TW200930019A - Auto answer method of mobile phone device and device using the same - Google Patents

Abstract

An auto answer method of a mobile phone device and a device using the same are provided. The auto answer method of the mobile phone device comprises the following steps. First, an incoming signal of a communication by telephone is received. Then, whether an environment luminosity of the mobile phone device is greater than a threshold limit value is determined. If the environment luminosity of the mobile phone device is greater than the threshold limit value, then a variation of the environment luminosity of the mobile phone device is determined continuously. While the environment luminosity of the mobile phone device is changed to be smaller than a standard value, then the communication by telephone is auto answered. If the environment luminosity of the mobile phone device is smaller than the threshold limit value, then a variation of a gravity state of the mobile phone device is determined continuously. While the gravity state of the mobile phone device is changed to be near a vertical state, then the communication by telephone is auto answered.

Description

iOPA 200930019 IX. Description of the invention: [Technical field to which the invention belongs] This issue is based on the MS-age pure-south and its application, and the special county Gulang recognizes that the guest has special information about the automatic answering and white movement. Hang up call answering method and device for applying the same. [Previous technology] Single electronic products have become the technological manipulation of the world's top planning era in recent years. It also seems to mean that "expendable electronic products often meet the user's human needs", that is, "easy to use" Usability. In the field of swaying communication devices, the automatic answering function is the basic function of each mobile communication. However, the current hand-held mobile phone is automatic, and the earphones are mostly connected to the earphones or used. When you pick up the phone cover of the clamshell phone, you will have the function of automatic answering. Also, ❹ the traditional automatic answering function does not automatically hang up, the user must press the button to end the call. How to make the control of the automatic answering function easier and conform to the user's habits, so that the use can be more humanized, these are the directions that must be researched and developed. The present invention relates to a call answering method for a mobile communication device and a device for applying the same, through a light sensor (Light Sensor) and a weight 6; 0ΡΑ 200930019 force sensor (Gravity Sens or ) In combination with the mobile communication device, 'this detection does not need to perform automatic answering or automatic hanging function' to improve user convenience.

According to a first aspect of the present invention, a method of answering a call of a mobile communication device is provided, the method comprising the following steps. First, 'receive a call notification for a call. Next, it is detected whether the ambient luminosity of the mobile communication device is greater than a critical value. If yes, continuously detecting the change of the ambient luminosity of the mobile communication device. 'When the ambient luminosity of the mobile communication device is changed to less than a standard value, the call is automatically connected; if not, the state of the mobile communication device is continuously detected. When the state of the mobile communication device is changed to an approximately upright state, the call is automatically turned on. According to a second aspect of the present invention, a method of answering a call of a mobile communication device is provided, the method comprising the following steps. First, receive an incoming call notification for a call. Next, it is detected whether the ambient luminosity of the mobile communication device is greater than a critical value. If so, the change in ambient luminosity of the mobile communication device is continuously detected. When the ambient luminosity of the mobile communication device is changed to less than a standard value, the call is automatically turned on. Then, the ambient luminosity change of the mobile communication device is continuously measured. When the Wei luminosity of the mobile communication device is changed to be greater than the standard value, the call is automatically hanged; if not, the method is terminated. According to a third aspect of the present invention, there is provided a method for answering a call, the method comprising the following steps */communication device-incoming call notification. Then, the detection action material first receives a call at a critical value, and if so, whether the ambient luminosity of the method is finished or not, and when the action is right, the line is detected continuously. Device placement change 7

When 50PA 200930019 is in an upright state, the call is automatically connected. Then, the continuous detection of the state of the mobile communication device 'when the state of the mobile communication is turned into a state of non-approximate erection' automatically hangs up the call. According to a fourth aspect of the present invention, a mobile communication device is provided, the device comprising a light sensor, a gravity sensor, and a call system. The photo sensor is used to detect the ambient luminosity of the mobile communication device and to output an ambient luminosity value. The gravity sensor is used to detect the state of the mobile communication device and output a gravity direction signal. The call system is used to receive ambient luminosity values and gravity direction signals. Moreover, the call system includes a decision unit and a talk unit. The determining unit is configured to determine whether the ambient luminosity value is greater than a threshold value or greater than a standard value, and is used to determine the placement state of the mobile communication device according to the gravity direction signal. The call unit is used to selectively connect a call under an automatic answering board. Wherein the state according to the fourth aspect of the present invention is after the call system receives an incoming call notification of a call, and the determining unit determines that the ambient luminosity value is greater than a critical value. The judging unit continuously detects the change of the ambient light level of the mobile communication device, and when the ambient photometric value changes to less than a standard value, the call unit connects to the call. According to another state of the fourth aspect of the present invention, after the call system receives the incoming call notification of the call, and the judging unit judges that the ambient luminosity value = at the limit value. The judging unit continuously detects the pendulum state of the mobile communication device, and when the state of the mobile communication device is changed to an approximately upright state, the call unit is connected to the call. In order to make the above-mentioned contents of the present invention more comprehensible, the following detailed description will be given with reference to the accompanying drawings, and the detailed description is as follows: 8

OPA 200930019 [Embodiment] Referring to Figure 1, a block diagram of a system of a mobile communication device in accordance with a preferred embodiment of the present invention is shown. The mobile communication device 100 as shown in FIG. 1 includes a light sensor 110, a gravity sensor 120, and a communication system 130. The photo sensor 110 is configured to detect the ambient luminosity of the mobile communication device 100 and output an ambient photometric value L. The gravity sensor 120 is configured to detect the state of the mobile communication device 110 and output a force direction signal G. The call system 130 is configured to receive an ambient luminosity value L and a gravity direction signal G. The call system 130 includes a judging unit 13 2, a call unit 134 and a hanging unit 136. The determining unit 132 is configured to determine whether the ambient photometric value L is greater than a threshold or greater than a standard value, and is used to determine the placement state of the mobile communication device 100 based on the gravity direction signal G. The call unit 134 is configured to selectively turn on a call in an automatic answer mode. The hangup unit 136 is configured to selectively hang up a call in the automatic answer mode. 〇 The following is a detailed description of a call answering method of the mobile communication device of the present embodiment. Referring to FIGS. 2A-2B, a flow chart of a call answering method in accordance with a preferred embodiment of the present invention is shown. The call answering method of the mobile communication device as shown in FIGS. 2A to 2B includes the following steps. First, as shown in step 201, the mobile communication device 100 receives an incoming call notification of a call. Next, as shown in step 202, the judging unit 132 judges whether or not an automatic call function is activated. If the automatic call function is not activated, proceed to step 9 > 0 ΡΑ 200930019 204, and the mobile communication device 100 operates in the manual mode to connect the call and hang up the call. If the automatic call function is activated, the mobile communication device 1 〇〇 operates in an automatic answer mode, and step 203 is performed. Then, as shown in step 203, the determining unit 132 determines whether the ambient luminosity of the mobile communication device 100 is greater than a threshold. If the ambient luminosity is greater than the critical value, step 211 is performed. If the ambient luminosity is less than the threshold, step 212 is performed. ❹

In step 203, when the ambient luminosity value is greater than the threshold, the representative of the communication device 100 is in a bright environment. At this time, the brightness of the light perceived by the mobile communication device 100 in the bright environment is used to determine whether to automatically answer the call or hang up the call. Then, as shown in step 211, the photo sensor 1HM measures the ambient luminosity of the mobile communication device hall, and then proceeds to step 22 to determine whether the ambient luminosity is converted to the hold-standard value by the judging unit 132. If the ambient light production is greater than the standard value, repeat steps 211 and 221, and the straight line = the knowing line is the ambient light weight transfer holding value. If the ambient luminosity is less than the standard value, then step 231 is performed. As shown in step 231, the talk unit 134 turns on the call. Therefore, in step 211, step 221 and step 2, the change of the ambient luminosity of the mobile communication device i_ is continuously detected, and the ambient luminosity of the device 100 is converted into the Odagi communication. Then, after the call is connected, if the call is connected, the automatic connection is performed. Call. It is judged whether the automatic call function is kept on, if not (see FIG. 2B), and if it is started, step 251 is performed. If the auto call function from #, s still remains, the call function is turned off, then the action

iOPA 200930019 The communication device 100 operates in a manual mode to hang up the call (step 243). Then, as shown in step 251, the light sensor 110 detects the ambient luminosity of the mobile communication device 1 and then proceeds to step 261, and the determination unit 132 determines whether the ambient luminosity has changed to be greater than the standard value. If the ambient luminosity is less than the standard value, steps 251 and 261 are repeated. If the ambient luminosity is greater than the standard value, go to step 271. Next, as shown in step 271, the determination unit 132 determines whether the ambient luminosity is maintained at a state greater than the standard value for more than a predetermined time. If the ambient light _ is greater than the standard value for more than the predetermined time, step 281 is performed. If the ambient luminosity is less than the standard value and the predetermined time has not elapsed, then return to step 261. Then, as shown in step 281, the hangup unit 136 hangs up the call. Therefore, in steps 251, 261, 271, and 281, the change in the ambient luminosity of the mobile communication device is continuously detected, although the ambient luminosity of the mobile communication device 100 is changed to be greater than the standard value, and Q The call is automatically hanged after being maintained in a state greater than the standard value for more than a predetermined period of time. Further, in step 2〇3, when the ambient luminosity value is less than the critical value, the mobile communication device 100 is in a dark environment. At this time, it is difficult for the mobile communication device 100 to judge the use state of the action overnight by the brightness of the perceived light. Therefore, when the mobile communication device 100 is in a dark environment, the mobile communication device 100 is preferably The gravity direction signal G outputted by the gravity sensor 120 is changed as a basis for judging the call on and off. 11

OPA 200930019 Next, as shown in step 212 and step 222 (see FIG. 2A), the gravity sensor 120 detects the placement state of the mobile communication device 1 and determines by the determination unit 132 that the mobile communication device 1 Whether the placed state is transformed into an approximately upright state. If the placement state is non-approximate, repeat steps 212 and 222 until the call notification of the call disappears or the placed state changes to approximately upright. If the placement state transitions to approximately upright, then step 232 is performed. Then, as shown in step 232, the call unit 134 turns on the call. Therefore, in step 212, step 222 and step 232, the state of the mobile communication device 100 is continuously detected, and when the state of the mobile communication device 1 is changed to an approximately erect state, the automatic connection is performed. Call. Then, after the call is connected, as shown in step 242 (see FIG. 2), it is determined whether the automatic call function remains activated, and if the automatic call function remains activated, then step 252 is performed. If the automatic call function is turned off, the mobile communication device 100 operates in the manual mode to hang up the call (e.g., step 243). Then, as shown in step 252 and step 262, the gravity sensor 12 detects the placement state of the mobile communication device 100, and the determination unit 132 determines whether the placement state of the mobile communication device 100 is changed to a non-approximate upright state. status. If the placement state is still approximately upright, then steps 252 and 262 are repeated. If the placement state transitions to a non-approximate erection, step 272 is performed. Next, as shown in step 272, the judging unit 132 judges whether or not the placement state is maintained in a state of non-approximate erection for more than a predetermined time. If the placed state is in a state of non-approximate erection for more than a predetermined time, then step 282 is performed. If the placed state is not approximately erect, the time is not exceeded, then return to 12

OPA 200930019 Step 262. Then, as shown in step 282, the hangup unit 136 hangs up the call. Therefore, in step 252, step 262, step 272, and step 282, the state of the mobile communication device 100 is continuously detected, and after the state of the mobile communication device 100 is in a state of non-approximate erection, After the non-approximate state exceeds a predetermined time, the call is automatically hanged. The following is an example to illustrate the call answering method of the mobile communication device of the present embodiment in a bright environment. Please refer to FIG. 3, which illustrates an example of a coordinate map of ambient luminosity and time state in accordance with a preferred embodiment of the present invention. First, at time t1, the mobile communication device 100 receives an incoming call notification of a call. And during the time t1 to t2, since the user has not picked up the mobile communication device 100 and the mobile communication device 1 is in a bright environment, the ambient luminosity value L is greater than the standard value S. Next, at time t2, the user picks up the mobile communication device 100 to the ear and prepares to answer the call. Therefore, during the time t2 to t3, the mobile communication device 100 is close to the user's body, so that the light sensor 110 is shielded by the user's body, causing the ambient luminosity value L to be converted to be smaller than the standard value S. Therefore, at time t3, the call unit 134 automatically turns on the call. And during the period from time t3 to time t4, the mobile communication device 100 is in a state of being in a call, while the ambient luminosity value L remains at a state smaller than the standard value S. Then, at time t4, it indicates that the user has finished the call, and the mobile communication device 100 is put down to prepare to hang up the call. Therefore, during time t4 to t5, the mobile communication device 100 is caused to be away from the user's body, so that the light 13

50PA 200930019 Sensor 11G is not user's body material, (4) is restored to the bright environment, so the ambient luminosity value L will be converted to greater than the standard value s. After that, in the action, ^ Ϊ 1. . The value of the ambient luminosity [maintained when the standard value s exceeds the value of the pre-equivalent 3^ t], that is, at time t5, the hanging element automatically hangs up the call. 、, in another example, to illustrate the method of lightly listening to the mobile communication device of the present embodiment. Please refer to FIG. 4, which illustrates an example of a coordinate diagram of a gravity direction and a time state according to the invention; first, at time 11, the mobile communication device 1 receives a call from the caller. Notice. And during the time (1) to t2, the user has not picked up the mobile communication device (10), and the gravity of the line device (10) is in a state of being approximately horizontal H. Then, at time U, the user takes the S mobile communication device (10) to the ear and prepares to answer. Therefore, at time t2, to t3, the direction of the 'mobile communication device' will change to a state similar to the vertical direction v. Therefore, at time t3, the call unit 134 automatically turns the call on. And during the time = period, the mobile communication device 100 is in a state of being in a call. When the gravity direction of the communication device 100 is still maintained in the approximate vertical direction V, it indicates that the user has finished the call, πϋΓ to prepare to hang up the call. Therefore, during the time period, the direction of the gravity of the device is similar to that of the horizontal direction. After the action is set, the state of the non-approximate vertical direction V exceeds 1 and P is at time t5'. The hang-up unit 136 automatically hangs up the call temple, 0 ΡΑ 200930019 The call answering method of the mobile communication device of the present invention and the device using the same, through the photoreceptor and the gravity sensor combined with the mobile communication device, by detecting The brightness of the mobile communication device, or the detection of the state of the mobile communication device, the user does not need to press a specific button, or perform a specific action (such as opening the cover of the mobile phone) The function of automatically answering or automatically hanging up the phone is very convenient to use. In view of the above, the present invention has been disclosed in a preferred embodiment, and is not intended to limit the present invention. It will be appreciated by those skilled in the art that various changes and modifications can be made without departing from the spirit and scope of the invention. Therefore, the scope of the invention is defined by the scope of the appended claims. ❹ 15 ❺ 200930019 OPA f Schematic Brief Description j The diagram shows a system block diagram of a mobile communication device in accordance with a preferred embodiment of the present invention. 2A to 2B are flowcharts showing a listening method in accordance with the present invention. Call Connection of the Preferred Embodiment FIG. 3 is a diagram showing an example of a coordinate map in a time state in accordance with the present invention. Fig. 4 is a view showing an example of a coordinate map in a time state according to the present invention. Ambient luminosity of the preferred embodiment and gravity direction of the preferred embodiment of the vehicle [Description of main component symbols] 100: Mobile communication device no: Photosensor 120: Gravity sensor 130: Communication system 132: Judging unit 134 134 : Talk unit 136 : hang unit G: gravity direction signal Η . horizontal direction L : ambient luminosity value S · standard value t : predetermined time V : vertical direction

Claims (1)

;0ΡΑ 200930019 X. Patent application scope: The method includes: 1. a call answering of a mobile communication device, (a) receiving an incoming call notification of a call; performing step (c), if not, executing (b) After step (8), the debt test determines whether the mobile communication degree is greater than a critical value, and if so, the execution is also performed: the step of the brother-in-law (d); Φ (4) continuous detection_the change of the geographical luminosity of the communication device, the mobile communication The ambient luminosity of the device is changed to be less than the call; and when the standard value is automatically received, the action is automatically connected (d) continuously detecting the placement state of the mobile communication device, and the state of the communication device is changed to an approximate erect The status ^ is the call. 2. The call answering method as described in the first application of the patent scope. The call answering method further includes: ~ (e) After step (a), determining whether an automatic call function is enabled If yes, step (b) is performed, and if not, the mobile communication device operates in a manual mode to turn the call on and hang up the call. 3. The call answering method of claim 1, wherein after the step (c) is performed, the call answering method further comprises: (1) determining whether an automatic call function is maintained, and if yes, performing the step ( g) 'If not, the mobile communication device operates in a manual mode to hang up the call; and (g) continuously measures the change in ambient luminosity of the mobile communication device when the ambient luminosity of the mobile communication device changes to greater than The standard value is automatically 17 OPA 200930019 to hang up the call. 4. The call answering method according to claim 3, wherein in the step (g), 'when the ambient luminosity of the mobile communication device is changed to be greater than the standard value' and maintained above the threshold value After the state exceeds a predetermined time, the call is automatically hanged. 5. The call answering method according to claim 1, wherein after the step (d) is performed, the call answering method further comprises: (h) determining whether an automatic call function is maintained, if yes, then performing step (i), if not, the mobile communication device operating in manual mode to hang up the call; and (1) continuously detecting the mobile communication The placement state of the device 'when the action signal is stored and the display state is changed to a state that is not approximately erect, the call is automatically hung up. 6. The call answering method according to claim 5, wherein in the step (1), when the placed state of the mobile communication device becomes a non-upright state, and the state is maintained in a non-approximate state, more than one After the preview time, the call is automatically hanged. 7) A method for answering a call of a mobile communication device, comprising: (a) receiving an incoming call notification of a call; measuring (4) (4), measuring an ambient light boundary value of the mobile communication device, and if yes, performing step (4); if not, ending The degree of action reading, when the value becomes less than a standard value 'Bei I' automatically receives iOPA 200930019 through the call; and (d) after the step (c), continuously detects the change of the luminosity of the ticks when the action is over-the-counter After the standard value of the λ device of the 动 动 , , , , , , , , , , , , , , , , , , , 且 自 自 mm mm mm mm mm mm mm mm mm mm mm mm mm mm 且 且 且 且 且 且 且 且 且 且 且 且 且 且 且 且 且 且 且 且 且Maintained at a time greater than the standard pre-time, 'automatically hang_call. ‘. Super, - preview 9. - A method of answering the action of the Japanese female, including (a) receiving a call signal of a call; (b) after the step (a), detecting whether the ambient luminosity of the mobile communication device is greater than - a critical value, If yes, the county bundles the method, if not, performs step (c); (C) continuously detecting the placement state of the mobile communication device, when the placement state of the mobile communication device changes to an approximately upright state, then The call is automatically turned on; and (d) the continuous debt test is performed on the mobile communication device, and when the mobile communication device is placed in a state of non-approximate erection, the call is automatically hanged. 10. The call answering method according to claim 9, wherein in the step (d), when the placed state of the mobile communication device becomes a non-approximate state, and is maintained in a non-approximate erect state After the status exceeds a predetermined time, the call is automatically hanged. 11. A mobile communication device, comprising: 50PA 200930019 a light sensor for detecting ambient luminosity of the mobile communication device and for outputting an ambient luminosity value; a gravity sensor For detecting the state of the mobile communication device and for outputting a gravity direction signal; and a call system for receiving the ambient light value and the gravity direction signal, the call system includes: a judgment unit Determining whether the ambient luminosity value is greater than a threshold value or greater than a standard value' and determining to disconnect the mobile communication device according to the gravity direction signal; and a call unit for use in an automatic answer mode Selectively connecting a call; wherein, after the call system receives an incoming call notification of a call, and the determining is early to determine that the ambient luminosity value is greater than the threshold, the determining unit continuously measures the mobile communication device a change in ambient luminosity, when the ambient luminosity value is converted to less than a standard value, the call unit turns on the call; After the call system receives the call notification of the call, and when the determining unit determines that the ambient luminosity value is less than the threshold, the determining unit continuously measures the placement state of the mobile communication device, when the mobile communication When the placement state of the device changes to an approximately upright state, the call unit turns on the call. 12. The mobile communication device of claim 3, further comprising: a hotkey for activating or deactivating the automatic answering mode; wherein the action is when the automatic answering mode is turned off The communication device operates 20 iOPA 200930019 in a manual mode to connect and hang up a call. 13. The mobile communication device according to claim 5, further comprising: a hanging unit for selectively hanging up a call in an automatic answering mode; wherein 'the determining unit determines the environment After the luminosity value is greater than the threshold and the call unit is connected to the call, the determining unit continuously detects the change of the ambient luminosity of the mobile communication device, and when the ambient luminosity value is changed to be greater than the standard value, and is maintained at greater than After the state of the standard value exceeds a predetermined time, the hang-up unit hangs up the call; wherein, after the determining unit determines that the ambient luminosity value is less than the threshold value and the call unit connects the call, the determining unit continues to bond Measure the placement state of the mobile rail device. When the placement state of the mobile communication device changes to a state that is not approximately erect, and is maintained in a state of non-approximate erection for more than a predetermined time, the hangup unit hangs up the call. . 14. The mobile communication device according to item 13 of the patent (4) further includes: a hotkey for activating or deactivating the automatic interface mode. wherein the action is when the automatic answer mode is turned off. The communication device operates in a manual mode to hang up the call. twenty one