector equipment and has two kinds of projection patterns, add the technique effect of the application scenarios of projector equipment.
Accompanying drawing explanation
Fig. 1 is the functional block diagram of the electronic equipment in one embodiment of the invention;
Fig. 2 is the structural drawing of the electronic equipment in one embodiment of the invention;
Fig. 3 is the structural drawing of the electronic equipment in another embodiment of the present invention;
Fig. 4 a-Fig. 4 c is the schematic diagram of the different projection patterns in one embodiment of the invention;
Fig. 5 a-Fig. 5 b is the schematic diagram of the different projection patterns in another embodiment of the present invention;
Fig. 6 is the structural drawing of the rotary connection structure in one embodiment of the invention;
Fig. 7 a-Fig. 7 c is the relative position schematic diagram of the first noumenon in another embodiment of the present invention and auxiliary body;
Fig. 8 is the structural drawing of the auxiliary body in one embodiment of the invention;
Fig. 9 is the layout structure figure of the components and parts in one embodiment of the invention;
Figure 10 a-Figure 10 b is the mutual schematic diagram of projection interface in one embodiment of the invention and display unit.
Embodiment
The invention provides a kind of electronic equipment, only have a kind of projection pattern in order to solve the projector equipment existed in prior art, institute is single in mode, the problem that projection angle and projection loading end are all restricted.
Technical scheme in the embodiment of the present invention is solve above-mentioned technical matters, and general thought is as follows:
Electronic equipment comprises: body; Display unit; Be arranged on the first surface of body, display unit has the first limit and the Second Edge corresponding with the first limit, and Second Edge is parallel with the first limit; Projecting cell, is arranged in the body, and projecting cell supports first method projection and second method projection; Wherein, when projecting cell projects in the first way, content to be projected is projected to the first view field corresponding with projecting cell, first loading end of the first view field forms first display interface corresponding with content to be projected, and the first display interface is positioned at the first side corresponding to the first limit of display unit; When projecting cell projects in a second manner, content to be projected is projected to the second view field corresponding with projecting cell, second loading end of the second view field forms second display interface corresponding with content to be projected, and the second display interface is positioned at the second side corresponding to the Second Edge of display unit.This shows, electronic equipment in the present embodiment has two kinds of projection patterns, and under different projection patterns, the display interface of content projection to be projected is positioned at the not homonymy of display unit, only have a kind of projection pattern so solve in prior art and cause projection mode single, the technical matters that projection angle and projection loading end are all restricted, reaches a projector equipment and has two kinds of projection patterns, add the technique effect of the application scenarios of projector equipment.
In order to better understand technique scheme, below in conjunction with Figure of description and concrete embodiment, technique scheme is described in detail.
One embodiment of the invention provides a kind of electronic equipment, please refer to Fig. 1 and Fig. 2, and Fig. 1 is the functional block diagram of the electronic equipment in the present embodiment, and Fig. 2 is the structural drawing of the electronic equipment in the present embodiment.
As depicted in figs. 1 and 2, this electronic equipment comprises: body 101; Display unit 102; Be arranged on the first surface 1011 of body 101, display unit 102 has the first limit 1021 and the Second Edge 1022 corresponding with the first limit 1021, and Second Edge 1022 is parallel with the first limit 1021; Projecting cell 103, is arranged in body 101, and projecting cell 103 supports first method to project and second method projection; Wherein, when projecting cell 103 projects in the first way, content to be projected is projected to the first view field corresponding with projecting cell 103, first loading end of the first view field forms first display interface corresponding with content to be projected, and the first display interface is positioned at the first side of the first limit 1021 correspondence of display unit 102; When projecting cell 103 projects in a second manner, content to be projected is projected to the second view field corresponding with projecting cell 103, second loading end of the second view field forms second display interface corresponding with content to be projected, and the second display interface is positioned at the second side of Second Edge 1022 correspondence of display unit 102.
This shows, electronic equipment in the present embodiment has two kinds of projection patterns, and under different projection patterns, the display interface of content projection to be projected is positioned at the not homonymy of display unit, only have a kind of projection pattern so solve in prior art and cause projection mode single, the technical matters that projection angle and projection loading end are all restricted, reaches a projector equipment and has two kinds of projection patterns, add the technique effect of the application scenarios of projector equipment.
In practice, the form of electronic equipment is except the form shown in picture Fig. 2, namely electronic equipment is overall one physically, the form of electronic equipment can also be made up of two physically independent parts, such as, refer again to shown in Fig. 3, is another exemplary structural representation of electronic equipment in the present embodiment, as shown in Figure 3, body 101 also has the second face 1012, face 1012, second near Second Edge 1022.Body 101 also has the 3rd face 1013 and fourth face 1014,3rd face 1013 is relative with first surface 1011, second face 1012 is crossing with first surface 1011 and the 3rd face 1013, and fourth face 1014 is connected to first surface 1011 and the 3rd face 1013, and relative with the second face 1012 and close first limit 1021.
Further, please also refer to Fig. 1 and Fig. 3, electronic equipment also comprises auxiliary body 104 and rotary connection structure 105, rotary connection structure 105, for rotatable connection main body 101 and auxiliary body 104, when main body 101 is in the first relative position with auxiliary body 104, projecting cell 103 can project in the first way; When main body 101 is in second relative position different with the first relative position from auxiliary body 104, projecting cell 103 can project in a second manner.
The first projection pattern and the second projection pattern are introduced from the different modes of emplacements of electronic equipment by following elder generation.
In a first embodiment, as shown in fig. 4 a, when projecting cell 103 projects in the first way, body 101 stands on a supporting surface by the second face 1012, in a first non-vanishing angle α between first surface 1011 and supporting surface, preferably, the second loading end is this supporting surface.Wherein, the second face 1012 both can be in Fig. 2 under form, also can be, in Fig. 3 under form, specifically please refer to Fig. 2 and Fig. 3.
Wherein, the situation of the first angle α, the first angle α can be 90 degree, also 90 degree can be greater than, also 90 degree can be less than, but non-vanishing, preferably, first angle α is 90 degree, now, body 101 stands on supporting surface, now, projection angle during by content projection to be projected is on the support surface better, is convenient to user's viewing.
What be convenient to that body 101 can be firm stands on supporting surface, preferably, be arranged at by the centre of gravity place of electronic equipment between the second face 1012 and the central plane of electronic equipment, and the center of gravity of electronic equipment is more firm the closer to the second face 1012.
In a second embodiment, as shown in Figure 4 b, when projecting cell 103 projects in a second manner, the 3rd 1013(Fig. 2 with Fig. 3 of body 101) contact this supporting surface, preferably, the first loading end is concrete vertical with this supporting surface.
Next the first projection pattern and the second projection pattern is introduced from the projection path difference of projecting cell 103 again.In the present embodiment, suppose that electronic equipment is all in body 101 and stands on a supporting surface by the second face 1012, in " standing " state of a non-vanishing first angle α between first surface 1011 and supporting surface.
In the third embodiment, shown in Fig. 4 a, when projecting cell 103 projects in a second manner, the projection path of projecting cell 103 projects via auxiliary body 104 is in first surface 1011 on that face conplane.Be described for the form of the electronic equipment in Fig. 3 in fig .4, please refer to shown in Fig. 5 a again, for the form of the electronic equipment in Fig. 2, in fig 5 a, when projecting cell 103 projects in a second manner, the projection path of projecting cell 103 projects via on first surface 1011.
In the fourth embodiment, shown in Fig. 4 c, when projecting cell 103 projects in the first way, the projection path of projecting cell 103 projects via on that face relative with the second face 1012 on auxiliary body 104.Be described for the form of the electronic equipment in Fig. 3 in Fig. 4 c, please refer to shown in Fig. 5 b again, for the form of the electronic equipment in Fig. 2, in figure 5b, when projecting cell 103 projects in the first way, the projection path of projecting cell 103 projects via on that face relative with the second face 1012 on body 101.
Similar, when the 3rd face 1013 that electronic equipment is all in body 101 contacts " lying low " state of this supporting surface, different according to the projection path of projecting cell 103, equally also can corresponding first method and second method, just do not repeating at this.
Below first method and second method is described from different two angles respectively, but in practice, can divide in conjunction with these two angles, such as in Fig. 4 a, when projecting cell 103 projects in a second manner, state that electronic equipment was both in " standing ", the projection path of projecting cell 103 projects via auxiliary body 104 is in first surface 1011 on that face conplane.And when projecting cell 103 projects in the first way, electronic equipment was both in " lying low " state, the projection path of projecting cell 103 projects via on that face relative with the second face 1012 on auxiliary body 104.
Next rotary connection structure 105 is introduced again.Please also refer to Fig. 3 and Fig. 6, rotary connection structure 105 is specifically vertically installed on fourth face 1014, can rotate to make auxiliary body 104 along the axial direction perpendicular to fourth face 1014 relative to body 101.
In a further embodiment, between fourth face 1014 and first surface 1011 in the second angle β, the second angle β be obtuse angle or acute angle (situation for obtuse angle wherein shown in Fig. 3, subsequent embodiment is all introduced for obtuse angle, and the situation of acute angle is similar); Auxiliary body 104 also has that the 5th face 1042 and the 6th face 1042, face the 1043, five are corresponding with fourth face 1014, and the 6th face 1043 is relative with the second face 1012, and rotary connection structure 105 connects fourth face 1014 and the 5th face 1042 respectively.Auxiliary body 104 also has the 7th face 1041, crossing with the 6th face 1043.
Further, in the present embodiment, rotary connection structure 105 is connected to the center in fourth face 1014 and the 5th face 1042.When position relationship between the 7th face 1041 and first surface 1011 is in primary importance relation, body 1012 and auxiliary body 104 have the first relative position, after by auxiliary body 104, by rotary connection structure 105, centrally turnback is revolved in position, position relationship between 7th face 1041 and first surface 101 is in second place relation, now, body 101 and auxiliary body 104 have the second relative position.
Specifically as shown in Figure 7a, 7th face 1041 and first surface 1011 are in the same side of electronic equipment, the position relationship that now can be designated as between the 7th face 1041 and first surface 1011 is primary importance relation, preferably, in the present embodiment, under primary importance relation, the 7th face 1041 is in the same plane with first surface 1011.When the second angle β is acute angle, primary importance relation can be specifically that the 7th face 1041 is in the position of the both sides of electronic equipment with first surface 1011, namely the 7th face 1041 and the 3rd face 1013 are in the both sides of electronic equipment, now, 7th face 1041 is relative with first surface 100, preferably, under primary importance relation, the 7th face 1041 and the 3rd face 1013 in the same plane.
When auxiliary body 104 is rotated around rotary connection structure 105, please refer to shown in Fig. 7 b, for dextrorotation under the state from Fig. 7 a turn 90 degrees after state, then continue rotate, after revolving turnback, just become the state as Fig. 7 c, in figure 7 c, there is between the 7th face 1041 and first surface 1011 the 3rd angle, and the 3rd angle is non-vanishing, namely the 7th face 1041 is relative with the second face 1012, is designated as second place relation at this.And the 6th face 1043 and first surface 1011 are in the same side (the second angle is obtuse angle) of electronic equipment, or the 6th face 1043 and the 3rd face 1013 are in the same side (the second angle is acute angle) of electronic equipment.
As can be seen from Fig. 7 a and Fig. 7 c, the first mode of appearance that electronic equipment has under primary importance relation is almost identical with the second mode of appearance had under second place relation, maintains the unification of the mode of appearance of electronic equipment and complete.Wherein, " almost identical " mentioned here, " identical " is from the overall appearance form of electronic equipment, such as, as two kinds of mode of appearance in Fig. 7 a and Fig. 7 c, is all rectangular parallelepiped (in order to attractive in appearance, can be treated to the rectangular parallelepiped of fillet) substantially; When other structures, such as auxiliary body 104 is for having the right cylinder of tangent plane, tangent plane is the 5th face 1042, or can also be four cones with octahedral, such as octahedral is between the 7th face 1041 and the 6th face 1043, in this case, the first mode of appearance and the second mode of appearance all keep electronic equipment to be the mode of appearance of board-type.And " almost ", on the one hand may due to the difference of technique, slightly difference between the first mode of appearance and the second mode of appearance, such as, the installation site of rotary connection structure 105 has error, the face also on such as auxiliary body 104 and have error between the connection circular arc between face; " almost " another a layer of meaning, namely in the 7th face 1041 or the 6th face 1043, or can there be different structures in other faces of auxiliary body 104, and such as, on the 7th face 1041 porose, the surface in the 6th face 1043 is wavy projection.
Please continue with reference to shown in figure 6 again, for one of rotary connection structure 105 exemplary structural representation, as shown in Figure 6, rotary connection structure 105 comprises a rotating shaft 1051, and one end of rotating shaft 1051 is fixed on fourth face 1014, a fixed head 1052, be set in rotating shaft 1051, can around the shaft 1051 rotate, the other end of then rotating shaft 1051 has a fixture 1053, fixed head 1052 is fixed between fourth face 1014 and fixture 1053.Further, the two ends of fixed head 1052 are provided with web member 1054, for being connected with auxiliary body 104.When auxiliary body 104 is connected on web member 1054, drive auxiliary body 104 to rotate if there is external force to put on auxiliary body 104, so auxiliary body 104 will drive fixed head 1,052 1051 rotations around the shaft.
In other embodiments, rotary connection structure 105 can also be other structures, switches as long as ensure that auxiliary body 104 can be rotated by rotary connection structure 105 between primary importance relation and second place relation.
Further, in practice, the structure of body 101 and auxiliary body 104 can be all other structures, and such as fourth face 1014 is vertical with first surface 1011.Succinct in order to instructions, does not repeat them here and enumerates.
How to switch introducing projecting cell 103 in detail between first method projection and second method projection below.
For the form of electronic equipment in such as Fig. 2, electronic equipment also comprises: light path changes unit, is arranged in body 101, for changing the projection path of projecting cell 103, projecting cell 103 is switched between first method projection and second method projection.
And for the form of electronic equipment in Fig. 3, auxiliary body 104 comprises a light path and changes unit, for changing the projection path of projecting cell 103, projecting cell 103 is switched between first method projection and second method projection.
And no matter which kind of form electronic equipment is, no matter light path changes unit is arranged in body 101 or auxiliary body 104, in one embodiment, when body 101 is stood on a supporting surface by the 3rd face 1013, light path changes unit and is in the first state, and projecting cell 103 projects in the first way; When body 101 is stood on a supporting surface by the second face 1012, light path changes unit and is in the second state, and projecting cell 103 projects in a second manner.
Specifically, such as under the electronic equipment form of Fig. 2, when projecting cell 103 projects in the first way, light path changes unit and is not positioned in the projection path of projecting cell 103, so the projection path of projecting cell 103 is directly by launching in the optical channel on that face relative with the second face 1012, and when projecting cell 103 projects in a second manner, light path changes unit and is positioned in the projection path of projecting cell 103, change the light path of projecting cell 103, make light path by the optical channel on first surface 1011 out.
And under the form of such as electronic equipment in figure 3, when projecting cell 103 projects in the first shadow mode, light path changes unit and is not positioned in the projection path of projecting cell 103, so the projection path of projecting cell 103 is directly by the first optical channel on the 6th face 1043 of auxiliary body 104 is launched; When projecting cell 103 projects in a second manner, light path changes unit and is not positioned in the projection path of projecting cell 103, so the projection path of projecting cell 103 is by the second optical channel on the 7th face 1041 of auxiliary body 104, by on content projection second loading end to be projected, wherein, the 7th face 1041 is in same plane or relative with first surface 1011 with the one 1011 face.In the present embodiment, because the light direction of projecting cell 103 is towards the direction in the 6th face 1043, so want to project in a second manner, just need to use light path to change unit and change the light path of projecting cell 103, make light path by auxiliary body 104 with the second channel on the face on first surface 1011 identical faces or opposite face out.
Next introduce again and how to control projecting cell 103 switching between first method projection and second method projection, in practice, manual switchover and automatic switchover can be divided into.
For manual switchover, also numerous embodiments is had, such as, in one embodiment, the first light path change unit specifically comprises catoptron, revolving part, revolving part is connected with catoptron, in practice, can be stretched out by revolving part outside body 101, user can the manual rotation revolving part adjustment reflection angle of catoptron or position.
Again such as, under structure for the auxiliary body 104 in rotary connection structure 105 in figure 6 and Fig. 3, user can manual rotation auxiliary body 104, after auxiliary body 104 revolves turnback by rotary connection structure 105 along aforementioned axial direction, 6th face 1043 is in same plane (the second angle is obtuse angle) with first surface 1011, as shown in Figure 7 c; If when the second angle is acute angle, the 6th face 1043 is relative with first surface 1011, and namely the 6th face 1043 and the 3rd face 1013 are in same plane.Please also refer to shown in Fig. 8, Fig. 8 is the cut-away view of auxiliary body 104, the light path that auxiliary body 104 comprises changes unit 1044, for when projecting cell 103 projects in a second manner, change the light path of projecting cell 103, make this light path by the first optical channel on the 6th face 1043, by content projection to be projected on the second loading end.
Wherein, light path changes a unit 1044 concrete example catoptron in this way, and certainly, in other embodiments, can be also other structures, such as mirror system, the application be not construed as limiting.
When position relationship between the 7th face 1041 and first surface 1011 becomes second place relation, such as state as shown in Figure 7a, electronic equipment is also positioned on supporting surface by the 3rd face 1013 as shown in Figure 4 b, at this moment light path changes unit 1044 no longer affects projecting light path, so the light path of projecting cell 103 just passes through the first optical channel, by content projection to be projected on the first loading end along light path originally.
In practice, other manual switchover modes can also be had, will not enumerate at this.Next the situation of automatic switchover is illustrated again.
Electronic equipment also comprises: control module, is arranged in body 101, for based on trigger condition, controls projecting cell 103 and switches between first method projection and second method projection.
From trigger condition, specifically, such as electronic equipment also comprises: detecting unit, stand on a supporting surface, or body 101 stands on a supporting surface by the second face 1012 for detecting body 101 by the 3rd face 1013; Control module is specifically for standing on the trigger condition on a supporting surface by the 3rd face 1013 based on body 101, switch projecting cell 103 to project in the first way, or are the trigger conditions stood on by the second face 1012 on a supporting surface based on body 101, switch projecting cell 103 and project in a second manner.
Wherein, detecting unit concrete example in this way gravity sensor, gyroscope or other can the electronic component of attitude of detected electrons equipment.
Again such as, trigger condition is that electronic equipment receives a trigger command, and such as electronic equipment starts the application of the first kind, so just switches to and projects in the first way, if what start is the application of Second Type, so just switches to and projects in a second manner.
Again such as, electronic equipment provides one to select interface, and user can select to project in which way by this interface, and when user have selected this option, electronic equipment will receive a trigger command, and is switched to corresponding projection pattern based on this trigger command.
And from specifically how controlling the angle of projecting cell 103 switching between first method projection and second method projection, such as electronic equipment also comprises: a motor, this motor controls light path change unit according to the instruction of control module and carries out position change, such as rotate or straight-line displacement, such as, and then adjustment light path changes unit, the reflection angle of catoptron or mirror system or position.The mode that this active switches is applicable to the form of the electronic equipment in Fig. 2 and Fig. 3.
In practice, also has a kind of mode of switching, namely without any need for control or manual switchover, this depends on that light path changes the physical characteristics of unit, such as when electronic equipment is stood on supporting surface by the second face 1012, the physical characteristics that light path changes unit just changes, become the second state, can the light path of reflective projection unit 103, projecting light path is launched from being in that face conplane with first surface 1011, and when electronic equipment is positioned on supporting surface by the 3rd face 1013, the physical characteristics that light path changes unit changes again, become the first state, the light path of projecting cell 103 directly can change unit by light path, and cast out from that face relative with the second face 1012.
In above each embodiment, as shown in Figure 3, position fourth face 1014 also with the first perforate 1015, first perforate 1015 is corresponding with the position of projecting cell 103, and the projecting light path of projecting cell 103 can pass through from the first perforate 1015, arrives auxiliary body 104.
Whether conveniently manipulate electronic equipment, in one embodiment, electronic equipment also comprises: gestures detection unit, for when projecting with the either type in second method in the first way, or only when projecting in a second manner, detecting and having gesture to input; First processing unit, is arranged in body 101, and for when there being gesture to input, the input of response gesture, performs and input corresponding operation with gesture.
Whether in a first scenario, no matter be namely project in the first way or project in a second manner, gestures detection unit all can work, detect and have gesture to input, and electronic equipment also can respond the input of this gesture by the first processing unit, and performs corresponding operation.
Whether, in the latter case, only when projecting in a second manner, gestures detection unit just can work, detect and have gesture to input, or the first processing unit just can respond the input of this gesture.
In a further embodiment, the first processing unit specifically for: the input of response gesture, performs for content to be projected and inputs corresponding operation with gesture.Also namely, in the present embodiment, gesture input is only effective to project content, and directly can not affect the content of display on display unit 102.Thus, can more direct more effective operation project content.
In practice, gestures detection unit is arranged in body 101, also can be arranged in auxiliary body 104, below will be arranged in body 101 for gestures detection unit and be described.
As shown in Figure 9, projecting cell 103 is arranged in body 101, and the projection path 108 of projecting cell 103 is passed fourth face 1014, passed auxiliary body 104, by content projection to be projected on the loading end of view field.
Gestures detection unit concrete example is as comprised transmitter 106 and a receiver 107, the transmission path 109 of transmitter 106 is identical with projection path 108 with the RX path 110 of receiver 107, so regardless of under which kind of projection pattern, gestures detection unit all can detect the gesture input of user easily.Optionally, transmitter 106 and receiver 107 lay respectively at the left and right sides of projecting cell 103.In practice, transmitter 106 and receiver 107 are all by ultrared principle work.
Certainly, in other embodiments, gestures detection unit also can be other detecting unit, such as camera.
And about the relation between the content that display unit 102 shows and content to be projected, suppose the second display interface shows the first displaying contents, display unit 102 shows the second displaying contents, suppose the first display interface shows the 3rd displaying contents, so the first displaying contents can be identical with the second displaying contents, also can be different; Second displaying contents can be identical with the 3rd displaying contents, also can be different.
Specifically, the first displaying contents is identical with the second displaying contents, and namely represent that two contents are completely different, being all such as desktops of electronic equipment, is that same content shows respectively by display unit 102 and projecting cell 103.
First displaying contents is not identical with the second displaying contents, there are two kinds of situations specifically, the first: completely different, namely do not associate completely between the two, such as show a game picture on the display unit 102, first user is played games by display unit 102, and is such as a mute by the first displaying contents that projecting cell 103 projects, and the second user watches film by projected picture.
The second: both are incomplete same, such as show two windows on the display unit 102, one is PPT window, one is movie player window, but user only wants PPT window to project and to watch to other users, at this moment just can only PPT window be projected on the second loading end by projecting cell 103, such as, on supporting surface, be convenient to other users viewing.
And the first displaying contents and the 3rd displaying contents are the project content under different projection pattern, so can be the same or different, and the relation object between the first displaying contents and the 3rd displaying contents is similar to the above-mentioned description to the relation between the first displaying contents and the second displaying contents.
Following by time different with the second displaying contents for detailed description first displaying contents, mutual between the first displaying contents and the second displaying contents.
Electronic equipment also comprises: the second processing unit, for based on a trigger action, change the state of the first displaying contents, and when the state change of the first displaying contents reaches a predetermined condition, the state based on the first displaying contents after change changes the state of the second displaying contents.Illustrate with a concrete example below.
Please refer to shown in Figure 10 a, suppose that user wants the game of bowl, bowls game application so can be opened on body 101, show the part content of pin on the display unit 102, then by projecting cell 103 by bowling and content projection corresponding to bowling track on the second display interface, then user can trigger bowling along orbital motion, wherein, user triggers bowling, such as that user makes the bowls action of release, then this gesture is detected by such as aforesaid detecting unit of tidying up, just control bowling along orbital motion, namely the state of the first displaying contents changes.
When the state change of the first displaying contents reaches a predetermined condition, the state based on the first displaying contents after change changes the state of the second displaying contents.Shown in Figure 10 b, when bowling is to the end of track, the such as border of the second display interface, so at this moment, just represent that the place of pin has been arrived in bowling, and hit bowling, so just control the second displaying contents and the change of corresponding state occurs, in the present embodiment, because pin is hit in bowling, so the state of the second displaying contents with regard to falling down for pin.
These are only citing, be not limited to the present invention, in practice, can carry out alternately multiple between display unit 102 and Projection Display interface, will not enumerate at this.By the present embodiment, the function of projection increases, and man-machine interface is hommization more, and Consumer's Experience is good.
In foregoing embodiments, electronic equipment can be smart mobile phone, PDA, also can be panel computer, or other can the electronic equipment of hand-held use.
The one or more technical schemes provided in the embodiment of the present invention, at least have following technique effect or advantage:
In one embodiment of the invention, electronic equipment comprises: body; Display unit; Be arranged on the first surface of body, display unit has the first limit and the Second Edge corresponding with the first limit, and Second Edge is parallel with the first limit; Projecting cell, is arranged in the body, and projecting cell supports first method projection and second method projection; Wherein, when projecting cell projects in the first way, content to be projected is projected to the first view field corresponding with projecting cell, first loading end of the first view field forms first display interface corresponding with content to be projected, and the first display interface is positioned at the first side corresponding to the first limit of display unit; When projecting cell projects in a second manner, content to be projected is projected to the second view field corresponding with projecting cell, second loading end of the second view field forms second display interface corresponding with content to be projected, and the second display interface is positioned at the second side corresponding to the Second Edge of display unit.This shows, electronic equipment in the present embodiment has two kinds of projection patterns, and under different projection patterns, the display interface of content projection to be projected is positioned at the not homonymy of display unit, only have a kind of projection pattern so solve in prior art and cause projection mode single, the technical matters that projection angle and projection loading end are all restricted, reaches a projector equipment and has two kinds of projection patterns, add the technique effect of the application scenarios of projector equipment.
Obviously, those skilled in the art can carry out various change and modification to the present invention and not depart from the spirit and scope of the present invention.Like this, if these amendments of the present invention and modification belong within the scope of the claims in the present invention and equivalent technologies thereof, then the present invention is also intended to comprise these change and modification.
Claims (11)
1. an electronic equipment, comprising:
Body;
Display unit; Be arranged on the first surface of described body, described display unit has the first limit and the Second Edge corresponding with described first limit, and described Second Edge is parallel with described first limit;
Projecting cell, is arranged in described body, and described projecting cell supports first method projection and second method projection; Wherein, when described projecting cell is with described first method projection, content to be projected is projected to the first view field corresponding with described projecting cell, first loading end of described first view field forms first display interface corresponding with described content to be projected, and described first display interface is positioned at the first side corresponding to described first limit of described display unit;
When described projecting cell is with described second method projection, described content to be projected is projected to the second view field corresponding with described projecting cell, second loading end of described second view field forms second display interface corresponding with described content to be projected, and described second display interface is positioned at the second side corresponding to the described Second Edge of described display unit.
2. electronic equipment as claimed in claim 1, it is characterized in that, described electronic equipment also comprises:
Auxiliary body;
Rotary connection structure, for the described main body of rotatable connection and described auxiliary body, when described main body and described auxiliary body are in the first relative position, described projecting cell can project with described first method; When described main body and described auxiliary body are in second relative position different with described first relative position, described projecting cell can project with described second method.
3. electronic equipment as claimed in claim 2, it is characterized in that, described auxiliary body comprises:
Light path changes unit, for changing the projection path of described projecting cell, described projecting cell is switched between described first method projection and the projection of described second method.
4. electronic equipment as claimed in claim 1, it is characterized in that, described electronic equipment also comprises:
Light path changes unit, is arranged in described body, for changing the projection path of described projecting cell, described projecting cell is switched between described first method projection and the projection of described second method.
5. the electronic equipment as described in claim 3 or 4, is characterized in that, described body also comprises second and the 3rd, described second respectively with described first surface, described 3rd intersect, described 3rd relative with described first surface,
When described body is stood on a supporting surface by described 3rd face, described light path changes unit and is in the first state, and described projecting cell projects with described first method;
When described body is stood on a supporting surface by described second face, described light path changes unit and is in the second state, and described projecting cell projects with described second method.
6. electronic equipment as claimed in claim 1, it is characterized in that, described electronic equipment also comprises:
Control module, is arranged in described body, for based on trigger condition, controls described projecting cell and switches between described first method projection and the projection of described second method.
7. electronic equipment as claimed in claim 6, it is characterized in that, described body also comprises second and the 3rd, described second respectively with described first surface, described 3rd crossing, described 3rd relative with described first surface, described electronic equipment also comprises:
Detecting unit, stand on a supporting surface, or described body stands on a supporting surface by described second face for detecting described body by described 3rd face;
Described control module is specifically for standing on the trigger condition on a supporting surface by described 3rd face based on described body, switch described projecting cell to project with described first method, or be the trigger condition stood on by described second face on a supporting surface based on described body, switch described projecting cell and project with described second method.
8. electronic equipment as claimed in claim 1, it is characterized in that, described electronic equipment also comprises:
Whether gestures detection unit, for when projecting with the either type in described first method and described second method, or only when with described second method projection, detect and have gesture to input;
First processing unit, is arranged in described the first noumenon, for when there being gesture to input, responding the input of described gesture, performing and input corresponding operation with described gesture.
9. electronic equipment as claimed in claim 8, is characterized in that, described first processing unit specifically for: respond the input of described gesture, perform for described content to be projected and input corresponding operation with described gesture.
10. electronic equipment as claimed in claim 8, it is characterized in that, described gestures detection unit is arranged in described the first noumenon, and the light path of described gestures detection unit is identical with the projection path of described projecting cell.
11. electronic equipments as claimed in claim 1, it is characterized in that, the first displaying contents that described second display interface shows is different from the second displaying contents that described display unit shows, and described electronic equipment also comprises:
Second processing unit, for based on a trigger action, change the state of described first displaying contents, and when the state change of described first displaying contents reaches a predetermined condition, the state based on described first displaying contents after change changes the state of described second displaying contents.
Priority Applications (3)
| Application Number | Priority Date | Filing Date | Title |
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| CN201310361810.5A CN104423419B (en) | 2013-08-19 | 2013-08-19 | A kind of electronic equipment |
| US14/453,188 US9354710B2 (en) | 2013-08-09 | 2014-08-06 | Electronic device |
| DE102014111270.9A DE102014111270B4 (en) | 2013-08-09 | 2014-08-07 | Electronic device with a projection unit |
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| CN201310361810.5A CN104423419B (en) | 2013-08-19 | 2013-08-19 | A kind of electronic equipment |
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| CN104423419B CN104423419B (en) | 2018-08-31 |
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| CN106899839A (en) * | 2017-03-23 | 2017-06-27 | 联想(北京)有限公司 | A kind of projecting apparatus |
| CN109089091A (en) * | 2018-08-01 | 2018-12-25 | 联想(北京)有限公司 | A kind of projection device and its control method |
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| CN106899839A (en) * | 2017-03-23 | 2017-06-27 | 联想(北京)有限公司 | A kind of projecting apparatus |
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| CN104423419B (en) | 2018-08-31 |
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