JP5098698B2 - Mobile terminal and pseudo incoming call activation method - Google Patents

Description

  The present invention relates to a mobile terminal and a pseudo incoming call activation method, and more particularly, to a mobile terminal and a pseudo incoming call activation method capable of starting an alarm sound and a pseudo incoming call operation without operating a mobile terminal by a user.

  In recent years, mobile terminals have become smaller and more power-saving, and anyone can carry them around. Mobile phones with security functions and terminals dedicated to security functions have also been introduced into the mobile phone market and security equipment market. In addition, as a countermeasure against stokers and thugs due to deterioration in social conditions and security, there is a need for a crime prevention device that is equipped with a crime prevention function that can always be carried and used at any time and that can generate an alarm sound and notify an emergency call. It has been.

  Mobile phones are widespread and widely used, and many people always carry them and use them on a daily basis. As an aspect of mobile phone security measures, when a suspicious person approaches a woman or child who walks alone, he / she commits a criminal act to the suspicious person by showing him / her a state of talking to someone on the mobile phone. Crime can be prevented by making things deceiving or alert. In addition, this method can be used without making the other party feel uncomfortable even when the other party is actually not willing to harm (for example, if it is just a passerby), so the user can feel free to do so. Can be used.

  In addition, in a mobile phone having a crime prevention function, a method of realizing an alarm sound or a pseudo incoming call state by an operation with a predetermined operation button is known (see Patent Document 1). Further, a method is known in which a crime prevention function is realized only when the user is in a crime prevention mode switching state by providing an operation mechanism for mode switching between the crime prevention mode and a mode other than that (see Patent Document 2).

  FIG. 9 is a configuration diagram of a mobile phone as a background, and corresponds to the technique of the above-mentioned Patent Document 2. The mobile phone 9 shown in FIG. 9 is an example including an operation unit 90, a control unit 91, a storage unit 92, a display unit 93, a transmission sound storage unit 94, and a voice input / output unit 95. . Further, the operation unit 90 includes a mode switching operation unit 901, a pseudo incoming call operation unit 902, a pseudo response operation unit 903, a pseudo disconnection operation unit 904, and a security bell operation unit 905. In addition, the mode switching operation unit 901, the pseudo incoming call operation unit 902, the pseudo response operation unit 903, the pseudo disconnection operation unit 904, and the crime prevention bell operation unit 905 are examples of button switches to be pressed by the user. The control unit 91 controls each unit according to each operation in the operation unit 90 of the user. The storage unit 92 stores messages for a pseudo incoming call and a pseudo call end preset by the user. The display unit 93 displays a message recorded in advance in the storage unit 92 according to the control unit 91 on the terminal screen, and the transmission sound storage unit 94 stores transmission sound data such as a normal mode ringing tone. The voice input / output unit 95 generates a transmission sound recorded in advance in the transmission sound storage unit 94 under the control of the control unit 91.

  9 will be described. When the mode switching operation unit 901 detects the switching operation to the crime prevention mode, the control unit 91 switches the operation mode to the crime prevention mode. In the crime prevention mode, when the control unit 91 detects a predetermined corresponding operation of the user from the pseudo incoming call operation unit 902, the control unit 91 instructs the transmission sound storage unit 94 to start ringing, and thereby the transmission sound storage unit The ring tone stored in 94 sounds from the voice input / output unit 95. Further, when detecting a predetermined pseudo response operation by the user from the pseudo response operation unit 903, the control unit 91 stops the ringing of the pseudo incoming ring tone in the security mode. The security bell operation unit 905 requests the control unit 91 to generate a security bell sound that informs the danger by operating the button switch corresponding to the user. In the security mode, the control unit 91 generates a security bell sound. In this way, a command is issued to the transmitted sound storage unit 94.

In this way, in the crime prevention mode, when the operation for the pseudo ringing tone is tracked by a suspicious person, the user can make a pseudo ringing tone and make a pseudo call like a normal call. Therefore, it has the effect of raising alertness against the other party.
JP 2003-218990 A JP 2002-344579 A

  However, in the configuration example of the mobile phone shown in FIG. 9 corresponding to the above-mentioned Patent Document 2, a third party who knows the function of the crime prevention mode takes out the mobile phone from the pocket or bag and operates the user's terminal. If there is an incoming call later, there is a high possibility that it will be detected as a pseudo incoming call. As a result, there is a fear that the suspicious person may not be alerted and the effect of deterring crime cannot be demonstrated. Further, in an actual emergency, there is a problem that there is no room for the operation until the mobile phone is taken out of the clothes pocket or bag and the pseudo call state is manually performed.

  Furthermore, the invention of Patent Document 1 has the same problem as described above in that it is necessary to perform a specific operation for generating a pseudo incoming call state to the mobile terminal by the user.

  It is an object of the present invention to provide a mobile terminal capable of starting a pseudo incoming call operation including an alarm sound without an operation such as key input on a user's mobile terminal, and a pseudo incoming call activation method for the mobile terminal.

  A mobile terminal equipped with a pseudo-incoming unit for performing a pseudo-incoming operation according to the present invention includes a motion sensor unit for detecting a user's motion, and an operation for detecting a motion and stop pattern corresponding to time by the motion sensor unit. An emergency motion pattern registration that includes pattern detection means and detects an input of a pattern that combines user movement and stop when the emergency motion pattern registration instruction is generated, and registers the motion pattern as an emergency motion pattern When the emergency action pattern is registered, the comparison judgment means performs a coincidence determination between the action pattern detected by the action pattern detection means in the normal operation and the emergency action pattern registered in the emergency action pattern registration means. The pseudo-incoming means is activated by the coincidence detection output from the comparison judgment means.

  Preferably, in the mobile terminal, the motion sensor means detects a body motion such as a user's walking or stepping, and the motion pattern detection means is a period during which the body motion from the motion sensor means continues. An operation pattern composed of a combination of the number of times of movement and the time when the movement stops is detected.

  Furthermore, in this portable terminal, when the comparison determination unit compares and determines the registered emergency operation pattern and the operation pattern detected by the operation pattern detection unit, if a match within a predetermined allowable range is obtained, Activate the pseudo-incoming means.

  In addition, when the pseudo incoming call means is activated, the portable terminal is stopped by performing a specific operation by the user.

  Further, the pseudo-incoming activation method of the mobile terminal is for starting a pseudo-incoming operation in an emergency in advance in a mobile terminal equipped with a pseudo-incoming means for performing a pseudo-incoming operation and a motion sensor for detecting a user's movement. Detecting and registering an emergency motion pattern using a motion sensor, detecting a user's motion pattern using a motion sensor after registering the emergency motion pattern, and detecting a user's motion pattern Comparing with the registered emergency action pattern and determining and when the coincidence is detected by comparing and determining, the pseudo incoming means is driven.

  When the mobile terminal and the pseudo incoming call activation method according to the present invention can register the user's body movement pattern in advance to determine the pseudo incoming call activation, and the body movement that matches the registered pattern is detected , It is possible to cause the mobile terminal to perform pseudo-incoming activation. As a result, the user can activate the pseudo incoming call to the mobile terminal without operating the mobile terminal.

  In addition, the user's body movements until the mobile terminal activates the pseudo-incoming call can be registered with a registered pattern based on the behavior of a normal incoming call and an operation that is difficult for a third party to distinguish. It is possible to reduce the risk of being lost.

  FIG. 1 is a diagram showing a schematic configuration of a mobile terminal according to the present invention. In the figure, 1 is a portable terminal, 10 is a motion sensor means, 11 is an action pattern detection means, 12 is an emergency action pattern registration means, 13 is a comparison / determination means, and 14 is a pseudo incoming call means.

  Explaining the operation, the movement sensor means 10 detects movement and stop caused by the movement of the user carrying the portable terminal. The output of the motion sensor means 10 is input to the motion pattern detection means 11, and the pattern of the movement of the mobile terminal 1 (the walking of the user holding the mobile terminal 1 or a pseudo walk and stop) is detected as the motion pattern. Note that the motion pattern is detected as a pattern of a combination of the number of continuous motions (such as walking) in a certain time and the stop time.

  The emergency operation pattern registration means 12 registers in advance an operation pattern generated by the actual operation of the user as an emergency operation pattern for starting the pseudo incoming call, and the emergency operation for the user to start the pseudo incoming operation of the mobile terminal. An operation pattern serving as a reference for determining whether or not is performed is stored. The comparison determination unit 13 uses the operation pattern detected by the operation pattern detection unit 11 and the data of the operation pattern registered in the emergency operation pattern registration unit 12 according to a predetermined comparison determination process, and the degree of coincidence between the two patterns. Judgment is made. As a result, if it is determined that the two patterns match, the pseudo incoming means 14 is instructed to start pseudo incoming.

  When the pseudo incoming call unit 14 receives a pseudo incoming call instruction from the comparison / determination unit 13, the pseudo incoming call unit 14 causes the mobile terminal to start a pseudo incoming call operation or a security function operation such as an emergency alarm.

  FIG. 2 shows the configuration of the main part of the embodiment. In the figure, 2 is a portable terminal, 20 is a walking pattern detection unit, 21 is a timer unit, 22 is a pseudo incoming call operation unit, and 23 is an operation unit. Furthermore, 200 in the walking pattern detection unit 20 is an acceleration sensor, 201 is a walking vibration detection unit, 202 is a walking pattern detection storage unit, 203 is a registered walking pattern storage unit, and 204 is a pattern comparison determination unit.

  In this embodiment, a walking pattern of the user of the portable terminal 2 (a combination pattern of the number of consecutive steps in a predetermined time and a stop in a predetermined time) is used as an emergency operation pattern.

  When the walking pattern detection unit 20 detects the walking pattern of the walking motion of the user carrying the mobile terminal 2 and determines that the walking pattern range data is registered in advance, the walking pattern detection unit 20 performs the pseudo incoming call to the pseudo incoming call operation unit 22. Send instructions for action. The timer unit 21 is used for time monitoring of the walking motion of the walking pattern detection unit 20, measurement of the number of steps per measurement cycle, and the like. When the pseudo incoming call operation unit 22 receives an instruction to start the pseudo incoming call operation, the pseudo incoming call operation unit 22 performs an operation such as generation of a ringing tone as in the normal operation of the mobile terminal. The operation unit 23 is an operation function unit for setting a stop of a pseudo ringing tone, a stop of an alarm sound in an emergency, or the like by a user operation.

  The operation of the components of the walking pattern detection unit 20 will be described.

  The acceleration sensor 200 is an acceleration sensor that can detect the acceleration of the human body accompanying the user's walking, and converts the detected physical quantity of the acceleration accompanying the walking motion as a relative electrical signal. The walking vibration detection unit 201 extracts a walking vibration component based on the frequency range of the walking cycle from the vibration component of the acceleration value as a relative value detected by the acceleration sensor 200 and converted as an electric signal, and as step count data. calculate. The walking pattern detection storage unit 202 stores the detected number-of-steps data for each corresponding time interval, and stores it as detected walking pattern data of the monitoring period of the walking motion. The registered walking pattern storage unit 203 corresponds to the pattern registered in the emergency motion pattern registration unit 12 in FIG. 1 and a reference walking pattern serving as a determination criterion for causing the mobile terminal to perform a pseudo-incoming operation by the user. The registered walking pattern is stored in response to a registration instruction from the operation unit 23. The pattern comparison / determination unit 204 sequentially compares the registered gait pattern data stored in the registered gait pattern storage unit 203 with the detected gait pattern data stored in the gait pattern detection storage unit 202, and the gait patterns match according to a predetermined criterion. If it is determined, the pseudo incoming call operation unit 22 is instructed to start the pseudo incoming call operation.

  FIG. 3 is a configuration diagram of an embodiment of a mobile phone, and shows a configuration in which the present invention is implemented in a mobile phone.

  In FIG. 3, 3 is a mobile phone, 3a is a pseudo call control unit, 3b is a CPU unit, 3c is a program storage unit, and control processing of the pseudo call control unit 3a is executed by the CPU unit 3b according to a program in the program storage unit 3c. Is done. The pseudo incoming call control unit 3a includes a walking pattern detection unit 30, a timer unit 31, and a pseudo incoming call operation unit 32. The walking pattern detection unit 30 includes an acceleration sensor 300, a walking vibration detection unit 301, and a walking pattern detection. The storage unit 302, the registered walking pattern storage unit 303, and the pattern comparison / determination unit 304 are the same as the configuration of the walking pattern detection unit 20 shown in FIG.

  FIG. 3 shows the configuration of the mobile phone, which is provided with parts 33 to 39 similar to those mounted on the mobile phone, and 33 is a key that is controlled by various key inputs similar to those of existing mobile phones. The control unit 34 is a screen control unit that performs screen display control of a liquid crystal screen, 35 is a radio unit that performs radio signal transmission / reception of standard specifications assigned to the mobile phone, and 36 is a radio control unit that controls the radio unit 35, 37 is a call control unit that performs call control corresponding to a communication protocol that conforms to the standard, and 38 is a ring tone that controls the start / stop of the ring tone sent from the speaker unit and the volume / sound quality, etc. The control unit 39 is a speaker unit.

  Next, the operation in the basic configuration of FIG. 3 will be described together with the explanatory diagram of the walking motion detection of the walking vibration detection unit of FIG. 4 and the processing flow of the main function unit shown in FIGS. The walking pattern detection unit 30 shown in FIG. 3 has the same configuration as the walking pattern detection unit 20 shown in FIG.

  The CPU unit 3b executes the pseudo incoming call control unit 3a determined by the program in the program storage unit 3c.

  In the explanatory diagram of the walking motion detection of the walking vibration detector shown in FIG. 4, the horizontal axis of the graph indicates the measurement time (seconds), and the vertical axis indicates the walking vibration ON (with vibration) / OFF (without vibration). In the example, a time-series detection pattern corresponding to a walking motion with a measurement cycle Tw = 10 seconds is shown.

  The acceleration sensor 300 in FIG. 3 converts a physical quantity of acceleration associated with the detected walking motion as an electrical signal. The walking vibration detection unit 301 calculates the walking vibration based on the acceleration value of the relative value based on the converted electric signal and the walking cycle. For example, specifically, the vibration measurement value is filtered by the walking cycle component, the peak component is extracted, and a waveform shaping process is provided, or the process is realized by a software function using digital filter processing. Is also possible.

  In the graph of FIG. 4, as the time passes along the horizontal axis, the vertical axis indicates the state detected by the walking vibration unit detector 301 as walking vibration, and the non-detected state indicates OFF. As a result, the step number vibration is detected as an ON / OFF value, and the step number data is calculated from the ON / OFF data. FIG. 4 shows a state in which walking pattern data is sent to the walking pattern detection storage unit 302.

  In FIG. 4, specifically, the walking vibration detection unit 301 measures walking vibration at a certain period Tw = 10 seconds. When the user walks 3 steps in 3 seconds, stops for 5 seconds, and walks 4 steps in 2 seconds, a walking vibration pattern as shown in FIG. 4 is detected from the walking vibration detection unit.

  In the walking pattern detection storage unit 302, “1110000022” (each value data is b1 to b10, “b1b2... B10” from the top) is recorded in the walking pattern detection storage unit 302 as step count data with a measurement cycle of 10 seconds.

  In the registered walking pattern storage unit 303, after the user walks three steps in three seconds (three steps at a speed of one step per second) as the walking pattern registration data in advance as shown in FIG. , Stop for 5 seconds, and register a walking pattern of walking 4 steps in 2 seconds (2 walking steps at a speed of 2 steps in 1 second), “1110000022” (the data of each value from the top a1 to a10, “ a1a2... a10 ”).

  The pattern comparison / determination unit 304 uses the detected pattern “b1b2... B10” in the walking pattern detection storage unit 302 and the registered pattern “a1a2... A10” in the registered walking pattern storage unit 303 for the data ai and bi. By looking at the match (in this example, i = 1 to 10), the data match count W is obtained. If the number of times W is equal to or greater than a predetermined value N (for example, N = 7), the emergency operation state is determined, and a pseudo incoming call operation start instruction is sent to the pseudo incoming call operation unit 32.

  In the example of FIG. 4, the number of times of coincidence of the detected pattern is W = 10 and the specified value N = 7 or more. Therefore, the emergency operation state is determined, and the pseudo incoming call operation unit 32 is instructed to start the pseudo incoming call operation. Sent.

  FIG. 5 is a diagram showing a walking pattern registration process flow of the pseudo incoming call activation. The user is automatically switched to the emergency operation mode while the mobile phone 3 is powered on. When the walking pattern for emergency action is not registered in the mobile phone 3 (No in S1 in FIG. 5), the process moves to the emergency walking pattern registration process (S2 to S7 in FIG. 5), and the walking pattern is registered , Pseudo incoming call activation processing (S3 in FIG. 5) is executed. The emergency motion walking pattern registration means registers the motion pattern in the walking pattern detection unit 30 of the mobile phone 3 when the user actually performs the walking motion. That is, when the user performs a walking motion, when walking vibration is detected in the walking vibration detection unit 301 (Yes in S2 in FIG. 5), the process proceeds to a walking pattern detection process (S4 in FIG. 5). The contents of the walking pattern detection process are shown in FIG.

  Walking vibration detection processing is performed for a walking pattern measurement period for determining a walking pattern of an emergency action, and the detected walking pattern for one measurement period (for example, 10 seconds) is stored in the walking pattern detection storage unit 302. The Subsequently, the user displays and confirms the detected walking pattern on the monitor of the mobile phone (S5 in FIG. 5), and if the user selects registration of the walking pattern (Yes in S6 in FIG. 5), the registered walking It is registered in the pattern storage unit 303 as a walking pattern for emergency action (S7 in FIG. 5), and the process proceeds to a pseudo incoming call activation process (S3 in FIG. 5).

  In addition, when changing a registration pattern (it abbreviate | omits in FIG. 5), when making it another walk pattern (in the case of No in S6 of FIG. 5), the same process is performed again.

  FIG. 6 is a diagram showing a processing flow of pseudo incoming call activation.

  In the pseudo incoming call activation process, when the user performs a walking motion and the walking vibration detection unit 301 detects a walking vibration (Yes in S1 in FIG. 6), the process proceeds to a walking pattern detection process (S2 in FIG. 6). The contents of this row pattern detection process are shown in FIG.

  After the measurement of the walking pattern during the measurement period, the pattern comparison / determination unit 304 performs comparative coincidence determination between the detected walking pattern and the registered walking pattern (S3 in FIG. 6). Specifically, in the walking pattern detection storage unit 302 (FIG. 3), for example, the step data pattern of b1, b2,..., B10 is used as the step number data for each measurement period Tw = 10 seconds and Tb = 1 second. “B1b2... B10” (when the first step count data for the first second is set as the higher rank) is recorded, and registered walking patterns of a1, a2,..., A10 are registered in the registered walking pattern storage unit 303 (FIG. 3). When the step count data pattern “a1a2... A10” is registered, the pattern comparison / determination unit 304 (FIG. 3) sequentially compares each data of a1 and b1, a2 and b2,. , The number of matches is calculated.

  If the number of matches is equal to or greater than the prescribed reference match number N (Yes in S4 in FIG. 6), a pseudo incoming call operation command is sent from the pattern comparison / determination unit 304 to the pseudo incoming call operation unit 32 for pseudo incoming call operation processing. Move (S5 in FIG. 6). After the process, when the pseudo incoming call activation process is subsequently performed (No in S6 in FIG. 6), the process returns to step S1. The pseudo incoming call operation process will be described with reference to FIG.

  FIG. 7 is a diagram showing a walking pattern detection processing flow. In the walking pattern detection process, bi (i is the number of steps (Tb time)) when the number of steps is stopped or stopped every predetermined time width Tb (reference time for detecting a predetermined number of steps, for example, 1 second). An integer) is counted, and a bi data string within the measurement time Tw of the detected walking pattern is referred to as a walking pattern. Note that bi is “1” (when the number of steps is 1 within the time width Tb) or “2” (within the time width Tb) in the walking state (period during walking), as shown in FIG. 4 as an example. (When the number of steps is 2), the data is expressed as “0” (in the time width Tb) in the stopped state, and a plurality of “0” are continuously arranged when the stopped state continues. Is done. In the walking pattern detection process, the time Tb and Tw are set in the timer unit 31 (S1 in FIG. 7). When the pulse detected from the walking vibration detection unit 301 is counted and the state where no vibration is detected from the walking vibration detection unit 301 continues, the time (every Tb) is counted (S2 in FIG. 7), and within the time width Tb The total number bi of steps or the total number bi of stop times is calculated and each data is stored in order (S3, S4 in FIG. 7). Then, this measurement is performed until the measurement time Tw (Yes in S5 in FIG. 7). After the measurement time Tw ends (No in S5 in FIG. 7), the walking pattern data “b1b2... Bn” (n is an integer) is stored in the walking pattern detection storage unit 302 as the detected walking pattern (S6 in FIG. 7). ).

  FIG. 8 is a diagram showing a processing flow of the pseudo incoming call operation.

  When receiving a pseudo call operation instruction, the pseudo incoming call operation unit 32 sets the maximum ring volume and the ring tone to the ring tone control unit 38 (S1 in FIG. 8), and then performs the ring tone control. An instruction is issued (S2). It is possible to continue the ringing sound and let the suspicious person who may be in the surroundings hear it, and thereafter, it is determined whether the answer button (or call button) has been pressed (FIG. 8). S3). At this time, when it is determined that the suspicious person can be sufficiently informed that the mobile phone has received an incoming call, when the user presses a response button (included in the key control unit 33), the ring tone A stop command is issued to the control (S4 in FIG. 8). After that, the user can make a person in the surroundings recognize that he / she is talking by performing an operation such as performing a pseudo call.

  In the above process flow, a specific example of the walking pattern detection process will be described.

  (1) When a user registers a walking pattern “walking 3 steps in 3 seconds, then stopping for 5 seconds, walking 2 steps in 1 second, walking 2 steps in the next 1 second” as a walking pattern registration, The registered walking pattern storage unit 303 stores “1110000022” (corresponding to “a1a2... A10”).

  (2) After the user registers the walking pattern, if the user “walks 3 steps in 3 seconds, stops for 5 seconds, walks 2 steps in 1 second, walks 1 step in 1 second”, the walking pattern detection storage unit 302 stores “1110000021” (corresponding to “b1b2... B10”) is recorded.

  (3) The pattern comparison / determination unit 304 determines data coincidence between the detected pattern stored in the walking pattern detection storage unit 302 and the walking pattern stored in the registered walking pattern storage unit 303.

  For example, when the prescribed reference matching number N = 7, the data of a1 to a10 and b1 to b10 are sequentially compared to calculate the number of matched data. In this case, the detection data b1 to b9 (“1” “1” “1” “0” “0” “0” “0” “0” “2”) match and b10 (“1”) does not match. Therefore, the number of coincidence data is 9.

  (4) In this case, the number of data matches is 9, which is equal to or greater than a predetermined specified reference match number N (N = 7 in this case). Sends an instruction to activate the incoming call.

  In the processing flow of FIG. 8, an example in which a bell sound is generated as a pseudo-incoming ringing tone is shown, but an alarm sound indicating an emergency state may be output. Moreover, in order to give a natural feeling as a ringtone, a melody registered in advance may be output.

  As described above, since the user can activate a pseudo-incoming call to the mobile phone by the walking movement pattern, the user does not need to manually operate the mobile phone, and the user can You can take out your mobile phone and perform incoming calls. Thereby, the user can reduce the risk of being noticed by a third party that it is a pseudo-incoming call, and can pretend to be a pseudo call state.

  The pseudo incoming call function of the present invention can be realized with a simple configuration and low cost by adding a walking pattern detection function and a pseudo incoming call operation function to an existing portable terminal.

It is a figure which shows schematic structure of the portable terminal which concerns on this invention. It is a figure which shows the structure of the principal part of an Example. It is a figure which shows the structure of one Example of a mobile telephone. It is a figure which shows the walking motion detection outline | summary of a walking motion detection part. It is a figure which shows the walk pattern registration process flow of a pseudo | simulation call | mailing start. It is a figure which shows the processing flow of a pseudo | simulation call | mailing start. It is a figure which shows a walking pattern detection process flow. It is a figure which shows the processing flow of a pseudo | simulation incoming operation | movement. It is a block diagram of the mobile phone used as a background.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Mobile terminal 10 Motion sensor means 11 Action pattern detection means 12 Emergency action pattern registration means 13 Comparison determination means 14 Pseudo incoming call means

Claims (4)

In a portable terminal equipped with a pseudo-incoming means for performing a pseudo-incoming operation,
Motion sensor means for detecting the movement of the user's body ;
An action pattern detecting means for detecting an action pattern comprising a combination of the number of movements and the time when the movement is stopped in a period in which the movement of the user's body continues by the movement sensor means;
In response to an emergency action pattern registration instruction, an emergency action pattern registration means for registering an action pattern detected by the action pattern detection means by inputting a user's body movement and stop pattern;
Comparing and determining means for determining whether or not the action pattern detected by the action pattern detecting means and the emergency action pattern registered in the emergency action pattern registering means are registered in the emergency action pattern registering means. ,
The mobile terminal according to claim 1, wherein the pseudo-incoming unit is activated by a detection output of coincidence determination from the comparison determination unit. When the comparison judgment means compares the registered emergency action pattern with the action pattern detected by the action pattern detection means and finds a match within a predetermined allowable range, the pseudo incoming call 2. The portable terminal according to claim 1, wherein the means is activated . 3. The mobile terminal according to claim 1, wherein the pseudo call receiving unit is stopped by performing a specific operation by a user when a pseudo call receiving operation is started by activation . 4. In a pseudo-incoming activation method for a mobile terminal equipped with a pseudo-incoming means for performing a pseudo-incoming operation and a motion sensor for sensing the movement of a user's body,
As an emergency action pattern for starting a pseudo-incoming action in an emergency in advance, an input of an action pattern consisting of a combination of the number of movements and the time during which the movement is stopped during a period in which the user's body movement continues is input to the movement sensor. Detecting and registering using,
Detecting a user's motion pattern using the motion sensor after registration of the emergency motion pattern;
Determining to compare the registered emergency action pattern when detecting the user's action pattern;
Driving the pseudo-incoming means when a match is detected by the comparison determination;
A pseudo incoming call activation method for a mobile terminal comprising:

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