CN103354573B - A kind of communication device and control method thereof - Google Patents
A kind of communication device and control method thereof Download PDFInfo
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- CN103354573B CN103354573B CN201310250010.6A CN201310250010A CN103354573B CN 103354573 B CN103354573 B CN 103354573B CN 201310250010 A CN201310250010 A CN 201310250010A CN 103354573 B CN103354573 B CN 103354573B
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Abstract
The invention provides a kind of communication device, comprising: processor; Transducer, is connected with this processor, for detecting the motion of this communication device and sending detection signal to this processor; Communication module, is connected with this processor; And display screen, be connected with this processor, wherein this display screen has first area, second area and the 3rd region, and this first area, second area and the 3rd region are not overlapping mutually; Wherein, when there being incoming call incoming call, button is answered in the display of this first area, and this second area display hang up button, occurs cursor in the 3rd region; When this detect this communication device carry out first time move time, this cursor remains in the 3rd region, until this communication device occur second time motion; When this communication device occur this second time move time, this cursor according to this second time motion directional selectivity to this first area or this second area motion.
Description
Technical field
The invention relates to a kind of communication device and control method thereof, especially relate to the mode of the automatic call answering of communication device.
Background technology
Existing communication device generally all comprises display screen, processor, communication module group etc.When there being incoming call incoming call, the display screen of touch communication device can showing and answer button and hang up button, after user directly goes click or slip to answer button or hang up button with finger, this incoming call incoming call is allowed to or is hung up.The limitation of this getting type is, as run into user's inconvenience manual manipulation (such as having greasy dirt or humidity etc. on hand), just cannot perform corresponding operation to this incoming call incoming call, if user's direct control, and display screen etc. of may making dirty again; In addition, along with more and more coming of screen size, user is difficult to one hand and completes and answer or hang up operation.In a word, great inconvenience is brought to the use of user.
Therefore, a kind of novel communication device of design and control method thereof is necessary, to overcome above-mentioned defect.
Summary of the invention
The object of the present invention is to provide a kind of communication device and control method thereof, with user-friendly.
For reaching above-mentioned order, the present invention first technical scheme provides a kind of communication device, comprising: processor; Transducer, is connected with this processor, for detecting the motion of this communication device and sending detection signal to this processor; Communication module, is connected with this processor; And display screen, be connected with this processor, wherein this display screen has first area, second area and the 3rd region, and this first area, second area and the 3rd region are not overlapping mutually; Wherein, when there being incoming call this communication device of incoming call, button is answered in the display of this first area, and this second area display hang up button, occurs movable cursor in the 3rd region; When this sensor detecting to this communication device carry out first time move time, this cursor remains in the 3rd region, until this sensor detecting, to this communication device, second time motion occurs, this cursor is defined as current location in residing position at the beginning of the motion of this second time occurs this communication device; When this sensor detecting to this communication device occur this second time move time, move to this first area or this second area to the directional selectivity that this cursor moves according to this second time, and when this cursor arrives this first area or second area, this processor sends the instruction this incoming call being performed to respective operations to this communication module according to the region residing for this cursor, this communication module receives and performs this instruction to connect or to hang up this incoming call.
Preferably, when the direction of this second time motion corresponds to the line direction of this current location and this first area, this cursor moves to this first area, and when cursor arrives this first area, this processor sends the instruction of connecting this incoming call to this communication module; When the direction of this second time motion corresponds to the line direction of this current location and this second area, this cursor moves to this second area, and when cursor arrives this second area, this processor sends the instruction hanging up this incoming call to this communication module.
Preferably, this transducer to move the parameter value produced for detecting this communication device, this processor is used for this parameter value to compare with preset value, and when this parameter value is greater than preset value, define this communication device and there occurs the motion of this first time, wherein this parameter value is accekeration or frequency values or range value.
Preferably, when sensor detecting to communication device occur that first time motion and second time move interval greater than the default time interval time, processor just allows this cursor to enter first area or second area.
Preferably, when sensor detecting to this communication device carry out first time move time, the position of this cursor remains unchanged, and is shown in the 3rd region highlightedly.
Preferably, when the position of cursor is positioned at first area, the instruction that processor sends to communication module corresponds to trigger, and first area answers button; When the position of this cursor is positioned at this second area, the instruction that this processor sends to this communication module corresponds to this hang up button triggered on this second area.
Preferably, this cursor carries out along projected path from this current location to the motion of this first area or this second area.
Preferably, processor, according to the coordinate of cursor present position, compares with the coordinate range of first area, second area, judges the region residing for this cursor.Or, the communication device direction of motion that processor arrives according to sensor detecting, with cursor current location towards first area, the angular range of second area compares, and judges the region residing for this cursor.
Second technical scheme of the present invention provides a kind of control method of communication device, wherein this communication device has processor, display screen, wherein on display screen, definition has first area, second area and the 3rd region, this first area, second area and the 3rd region are not overlapping mutually, this control method comprises the following steps: step S1, when having detected incoming call this communication device of incoming call, the first area display on display screen has been answered in button, second area display hang up button, the 3rd region and has been occurred movable cursor; Step S2, when detecting this communication device and occurring to move for the first time, this cursor remains in the 3rd region, until detect this communication device second time motion occurs, this cursor is defined as current location in residing position at the beginning of the motion of this second time occurs this communication device; Step S3, when detecting communication device and occurring to move for the second time, move to this first area or this second area to the directional selectivity that this cursor moves according to this second time, and when this cursor arrives this first area or second area, according to the region residing for this cursor to connect or to hang up this incoming call.
Preferably, in step S3, if when the direction of this second time motion corresponds to the line direction of this current location and this first area, then this cursor moves to first area, and when cursor arrives this first area, connects this incoming call; If when the direction of this second time motion corresponds to the line direction of this current location and this second area, then this cursor moves to second area, and when cursor arrives this second area, hangs up this incoming call.
Preferably, comprise in taking a step forward of step S2 the condition that first time motion occurs this communication device of setting; When this communication device move the parameter value that produces meet this condition time, be considered as this communication device and there occurs first time motion, wherein this parameter value is accekeration or frequency values or range value.
Preferably, before step S2, also comprise the time interval of presetting detecting this first time motion and moving with this second time of detecting; In step s3, there is first time motion when detecting this communication device, and after this time interval of presetting, just start to detect this communication device and whether second time motion occurs.
Compared with prior art, communication device of the present invention and control method thereof, when having detected incoming call this communication device of incoming call, button is answered in the first area display be convenient on display screen, second area display hang up button, 3rd region display highlighting, then detect this communication device and whether first time motion and second time motion successively occur, and twice motor message according to this communication device detected makes this cursor perform corresponding operation, wherein to should communication device first time motion, this cursor is in the state of being triggered and is movablely held in the generation until this second time is moved in the 3rd region, and to should communication device second time motion, this cursor optionally moves to first area and second area and stops when arriving this first area or this second area, further, this processor assigns according to the final residing region of this cursor the instruction connecting or hang up this incoming call to communication module, thus make this communication device connect this incoming call or hang up this incoming call, be reached through and make communication device twice motion occur to the object that gives a response of incoming call incoming call.By the present invention, by the motion manifesting to come corresponding communication device of cursor, make man-machine interface more directly perceived; Secondly, the effect preventing user misoperation is played by the detecting of repeatedly moving; And one-handed performance can be realized connect or the object of hanging up calling.
Below in conjunction with the drawings and specific embodiments, the invention will be further described.
Accompanying drawing explanation
Fig. 1 is the modular structure schematic diagram of a kind of communication device of the present invention.
Fig. 2 is the schematic diagram of the display screen of the communication device shown in Fig. 1.
The schematic diagram of the display screen that Fig. 3 is the communication device shown in Fig. 2 when there being incoming call incoming call.
Fig. 4 is the schematic diagram of display screen when the communication device shown in Fig. 3 occurs to move for the first time.
Fig. 5 is the first situation schematic diagram of the display screen when communication device generation second time shown in Fig. 4 is moved.
Fig. 6 is the second situation schematic diagram of the display screen when communication device generation second time shown in Fig. 4 is moved.
The second time direction of motion schematic diagram that Fig. 7 occurs for the communication device shown in Fig. 5.
Another embodiment schematic diagram of the second time direction of motion that Fig. 8 occurs for the communication device shown in Fig. 5
Fig. 9 is the schematic diagram of another embodiment of communication device of the present invention.
Figure 10 is the schematic diagram of the display screen shown in Fig. 9 when there being incoming call incoming call.
Figure 11 is the schematic diagram of display screen when the communication device shown in Figure 10 occurs to move for the first time.
Figure 12 is the first situation schematic diagram of the display screen when communication device generation second time shown in Figure 11 is moved.
Figure 13 is the second situation schematic diagram of the display screen when communication device generation second time shown in Figure 11 is moved.
Figure 14 is the schematic flow sheet of the control method of a kind of communication device of the present invention.
Embodiment
For making there is further understanding to object of the present invention, structure, feature and function thereof, embodiment is hereby coordinated to be described in detail as follows.
With reference to shown in Fig. 1, it is the module diagram of a kind of communication device of the present invention.Communication device 100 of the present invention comprises processor 1, transducer 2, display screen 3 and communication module 4, and wherein transducer 2, display screen 3 are all connected with processor 1 with communication module 4.
Transducer 2 can be gravity sensor or direction sensor or acceleration transducer, for detecting the motion of communication device 100 and the movable information (directional information, strength information etc. including but not limited to motion) of this communication device 100 detected being sent to processor 1.In practical application, this transducer 2 can be used for detecting the parameter values such as accekeration, frequency values or range value when this communication device 100 moves and this parameter value being sent to this processor 1, and this processor 1 is for comparing foregoing parameter values (or combination of these parameter values) with preset value, and when parameter value is greater than preset value, define this communication device 100 to there occurs and once move, so the inertia motion of communication device 100 or the motion of non-subjectivity can distinguishs with the active movement of communication device 100 and come, prevent mistake detecting situation.Such as, when this communication device 100 is placed in user's pocket, perhaps can along with the walking of user, this communication device 100 also can move thereupon, if so different preset value compares, then may detect this communication device to occur once to move by mistake, thus cause unexpected to answer or the instruction of hanging up calling performs.Wherein, can be preset by system also can by user's sets itself for this preset value.
Please refer to shown in Fig. 2, disclose each Regional Distribution situation of this display screen 3.Display screen 3 has first area 31, second area 32, the 3rd region 33, wherein this first area 31, this second area 32, the 3rd region mutual not overlapping 33, and this first area 31 and this second area 32 are in being transversely arranged in a linear.
Wherein, as shown in Figure 3, when have incoming call this communication device 100 of incoming call time, this display screen 3 first area 31 display answer button 5, second area 32 shows hang up button 6, the 3rd region 33 display highlighting 7, wherein this cursor 7 is positioned at the initial point A0 in the 3rd region 33, and this cursor 7 is movable; This answers the incoming call answering function that button 5 corresponds to this communication module 4, and this hang up button 6 corresponds to the hanging up calling function of this communication module 4.Then, whether this transducer 2 can there is first time motion by this communication device 100 of detecting further.
After this transducer 2 detects this communication device 100 generation first time motion, this cursor 7 remains in the 3rd region 33, occurs to move for the second time until this transducer 2 detects this communication device 100.Also namely before this communication device 100 occurs to this communication device 100, second time motion to occur after first time motion, this cursor 7 is all in the 3rd region 33, namely this first area 31 and this second area can not be entered, to guarantee that this cursor 7 can not trigger this push button 5 being positioned at this first area 31 and this hang up button 6 being positioned at this second area.
For ease of describing, it is the T0 moment by the moment definition of this this communication device 100 of incoming call incoming call in the present invention, this transducer 2 is detected this communication device 100 occur first time motion moment definition be the T1 moment, this transducer 2 is detected this communication device 100 occur second time motion moment definition be the T2 moment, the time period in T1 to T2 moment was defined as the first period, and the position that this cursor 7 is residing at the beginning of the T2 moment is defined as current location.
Within this first period, this cursor 7 all the time removable mistake be in the 3rd region 33, namely can not enter this first area 31 or this second area 32.In addition, when this cursor 7 is in this first period, the position of this cursor 7 is for the position in T0 moment and initial point A0, can identical also can be different, if when wherein the position of this cursor 7 remains at this initial point A0, then preferably, this cursor 7 highlights with reminding user, this highlights the brightness that can be this cursor 7 and strengthens, flicker occurs, color change, change of shading etc., in addition, if the position of this cursor 7 changes relative to this initial point A0, then be easy to be substantially undetectable by the user, be easy to the effect playing reminding user, certainly, also add by position change the mode highlighted in actual applications and carry out reminding user.Can refer to shown in Fig. 4, when this transducer 2 detect this communication device 100 occur this first time move time, in also i.e. T1 moment, this cursor 7 moves to first A1 from initial point A0, this initial point A0 and first A1 is all positioned at the 3rd region 33, and also namely this current location is first A1.Therefore, because of the difference of first A1 and initial point A0 position, learn easily from this display screen 3, the position of this cursor 7 changes, and namely this cursor 7 is triggered, and reaches the object of reminding user.
Further, when the T2 moment, namely this transducer 2 detects this communication device 100 and this second time occurs when moving, move to this first area 31 or this second area 32 to the directional selectivity that this cursor 7 moves according to this second time, and when this cursor 7 arrives this first area 31 or second area 32, this processor 1 sends the instruction this incoming call being performed to respective operations to this communication module 4 according to the region residing for this cursor 7, this communication module 4 receives and performs this instruction to connect or to hang up this incoming call.
Particularly, with reference to shown in Fig. 5, when the direction of this second time motion corresponds to the line direction E1 of this current location A1 and this first area 31, this cursor 7 moves to this first area 31, and when this cursor 7 arrives this first area 31, this processor 1 sends to this communication module 4 and connects the instruction of this incoming call, and this communication module 4 receives this instruction and perform this instruction, connects this incoming call.In other words, namely this cursor 7 arrives this first area 31 and is equivalent to trigger the push button 5 in this first area 31, this processor 1 detects this push button 5 when being triggered, the instruction of connecting this incoming call is sent to this communication module 4, communication module 4 receives and performs this instruction, make this communicator 100 enter the talking state with this incoming call, reach predetermined object.
Further, with reference to shown in Fig. 6, when the direction of this second time motion corresponds to the line direction E2 of this current location A1 and this second area 32, this cursor 7 moves to second area 32, and when this cursor 7 arrives this second area 32, this processor 1 sends the instruction hanging up this incoming call to this communication module 4, this communication module 4 receives this instruction and performs this instruction, hangs up this incoming call.In other words, this cursor 7 arrives this second area 32 when the hang up button 6 in this second area 32 of triggering, and this processor 1 detects this hang up button 6 when being triggered, the instruction hanging up this incoming call is sent to this communication module 4, communication module 4 receives and performs this instruction, make this communicator 100 directly disconnect this incoming call, reach predetermined object.
Explanation is needed at this, the direction of this second time motion above-mentioned corresponds to the line direction E1 of this current location A1 and this first area 31, can be that the direction that second time is moved overlaps completely with this line direction E1, also can not exclusively overlap, also can there be certain deviation in the direction of i.e. this second time motion with this line direction E1, and this deviation can be preset by system; And the direction of this second time motion above-mentioned corresponds to the line direction E2 of this current location A1 and this second area 32, can be the direction of second time motion and overlapping completely of this line direction E2, also can not exclusively overlap, also can there be certain deviation in the direction of i.e. this second time motion with this line direction E2, and this deviation can also be preset by system.As long as and detect the second time direction of motion of this communication device 100 and this detecting information be sent to this processor 1 when this transducer 2, this processor 1, by after this detecting information and the bias direction pre-set being compared, sends instruction to first area or second area movement according to comparing result to this cursor 7.Shown in Fig. 7, citing describes the direction of this second time motion and the corresponding situation of this line direction E1.Shown in Fig. 7, definition has three reference coordinate axles and X-axis, Y-axis, Z axis, in T2 moment communication device 100 display screen 3 residing for plane parallel in datum level XY, the line of this current location A1 and this first area 31 is E1, definable when transducer 2 detect this second time motion direction in datum level XY and contrary with X-coordinate axle time (in Fig. 7 direction shown in F10), the direction of this second time motion is corresponding with the line direction E1 of this current location A1 and this first area 31, namely the actual detecting second time direction of motion and this line direction E1 have certain differential seat angle, in the case, this cursor 7 moves to this first area 31.Above-mentioned Fig. 7 is exemplified as the situation that this communication device 100 moves horizontally in datum level XY, certainly, also the line direction E1 of this current location A1 and this first area 31 is corresponded to when the direction of rotation of this communication device 100 of definable in datum level XY is counterclockwise, the line direction E2 of this current location A1 and this second area 32 is corresponded to when the direction of rotation of this communication device 100 in datum level XY is clockwise, and according to the use habit of user, the angle of above-mentioned rotation is acute angle.Such as with reference to shown in Fig. 8, describe the situation that the line direction E1 of this second time direction of motion and this current location A1 and this first area 31 is corresponding, it is primary importance (as shown by the solid line) that this position residing for communication device 100 before the motion of this second time wherein occurs, now the direction of the bottom 35 of this communication device 100 is identical with X-coordinate direction of principal axis, and (motion of this second time is namely there is) after this communication device 100 rotates G1 angle with counter clockwise direction H1 in datum level XY, this communication device 100 rotates to the second place (position residing for dotted line), now the direction of the bottom 35 ' of this communication device and the axial angle of X-coordinate are G1, also namely rotate before this communication device 100 bottom 35 with rotation after this communication device 100 ' bottom 35 ' between angle be G1.In addition, known by the present embodiment, this processor comes optionally to send the instruction to this first area or this second area movement to this cursor by the direction of the angle according to the rotation in the datum plane of this communication device, achieves the goal.In addition, in above-described embodiment, but this second time is also moved is that axle center rotates with Y-axis, definable is when the display surface of this communication device and the axial angle of this X-coordinate are 0 degree to 180 degree (not comprising 0 degree and 180 degree), and the second time direction of motion of this communication device is corresponding with the line direction E2 of this current location A1 and this second area 32; Definable is when the display surface of this communication device and the rightabout angle of this X-coordinate axle are 0 degree to 180 degree, the second time direction of motion of this communication device is corresponding with the line direction E1 of this current location A1 and this first area 31, also can reach effect same as the previously described embodiments.
In addition, for further preventing from the accidental movement of this communication device 100 to detect mistakenly into the motion of this second time, also the time interval of this first time motion predeterminable and this second time motion, and this transducer 2 detects this communication device 100 and first time motion occurs and after this time interval of presetting, just start to detect this communication device 100 and whether second time occurs move.Wherein, this time interval of presetting can by system sets itself, such as, can be 1 second to 5 seconds.The accidental movement of this communication device 100 can be the common inertia homing action (causing because of the custom of user) along with the motion of this first time, and inertia homing action is usual and time interval of this first time motion is shorter, and its direction of moving is usually different.By implementing the present embodiment, the accidental movement of this communication device (such as inertia reseting movement) can be come with this second time motion difference, prevent due to the mistake detecting of transducer 2 and the inertia homing action with the motion of this first time be used as second time action, the error handle to this incoming call caused, such as mistake answer or hang up.In addition, also can give user sufficient think time, select connecting incoming call to cross hanging up calling, reduce error.
In addition, preferably, for further user-friendly, this cursor can be arranged to carry out along projected path from this current location to the movement of this first area or this second area.Such as with reference to shown in Fig. 5, the first track D1 is preset with between this current location A1 and this first area 31, this first track D1 is positioned on the line direction E1 of this current location A1 and this first area 31, when the T2 moment, this transducer 2 detects this communication device 100 and this second time occurs when moving, as long as the direction of this second time motion is corresponding with the line direction E1 of this first area 31 with this current location A1, no matter the direction of then this second time motion, this cursor 7 all moves to this first area 31 along this first track D1 from this current location A1; With reference to shown in Fig. 6, the second track D2 is preset with between this current location A1 and this second area 32, this second track D2 is positioned on the line direction E2 of this current location A1 and this second area 32, when the T2 moment, this transducer 2 detects this communication device 100 and this second time occurs when moving, as long as the direction of this second time motion is corresponding with the line direction E2 of this second area 32 with this current location A1, no matter the direction of then this second time motion, this cursor 7 all moves to this second area 32 along this second track D2 from this current location A1.By implementing the present embodiment, the use of user can be made convenient, avoid the random movement of the cursor caused because of the difference of the communication device direction of motion, thus make man-machine interaction interface more friendly.
Above-mentioned Fig. 2 is to Figure 7 shows that this first area and this second area are in laterally aligned situation, certainly, also can be designed to the straight situation of longitudinal arrangement, also can reach the effect identical with above-described embodiment.As shown in reference to Fig. 9, for another embodiment of communication device of the present invention, in the present embodiment, first area 31 and second area 32 are in longitudinal arrangement in line, wherein this first area 31 is positioned at the top of this second area 32, and in display screen 3, this first area 31 is the 3rd region 33 with the region outside this second area 32.In the present embodiment, when there being incoming call this communication device 100 of incoming call, as shown in Figure 10, this first area 31 shows push button 5, this second area 32 shows hang up button 6, and the 3rd region 33 shows this cursor 7, and wherein this cursor 7 is movably located on the initial point A0 in the 3rd region 33; Then, when transducer 2 detect this communication device 100 occur first time motion up to this transducer 2 detect this communication device 100 occur second time motion moment, the display of this cursor 7 or the change of position same as the previously described embodiments, do not repeat them here; When transducer 2 detect this communication device 100 occur this second time move time, move to this first area or this second area to the directional selectivity that this cursor 7 moves according to this second time, and when this cursor 7 arrives this first area or this second area, this processor 1 sends the instruction this incoming call being performed to respective operations to this communication module 7 according to the region residing for this cursor, this communication module 7 receives and performs this instruction to connect or to hang up this incoming call.Following will in conjunction with Figure 11 to Figure 13, generation that this second time moves is corresponded to this cursor 7 and the movement carried out is described in detail.
Figure 11 shows that this transducer 2 detect this communication device 100 occur second time move initial time, in figure, this current location residing for cursor 7 is first A1.Further as shown in figure 12, when the direction of this second time motion corresponds to the line E3 of this first A1 and this first area 31, this cursor 7 moves to first area 31, and when this cursor 7 arrives this first area 31, this processor 1 sends the instruction of connecting this incoming call to this communication module 4, and this communication module 4 receives this instruction and perform this instruction, this communication module 4 connects this incoming call, namely this cursor 7 arrives this first area 31 and is equivalent to trigger the push button 5 in this first area 31, this processor 1 detects this push button 5 when being triggered, the instruction of connecting this incoming call is sent to this communication module 4, communication module 4 receives and performs this instruction, this communicator 100 is made to enter the talking state with this incoming call, reach predetermined object.Preferably, because of being directed upwardly (shown in Figure 12) of line E3 of this first A1 and this first area 31, therefore, can set when the direction of this second time motion is as upwards (the E3 direction shown in Figure 12), this cursor 7 moves to this first area 31 and arrives this first area 31, and when this cursor 7 arrives this first area 31, this processor 1 sends the instruction of connecting this incoming call to this communication module 4.Simultaneously, because of the line E4 of this first A1 and this second area 32 direction down (shown in Figure 13), therefore, can set when the direction of this second time motion is as down time (the F4 direction shown in Figure 13), this cursor 7 moves to this second area 32 and arrives this second area 31, and when this cursor 7 arrives this second area 32, this processor 1 sends the instruction hanging up this incoming call to this communication module 4.Thus, in the present embodiment, as long as this cursor 7 is activated (can be realized by the first time motion of this communication device), and then moved upward by this communication device 100, the object connecting phone can be realized; As long as and this cursor 7 is activated (can be realized by the motion of first time of this communication device), and then to be moved downward by this communication device 100, can realize hanging up the telephone.Therefore, inertia action (being moved upward by communication device 100) when user can be received calls and the inertia action (being moved downward by communication device 100) of hanging up the telephone are mapped with the second time motion of this communication device 100, user-friendly, in other words, first time motion (shake is there is in user by making this communication device 100, rock or whipping communication device 100) and this cursor 7 is triggered time, then the action moved to by this communication device 100 in one's ear is directly done, reach the dual purpose making communication device realize connecting incoming call and talk with incoming call.Same, when this cursor 7 is triggered, then directly this communication device 100 is placed desktop (being equivalent to this communication device 100 move downward), reach hanging up calling and place the dual purpose of communication device.
Certainly, also the arrangement situation (no matter vertical or horizontal) of this first area and this second area can not be considered, but directly arrange after this cursor 7 is triggered, if this second time direction of motion of this communication device 100 is upwards, this cursor 7 moves to first area and arrives this first area, connect this incoming call, or after this cursor 7 be set be triggered, when this second time direction of motion of this communication device 100 is downward, this cursor 7 moves to second area and arrives this second area, realizes the object hanging up this incoming call.By the present embodiment, the object be user-friendly to all can be reached.
For strengthening display effect, the cursor that screen shows can similarly be a spheroid rolled, and moves under gravity along screen surface, or similar is a bubble suspended, and moves, promote Consumer's Experience with this under buoyancy along screen surface.It should be noted that, cursor can connect phone when moving in first area, and hangs up the telephone when moving in second area, but also can in contrast, and the present invention is not as limit.
In actual applications, processor 1 according to the coordinate of cursor position, can compare with the coordinate range of first area, second area on display screen 3, first judge the region that cursor enters, then communication control module 4 performs corresponding operation.The communication device direction of motion (being equivalent to acquisition one angle coordinate) that processor 1 also can detect according to transducer 2, compare towards the angular range of first area, second area on display screen 3 with cursor current location, judge the region that cursor will enter, and directly communication control module performs corresponding operation.
With reference to shown in Figure 14, it is the flow chart of the control method of a kind of communication device 100 of the present invention second technical scheme.For ease of describing, below in conjunction with the communication device 100 shown in Fig. 1 to 13, the control method of a kind of communication device 100 of the present invention is further described.This communication device 100 has processor 1, transducer 2, display screen 3 and communication module 4, wherein on display screen 3, definition has first area 31, second area 32 and the 3rd region 33, this first area 31, second area 32 and the 3rd region 33 are not overlapping mutually, and this control method comprises the following steps:
Step S1, when having detected incoming call this communication device 100 of incoming call, on display screen 3 button 5 is answered in first area 31 display, second area 32 shows hang up button 6, show movable cursor 7 in the 3rd region 33, then carry out step S2.This step S1 can refer to shown in Fig. 3, when having detected incoming call this communication device 100 of incoming call, on display screen 3 button 5 is answered in first area 31 display, second area 32 shows hang up button 6, show movable cursor 7 in the 3rd region 33, wherein this cursor 7 is positioned at the initial point A0 in the 3rd region 33.
Step S2, when detecting this communication device 100 and occurring to move for the first time, this cursor 7 remains in the 3rd region 33, until detect this communication device 100 second time motion occurs, this cursor 7 is defined as current location in residing position at the beginning of the motion of this second time occurs this communication device 100.Wherein, in step S2, the position of this cursor 7 is for the position (initial point A0) in step S1, can identical can also be different, namely this current location can overlap with this initial point A0, can not also overlap, as shown in Figure 4, the current location of this cursor 7 is first A1, and this first A1 and this initial point A0 is in the diverse location in the 3rd region 33 of this display screen 3.
Preferably, comprise in taking a step forward of this step S2 the condition that first time motion occurs this communication device 100 of setting, namely set preset value; When this communication device move the parameter value that produces be greater than this condition (preset value) time, be considered as this communication device and there occurs first time motion, wherein this parameter value is accekeration or frequency values or range value, and this parameter value can be detected by this transducer 2 and be sent to this processor.The effect of the present embodiment is the first time of " really " motion and the first time of "false" to move to distinguish out, wherein the first time motion of "false" can be rocking of occurring when this communication device 100 is placed in the pocket of user, check and the motion etc. of communication device that causes because user picks up communication device when there being incoming call incoming call, if and the motion that the communication device 100 that the transducer 2 received detects occurs by processor 1 is without judgement, all will affect the follow-up process of processor 1 greatly as " first time motion ", there will be the situation of distortion, and even make the communication module 4 of this communication device 100 to the operation of incoming call execution error.
Step S3, when detecting communication device and occurring to move for the second time, move to this first area or this second area to the directional selectivity that this cursor moves according to this second time, and when this cursor arrives this first area or second area, according to the region residing for this cursor to connect or to hang up this incoming call.
Preferably, in step S3, if when the direction of this second time motion corresponds to the line direction of this current location and this first area, then perform step S31: this cursor moves to first area, and when this cursor arrives this first area, connects this incoming call.Such as can refer to shown in Fig. 5, if when the direction of this second time motion corresponds to the line direction E1 of this current location A1 and this first area 31, stop when this cursor 7 moves to first area 31 and arrives this first area 31, and when this cursor 7 arrives this first area 31, this processor 1 sends the instruction of connecting this incoming call to communication module 4, this communication module 4 receives and performs this instruction, connects this incoming call, makes this communication device 100 enter on-state with this incoming call.In addition, the corresponding situation of direction and this current location of this second time motion and the line direction of this first area, specifically can refer to the description in the present invention first technical scheme communication device, does not repeat them here.
In step S3, if when the direction of this second time motion corresponds to the line direction of this current location and this second area, then perform step S32: this cursor moves to second area, and when cursor arrives this second area, hangs up this incoming call.Such as can refer to shown in Fig. 6, if when the direction of this second time motion corresponds to the line direction E2 of this current location A1 and this second area 32, this cursor 7 moves to second area 32 and stops in time arriving this second area 32, and when this cursor 7 arrives this second area 32, this processor 1 sends the instruction hanging up this incoming call to communication module 4, this communication module 4 receives and performs this instruction, hangs up this incoming call, makes this communication device 100 enter with this incoming call the state of hanging up.In addition, the corresponding situation of direction and this current location of this second time motion and the line direction of this second area, specifically can refer to the description in the present invention first technical scheme communication device, does not repeat them here.
In addition, preferably, for ensureing the validity of the second time motion of this communication device 100 detected further, before step S2, the time interval of presetting detecting this first time motion and moving with this second time of detecting is also comprised; And in step s3, when detecting this communication device, first time motion occurs, and after this time interval of presetting, just start to detect this communication device and whether second time motion occurs.Such as, the motion of this communication device is normally because the operation of user produces, and the operation of user generally includes main operation and inertia reset operation, and the motion of communication device synchronous therewith also can comprise main motion and inertia reseting movement (main motion will be extremely short with the time interval of inertia reseting movement), correspondingly, this transducer also can detect this communication device and there occurs twice motion and the information of this twice detecting is sent to processor 1, if and do not set interval, then this also can be judged as twice motion by processor, namely this first time that corresponds to of mistake moves and the motion of this second time, so will this processor be further caused to send the instruction of mistake to this communication module 4, cause this incoming call of process of this communication module 4 mistake.So, by the time interval (can be 1 second to 5 seconds) of presetting, then the inertia reseting movement of an adjoint main motion and adjacent main motion next time can be differentiated, also, namely after this first time motion occurs, this second time motion (causing because of the main operation of user) can be judged accurately; In addition, also can give user sufficient think time, select connecting incoming call to cross hanging up calling, reduce error.In addition, generally, the main motion that communication device occurs is defined as there occurs and once moves, and the difference of main motion and the reset inertia motion with main motion, distinguished by its inertia time interval, the amplitude of motion, the size etc. of acceleration, this is that those skilled in the art is known, does not repeat them here.
The present invention is described by above-mentioned related embodiment, but above-described embodiment is only enforcement example of the present invention.Must it is noted that the embodiment disclosed limit the scope of the invention.On the contrary, change done without departing from the spirit and scope of the present invention and retouching, all belong to scope of patent protection of the present invention.
Claims (10)
1. a communication device, is characterized in that, comprising:
Processor;
Transducer, is connected with this processor, for detecting the motion of this communication device and sending detection signal to this processor;
Communication module, is connected with this processor; And
Display screen, is connected with this processor, and wherein this display screen has first area, second area and the 3rd region, and this first area, second area and the 3rd region are not overlapping mutually;
Wherein, when there being incoming call this communication device of incoming call, button is answered in the display of this first area, and this second area display hang up button, occurs movable cursor in the 3rd region;
When this sensor detecting to this communication device carry out first time move time, this cursor remains in the 3rd region, until this sensor detecting, to this communication device, second time motion occurs, this cursor is defined as current location in residing position at the beginning of the motion of this second time occurs this communication device; This transducer to move the parameter value produced for detecting this communication device, this processor is used for this parameter value to compare with preset value, and when this parameter value is greater than preset value, define this communication device and there occurs the motion of this first time, wherein this parameter value is accekeration or frequency values or range value;
When this sensor detecting to this communication device occur this second time move time, move to this first area or this second area to the directional selectivity that this cursor moves according to this second time, and when this cursor arrives this first area or second area, this processor sends the instruction this incoming call being performed to respective operations to this communication module according to the region residing for this cursor, this communication module receives and performs this instruction to connect or to hang up this incoming call.
2. communication device as claimed in claim 1, it is characterized in that, when the direction of this second time motion corresponds to the line direction of this current location and this first area, this cursor moves to this first area, and when cursor arrives this first area, this processor sends the instruction of connecting this incoming call to this communication module; When the direction of this second time motion corresponds to the line direction of this current location and this second area, this cursor moves to this second area, and when cursor arrives this second area, this processor sends the instruction hanging up this incoming call to this communication module.
3. communication device as claimed in claim 1, it is characterized in that, when this sensor detecting to this communication device occur that first time motion and second time move interval greater than the default time interval time, this processor just allows this cursor to enter this first area or this second area.
4. communication device as claimed in claim 1, is characterized in that, when sensor detecting to this communication device carry out first time move time, the position of this cursor remains unchanged, and is shown in the 3rd region highlightedly.
5. communication device as claimed in claim 1, is characterized in that, when the position of this cursor is positioned at this first area, the instruction that this processor sends to this communication module answers button corresponding to this on this first area of triggering; When the position of this cursor is positioned at this second area, the instruction that this processor sends to this communication module corresponds to this hang up button triggered on this second area.
6. communication device as claimed in claim 1, it is characterized in that, this cursor carries out along projected path from this current location to the motion of this first area or this second area.
7. communication device as claimed in claim 1, it is characterized in that, this processor, according to the coordinate of this cursor present position, compares with the coordinate range of this first area, this second area, judges the region residing for this cursor; Or the communication device direction of motion that this processor arrives according to this sensor detecting, compares with the angular range of this current location towards this first area, this second area, judges the region residing for this cursor.
8. the control method of a communication device, wherein this communication device has processor, display screen, wherein on display screen, definition has first area, second area and the 3rd region, this first area, second area and the 3rd region are not overlapping mutually, it is characterized in that, this control method comprises the following steps:
Step S1, when having detected incoming call this communication device of incoming call, the first area display on display screen has been answered in button, second area display hang up button, the 3rd region and has been occurred movable cursor;
Step S2, when detecting this communication device and occurring to move for the first time, this cursor remains in the 3rd region, until detect this communication device second time motion occurs, this cursor is defined as current location in residing position at the beginning of the motion of this second time occurs this communication device;
Step S3, when detecting communication device and occurring to move for the second time, move to this first area or this second area to the directional selectivity that this cursor moves according to this second time, and when this cursor arrives this first area or second area, according to the region residing for this cursor to connect or to hang up this incoming call;
Wherein, comprise in taking a step forward of step S2 the condition that the motion of this first time occurs this communication device of setting; When this communication device move the parameter value that produces meet this condition time, be considered as this communication device and there occurs the motion of this first time, wherein this parameter value is accekeration or frequency values or range value.
9. control method as claimed in claim 8, is characterized in that, in step S3, if when the direction of this second time motion corresponds to the line direction of this current location and this first area, then this cursor moves to first area, and when cursor arrives this first area, connects this incoming call; If when the direction of this second time motion corresponds to the line direction of this current location and this second area, then this cursor moves to second area, and when cursor arrives this second area, hangs up this incoming call.
10. control method as claimed in claim 8, is characterized in that, before step S2, also comprises the time interval of presetting detecting this first time motion and moving with this second time of detecting; In step s3, there is first time motion when detecting this communication device, and after this time interval of presetting, just start to detect this communication device and whether second time motion occurs.
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| CN104065809A (en) * | 2014-01-16 | 2014-09-24 | 苏州天鸣信息科技有限公司 | Mobile phone for realizing operation function based on displacement direction and speed and method thereof |
| CN104144257B (en) * | 2014-07-24 | 2017-04-12 | 观致汽车有限公司 | Vehicle communication interactive system and method |
| CN105511771A (en) * | 2014-09-22 | 2016-04-20 | 宇龙计算机通信科技(深圳)有限公司 | Shortcut operation method, device and terminal |
| CN105204713B (en) * | 2015-08-31 | 2019-07-05 | 小米科技有限责任公司 | Incoming call response method and device |
| CN108279842A (en) * | 2018-01-10 | 2018-07-13 | 维沃移动通信有限公司 | A kind of function controlling method, function controlling device and terminal device |
| CN111541812B (en) * | 2020-03-27 | 2021-06-08 | 华为技术有限公司 | Call processing method, device, equipment and storage medium based on motion |
| CN114866641B (en) * | 2022-07-07 | 2022-11-11 | 荣耀终端有限公司 | Icon processing method, terminal equipment and storage medium |
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