PORTABLE COMMUNICATION TERMINAL
The present invention refers to, relates to portable communication terminal, in particular for example touch panel, acceleration sensor, photo by means of a sensor such external sensors having is relates to a communication terminal. These types of device one example of a holder form a cellular telephone, the user is manipulating his finger or touch pen by tap by sensory input operation is performed for touch panel and folding each other by inserting dummy of box number 2 and box number 1 for detecting the an orientation sensor to external sensors has, as. Yet, but not the specified the patent document 1, generally the a cellular phone constitution: a, liquid crystal display device for adjusting the of the back light unit for detecting a light quantity certain outside device by is also equipped with such as the photo-sensor. However, the portable telephone in a cellular telephone for car including, plurality of external sensor provided to, the external sensors for ensuring the operation of power is order to more, reduces power drain on cell defined to be aligned is aligned or not is troubled by a problem that the.. Therefore, a of the present invention, novel electrode 104 is provided under the portable communication terminal. It is another object of the present invention, external relative to the sensors by performing power-saving power consumption of cell capable of suppressing, electrode 104 is provided under the portable communication terminal. The present invention refers to, said a to solve the, the cylinder configuration of hereinafter. Furthermore, brackets, or the like, that has described and refill code references in, to assist in the understanding of the present invention describing the embodiment shown as a form, get up an atom of the present invention. are not limited to. Number 1 the invention refers to, display device, display device touch panel disposed of, cell from supply section for supplying a power supply power of the predetermined voltage, judge the conditions, an active in an active state touch panel a standby signal or a control section for outputting a a standby signal, and based on the standby signal or active signal, a power supplied from the power supply unit by controlling the, touch panel to an active state or a standby or a touch panel control portion and have a, the control unit, other than the call call to the other side using a function operation is performed when the condition when supports a determines referred 1, other than the call call to the other side using a function operation is performed which is likely when the condition when judges the camera 2, conditions when the a decision is made that a vehicle 1 and outputs a standby signal, judges that the 2 conditions when the active signal, is portable communication terminal. Number 1 in the invention, the (l2) control unit, other than the call call to the other side using a function operation is performed when the condition when supports a 1 it is judged as a half-, this case touch panel control unit (30) to outputs the a standby signal. Furthermore, other than the call call to the other side using a function operation is performed when the condition when there is a likely 2 and, in this case touch panel control section 10, and outputs it as a active signal. Touch panel control the, control from active signal upon receiving a power supply unit (14) to control power supplied from touch panel (32) to an active state or a on, a standby signal when it receives the power supply unit (14) supplied from to control power a touch panel to a stand-by state. According to number 1 invention, and for determining condition of portable communication terminal, in such a state that the each by deciding if the washing of touch panel operations are required within the to face in an active state and, if no operations are required within the touch panel is to make it possible to produce standby state, is suppressed and lowering power consumption. Number 2 the invention refers to, rely on that invention as number 1 invention, the control unit, an application being operated, the current not call to the other side using a corresponding to the touchscreen when the condition when it is judged as a half -3, call an application being operated, the current client in the corresponding to the touchscreen when the condition, at the same time, when 4 of the PLD to him, 3 conditions when the a decision is made that a vehicle proximate the corresponding touch zone, the active signal, conditions when the judges that the 4 outputs the a standby signal. Number 2 in the invention, control unit (12) the, call an application being operated, the current client in the corresponding to the touchscreen when the condition when it is judged as a half -3, this case touch panel control unit (30) to 10, and outputs it as a active signal. Also, an application being operated, the current not call to the other side using a corresponding to the touchscreen when the condition, at the same time, when 4 and, in this case touch panel control section outputs the a standby signal. According to number 2 invention, and for determining condition of portable communication terminal, in such a state that the each by deciding if the washing of touch panel operations are required within the to face in an active state and, if no operations are required within the touch panel is to make it possible to produce standby state, is suppressed and lowering power consumption. Number 3 the invention refers to, display device, display device disposed of touch panel, display device for detecting a slope of the apparatus an acceleration sensor, from a power source supply section for supplying a power supply power of the predetermined voltage, judge the conditions, in an active state and an acceleration sensor touch panel an active signal or a standby state in a control section for outputting a a standby signal, based on the standby signal or active signal, a power supplied from the power supply unit by controlling the, touch panel to an active state or a standby or a touch panel control unit, based on the standby signal or active signal and, a power supplied from the power supply unit by controlling the, acceleration sensor to active state, without or standby state in the apparatus an acceleration sensor includes a laser, the control unit, other than the call call to the other side using a function operation is performed when the condition when supports a 5 and, other than the call call to the other side using a function operation is performed which is likely when the condition when it is judged as a half -6, conditions when the 5 judges that the, touch panel control and acceleration sensor and outputs a standby signal control section, when the a decision is made that a vehicle 6 conditions, touch panel number corresponding touch zone, the component is an active-drained, acceleration sensor output a standby signal control section is a portable communication terminal. Number 3 in the invention, control unit (12) the, other than the call call to the other side using a function operation is performed when the condition when supports a 5 and, in this case touch panel control unit (30) and acceleration sensor control unit (34) to outputs the a standby signal. Furthermore, other than the call call to the other side using a function operation is performed which is likely when the condition when it is judged as a half -6, in this case touch panel control to active signal proximate the corresponding touch zone, the acceleration sensor control section outputs the a standby signal. And, the touch panel control, control from active signal upon receiving a power supply unit (14) to control power supplied from touch panel (32) to an active state or a on, a standby signal supplied from power supply unit upon receiving the touch panel to control power to a stand-by state time as large as that of. Furthermore, acceleration sensor the control unit, control from active signal supplied from power supply unit upon receiving a acceleration sensor to control power and to active state, without, a standby signal supplied from power supply unit when it receives the acceleration sensor to control power to a stand-by state time as large as that of. According to number 3 invention, and for determining condition of portable communication terminal, each by deciding if the washing of acceleration sensor touch panel and in such a state that the storage requirements on the each touch panel and an acceleration sensor in an active state and, if no operations are required within the standby state and an acceleration sensor touch panel is to make it possible to produce, can be and lowering power consumption. Number 4 the invention refers to, rely on that number 3 invention as invention, the control unit, an application being operated, the current call to the other side using a not including rotating displayer input and the touchscreen corresponding to when the condition when it is judged as a half -7, call to the other side using a not corresponding to touch input application is started up and rotate, at the same time, when corresponding to when the condition which a decision is made that a vehicle 8, call an application being operated, the current client in the corresponding to the touchscreen with no when corresponding to 9 and when the condition, an application being operated, the current call to the other side using a not input and the touchscreen including rotating displayer when that cannot support the high-speed when the condition which a decision is made that a vehicle 10, when the a decision is made that a vehicle 10 conditions, touch panel control and acceleration sensor and outputs a standby signal control section, when the a decision is made that a vehicle 8 conditions, touch panel control to active signal proximate the corresponding touch zone, the acceleration sensor control section outputs a standby signal, conditions when the a decision is made that a vehicle 7, touch panel control and acceleration sensor proximate the corresponding touch zone, the active signal control section, conditions when the judges that the 9, touch pedal null control section a standby signal and outputs acceleration sensor 10, and outputs it as a active signal control section. Number 4 in the invention, control unit (12) the, call client in the input and the touchscreen an application being operated, the current corresponding to including rotating displayer when the condition when it is judged as a half -7, this case touch panel control unit (30) and acceleration sensor control unit (34) to 10, and outputs it as a active signal. Furthermore, call to the other side using a not corresponding to touch input application is started up corresponding to and rotate when the condition, at the same time, when it is judged as a half -8, in this case touch panel control to active signal proximate the corresponding touch zone, the acceleration sensor control section outputs the a standby signal. Furthermore, call an application being operated, the current client in the corresponding to the touchscreen with no when the condition when corresponding to 9 and, in this case touch panel control to a standby signal and outputs acceleration sensor 10, and outputs it as a active signal control section. Furthermore, an application being operated, the current call to the other side using a not including rotating displayer input and the touchscreen that cannot support the high-speed when the condition when it is judged as a half -10, in this case touch panel control and acceleration sensor control section outputs the a standby signal. According to number 4 invention, detecting of the portable communication terminals, each by deciding if the washing of acceleration sensor touch panel and in such a state that the storage requirements on the each touch panel and an acceleration sensor in an active state and, if no operations are required within the standby state and an acceleration sensor touch panel is to make it possible to produce, can be and lowering power consumption. Number 5 the invention refers to, display device, display device disposed of touch panel, display device for detecting a slope of the apparatus an acceleration sensor, display device for for controlling brightness of the photo-sensor for detecting a light quantity certain outside device by, from a power source supply section for supplying a power supply power of the predetermined voltage, judge the conditions, in an active state and an acceleration sensor touch panel an active signal or standby a a standby signal simultaneously with outputting, photo sensor to a power supply sub-of electric power from control unit for converting line, and a first connector part, based on the standby signal or active signal, a power supplied from the power supply unit by controlling the, touch panel to an active state or a standby or a touch panel control unit, based on the standby signal or active signal and, a power supplied from the power supply unit by controlling the, acceleration sensor to active state, without or standby state in the apparatus an acceleration sensor includes a laser, the control unit, other than the call call to the other side using a function operation is performed when the condition when supports a 11 it is judged as a half-, call to the other side using a function other than the call there is a possibility that operation is performed and functional operation is performed when the condition when 12 and, the call call to the other side using a function other than there is a possibility that operation is performed and functional operation is performed when the condition, at the same time, when it is judged as a half -13, conditions when the a decision is made that a vehicle 11, touch panel control and acceleration sensor control section outputs a standby signal disconnecting and switching-on the circuit power to the photo sensor, when the 12 judges that the conditions, touch panel control to active signal proximate the corresponding touch zone, the acceleration sensor control section outputs a standby signal power is supplied to the sensors photo, conditions when the a decision is made that a vehicle 13, touch panel control to active signal proximate the corresponding touch zone, the acceleration sensor control section outputs a standby signal to the sensors photo blocking the power, is portable communication terminal. Number 5 in the invention, control unit (12) the, other than the call call to the other side using a function operation is performed when the condition when supports a 11 it is judged as a half-, this case touch panel control unit (30) and acceleration sensor control unit (34) and outputs a standby signal to photo sensor (38) power to the shut off. Furthermore, call to the other side using a function other than the call there is a possibility that operation is performed and functional operation is performed when the condition when 12 and, in this case touch panel control to active signal proximate the corresponding touch zone, the acceleration sensor control section and outputs a standby signal is supplied to power to the photo sensor. And, the call call to the other side using a function other than there is a possibility that operation is performed and functional operation is performed when the condition, at the same time, when it is judged as a half -13, in this case touch panel control to active signal proximate the corresponding touch zone, the acceleration sensor control section outputs a standby signal shut off power to the photo sensor. And, the touch panel control, control from active signal upon receiving a power supply unit (14) to control power supplied from touch panel (32) to an active state or a on, a standby signal supplied from power supply unit upon receiving the touch panel to control power to a stand-by state time as large as that of. Furthermore, acceleration sensor the control unit, control from active signal supplied from power supply unit upon receiving a acceleration sensor to control power (36) and to active state, without, a standby signal supplied from power supply unit when it receives the acceleration sensor to control power to a stand-by state time as large as that of. According to number 5 invention, and for determining condition of portable communication terminal, each by deciding if the washing in such a state that the touch panel, each of photo sensor acceleration sensor and storage requirements on the touch panel and acceleration sensor to active state, without photo and power is supplied to the sensors, if no operations are required within the touch panel and an acceleration sensor standby state photo sensor and power to the problematic, since firewalls block, is suppressed and lowering power consumption. Number 6 the invention refers to, rely on that invention as number 5 invention, the control unit, an application being operated, the current call to the other side using a not including rotating displayer input and the touchscreen when corresponding to 14 and when the condition, not call to the other side using a application is started up and rotate a corresponding to touch input, at the same time, when corresponding to 15 and when the condition, an application being operated, the current not call to the other side using a corresponding to the touchscreen with no corresponding to when the condition when it is judged as a half -16, an application being operated, the current call to the other side using a not including rotating displayer input and the touchscreen that cannot support the high-speed when the condition when it is judged as a half -17, when the judges that the 14 conditions, touch panel control and acceleration sensor control section outputs active signal photoresist-power is supplied to the sensors, when the judges that the 15 conditions, touch panel control to active signal outputs acceleration sensor control section photo and outputs a standby signal power is supplied to the sensors, conditions when the a decision is made that a vehicle 16, touch panel control to a standby signal and outputs acceleration sensor control section photo outputs active signal power is supplied to the sensors, conditions when the a decision is made that a vehicle 17, touch panel control and acceleration sensor control section and outputs a standby signal is supplied to power to the photo sensor. Number 6 in the invention, control unit (12) the, call client in the an application being operated, the current input and the touchscreen including rotating displayer when the condition when corresponding to 14 and, in this case touch panel control unit (30) and acceleration sensor control unit (34) an active-proximate the corresponding touch zone, the photo sensor (38) is supplied to power to the. Furthermore, call to the other side using a not corresponding to touch input application is started up corresponding to and rotate when the condition, at the same time, when 15 and, in this case touch panel control to active signal proximate the corresponding touch zone, the acceleration sensor control section outputs a standby signal is supplied to power to the photo sensor. Furthermore, call an application being operated, the current client in the corresponding to the touchscreen with no corresponding to when the condition when it is judged as a half -16, in this case touch panel control to a standby signal and outputs acceleration sensor control section outputs active signal power to the photo sensor is supplied to. And, an application being operated, the current call to the other side using a not including rotating displayer input and the touchscreen that cannot support the high-speed when the condition when it is judged as a half -17, in this case touch panel control and acceleration sensor control section outputs a standby signal is supplied to power to the photo sensor. According to number 6 invention, by determining the status of the portable communication terminals, in such a state that the each by deciding if the washing, touch panel, each of photo sensor acceleration sensor and storage requirements on the touch panel in an active state and an acceleration sensor photo and power is supplied to the sensors, if no operations are required within the standby state and an acceleration sensor touch panel and power to the photo sensor together problematic, since firewalls block, is suppressed and lowering power consumption. Purposes of the present invention said, the aim of other, aspects and advantages, hereinafter a is done referring to drawing the first deoxygenator embodiment further from the following description of the control of the enqueuing of the will. Also in the embodiment Figure 1 shows a portable telephone as one number 1 of the invention (10) representing the block, Also Figure 2 shows a portable telephone as one number 1 of the invention in the embodiment (10) indicating multiplex the front, Figure 3 shows a portable telephone as one number 1 of the invention also in the embodiment (10) indicative of the state of the cell for power saving of illustration, Figure 4 shows a portable telephone as one number 1 of the invention also in the embodiment (10) in portable telephone (10) which represents the relationship sleeping with a state of the illustration, Figure 5 shows a portable telephone as one number 1 of the invention also in the embodiment (10) in, processor (12) is, touch panel (32) active state and a standby state of when converting an input Image for the described flow, Figure 6 shows a portable telephone as one number 2 of the invention also in the embodiment (10) indicative of the state of the cell for power saving of illustration, Figure 7 shows a portable telephone as one number 2 of the invention also in the embodiment (10) in portable telephone (10) which represents the relationship sleeping with a state of the illustration, Figure 8 shows a portable telephone as one number 2 of the invention also in the embodiment (10) in, processor (12) is, touch panel (32) and acceleration sensor (36) active state and a standby state of when converting an input Image for the described flow, Continue the flow which is also of Figure 8 Figure 9 shows a flexible bumper structure for flow, Figure 10 shows a portable telephone as one number 3 of the invention also in the embodiment (10) indicative of the state of the cell for power saving of illustration, Figure 11 shows a portable telephone as one number 3 of the invention also in the embodiment (10) in portable telephone (10) which represents the relationship sleeping with a state of the illustration, Figure 12 shows a portable telephone as one number 3 of the invention also in the embodiment (10) in, processor (12) is, touch panel (32) and acceleration sensor (36) and converts an active state and a standby state of, photo sensor (38) of of power to ON/OFF for converting the for the describing, Figure 13 shows a flexible bumper structure for flow is of Figure 12 also flow which normally go undetected. < 제 1 실시예 > Also reference to 1, portable telephone as portable communication terminal (10) the, processor (12) includes. As will be seen in Figure 1, processor (12) the, power IC (14), RAM (Random Access Memory) (18), flash memory (20), key input device (22), LCD (Liquid Crystal Display) driver (24), backlight (28), touch panel control IC (30), acceleration sensor control IC (34), photo sensor (38), microphone (40), speaker (42), earphone jack (44), wireless communication circuitry (46) and DTV (Digital Television) tuner (50) constitution: are each connected. Power IC (14) the, power as battery (16) and to produce a voltage having a plurality of kinds from, generating voltage is output (10) each circuit of a supply circuit or the like to function as a. RAM (18) the, processor (12) directly from access enabled memory device and, processor (12) information may be used to temporary storage processing operation. Flash memory (20) the, data reading/writting the arc shaped support member as device memory with non-volatile, processor (12) that is to be executed by the program thereof or through for several data is stored in a used in. Key input device (22) the, number key group (22T) including (also reference 2) is equipped with number of keys, each key user by compression of processor (12) or a directed against. also and the input terminal of the inverter. LCD driver (24) the, the LCD driver (24) connected to the LCD monitor (26) a processor, by using a (12) according to an instruction from LCD monitor or the like characters or images (26) to displayed in the. Backlight (28) the, LCD monitor (26) a rear view in illuminating a from, for example, edge light scheme is employed. Backlight (28), the brightness of the, processor (12) by, for example, . to adjust 6. Touch panel control IC (30) the, the touch panel control IC (30) connected to touch panel (32) for controlling to function as a touch panel controlling circuit. Touch panel (32) the, LCD monitor (26) and disposed, detects position is finger, etc. designate the position on the panel, processor indication according to position on the panel (12). to. I.e., touch panel (32) surface of or by pushing the first and second stays pen fingers, or touch, by or green, press place, the Mangin direction, green figure can be or location. The sensing of contact to thereby of copper or nickel so as to, for example, due to the static electricity with an electrical signal sensing a capacitive joins together on the base and the upper cover but, without limited to-fitting manner in one of at capacitance, resistance just method , optical (infrared type) may employing or the like. Furthermore, touch panel control IC (30) the, processor (12) from active signal upon receiving a power IC (14) of electric power from on a touch panel (32) supplied to touch panel (32) to an active state or a time as large as that of. While, touch panel control IC (30) the, processor (12) from power supply to IC (14) receiving a standby signal from touch panel (32) the power to the touch panel (32) to a stand-by state time as large as that of. Furthermore, touch panel control IC (30) the, a standby signal to determine if the numbers received, itself (30) circuit touch panel (32) key is state channel and an undesired used when a non-through hole is open and provides a path through supply of power to, itself (30) also is standby state. Acceleration sensor control IC (34) the, the acceleration sensor control IC (34) with acceleration sensor connected to (36) for controlling acceleration to function as a sensor control circuit. Acceleration sensor control IC (34), an acceleration sensor (36) the, for example, is made from integrated by MEMS (Micro Electro Mechanical Systems) techniques. Acceleration sensor (36) the, in which direction relative to the sensors a certain degree of acceleration is applied to detecting whether to, for example, two 2 at a time the axial direction of the acceleration detection section includes a is acceleration sensors axis 2. Such accelerations sensor (36) according to, portable telephone (10) to the ground (ground) detecting whether inclined to some extent can. Processor (12) the, for example, LCD monitor (36) when displaying Image on multi-, acceleration sensor (36) based on the inclination sensing, portable telephone (10), i.e., LCD monitor (36) by judging the up-and-down direction of, by deciding if the washing LCD monitor (36) according at the upper portion of and is configured to rotate the Image displays a. The LCD monitor (36) of user, so that the user's heaven and the earth and is configured to rotate the to be displayed in hereinafter, an indication of 'including rotating displayer' referred to. Photo sensor (38) the, senses as sensors, sensing light brightness according to size currents, into a voltage to a processor (12) 1 and provides an output to. Processor (12) the, photo sensor (38) is detected when an external brightness LCD monitor according to (26) of illuminating an backlight (28) for controlling brightness of a. I.e., exterior being bright when the back light (28) and to brighten same and /, exterior being dark brightness when the backlight is suppressed to thereby (28) a but is lit. Microphone (40) the, voice the user takes an electrical signal and, the electric signals to a processor (12) 1 and provides an output to. Furthermore, speaker (42) the, processor (12) with an electrical signal given from or voice is by extending a control signal of a. Furthermore, earphone jack (44) the, earphone (not shown) of external is intended to. Processor (12) the, earphone of terminals are earphone jack (44) on detecting program corresponding to, speaker (42) and for driving and stopping voice from, and generates the sound from a speaker of earphone output. Furthermore, processor (12) the, with self-earphone (not shown) of terminals are earphone jack (44) inserted into when is detected, speaker (42) in addition to stop of voice output from, microphone (40) stopping the input parameter of the audio signal from, with self-of earphone micro from ., and accepting input of an audio signal. Wireless communication circuitry (46) the, for example, CDMA (Code Division Multiple Access: code division multiple access) wireless communication for realizing the common bus in mobile is circuit. Key input device (22) when the operation call to, processor (12) the, wireless communication circuitry (46) outputs the signal call by controlling the. Radio circuit (46) outputted from the calling signal, antenna (48) outputted from the, base station of the other end of via mobile communication network including sent at telephone. A called telephone of the other end of communication, input time-series signal, and ground, is communication is established. Communication can of the bunch downstream of the transition key input device (22) end the speech with respect to input time-series signal, and ground, processor (12) the, wireless communication circuitry (46) by controlling the, of the other end of communication, call telephone unit and transmits the end signal. After signal, in view of transmitting to radio transciever, processor (12) the, call the processing is ended. First cost of the call from communication partner are receives end signal, processor (12) the, call the processing is ended. Furthermore, communication partner, rather than by, mobile communication network to radio transciever from the even in the case, processor (12) relating to calling the processing is ended. The antenna signal call from communication partner (48) by lattice is calculated, wireless communication circuitry (46) the, reception processor (12) is reported to the. Processor (12) the, reception notification information described an opponent won LCD monitor (26) to output to, not shown receiving notification e-from the speaker outputs the circuit module. Key input device (22) when the operation is a called to, communication is established is. Can communicate state, the following processing is performed at a step. From voice fed from communication partner (high frequency signal) is, antenna (48) is received by. Received modulated speech signal, wireless communication circuitry (46) by control and decoding demodulation processing is embodiment. Hydration obtained by processing speech signal, speaker (42) is outputted from. Microphone (40) received by the speech signal inlcude retracted, wireless communication circuitry (46) is modulation encoded and by is embodiment. Modulation obtained by processing speech signal, as well as said described, antenna (48) of communicating across a partner sent. DTV tuner (50) the, terrestrial digital television broadcasting (one seg) of the recording operation. reception. DTV tuner (50) the, key input device (22) when the is through the channel tuning operation to, DTV antenna (52) the terrestrial digital television broadcasting from the signal on the transmission line terrestrial digital corresponding to channels of television broadcast are are determined from the extracted area signal. Furthermore, DTV tuner (50) the, digital of ground are extracted of television broadcast are signal by digital demodulation, and so and to carry out a processing the demodulated signal generates a. A demodulated signal generated a, Image broadcasting of demodulated signal of data broadcasting and demodulated signal is divided into at least processor (12) outputs is. Processor (12) the, Image broadcasting demodulation signal terminated decoding means is configured MPEG (Moving Picture Experts Group) is performed, to form a video signal. Furthermore, processor (12) the, of data broadcasting is performed decodes on the demodulated signal is terminated, to form an a full text data. The images formed signal and full text data, LCD driver (24) by the action of, LCD monitor (26) is displayed on. Also Figure 2 shows a, portable telephone (10) allows the appearance of.. Also by referring to 2, portable telephone (10) the, plate-like formed case has a (C). Case space of the one end in a longitudinal direction of the (C), DTV antenna (52) is arranged. Furthermore, wireless system for mobile communication service (48) the, case and disposed on the inside of (C). The lower portion of the surface (C) case, key input device (22) is arranged. Key input device (22) the, number key group (22T), on-directional key (22a), with a one-touch-winding key (22b), rightwards key (22c), left key (22d), center key (22e), power/call key, and an end key are (22f), originating key (22g) and CPU checks (22h) comprises, a push switch to each key. Furthermore, case upper part of the surface (C), LCD monitor (26) is disposed, the LCD monitor (26) on the upper surface of the touch panel (32) is so positioned as to. In hereinafter, a remote controller and key by user's 'key input' and called, touch panel (32) the upper surface of the chuck top or by pushing the first and second stays pen fingers, or touch, operations for cell green 'touch input' . called. Furthermore, the upper surface of (C) case, the speaker not shown in Figure 2 (42) on an opening (OP1) which are mounted thereon and provided with, case (C) near the lower end of surface, the not shown in Figure 2 as well as a microphone (40) on an opening (OP2) is provided with. Therefore, a user, through speaker opening (OP1) (42) and heard to outputted from, opening (OP2) through the microphone (42) inputs it sounds its own. Furthermore, case (C) surface of LCD monitor (26) in the vicinity beneath an example of left, opening (OP3) which are mounted thereon and provided with, the opening (OP3) from an opening in photo sensor (38) sensor portion is exposed. Furthermore, also the 2 but not shown, the door and a left side face (C) case, of earphone earphone jack for connecting terminal (44) is provided and. The number 1 embodiment the first deoxygenator portable telephone (10) in, processor (12) is detected cellular phone (10) of, external sensors as touch panel (32) of standby state active state or a state of the CPU for converting between a the, battery (16) is suppressed power consumption of. Also as shown in the 3, as state of external sensors, touch panel (32) is active a 'number 1 state' and a touch panel (32) key is state 'number 2 state' .. Furthermore, also as shown in the 4, portable telephone (10) as state of, battery (16) that is less than the amount of predetermined the residual quantity of a low of a battery cell, LCD monitor (26) is not displayed in the nothing to (non-display) state, touch panel (32) in a state being lock is, and call to the other side using a 'call function operation other than' for holding down the supports a (telephone call only, the) state (conditions 1), but call to the other side using a earphone jack (44) of earphone terminal or is connected to, or is executed and input form data handsfree function, holding during example, exhibiting an on, 'call function operation other than' for holding down the likely a condition (conditions 2), not call to the other side using a 'touch input' corresponding to the applications are running of the flag is detected (conditions 3), engaged in a call not 'touch input' the that cannot support the high-speed applications are running of the flag is detected (conditions 4) .the state of the and other. Furthermore, low of a battery cell, groups, or with an, for example, battery (16) is taken out and is discharged through a scale level 3 when represented by gauge, one scale only most indicated by the. there exists a status in which remaining amount is small. Furthermore, touch panel (32) the, CPU checks (22h) continuously presses the 'key input' by, may the rock it will do. Touch panel (32) in a state being lock is in touch panel control IC (30) the 'touch input' has but doesn't accept an. And, the handsfree function, when origination telephone, -mail by excluding other or engaged in a call originating key (22g) continuously presses the 'key input' can be managed by the. Furthermore, the holding function, to radio transciever-tension power supply/during incoming key 'key input' can be managed by the. Furthermore, 'call function operation other than' rotation, for example, for inputting a character in a screen web case of a still Image display operation action or data broadcasting output involving display operation, etc. of terrestrial digital broadcast. Also by referring to 4, of a battery cell in low, battery (16) for preventing consumption of touch panel (32) is (state number 2) standby state. LCD monitor (26) unit calculates non, 'touch input' against avoids the need, touch panel (32) is (state number 2) standby state. Furthermore, touch panel (32) in the presence of an is lock is, 'touch input' of20 not bearing a, touch panel (32) is (state number 2) standby state. And call to the other side using a 'call function operation other than' for holding down the supports a (telephone call only, the) state in (conditions 1), 'touch input' for holding down the possibility free since there, touch panel (32) is (state number 2) standby state. While, and call to the other side using a 'call function operation other than' for holding down the likely a condition (conditions 2) in, 'touch input' is made of light emitted from at least the, in which case, touch panel (32) is the active state (state number 1). Furthermore, not call to the other side using a 'touch input' an application corresponding to the is activated of the flag is detected in (conditions 3), 'touch input' against touch panel (32) is the active state (state number 1). While, not call to the other side using a 'touch input' that cannot support the high-speed application is activated of the flag is detected in (conditions 4), 'touch input' are being made since there is no likely, touch panel (32) is (state number 2) standby state. And, other than said a cellular telephone (10) of state, 'touch input' against touch panel (32) is the active state (state number 1). Furthermore, reference to flow scheme of Figure 5, processor (12) is, touch panel (32) the active state and a standby state of a power saving state for separating a half of the time when a relates to. Furthermore, processor (12) the, flash memory (20) for a stored in based on the program to execute processing of the hereinafter. Furthermore, processor (12) the, by a technique of the second processor with the known, battery (16) the residual quantity of or earphone jack (44) signals output from the starting and be of connections for generating electric signals when an application being corresponding portable telephone (10) can for sensing the state of the multi. For example, an application starting is actuated and carries out a given function whether it is corresponding to a, flash memory (20) the application that shows the correspondences between the corresponding the application being that serve to maintain the table the name, the processor during activation application (12) is, by referring to table can be determine. Furthermore, processor (12) the, corresponding to predetermined set of functionality for the starting and whether it is a application directly through a and nose about a bit, and respond to this application may. Furthermore, process hybrid PI controller flow of Figure 5, to exemplary, the order of processing in flexible bumper structure for flow are not limited and, changing the order of processing the present invention even realizing a case where the device can be suitable may change of the face plate. Also by referring to 5, first, processor (12) the, in step S1, battery (16) the residual quantity of that is that is less than the amount of predetermined (low battery) and judges whether the.. Him transceiver when the controller determines that YES in step S1, processor (12) the, in step S13, a (F) flag 'number 2 state' is set between and in the context representing a. Wherein, the (F) flag, for example, processor (12) (R) register are is of stored region. Register (R) the [flag (F)], is set to '00000001' or by 'OOOOOO1O' , '' or 'state number 1 number 2 state' exhibits and. 'Number 1 state' email widow, a web page or, register (R) to '00000001' and, also, as shown to 3, touch panel (32) is active in the stacked state the.. While, 'number 2 state' email widow, a web page or, register (R) to '00000010' and, also, as shown to 3, touch panel (32). if the key is is. Therefore, in step S13, register (R) '00000010' [flag (F)] to. is stored. The, (F) flag is set, in step S15, processor (12) the, flag (F) based on the state of setup of, and manipulates the saving state. Specifically, flag (F) is' number 2 state ' since the indicates the, processor (12) the, touch panel control IC (30) to originate a standby signal to.. Furthermore, a standby signal received touch panel control IC (30) the, battery (16) from touch panel (32) of power to supply touch panel (32) to a stand-by state and, itself (30) also is standby state. Step 15 then. is wrapped back around to step S1. While, in step S1, if it is determined him NO, control is passed to step S3, LCD monitor (26) it is judged whether AV data have non-display is.. Him if it is determined YES in step S3, in step S13 (R) to (F) by searching the memorized flag '00000010' a 'number 2 state' to set the content representing a, in addition, step S15 based on the state of setup of (F) flag in, and manipulates the saving state. Specifically, flag (F) is' number 2 state ' since the indicates the, processor (12) the, touch panel control IC (30) to originate a standby signal to.. While, when the step judges that the NO in S3, in step S5, touch panel (32). determining whether the is lock is. Him if it is determined YES in step S5, step S13 (R) to compressed audio data is stored in the flag (F) '00000010' a 'number 2 state' to set the content representing a, in addition, step S15 based on the state of setup of (F) flag in, and manipulates the saving state. Specifically, flag (F) is' number 2 state ' since the indicates the, processor (12) the, touch panel control IC (30) to originate a standby signal to.. On the other hand, if it is determined in step S5 NO him, while line is busy in step S7 it is judged whether AV data have.. Him if it is determined YES in step S7, then, step S9 in earphone jack (44) signals output from the insertion of terminal, handsfree function, holding function which whether are running, i.e., engaged in a call 'call function operation other than' are being made which is likely. is installed within the mobile unit. Call even in the middle, earphone jack (44) of earphone to or terminal is inserted into, or is executed handsfree function, holding function is performed, and if the data, portable telephone (10) opening (OP1) and LCD monitor (26) away from peripheral user's ear is used since the, the mobile telephone device user (10) what the operation is performed 'call function operation other than' is a state capable to. Him if it is determined YES in step S9, in step S11 (R) to (F) by searching the memorized flag '00000001' a 'number 1 state' to set the content representing a, in addition, step S15 based on the state of setup of (F) flag in, and manipulates the saving state. Specifically, flag (F) is' number 1 state ' since the indicates the, processor (12) the, touch panel control IC (30) a signal to active to. Furthermore, touch panel controlling IC (30) adapted to receive an active signal the, battery (16) of electric power from on a touch panel (32) supplied to the active state and, itself (30) also is active state. On the other hand, if it is determined in step S9 NO him, in step S13 (R) to (F) by searching the memorized flag '00000010' a 'number 2 state' to set the content representing a, in addition, step S15 based on the state of setup of (F) flag in, and manipulates the saving state. Specifically, flag (F) is' number 2 state ' since the indicates the, processor (12) the, touch panel control IC (30) to originate a standby signal to.. Step S7 is wrapped back around to a, if it is determined the reference call to the other side using a (step NO in S7), step S 17 application in. it is judged whether AV data have during is activated. Him transceiver when the controller determines that YES in step S17, then, processor (12) the, step S19 an application started up in 'touch input' corresponding to. of determining whether the. Him if it is determined YES in step S19, in step S11 (R) to (F) by searching the memorized flag '00000001' a 'number 1 state' to set the content representing a, in addition, step S15 based on the state of setup of (F) flag in, and manipulates the saving state. Specifically, flag (F) is' number 1 state ' since the indicates the, processor (12) the, touch panel control IC (30) a signal to active to. On the other hand, if it is determined in step S19 NO him, step S13 (R) to compressed audio data is stored in the flag (F) '00000010' a 'number 2 state' to set the content representing a, in addition, step S15 based on the state of setup of (F) flag in, and manipulates the saving state. Specifically, flag (F) is' number 2 state ' since the indicates the, processor (12) the, touch panel control IC (30) to originate a standby signal to.. Step S17 is wrapped back around to a, if it is determined the reference is used during application is activated (step NO in S17), i.e., other if, in step S11 (R) to (F) by searching the memorized flag '00000001' a 'number 1 state' to set the content representing a, in addition, step S15 based on the state of setup of (F) flag in, and manipulates the saving state. Specifically, flag (F) is' number 1 state ' since the indicates the, processor (12) the, touch panel control IC (30) a signal to active to. Or more from a description will be seen as, number 1 embodiment the first deoxygenator portable telephone (10) in, portable telephone (10) according to operation state of a motor, external sensors touch sensors panel (32) the determining a need to of operation, touch panel (32) when the head cannot reach a the need for operation, touch panel (32) to an active state or a converts standby state in from. Therefore, touch panel (32) not to the to supply power, battery (16) is suppressed power consumption of. < 제 2 실시예 > In number 2 in the embodiment, in the description of Figure 1 using portable telephone number 1 embodiment the first deoxygenator (10) configuration of, also portable telephone shown in 2 (10) is identical so of, in the first deoxygenator number 2 embodiment described, their drawing and ., which does not require a the explanation. In number 2 in the embodiment, acceleration sensor control IC (34) the, processor (12) from active signal upon receiving a power IC (14) from power acceleration sensor (36) supplied to acceleration sensor (36) to active state, without a. On the other hand, acceleration sensor control IC (34) the, processor (12) from power supply to IC (14) receiving a standby signal from acceleration sensor (36) blocking power to the acceleration sensor (36) to a stand-by state time as large as that of. Furthermore, acceleration sensor control IC (34) the, a standby signal to determine if the numbers received, itself (34) of circuit acceleration sensor (34) a standby state used when a non-through hole smaller than a reference light amount power to the open and provides a path through which, itself (34) also is standby state. Therefore, portable telephone number 2 embodiment the first deoxygenator (10) in, processor (12) the, touch panel control IC (30) in addition to, acceleration sensor control IC (34) individually even for. transmitting a signal standby or active signal. The number 2 embodiment the first deoxygenator portable telephone (10) in, portable telephone (10) of, external sensors as touch panel (32) and acceleration sensor (36) of standby state active state or a state of the CPU for converting between a the, battery (16) is suppressed power consumption of. Also as shown in the 6, the safety capsule combination state of external sensors, touch panel (32) and acceleration sensor (36) together the 'number 1 state' , touch panel (32) and is active, acceleration sensor (36) is in a state of stand- 'number 2 state' , touch panel (32) key is state, acceleration sensor (36) a is active 'state number 3' and touch panel (32) and acceleration sensor (36) together a standby state 'number 4 state' .. Furthermore, also as shown in the 7, portable telephone (10) as state of, battery (16) that is less than the amount of predetermined the residual quantity of a low of a battery cell, LCD monitor (26) is not displayed in the nothing to (non-display) state, touch panel (32) in a state being lock is, and call to the other side using a 'call function operation other than' for holding down the supports a state (5 conditions), but call to the other side using a, earphone jack (44) of earphone terminal or is connected to, or are running handsfree function, holding the as, 'call function operation other than' for holding down the likely a condition (conditions 6), not call to the other side using a 'touch input including rotating displayer' and '' on both sides of the corresponding applications are running of the flag is detected (conditions 7), barrel and client in the 'touch input' corresponding to 'including rotating displayer' the that cannot support the high-speed applications are running of the flag is detected (conditions 8), not call to the other side using a 'touch input' and the time intervals do not correspond to 'including rotating displayer' corresponding to the applications are running of the flag is detected (9 conditions), not call to the other side using a, 'touch input including rotating displayer' and '' that cannot support the high-speed on both sides of the applications are running of the flag is detected (conditions 10) .the state of the and other. Furthermore, 'including rotating displayer' email widow, a web page or, as described above, acceleration sensor (36) by the action of LCD monitor (36) by judging the up-and-down direction of, LCD monitor object display still images (36) and rotates the tailored at the upper portion of is displayed so. Also reference to 7, low of a battery cell in, battery (16) for preventing consumption of touch panel (32) and acceleration sensor (36) together is standby state (state number 4). LCD monitor (26) unit calculates non, 'touch input' LCD monitor is and computations would be (26) thin film are used on the object 'including rotating displayer' since there the need, touch panel (32) and acceleration sensor (36) together is standby state (state number 4). And, touch panel (32) in the presence of an is lock is, 'touch input' but doesn't accept an since the touch panel (32) or standby state, LCD monitor (26) the object are displayed object is displayed 'including rotating displayer' likely to due to the presence of an acceleration sensor (36) is an active state (state number 3). And call to the other side using a 'call function operation other than' for holding down the supports a state in (5 conditions), 'touch input' and computations would be is made, LCD monitor (26) is displayed on a display object 'including rotating displayer' potential free since there, touch panel (32) and acceleration sensor (36) together is standby state (state number 4). While, and call to the other side using a 'call function operation other than' for holding down the likely a condition (conditions 6) in, 'touch input' against when a touch panel (32) is the active state, VOD 'including rotating displayer' the may not be carried out since the acceleration sensor (36) is the standby state (state number 2). Not call to the other side using a 'touch input including rotating displayer' and '' both sides of an application corresponding to the is started, the in (7 conditions), 'touch input' against touch panel (32) is the active state, 'including rotating displayer' against acceleration sensor (36) also is active state (state number 1). Furthermore, not call to the other side using a 'touch input' corresponding to 'including rotating displayer' that cannot support the high-speed being activated applications to have in a state (conditions 8), 'touch input' against touch panel (32) is the active state, 'including rotating displayer' avoids the need against acceleration sensor (36) is the standby state (state number 2). Furthermore, not call to the other side using a 'touch input' and that cannot support the high-speed 'including rotating displayer' corresponds to application is activated of the flag is detected in (9 conditions), 'touch input' avoids the need against touch panel (32) and standby state, 'including rotating displayer' against since the receives the first signals output from the acceleration sensor (36) is an active state (state number 3). Furthermore, not call to the other side using a 'touch input' even 'including rotating displayer' that cannot support the high-speed even being activated applications to have in a state (10 conditions), 'touch input' against output line 'including rotating displayer' against since it is not required to, touch panel (32) also acceleration sensor (36) also together is standby state (state number 4). And, other than said a cellular telephone (10) of state, 'touch input including rotating displayer' and '' of light emitted from at least the to, touch panel (32) and acceleration sensor (36) together is active state (state number 1). Furthermore, reference to flow scheme of Figure 9 and 8 also, processor (12) is, touch panel (32) and acceleration sensor (36) the active state and a standby state of a power saving state for separating a half of the time when a relates to. Furthermore, processor (12) the, flash memory (20) for a stored in based on the program to execute processing of the hereinafter. Furthermore, processor (12) the, by a technique of the second processor with the known, battery (16) the residual quantity of or earphone jack (44) of connections signals output from the an application being activated for generating electric signals when being corresponding portable telephone (10) can for sensing the state of the multi. Furthermore, also process hybrid PI controller flow of Figure 9 and 8, to exemplary, in flexible bumper structure for the flow an order of processing are not limited and, changing the order of processing the present invention even realizing a case where the device can be suitable may change of the face plate. Also reference to 8, first, processor (12) the, in step S21, battery (16) the residual quantity of that is that is less than the amount of predetermined (low battery) and judges whether the.. Him if it is determined YES in step S21, processor (12) the, in step S37, a (F) flag 'state number 4' from. Wherein, the (F) flag, for example, processor (12) (R) register are is of stored region. [Flag (F)] (R) register the, '00000001' , '00000010' , '00000100' , thereby one of a '00001000' , '' to 'number 1 state number 4 state' exhibits and herein, the second of. 'Number 1 state' email widow, a web page or, register (R) to '00000001' and, also, as shown to 6, touch panel (32) and acceleration sensor (36). on-the active both sides of. 'Number 2 state' email widow, a web page or, register (R) to '00000010' and, also, as shown to 6, touch panel (32) is active and, acceleration sensor (36) is a standby state. Hereinafter similarly, register (R) [flag (F)] to '00000100' , '00001000' a hole is stored, each 'number 3 state number 4 state' , '' exhibits and. Therefore, in step S37, register (R) '00001000' [flag (F)] to. is stored. The, (F) flag is set, in step S35, processor (12) the, flag (F) based on the state of setup of, and manipulates the saving state. Specifically, flag (F) is' state number 4' since the indicates the, processor (12) the, touch panel control IC (30), an acceleration sensor control IC (34) for the both of a pair of. to originate a standby signal. On the other hand, in step S21, if it is determined him NO, control is passed to step S23, LCD monitor (26) it is judged whether AV data have non-display is.. Him if it is determined YES in step S23, step S37 pager in '00001000' (R) to a (F) by searching the memorized flag 'state number 4' to set the content representing a, in addition, step S35 (F) flag in based on the state of setup of, and manipulates the saving state. Specifically, flag (F) is' state number 4' since the indicates the, processor (12) the, touch panel control IC (30), an acceleration sensor control IC (34) for the both of a pair of. to originate a standby signal. While, if the result of the determination is him NO in step S23, in step S25, touch panel (32). determining whether the is lock is. Him if it is determined YES in step S25, in step S39 (R) to (F) by searching the memorized flag '00000100' a 'number 3 state' to set the content representing a, in addition, step S35 (F) flag in based on the state of setup of, and manipulates the saving state. Specifically, flag (F) is' number 3 state ' since the indicates the, processor (12) the, touch panel control IC (30) to a standby signal originating a, acceleration sensor control IC (34) a signal to active to. On the other hand, if it is determined in step S25 NO him, in step S27, a is decided whether or not the call to the other side using a. Him if it is determined YES in step S27, then, in step S29, earphone jack (44) signals output from the insertion of terminal, handsfree function, holding function whether one of the calibration curves is being executed, i.e., engaged in a call 'call function operation other than' are being made which is likely. is installed within the mobile unit. Him if it is determined YES in step S29, S31 pager in step (R) to (F) by searching the memorized flag '00000010' a 'number 2 state' to set the content representing a, in addition, step S35 (F) flag in based on the state of setup of, and manipulates the saving state. Specifically, flag (F) is' number 2 state ' since the indicates the, processor (12) the, touch panel control IC (30) and transmitting a signal active to, acceleration sensor control IC (34) to originate a standby signal to.. On the other hand, if it is determined in step 29 NO him, step S33 pager in '00001000' (R) to a (F) by searching the memorized flag 'state number 4' to set the content representing a, in addition, step S35 (F) flag in based on the state of setup of, and manipulates the saving state. Specifically, flag (F) is' state number 4' since the indicates the, processor (12) the, touch panel control IC (30), an acceleration sensor control IC (34) for the both of a pair of. to originate a standby signal. Step S27 is wrapped back around to a, if it is determined the reference call to the other side using a (step NO in S27), step S41 application in. it is judged whether AV data have during is activated. Him if it is determined YES in step S41, then, step S43 an application started up in 'touch input' corresponding to. of determining whether the. Him if it is determined YES in step S43, in addition, an application started up in step S45 'including rotating displayer' corresponding to. of determining whether the. Him if it is determined YES in step S45, step S47 pager in '00000001' (R) to a (F) by searching the memorized flag 'number 1 state' to set the content representing a, in addition, step S35 (F) flag in based on the state of setup of, and manipulates the saving state. Specifically, flag (F) is' number 1 state ' since the indicates the, processor (12) the, touch panel control IC (30), an acceleration sensor control IC (34) active for the both of a pair of. transmitting a signal. On the other hand, if it is determined in step S45 NO him, in step S49 (R) to (F) by searching the memorized flag '00000010' a 'number 2 state' to set the content representing a, in addition, step 35 based on the state of setup of (F) flag in, and manipulates the saving state. Specifically, flag (F) is' number 2 state ' since the indicates the, processor (12) the, touch panel control IC (30) and an active-transmitting a signal, acceleration sensor IC (34) a standby signal to a. Step S43 and control is returned to the a, application is started up 'touch input' that cannot support the high-speed if it is determined that the (NO in step S43), then, step 51 application is started up in 'including rotating displayer' corresponding to. of determining whether the. Him if it is determined YES in step S51, S53 pager in step (R) to (F) by searching the memorized flag '00000100' a 'number 3 state' to set the content representing a, in addition, step 35 based on the state of setup of (F) flag in, and manipulates the saving state. Specifically, flag (F) is' number 3 state ' since the indicates the, processor (12) the, touch panel control IC (30) to a standby signal originating a, acceleration sensor IC (34) a signal to an active. While, NO him if it is determined in step S51, step S55 pager in '00001000' (R) to a (F) by searching the memorized flag 'state number 4' to set the content representing a, in addition, step 35 based on the state of setup of (F) flag in, and manipulates the saving state. Specifically, flag (F) is' state number 4' since the indicates the, processor (12) the, touch panel control IC (30), an acceleration sensor IC (34) for the both of a pair of. to originate a standby signal. They are moved back to step S41, if it is determined the reference is used during application is activated (step NO in S41), i.e., other if, in step S47 (R) to (F) by searching the memorized flag '00000001' a 'number 1 state' to set the content representing a, in addition, step S79 (F) flag in based on the state of setup of, and manipulates the saving state. Specifically, flag (F) is' number 1 state ' since the indicates the, processor (12) the, touch panel control IC (30), an acceleration sensor control IC (34) active for the both of a pair of. transmitting a signal. Or more from a description will be seen as, number 2 embodiment the first deoxygenator portable telephone (10) in, portable telephone (10) according to operation state of a motor, external sensors touch sensors panel (32) and acceleration sensor (36) the determining a need to of operation of the wireless mobile station, the need for operation when the head cannot reach a, touch panel (32) and acceleration sensor (36) for separately active state converts standby state in from. Therefore, touch panel (32) and acceleration sensor (36) not to the to supply power, battery (16) is suppressed power consumption of. < 제 3 실시예 > In number 3 in the embodiment, in the description of Figure 1 using portable telephone number 1 embodiment the first deoxygenator (10) configuration of, also portable telephone shown in 2 (10) is identical so of, drawing number 3 embodiment and the explanation of it described manners, which does not require a.. In number 3 in the embodiment, acceleration sensor control IC (34) the, processor (12) from active signal upon receiving a power IC (14) from power acceleration sensor (36) supplied to acceleration sensor (36) to active state, without a. On the other hand, acceleration sensor control IC (34) the, processor (12) from power supply to IC (14) receiving a standby signal from acceleration sensor (36) blocking power to the acceleration sensor (36) to a stand-by state time as large as that of. Furthermore, acceleration sensor control IC (34) the, a standby signal to determine if the numbers received, itself (34) of circuit acceleration sensor (34) a standby state used when a non-through hole smaller than a reference light amount power to the open and provides a path through which, itself (34) also is standby state. And, number 3 embodiment the first deoxygenator portable telephone (10) in, processor (12) the, touch panel control IC (30) in addition to, acceleration sensor control IC (34) individually even for standby or active signal, in addition to a signal to, power IC (14) and processor (12) via a photo sensor (38) supplied to a battery (16), the portable telephone sends conversion with two magnet valves of ON/OFF of of electric power from. The number 3 embodiment the first deoxygenator portable telephone (10) in, portable telephone (10) of, external sensors as touch panel (32) and acceleration sensor (36) between standby state active state or a state of by converting the, in addition, external sensors as photo sensor (38) of the power supply to the saving by converting the ON/OFF, battery (16) is suppressed power consumption of. Also as shown in the 10, as combination state of external sensors, touch panel (32) and acceleration sensor (36) together active state, photo sensor (38) in ON supply of power to 'number 1 state' , touch panel (32) is active and acceleration sensor (36) a standby state and, photo sensor (38) in ON supply of power to 'number 2 state' , touch panel (32) is active and acceleration sensor (36) a standby state and, photo sensor (38) in OFF supply of power to 'number 3 state' , touch panel (32) key is state photo sensor (38) and is active, photo sensor (38) in ON supply of power to 'state number 4' , touch panel (32) and acceleration sensor (36) together and standby state, photo sensor (38) in ON supply of power to 'state number 5' and touch panel (32) and acceleration sensor (36) together and standby state, photo sensor (38) in OFF supply of power to 'number 6 state' .. Furthermore, also as shown in the 11, portable telephone (10) as state of, battery (16) that is less than the amount of predetermined the residual quantity of a low of a battery cell, LCD monitor (26) is not displayed in the nothing to (non-display) state, touch panel (32) in a state being lock is, and call to the other side using a 'call function operation other than' for holding down the supports a state (11 conditions), and call to the other side using a 'call function operation other than' for holding down the there is a possibility that the 'call function operation other than' traveling state of the has been performed, (conditions 12), and call to the other side using a 'call function operation other than' are being made actually although there are a multiplicity of likely 'call function operation other than' state is performed (conditions 13), not call to the other side using a 'touch input including rotating displayer' and '' on both sides of the corresponding applications are running of the flag is detected (conditions 14), not call to the other side using a 'touch input' corresponding to 'including rotating displayer' the that cannot support the high-speed applications are running of the flag is detected (15 conditions), not call to the other side using a 'touch input' and the time intervals do not correspond to 'including rotating displayer' corresponding to the applications are running of the flag is detected (conditions 16), not call to the other side using a 'touch input including rotating displayer' and '' that cannot support the high-speed on both sides of the applications are running of the flag is detected (conditions 17) .the state of the and other. Also reference to 11, low of a battery cell in, battery (16) for preventing consumption of touch panel (32) and acceleration sensor (36) together is standby state, photo sensor (38) supply of power to is OFF (state number 6). LCD monitor (26) unit calculates non, 'touch input' is likely to be since there is no touch panel (32) and standby state, LCD monitor (26) indication of object 'including rotating displayer' avoids the need the acceleration sensor (36) also standby state and, LCD monitor (26) [backlight (28)] for controlling brightness of photo sensor avoids the need (38) OFF supply of power to is (state number 6). Furthermore, touch panel (32) in the presence of an is lock is, 'touch input' to accept documents not touch panel (32) or standby state, LCD monitor (26) the 'including rotating displayer' likely to be display to be displayed a due to the presence of an acceleration sensor (36) and an active state, LCD monitor (26) brightness displayed on an are converted into heat and requiring a photo sensor (38) ON supply of power to is (state number 4). And call to the other side using a 'call function operation other than' for holding down the supports a state in (11 conditions), 'touch input' likely are being made since there is no touch panel (32) and standby state, LCD monitor (26) to 'including rotating displayer' a to be displayed of display since there is no acceleration sensor (36) also standby state and, LCD monitor (26) for controlling brightness displayed on an avoids the need photo sensor (38) OFF supply of power to is (state number 6). Furthermore, and call to the other side using a 'call function operation other than' are being made substantially there is a possibility that 'call function operation other than' state are running in (12 conditions), 'touch input' against touch panel (32) is the active state, VOD 'including rotating displayer' the value is over acceleration sensor (36) is the standby state, LCD monitor (26) brightness displayed on an are converted into heat and requiring a photo sensor (38) ON supply of power to is (number 2 state). And, and call to the other side using a 'call function operation other than' there is a possibility that are being made for 'call function operation other than' are running (conditions 13) in a non-tensioned state, 'touch input' against touch panel (32) is the active state, VOD 'including rotating displayer' the value is over acceleration sensor (36) is the standby state, LCD monitor (26) for controlling brightness displayed on an avoids the need photo sensor (38) OFF supply of power to is (state number 3). Furthermore, not call to the other side using a 'touch input including rotating displayer' and '' both sides of an application corresponding to the is started, the in (14 conditions), 'touch input' against touch panel (32) is the active state, 'including rotating displayer' against acceleration sensor (36) is also active state, LCD monitor (26) brightness displayed on an are converted into heat and requiring a photo sensor (38) ON supply of power to is (number 1 state). Furthermore, not call to the other side using a 'touch input' is formed integrally with the screw and corresponding to 'including rotating displayer' that cannot support the high-speed being activated applications to have in a state (15 conditions), 'touch input' against touch panel (32) is the active state, 'including rotating displayer' avoids the need against acceleration sensor (36) is the standby state, LCD monitor (26) brightness displayed on an are converted into heat and requiring a photo sensor (38) ON supply of power to is (number 2 state). And, not call to the other side using a 'touch input' but that cannot support the high-speed 'including rotating displayer' support the high-speed being activated an application in a state (16 conditions), 'touch input' avoids the need against touch panel (32) and standby state, 'including rotating displayer' against receives the first signals output from the acceleration sensor (36) and an active state, LCD monitor (26) brightness displayed on an are converted into heat and requiring a photo sensor (38) ON supply of power to is (state number 4). Furthermore, 'touch input including rotating displayer' and '' that cannot support the high-speed on both sides of the being activated applications to have in a state (17 conditions), 'touch input' against avoids the need, touch panel (32) and standby state, 'including rotating displayer' against avoids the need, acceleration sensor (36) are controlling a state of an external scanned, LCD monitor (26) brightness displayed on an are converted into heat and requiring a photo sensor (38) ON supply of power to is (state number 5). And said other than a cellular telephone (10) of state, 'touch input' against touch panel (32) is the active state, 'including rotating displayer' against acceleration sensor (36) is also active state, LCD monitor (26) for controlling brightness of indication of photo sensor for (38) ON supply of power to is (number 1 state). Furthermore, also 12, reference to flow scheme of Figure 13, processor (12) is, touch panel (32) and acceleration sensor (36) the active state and a standby state of, photo sensor (38) of the power supply to a power saving state by converting ON/OFF electrically connected with a control time when a relates to. Furthermore, processor (12) the, flash memory (20) for a stored in based on the program to execute processing of the hereinafter. Furthermore, processor (12) the, by a technique of the second processor with the known, battery (16) the residual quantity of or earphone jack (44) of connections signals output from the an application being activated for generating electric signals when being corresponding portable telephone (10) can for sensing the state of the multi. Furthermore, also 12, process hybrid PI controller flow of Figure 13, to exemplary, the order of processing in flexible bumper structure for flow are not limited and, changing the order of processing the present invention even realizing a case where the device can be suitable may change of the face plate. Also by referring to 12, first, processor (12) the, in step S61, battery (16) the residual quantity of that is that is less than the amount of predetermined (low battery) and judges whether the.. If it is determined YES in step S61 him, processor (12) the, in step S81, a (F) flag 'state number 6' is set between and in the context representing a. Wherein, the (F) flag, for example, processor (12) (R) register are is of stored region. [Flag (F)] (R) register the, '00000001' , '00000010' , '00000100' , '00001000' , '00010000' , by is set to '00100000' , 'state number 1 state' to 'number 6' States of one of.. 'Number 1 state' email widow, a web page or, register (R) to a '00000001' , also 10, as shown to, touch panel (32) and acceleration sensor (36) and active both of, photo sensor (38) ON supply of power to the thin film layer which is an is state. 'Number 2 state' email widow, a web page or, register (R) to numerical '00000010' and, also 10, as shown to, touch panel (32) is active and acceleration sensor (36) as a standby, photo sensor (38) ON supply of power to the thin film layer which is an is state. Hereinafter similarly, register (R) [flag (F)] to '00000100' , '00001000' , '00010000' , '00100000' by is stored, each '' , '' , 'number 3 state number 4 state state state number 5' , 'number 6' is set. Therefore, in step S81, register (R) '00100000' [flag (F)] to. is stored. The, (F) flag is set, in step S79, processor (12) the, flag (F) based on the state of setup of, and manipulates the saving state. Specifically, flag (F) is' number 6 state ' since the indicates the, processor (12) the, touch panel control IC (30), an acceleration sensor control IC (34) for the both of a pair of a standby signal originating a, photo sensor (38) OFF supply of power to time as large as that of. While, in step S61, if it is determined him NO, control is passed to step S63, LCD monitor (26) it is judged whether AV data have non-display is.. Him if it is determined YES in step S63, in step S81 (R) to (F) by searching the memorized flag '00100000' a 'number 6 state' to set the content representing a, in addition, step S79 (F) flag in based on the state of setup of, and manipulates the saving state. Specifically, flag (F) is' number 6 state ' since the indicates the, processor (12) the, touch panel control IC (30), an acceleration sensor control IC (34) for the both of a pair of a standby signal originating a, photo sensor (38) OFF supply of power to time as large as that of. While, if the result of the determination is him NO in step S63, in step S65, touch panel (32). determining whether the is lock is. Him if it is determined YES in step S65, step S83 pager in '00001000' (R) to a (F) by searching the memorized flag 'state number 4' to set the content representing a, in addition, step S79 (F) flag in based on the state of setup of, and manipulates the saving state. Specifically, flag (F) is' state number 4' since the indicates the, processor (12) the, touch panel control IC (30) to a standby signal originating a, acceleration sensor control IC (34) and transmitting a signal active to, photo sensor (38) supply of power to the sensors ON in that. On the other hand, if it is determined in step S65 NO him, in step S67, a is decided whether or not the call to the other side using a. If it is determined YES in step S67 him, then, in step S69, earphone jack (44) for insertion of terminal of earphone, handsfree function, holding function whether one of the calibration curves is being executed, i.e., engaged in a call 'call function operation other than' are being made which is likely. is installed within the mobile unit. Him if it is determined YES in step S69, step S71 which is substantially 'call function operation other than' has been performed, determining whether the.. Him if it is determined YES in step 71, step S75 pager in '00000010' (R) to a (F) by searching the memorized flag 'number 2 state' to set the content representing a, in addition, step S79 (F) flag in based on the state of setup of, and manipulates the saving state. Specifically, flag (F) is' number 2 state ' since the indicates the, processor (12) the, touch panel control IC (30) and transmitting a signal active to, acceleration sensor control IC (34) to which to originate a standby signal, photo sensor (38) of power to ON in that supply. NO him if it is determined in step 71, step S73 pager in '00000100' (R) to a (F) by searching the memorized flag 'number 3 state' to set the content representing a, in addition, step S79 (F) flag in based on the state of setup of, and manipulates the saving state. Specifically, flag (F) is' number 3 state ' since the indicates the, processor (12) the, touch panel control IC (30) and transmitting a signal active to, acceleration sensor control IC (34) to a standby signal originating a, photo sensor (38) OFF supply of power to time as large as that of. They are moved back to step S69, if it is determined in step S69 NO him, step S77 pager in '00100000' (R) to a (F) by searching the memorized flag 'state number 6' to set the content representing a, in addition, step S79 (F) flag in based on the state of setup of, and manipulates the saving state. Specifically, flag (F) is' number 6 state ' since the indicates the, processor (12) the, touch panel control IC (30), an acceleration sensor control IC (34) for the both of a pair of a standby signal originating a, photo sensor (38) OFF supply of power to time as large as that of. They are moved back to step S67, if it is determined the reference call to the other side using a (NO in step S67), step S85 application in. it is judged whether AV data have during is activated. If it is determined YES in step S85 him, then, step S87 an application started up in 'touch input' corresponding to. of determining whether the. If it is determined YES in step S87 him, in addition, an application started up in step S89 'including rotating displayer' corresponding to. of determining whether the. If it is determined YES in step S89 him, in S91 step (R) to (F) by searching the memorized flag '00000001' a 'number 1 state' to set the content representing a, in addition, step S79 (F) flag in based on the state of setup of, and manipulates the saving state. Specifically, flag (F) is' number 1 state ' since the indicates the, processor (12) the, touch panel control IC (30), an acceleration sensor control IC (34) for the both of a pair of active transmitting a signal and, photo sensor (38) of power to ON in that supply. On the other hand, if it is determined in step S89 NO him, in S93 step (R) to (F) by searching the memorized flag '00000010' a 'number 2 state' to set the content representing a, in addition, step 79 based on the state of setup of (F) flag in, and manipulates the saving state. Specifically, flag (F) is' number 2 state ' since the indicates the, processor (12) the, touch panel control IC (30) and an active-transmitting a signal, acceleration sensor IC (34) a standby transmitting a signal which, photo sensor (38) of power to ON in that supply. They are moved back to step S87, application is started up 'touch input' that cannot support the high-speed if it is determined that the (step S87 NO in), then, step 95 application is started up in 'including rotating displayer' corresponding to. of determining whether the. If it is determined in step S95 him YES, step S97 pager in '00001000' (R) to a (F) by searching the memorized flag 'state number 4' to set the content representing a, in addition, step 79 based on the state of setup of (F) flag in, and manipulates the saving state. Specifically, flag (F) is' state number 4' since the indicates the, processor (12) the, touch panel control IC (30) to a standby signal originating a, acceleration sensor IC (34) the transmitting a signal an active, photo sensor (38) of power to ON in that supply. On the other hand, if it is determined in step S95 NO him, step S99 pager in '00010000' (R) to a (F) by searching the memorized flag 'state number 5' to set the content representing a, in addition, step 79 based on the state of setup of (F) flag in, and manipulates the saving state. Specifically, flag (F) is' state number 5' since the indicates the, processor (12) the, touch panel control IC (30), an acceleration sensor IC (34) for the both of a pair of a standby signal originating the, photo sensor (38) of power to ON in that supply. They are moved back to step S85, if it is determined the reference is used during application is activated (step NO in S85), i.e., if other, in S91 step (R) to (F) by searching the memorized flag '00000001' a 'number 1 state' to set the content representing a, in addition, step S79 (F) flag in based on the state of setup of, and manipulates the saving state. Specifically, flag (F) is' number 1 state ' since the indicates the, processor (12) the, touch panel control IC (30), an acceleration sensor control IC (34) to originate a active signal for the both of a pair of the, photo sensor (38) of power to ON in that supply. Or more described as the technician knows from, number 3 embodiment the first deoxygenator portable telephone (10) in, portable telephone (10) according to operation state of a motor, external sensors touch sensors panel (32), acceleration sensor (36), and photo sensor (38) determining a need to of operation of the, when the head cannot reach a the need for operation, touch panel (32) and acceleration sensor (36) to active state, without from standby state and, in addition, photo sensor (38) in supply of power to OFF to converts ON. Therefore, touch panel (32), acceleration sensor (36) and photo sensor (38) not to the to supply power, battery (16) is suppressed power consumption of. The present invention but to the selective manipulation described, a simple same is used as a one example and illustration, as defining the analysis is is not but as light source and is, of the present invention concept and range with an is constrained only by the door it froze claims. A mobile phone apparatus 10 includes a touch panel controlling IC 30. The touch panel controlling IC 30 controls electric power supplied from the electric power IC 14 on the basis of a received active signal or standby signal to set a touch panel input apparatus 32 to an active state or a standby state on the basis of the received active signal or standby signal. A processor 12 transmits to the touch panel controlling IC 30 the active signal or the standby signal in correspondence with a determined state of the mobile phone apparatus 10. Display device, said display device touch panel disposed of, cell from supply section for supplying a power supply power of the predetermined voltage, judge the conditions, said touch panel an active in an active state a standby signal or a control section for outputting a a standby signal, and said said or active signal based on the standby signal, said a power supplied from the power supply unit by controlling the, said touch panel to an active state or a standby or a touch panel control portion and have a, said control unit, other than the call call to the other side using a function operation is performed when the condition when supports a 1 it is judged as a half-, other than the call call to the other side using a function operation is performed when which is likely when the condition of the PLD to him 2, said 1 conditions when the a decision is made that a vehicle and outputs a standby signal, judges that the 2 conditions for outputting active signal when the portable communication terminal. According to Claim 1, said control unit, an application being operated, the current not call to the other side using a corresponding to the touchscreen when the condition when it is judged as a half -3, call an application being operated, the current client in the corresponding to the touchscreen when the condition, at the same time, when 4 of the PLD to him, said 3 conditions when the a decision is made that a vehicle proximate the corresponding touch zone, the active signal, conditions when the 4 judges that the a standby signal output a portable communication terminal. Display device, said display device disposed of touch panel, said display device for detecting a slope of the apparatus an acceleration sensor, from a power source supply section for supplying a power supply power of the predetermined voltage, judge the conditions, said touch panel and said an active to active state, without acceleration sensor a standby signal or a control section for outputting a a standby signal, said active signal or said based on the standby signal, said a power supplied from the power supply unit by controlling the, said touch panel to an active state or a standby or a touch panel control unit, and said said or active signal based on the standby signal, said a power supplied from the power supply unit by controlling the, said acceleration sensor to active state, without or standby state in the apparatus an acceleration sensor includes a laser, said control unit, other than the call call to the other side using a function operation is performed when the condition when supports a 5 and, other than the call call to the other side using a function operation is performed when which is likely when the condition which a decision is made that a vehicle 6, when the judges that the 5 conditions, said touch panel control and said acceleration sensor and outputs a standby signal said control section, 6 6 a decision is made that a vehicle when the floating, said active signal said touch panel control to said acceleration sensor control section proximate the corresponding touch zone, the a standby signal output a portable communication terminal. According to Claim 3, said control unit, an application being operated, the current call to the other side using a not including rotating displayer input and the touchscreen corresponding to when the condition when it is judged as a half -7, call to the other side using a not corresponding to touch input application is started up and rotate, at the same time, when corresponding to when the condition which a decision is made that a vehicle 8, call an application being operated, the current client in the corresponding to the touchscreen with no when corresponding to 9 and when the condition, an application being operated, the current call to the other side using a not input and the touchscreen including rotating displayer when that cannot support the high-speed when the condition which a decision is made that a vehicle 10, when the a decision is made that a vehicle 10 conditions, said touch panel control and said acceleration sensor and outputs a standby signal said control section, when the a decision is made that a vehicle 8 conditions, said touch panel control to said acceleration sensor proximate the corresponding touch zone, the active signal said control section outputs a standby signal, conditions when the a decision is made that a vehicle 7, said touch panel control and said acceleration sensor control section proximate the corresponding touch zone, the active signal, judges that the 9 conditions, [...] 〈, said said touch panel control to said acceleration sensor and outputs a standby signal said control section for outputting active signal portable communication terminal. Display device, said display device disposed of touch panel, said display device for detecting a slope of the apparatus an acceleration sensor, for adjustment of the brightness of said display device for detecting a light quantity certain outside device by the photo-sensor, from a power source supply section for supplying a power supply power of the predetermined voltage, judge the conditions, said touch panel and said an active to active state, without acceleration sensor a standby signal or and output a standby signal, to the sensors photo said line, and a first connector part of electric power from said power supply unit for converting control unit, said said active signal or based on the standby signal, said a power supplied from the power supply unit by controlling the, said touch panel to an active state or a standby or a touch panel control unit, and said said or active signal based on the standby signal, said a power supplied from the power supply unit by controlling the, said acceleration sensor to active state, without or standby state in the apparatus an acceleration sensor includes a laser, said control unit, other than the call call to the other side using a function operation is performed when the condition when supports a 11 it is judged as a half-, call to the other side using a function other than the call there is a possibility that operation is performed and functional when side of operation is performed when the condition of the PLD to him 12, the call call to the other side using a function other than there is a possibility that operation is performed and functional operation is performed when the condition, at the same time, when it is judged as a half -13, conditions when the 11 a decision is made that a vehicle, said acceleration sensor said touch panel control and said control section outputs a standby signal said disconnecting and switching-on the circuit power to the photo sensor, when the 12 judges that the conditions, said touch panel control to said acceleration sensor proximate the corresponding touch zone, the active signal said control section outputs a standby signal photo said power is supplied to the sensors, conditions when the a decision is made that a vehicle 13, said touch panel control to said acceleration sensor proximate the corresponding touch zone, the active signal said control section outputs a standby signal to the sensors photo said blocking the power portable communication terminal. According to Claim 5, said control unit, an application being operated, the current call to the other side using a not including rotating displayer input and the touchscreen when corresponding to 14 and when the condition, not call to the other side using a application is started up and rotate a corresponding to touch input, at the same time, when corresponding to 15 when the condition of the PLD to him, call an application being operated, the current client in the corresponding to the touchscreen with no corresponding to when the condition when it is judged as a half -16, an application being operated, the current call to the other side using a not including rotating displayer input and the touchscreen that cannot support the high-speed when the condition which a decision is made that a vehicle 17 when, conditions when the judges that the 14, said touch panel control and said acceleration sensor control section proximate the corresponding touch zone, the active signal said photo said power is supplied to the sensors, when the judges that the 15 conditions, said touch panel control to said acceleration sensor proximate the corresponding touch zone, the active signal said control section outputs a standby signal photo said power is supplied to the sensors, conditions when the a decision is made that a vehicle 16, said touch panel control to said output a standby signal said [...] said acceleration sensor control section outputs active signal said photo said power is supplied to the sensors, conditions when the a decision is made that a vehicle 17, said touch panel control and said acceleration sensor control section outputs said a standby signal to the sensors photo said that supplies power to a portable communication terminal.