TWM418331U - Communication component and its switching device using local telephone system through mobile computing devices - Google Patents

Description

V. New description: [New technology field] This new type is a kind of communication system, especially for a kind of (4) mobile computing, communication components and their switching devices. [Prior Art] ~Because of the convenience of carrying, the continuous decline of the call cost, and the additional service of the perfect paint, the mobile phone has already become a must-have item for modern people. However, f is relatively easy to use in the city, the home is still a silky manure. However, 'the use of the city secrets _ is more specific than the telephone, plus it is not as mobile phone can carry it (four) operation interface is convenient, so even a new generation of analog phones have provided communication _ miscellaneous, people are not _ analog phone Pass. Fl is recorded to store the phone number of the big one. Therefore, in the actual operation process, the phone number is stored in the (4) phone towel, so the user must first find out the missing (4) phone number from the track of the mobile phone and copy it on paper or navigation (4) Sea towels, silky local phone system; or directly look at the phone number of the inquiry and dial the city directly. However, these methods are prone to _errors and waste time on repeated dialing. [New content] In this new type of implementation, the mobile device (MobDe is 100. 10. 13⁄43⁄4 M j P^gdevices) using the local telephone system adapter device includes the housing shell, audio input Single port, first port, second port, on-hook/off-hook circuit, and hybrid circuit. The base body has at least a through hole. The audio input unit is disposed in the housing and is disposed corresponding to at least a uniform aperture. The first port and the second port are embedded on the base of the housing for providing electrical connection with external components. The second connection is electrically connected to the first connection port. The on-hook/off-hook circuit and the hybrid circuit are disposed in the housing. On-hook/off-hook circuit The eMule is connected to the first port, and the hybrid circuit is electrically connected to the audio input unit and the on-hook/off-hook circuit. In use, the material is connected to the external network, and the second port is selectively electrically connected to the external - thief phone. When the field hook/off-hook circuit generates an off-hook signal, the hybrid circuit outputs the dual tone multi-frequency (DTMF) audio received by the signal input unit to the fixed network communication network line via the first port. In the present invention, the communication component using the local telephone system via the mobile computing device includes a "motion computing device" and an "transit device". The 'moving device' includes a health device, a user interface, a dialing module, and a first audio wheeling unit. The dialing module is electrically connected to the storage device and the user interface, and the first audio output unit is electrically connected to the dialing module. 4 material 18331 " .year.. month; ^ The adapter device includes a housing shell, a first audio input unit, a second port, an on-hook/off-hook circuit, and a hybrid circuit. The audio input unit is disposed in the housing and corresponds to the first audio wheel. The first port and the second port are embedded on the base housing to provide a connection to an external component. The second connection is electrically connected to the first connection port. Hang up / off-hook ' The circuit and hybrid grid are placed in the housing. The on-hook/off-hook circuit is electrically connected to the turtle-connector, and the kunhe circuit is electrically connected to the audio input unit and the on-hook/off-hook circuit. When in use, the first port is electrically connected to a fixed network communication network, and the second port is selectively electrically connected to the external analog phone. The user interface can display the phone number in the address book stored in the storage device to generate a dialing order corresponding to the phone number. The dynamometer responds to the dialing command to generate the dual-tone multi-frequency audio corresponding to the telephone number, and the dual-tone multi-frequency audio of the audio output list is received by the audio-visual unit and the dual-tone complex-frequency sound is received by the audio-visual unit. When the hang-up/off-hook circuit generates an off-hook signal, the hybrid circuit sends out the syllable-side audio signal via the first-to-one _ _ _ _ _ _ _ _ _ _ According to the embodiment of the present invention, the user action computing device and the _ pass-to-heart... the service will use the local dialect, and the VS will use the low-rate local dialect (4). And, = use the address book in the mobile computing device to record the fixed-line communication network line, and use the local telephone system to dial the 5 to correct mx&m-]〇〇!ιι^ί Mode 1 is a mobile computing device according to a first embodiment of the present invention (a _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ Referring to Figures 1 and 2, the communication component includes a mobile computing device 1A and an adapter device 20. Here, the mobile computing device 1 can use the local telephone system via the switching device. Come to the phone, that is, the network connection line 4 () is connected to the telephone to make the central office (not shown) for voice communication. Among them, the mobile computing device 1 can be a smart phone, a notebook computer, The tablet computer (Pad) and the personal digital assistant (pers〇nai digitai) are also added. Referring to FIG. 3, the mobile computing device 10 includes: a host housing 110, a storage device 120, and a user interface. No, one set of Μ〇 group and one tone The wheeling unit (hereinafter referred to as the first audio output unit 15A for convenience of description). The storage device 120 is disposed in the main body casing no. The user interface 130 is embedded in the main body casing no. The interface 13 can be a touch screen, or a combination of a touch screen and a physical button, or a combination of a 'screen and a physical button. The dial module 140 is disposed in the main body housing 110, and The dialing module 140 is electrically connected to the storage device 120 and the user interface 130. The dialing module 140 can be implemented by a processor that can read and execute a 6 year) memory. The dialing software can be a dialing application ^_ 2 ^Set the address book of the dialing module 14G in 12G. There are multiple groups of phone numbers in the address book. Here, the group phone number refers to a string of numbers consisting of multiple digits that can be dialed to the fixed call destination. It can be the basic address book of the mobile computing device ,0, or the specific address book of the dialing application. When the address book used is exclusive to the dialing application, the dialing module (10) ^ for - Wei, material connection The address of the county _ 丨 丨 G County set up the address ^ Saki The contact information (telephone number, or contact information and telephone number) should be copied to the exclusive address book. This exclusive address book can be designed to be editable and can be used in the user-to-ship interface. 130. In addition, in addition to mobilizing the communication device 1G basic settings of the communication _ contact information, so that you can also hunt directly from the user interface m contact contact information to the exclusive address book. Again, for (four) come over The contact information can be edited by the user interface 130, for example, deleting the area number in which the telephone number of the local telephone system is listed, or the prea code required to dial the outside line on the switch system ( For example, 0 or 9) The host salt 11 has one or more sets of through holes 112, 114. Here, each of the through holes U2/114 is formed by one or more holes penetrating through the main casing (10). And the first audio output unit 15G is electrically connected to the amount 14 (), and is disposed corresponding to the through hole m or the through hole 14 so that the first audio output unit (9) outputs = the audio can be correspondingly The hole 112 or the through hole 114 is transmitted to the mobile computing device

Referring to FIG. 4, the adapter device 20 includes a base housing 210, an audio input unit (hereinafter referred to as a first audio input unit 220 for convenience of description), a first port 230, A second port 232, an on-hook/off-hook circuit 250, and a hybrid circuit 26A. The base 210 has one or more sets of through holes 212, 214. Each of the sets of perforations 212/214 is comprised of one or more apertures through the main housing 110. The first audio input unit 22 is disposed corresponding to the through hole 212 or the through hole 214, so that the first audio unit 22 can receive the audio output by the first audio output unit 150 via the through hole 212. The interior of the base body 210 has an internal receiving space. The on-hook/off-hook circuit 25 is disposed in the housing housing 21A, that is, in the internal housing space 216. - The first port 230 and the second port 232 are embedded in the base housing 21A. The first port 230 is electrically connected to the second link attack and the on-hook/off-hook circuit. And the 'hybrid circuit 260 is connected to the first audio input unit 22 and the on-hook/off-hook circuit 250. 6, and 7 and the outer housing portion 218 of the base housing 210 can be used. In some embodiments, an outer receiving portion 218 can be formed with reference to the first and fifth outer surfaces to carry the mobile computing device 10. Wherein, the external receiving part training may be a recess added to the base of the base (such as W, - groove (as shown in Figure 5) or a platform (such as M418331 in Figures 6 and 7)

Show). Above = Γ 5 Figure 'When the external housing portion 218 is formed in the housing housing 210 slot = eight or grooved, the mobile computing device 1 is erected or placed in a recess or groove ^ Figure 6, When the external receiving portion 218 is formed on the base housing 21, the +-action computing device 1G can lie flat on the platform. Moreover, the clip can be placed on the flat second to release the walking device 10 on the flat shirt. For example, the I port 23G and the second connector may be telephone line ports, such as an RJ11 connector. X drink thousand". Figure 'The telephone line 5 〇 - the end is inserted in the first, the other end of the telephone line 5G is inserted into the telephone system, and then electrically connected via the telephone box or switch system to make the switching device 20 The second connection can be electrically connected to the external:: machine 3. via the fixed network, the network, and the central office. The weekly communication, the network line is electrically connected to the telephone, and the telephone line 52 electrically connects the second connection to the external:: That is, the end of the telephone line 52 can be inserted into the analog motor 0, and the other end of the telephone line 52 can be inserted into the second port 232. Therefore, the operation device 1 is not used. When the local telephone system is used, the local telephone system can still be normally used by the analog telephone 30. The on-hook/off-hook circuit 250 causes the fixed network communication network line 40 to be electrically turned on and enters the transmittable signal by generating an off-hook (10). Leave, enter "and establish the transfer device 2G and the telephone central office __. Also _, hang up 9

The road 250 can generate an off-hook signal to notify the remote central office user to prepare to make a call, and thus the response voice on-hook/off-hook circuit 250 can be used by the signal solid state relay or optical. Constructed with a light combiner. Referring to Figures 1-7, in some embodiments, the user can electrically connect the first port 230 to a fixed network communication network line 4 before use. That is, the - terminal of the telephone line 50 is connected to the _Tong Lui line 4 (), and the other end of the telephone line is inserted into the first port 230. In use, the user causes the dialing module 14 of the mobile computing device to start the dialing program, to read the _tree_set m (four) and display the multi-group phone number in the address book on the interface m. At the same time, the user interface 130 provides a hardware or software button for performing the dialing. This hardware or software button can be relied on by the money provider interface 13G - (4) phone number. When only the group phone number is displayed on the user interface 13G, the hardware or software button can provide a dialing order for the _ code to be executed. When the user interface 130 is displayed with a new phone number _, the financial interface can be selected to select a plurality of sets of phone numbers, and the hardware record button can provide the user to perform the selected phone number. Dialer. Before the dialing or after the test, the money can be placed in the external housing portion 218 of the switching device 20. The user interface 13 〇 responds by pressing 14 〇 response dialing command to generate a dialing command when the user presses the button to execute the dialing procedure. Dial-up module M418331 should be the dual-tone multi-frequency (DTMF) audio of the telephone number.

The generated two-tone multi-frequency audio is output from the first audio output unit 150 and received by the first audio input unit 220.

When the off-hook signal is generated, the fixed network communication network line 4 establishes the electrical connection between the first port 230 and the central office of the telephone, and the hybrid circuit 26 receives the dual-tone multi-frequency audio received by the first audio input unit 22 It is output to the fixed network communication network line 40 via the first connection port 23 (), and is transmitted to the electricity finance central office. The electric power and financial bureau's dual-tone multi-frequency audio transmission represents the response of the call result (busy line or waiting to be connected). In some embodiments, referring to Figure W, the switching device 2A may also be provided with an audio output unit (hereinafter referred to as a second audio output unit for convenience of description). The second audio output unit 270 is disposed corresponding to the through hole 212 or the through hole 214, so that the second audio output unit 270 can output the audio from the fixed network communication path 40 via the through hole 212 (for example, responding to the audio).

The 'the first audio input unit 22' and the second audio output unit are identical to the through holes 212/214 or correspond to the different through holes 212, 214. The second audio output unit 27 is electrically connected to the hybrid circuit 26. Here, the mud circuit 260 can mix the input/output audio of the transmission circuit. The response signal of the -_ ___4Q is transmitted to the audio wheel 4 unit to pass through the corresponding The through holes 212/214 are output to the outside of the switching device 2''. In some embodiments, the reference signal of the 17th, /_4 is as early as the second audio output unit, and the input signal TL is input (for convenience of description, hereinafter referred to as the second audio input unit) 160). The second audio input unit 160 is electrically connected to the dialer 140. The second input unit 16 〇 is disposed corresponding to the corresponding through hole 112 or the through hole ,, so that the cymbal player unit 16G can receive the second 轮 wheel out unit via the corresponding through hole 112/through hole 114. , the output of the audio (for example: response audio). The S g signal output unit ls 〇 and the second audio input unit 16 〇 may be the same through holes 112 / 114 or corresponding to different through holes ι ΐ 2, ι ΐ 4 . In some embodiments, referring to FIG. P, the second audio input unit 160 receives the basic speaker (ie, the mobile computing device) of the first audio output unit 15 or the line=device ίο of the mobile computing device 1G. Ig for the multimedia or / and the speaker used by the digital audio system) dial out the sound of the speaker can be the sister machine. In the case of some implementations, referring to the fourth (fourth), the second audio input unit (10) receives the response audio of the I through the recording module 170 in the storage device 120. This recording module m can be realized by reading and executing - recording. In some embodiments, the reference to the first, fifth, sixth and seventh figures, the audio output unit (the second round of the early 150 / the second audio output unit 27) and the corresponding audio input single private unit (10)) The air can be used to deliver audio (wireless audio transmission). When the wire is used as a medium to transmit audio, the sound reading unit (the first 150/second audio output unit 27〇) and the corresponding audio input unit (M418331, the monthly double positive input unit 220/ The two-tone input unit 16〇) can be realized by a speaker and a microphone. In some embodiments, referring to FIG. 2, the audio output unit (the first audio output unit 150 / the second audio output unit 270) and the corresponding audio input unit (the first audio input unit 220 / the second audio input unit 16 Audio can be transmitted between the audio source lines 60/62 (wired audio transmission). - When the audio is transmitted by the audio source lines 60, 62, the audio output unit (the - - the audio output unit 150 / the second audio output unit 270) and the corresponding audio input unit (the - audio input unit 22 / second The audio input unit 16) can be an audio output and an audio input. The end of the audio source line 6〇, 62 is inserted into the audio output itch (the first audio output unit 150/second audio output unit 27〇), and the other end is inserted into the audio input 埠 (the first audio input unit 22〇) / Second audio input unit 16)). Furthermore, the audio transmission of the same device (the mobile computing device 1 or the switching device 2) (the second audio output unit of the audio output unit) and the audio input unit (the first audio input unit 22/second) The audio input unit 16 can be integrated into a single-audio connection port, that is, an audio input/output port, to connect the audio source line to another device. When the audio source 60, 62 is used to transmit the audio, the switching device 2 can select the external housing portion 218 for placing the mobile computing device 1 or the mobile computing device. The external housing portion 218 of 10. In some implementations, referring to FIG. 9, the audio output unit (the first audio wheel is 7L 15〇/the second audio wheeling unit 27〇) and the corresponding audio wheeling unit (the first 13 The audio can be transmitted in direct contact between the second audio input unit 160) (direct audio transmission). When the audio is transmitted by the direct contact connection, the audio output unit (the first audio output unit 150 / the second audio output unit 270 ) and the audio input unit (the first audio input unit 220 / the second audio input unit 16 〇) may be Audio connection terminal and audio

The connection is implemented. For example, the audio output unit (the first audio output unit H and the second audio output unit 270) can be an audio output terminal, and the corresponding audio input unit (the first audio input unit S220/second audio input unit 16) You can enter 音 for audio. Alternatively, the audio output unit (the first audio output unit 15 () / the second audio output unit 270) may be an audio feed, and the corresponding audio input unit (the first audio input unit 220 / the second audio input unit 16 〇) can be an audio input terminal. A contact type electrical connection is established by directly inserting the audio connection terminal into the corresponding audio port. Furthermore, referring to FIG. 10, the audio output unit (the first audio output unit 50) and the audio input unit (the second audio input unit 16G) of the same device (for example, the mobile computing device 1) can be integrated into a single unit. - Audio connection 埠 152, ie audio input / output 埠. The audio output unit (the second audio output unit) of the other device (ie, the corresponding switching device 2) and the audio input unit (the first audio input unit are integrated into the single-audio connection terminal 222, that is, the audio input / Output terminal. The contact type electrical connection between the mobile device 10 and the switching device 2G is established by directly placing the audio connection terminal 222 in the corresponding audio port 152. In some embodiments, reference is made to 1 and the figure, the mobile computing device 10 is provided with a first audio output unit 150 in the M418331, and the first device 220 is disposed in the switching device 2, wherein the first audio output unit 15 is a speaker. The first audio input unit 22 is a microphone corresponding to the first audio output unit (9). In this embodiment, the first audio output unit (9) is disposed in the main body housing 110, and corresponding to the through hole 112/ Further, the first audio output unit may be disposed on one side of the mobile computing device 1G in contact with the turn-on W (when placed on the switching device 20).

The first audio input unit 220 is disposed in the internal housing space 216' of the switching device 2'' and is disposed corresponding to the through holes 212/214. Moreover, the through holes 212/214 corresponding to the first audio input unit are located in the outer housing portion 218 of the switching device 2Q. The action computing device H) is placed in the external housing portion 2 of the gambling body 21〇. The through hole 212/214 corresponding to the first audio input unit 22G is disposed to face the first audio output unit 150. The position of the through hole 112/114. In other words, the first audio input unit 220 is provided corresponding to the first audio output unit 15A. In the only example, referring to Figures 1 and 3-7, the switching device 2A can also be provided with a second audio output unit 27, and the second audio wheel output unit is a speaker. The second audio output unit 270 is disposed in the internal housing space 216' of the switching device 2'' and is disposed corresponding to the through holes 212/214. In this embodiment, when the mobile computing device 1 is placed in the outer valley portion 218 of the base housing 21 , the second audio output unit 2 〇 will be from the fixed network via the corresponding through hole 212 / 214 The audio of the communication network line 40 is dialed out. Year, the positive LQiLJOJ^ii' housing housing 210 may have a - contact surface. This contact surface means that the chassis housing is in contact with the mobile computing unit 10 when the mobile computing device 10 is placed in the external housing portion 218 of the housing housing 21''. The stomach hole 2]4 corresponding to the second audio output unit 27 can be disposed at the contact surface, so that the second audio output unit is effectively played out from the fixed network communication network line 4. Awkward audio. At this time, the first audio output unit 15A and the first audio input unit 22A can be wireless audio-sounding, tree-type sounds, or rendezvous transmission. In some embodiments, referring to Figures 1 and 3-7, the mobile computing device 1A may be provided with a second audio input unit 160 corresponding to the operation of the first communication wheeling unit 270 of the switching device 2A. Moreover, the second audio input unit is a microphone, and the corresponding second audio output unit 270 is a speaker. In this implementation architecture, the second audio input unit 16 is disposed in the host housing no and is disposed corresponding to the through holes 112/114. Further, the second audio input unit 160 may be disposed on one side of the mobile computing device 1 〇 in contact with the switching device 2 (when placed on the switching device 20). The second audio output unit 270 is disposed in the internal housing space 216 of the switching device 2, and is disposed corresponding to the through holes 212/214. Moreover, the through holes 212/214 corresponding to the second audio output unit 270 are located in the outer housing portion 218 of the switching device 2〇. When the mobile computing device 1 is placed in the external housing portion 218 of the base housing 21 , the through hole 212 / 214 corresponding to the second audio output unit 270 is disposed to face the first audio input unit 160 . The position of the through hole 112/114. In other words, the second 16 丄〇 J J 丄 J J 端 terminal audio output unit 270 corresponds to the second audio input unit :: audio wheeling unit 15. And the first audio input unit 22 曰 传输 transmission, silk tone wheel or tone transmission. The second tone == 2 I5G and the first audio input list (4) and between the taxi 5 and the audio output unit 270 are also bloody, and the signal is transmitted by the red needle. The first audio output unit (9) and the third audio input unit 160 can be set to be flat and private when the external container is placed in the external container and partially located outside the external container (ie, exposed to foreign objects). The device G is in contact with the side of the switch (when placed on the transfer device 2G). That is, the first audio output unit (10) is disposed in the host_11G_. In some embodiments, referring to the third, fourth, and seventh figures, the first audio on the mobile computing device The unit 15G and the second audio input unit pair can use the microphone or speaker of the mobile device 10 (ie, multimedia playback or/and digital voice communication to make a microphone or speaker). At this time, the first audio input unit 22 and the second audio output 270 of the switching device 2 are respectively corresponding to the first audio output unit (9) and the first audio input unit 16 on the mobile computing device 1 (). Settings. That is, when the mobile computing device 10 is placed on the switching device 2, the corresponding through hole 212 of the first audio input unit 22 on the base of the housing 210 is opposite to the first audio on the main housing 11G. The unit 15Q is compliant with the hole ιΐ2, and the correction j is supplemented by 1 17 Ο. The through hole 214 corresponding to the second audio output unit 27 on the charger housing 210 is facing the second audio input on the host power unit 110. The corresponding hole of the unit 16〇. In some implementations, referring to Figures 3, 3, 4, and 5, one of the audio signal output unit 150 and the second audio input unit 16 行动 on the mobile computing device 1 may employ a mobile computing device 1GJL. Use the microphone or speaker (ie, the media player or / and the number of microphones or speakers), and the other is an additional setting. For example, the mobile computing device (1) can have two speakers and a microphone, or two microphones and one speaker. In some implementations, referring to Figures 3, 4 and 6, the first audio output unit 15G and the second audio input unit (10) on the mobile computing device ι can also be used as the microphone and speaker used when the device 10 is normally used (ie, Another set of microphones and speakers other than the microphone or speaker used for multimedia playback or/and digital voice communication. _Pure, line _ computing device material has two speakers and grams of wind. In some embodiments, referring to Figures 2, 3 and 4, the first audio output unit 15 is an audio output port, and the corresponding first audio input unit 22 is wheeled. In this implementation, the first audio output unit 15 is embedded in the corresponding through hole 112/114 on the main body casing π, and extends in the private main body casing (10). The first audio input unit 220 is embedded in the corresponding through hole 212/214 on the base (10) and extends toward the inner receiving space 216. The first audio output unit 150 and the first audio input unit 22 are connected with a M418331 k-year, month, and day 〇 supplemental sound source line 6G. The audio connection of the audio source line (9) is the audio connection of the two-synchronous connection 第 (the first unit 15 〇 and the first audio input unit 22 ?)? . The end of the audio source line 6〇 is inserted into the first audio input unit 15G, and the other end is inserted into the first audio input unit 220 t′ to establish the first audio output unit (9) and the first audio input unit 220. Wired audio link between. . In addition, in the embodiment where the second audio input unit 16 and the second audio output unit 270 are simultaneously disposed, the second audio input unit 16 and the second audio output unit 270 can also be connected by audio ( Audio rounds and audio rounds are implemented. Furthermore, the second audio input unit 160 and the second audio output unit 27 can be implemented differently from the implementation of the first audio output unit 15G and the first audio input unit 22q. For example, for example, the __ audio output unit 15 () and the first audio input unit 22 为 are wired audio transmission, and the second audio input unit ( 10 ) and the second audio output unit 27 为 are wireless Audio or video transmission or direct audio transmission. In some embodiments, referring to Figures 3, 4, 9 and 10, the first audio output unit 150 (the audio port 152) is an audio port, and the corresponding first audio input unit 220 (the audio connection terminal 222). ) is an audio connection terminal. In this embodiment, the audio port is embedded in the corresponding through hole 112/114 on the main body casing 11 and extends into the main body casing 1H). The connecting terminal is embedded on the corresponding through hole 212/214 on the base of the base housing 210 and protrudes outwardly from the surface of the base of the base. Wherein, one end of the audio connection terminal can be located in the inner accommodating space 216 to facilitate the interior of the housing housing 210.

The contact unit has a second audio wheeling unit i6. And the second audio output unit 270 can be the same as the H audio input unit 160 and the second audio output single scam squad (audio red material reading scale) and the audio connection scorpion (day scale _ child / audio 峨 terminal) read Realization. For example, the second audio input unit (10) and the second audio output unit are respectively an audio input and an audio output terminal. Alternatively, the second audio input unit 160 and the first-day output early % 270 are an audio wheel out and an audio input terminal, respectively. Alternatively, the second audio input unit 16 and the audio-speaking unit (9) are integrated into an audio interface 152, that is, an audio input/output port, and the first audio input unit 220 and the second audio output unit are integrated into an audio. Connect the terminal class, that is, the audio input/output ^. Alternatively, the second audio wheeling unit 16A and the first audio output unit 15 are integrated into an audio connection terminal, that is, an audio input/output terminal, and the first audio input unit 220 and the second audio output unit 2? The integrated audio interface is connected to Tan, which is the audio input/output port. In some real-times, referring to Figures 3 and 8, the mobile computing unit ω may be provided with a timing unit 142' for determining when to output the dual-tone multi-frequency audio. The timing unit 142 is electrically connected to the woven M0. When the button is executed, the dialing module 140 starts the timing unit 142 to perform a predetermined time and when the timing is 20 » 18331 (ie, the timing is fixed), the dialing _ _ a multi-frequency The audio is output to the mobile computing device (7) and the second portion via the first audio output unit 15G. This is _ can be about 5 seconds _ 2G seconds. Here, the operator of the ambiguity time places the mobile computing device 10 on the switching device 20. The timing unit 142 can be a hardware timer or a software timer. Where

- Some of the implementations, referring to Figures 3 and 8, the mobile computing device (1) can be provided with the sensing unit 180. The sensing unit is disposed in the main body casing (10) and electrically connected to the dialing module 140. The sensing unit 18G can sense the movement state of the mobile computing device 1〇, and when to output the dual-tone multi-frequency audio. Here, the sensing unit 180 can generate a sensing signal indicating the sensing result. . When the sensing unit 180 is configured to move to the mobile computing device 1, the dialing module (10) operates on the user interface to operate the H) axis (four) county in response to the corresponding sensing signal. Moreover, when the user presses the button to execute the dialing procedure, the dialing group 14 controls the execution timing of the dialing program according to the current sensing signal. In some embodiments, when the sensing unit 180 senses that the mobile computing device (1) is in the mobile state, the dialing module 14G can correspond to the sensing record without executing the dialing procedure. That is to say, 'when the user presses the check key to execute the "process material, the dialing module 140 will perform the dialing procedure because the mobile computing device 1 () is in a moving state and does not respond to the execution of the dialing program or extension. Here, the dialing module 140 may delay the weaving process until the sensing unit 180 senses that the mobile computing device is in a stationary state (for example, receiving 21 years of 曰! early ιοα ίο. 丁动运# device ίο After the sensing signal in the quiescent state, the dialing procedure is executed again. . When the sensing unit 180 senses that the mobile computing device 1 is in a stationary state, dialing ' ', ', 140 responds to the corresponding sensing signal to allow the dialing procedure to be performed. That is to say, when the device 10 is in a stationary state, when the user presses a button (dial button), the dialing module (10) performs a dialing process in response to the dialing signal generated by the dialing button. The sensing unit 180 can be a photo interrupter, a mechanical switch or a sensor. Mechanical switches such as push buttons, touch switches or micro switches. The sensing unit is, for example, a motion sensing switch, a weight sensing switch or a reed switch. When the field uses the photointerrupter as the sensing unit (10), the photointerrupter can be disposed on the side of the traveling arithmetic device 1G contacting the switching device 2G, and outputs a light to the outside. 2 When the pain is difficult to set 1G placed on the transfer device 2〇, the light that is turned out will be blocked due to the flicker computing device 1G and the off device 2G, _ can be found that the tilting computing device 1G is stationary On the transfer device 2〇. When the mechanical switch is used as the sensing unit 18〇, the mechanical switch can be set such that the movable device 10 contacts the side of the switching device 2〇, and the mechanical switch member (ie, the component that determines the opening and closing of the switch) The surface of the body 110 of the mobile computing device 凸 is projected. Therefore, when the mobile computing device 10 is placed on the switching device 2, the mechanical closing device of the operating device 1 is brought into contact with the transfer. And 'the brake device of the mechanical switch and the adapter device 20 are pressed against each other by the weight of the lamp operation device 1〇, thereby switching the switch state of the mechanical switch, because the Ke operation device 10 is placed in the transfer Device 2 is on top. 22 M418331 Furthermore, when the reed switch is used as the sensing single phantom 8 ,, the magnetic spring is placed on the side of the swaying transfer device 1 〇 contact switching device 2 ,, and at the corresponding position of the switching device 2 〇 A magnetic element is provided. Therefore, when the mobile computing device 10 is placed on the switching device 20, the reed switch of the mobile computing device 1A corresponds to the magnetic element on the switching device 2, and thus the reed switch is affected by the magnetic force of the magnetic element. By switching the state of the switch, it is known that the w > 'single-moving device 10 is placed on the switching device 20. When the ritual reset sensing switch is used as the sensing unit 18, the weight is set in the mobile computing device 10 to directly sense the motion computing device K: the heart direction and the center of gravity change to determine whether the mobile computing device ω is in a stationary state. When the motion sensing switch is used as the sensing unit (10), the motion sensing switch can directly sense the movement state of the mobile computing device 1 within the tracking computing device 10 to determine whether the mobile computing device 10 is in a stationary state. In some embodiments, referring to Figures 3 and 8, the mobile computing device 1A can be provided with a % unit 142 and a sensing unit ι8. Outside the fine (four) to take the butterfly. ~ Continued (4) Measurement unit pass: Sense:: Element (10) senses the action computing device ι〇 from the moving state (4), the dialing module 140 will start the timing unit (4) to perform - the predetermined time of the second =! End: (ie, timing For a given time), the dialing module _ will == two by the first tone, the unit (9) is output to the mobile device. This predetermined time can range from about 5 seconds to about 2 seconds. Here, the predetermined _ can be used to ensure that the user does not temporarily move the mobile computing device. The timing unit 142 can be a hardware timer or a software timer.

i4tS3TT Correction I1100.^0, 13⁄43⁄4 In some embodiments, sensing unit 280 is provided with reference to Figures 1, 5-7 and 10. The slewing device 20 can be provided with the sensing unit 280 disposed in the internal accommodating space 216 and corresponding to the external accommodating portion 218. Here, the sensing unit 280 can be disposed on a side of the adapter device 2 that is adjacent to the external housing portion 218. A sensing area 219 is disposed on the housing 210 of the external receiving portion 218. The sensing zone 219 can be located on the side or bottom of the outer receptacle 218. The sensing unit·bit sensing area 219_side, and sensing the action operation through the sensing area 219 is set to 1〇. Here, the sensing unit 280 is a photo interrupter, a mechanical switch or a sensing unit. Pro-open _ such as #余关, contact pin or micro switch. The sensing unit is for example a weight sensing switch or a reed switch. Referring to Figures 6 and 1, when a photointerrupter is used as the sensing unit, the photointerrupter can be disposed inside the sensing region 219 and output light to the sensing region 219. Therefore, when the mobile computing device 1G is first placed on the switching device %, the output light is blocked by the contact of the mobile computing device (1) with the switching device 20, so that the learning device can be known to be placed in the switching device. 2 〇. Referring to Figures 5 and 7, when a mechanical switch is used as the sensing unit 280, the mechanical switch can be embedded in the sense 219 of the base housing (10), and the brake 282 of the mechanical switch (ie, the switch is opened and closed) The component) is attached to the outer receiving portion to protrude from the surface of the housing shell 210. Therefore, when the mobile computing device is placed on the transfer device 2, the brake member 282 of the mechanical switch of the transfer skirt 20 is brought into contact with the mobile device H). Further, the weight of the arithmetic unit 1G is turned off, and the mechanical opening 24 M418331 is corrected to the switch state 208 of the brake 282 switch. The year of the month, the second A, the mobile station, the 1Λ type, the ^J fills the no, the different devices 1〇, so that the mechanical type is switched, so that the mobile computing device 10 is placed in the switching device. When the magnetic switch is used as the sensing unit 280, the reed switch can be provided with the switching device 2, the contact with the 1G inspection device, and the surface element is disposed at the position of the mobile device. Therefore, when the device (1) is used on the tube/switch device 2G, the reed_the reed device 20 corresponds to the magnetic element on the 1G, so that the reed switch receives the magnetic force of the magnetic element. The effect of switching _ wire, _ can be seen that the mobile computing device 1G is placed on the transfer oscillating device 20. When the weight sensing switch is used as the sensing unit 28〇_, the weight sensing switch can be set at the transfer weaving 20 _ row_counting device 四 (4) (4). #移动运曾装置 (4) placed in the 20 Kun mobile computing device iq and the transfer device = on the weight perception switch lying, so that the surface operation operation (four) weight and switch the switch state 'so can know the action The touch-contact device 2 is in some implementations. Referring to FIG. 4, the sensing unit can be electrically connected to the on-hook/off-hook circuit 25A, and used to activate the on-hook/off-hook according to the sensing result. Circuit 250. When the sensing unit 280 senses that the mobile computing device 1〇2 is placed on the switching device, the unit 280 generates a sensing signal to activate the on-hook circuit 25 to generate an off-hook signal. 25

For example, when the t_unit 28G is a digital sensor, a control unit 284 can be connected in series between the sensing unit 280 and the on-hook/off-hook circuit 25A. The control unit 284 can control the operation of the on-hook/off-hook circuit 250 according to the sensing result of the sensing unit. For example, when the sensing unit 28 〇 senses that the mobile computing device 1 () 2 is placed on the switching device 2G, the (4) unit generates a sensory number to the control unit. The control unit 284 then causes the on-hook/off-hook circuit 25 to generate an off-hook signal in response to the sense signal. Here, it is optional to set the sensing unit it 180/280 in one of the mobile computing device 1 and the switching device, or both to set the sensing unit m > in some embodiments, 'refer to the second In FIGS. 4 and 9, the switching device 2 can obtain the power required for the operation of each component from the fixed network communication network line 4 via the first port 230. The switching device 20 can include a power supply circuit 242. The power supply circuit 242 is electrically connected to the first port 23 and the hybrid circuit 260. The power supply circuit 2 commits to obtain power from the fixed network communication network line 4 via the first connection, and the (four) hybrid circuit 260 supplies the other elements. In some implementations, the resettlement 20 is provided with spare parts for receiving. The power supply of P is used as the power required for the operation of each component. In some embodiments, referring to Figures 5-7, 10 and 11, the power supply assembly can include an external power receiving unit 240 and a power supply circuit tear. In the 26th year of the power supply circuit 242, the lightning connection is connected to the R.1..-P· ^ ^ connection between the hybrid circuit 260 and the external power supply. The external power receiving unit may be integrally formed or detachably disposed outside the housing housing 2 . The power supply circuit Μ2 can be placed inside or/and outside the base housing. Here, the 'power supply circuit 242 receives the external power supply via the external power receiving unit' and supplies the received external power to the components of the switching device 2 () for the power required for its operation. In some embodiments, referring to Fig. 6, the external power receiving unit can be a USB socket. The USB socket can be plugged in - the Cong line (not shown), and the other end of the line is plugged into the - electronic device. Therefore, the power supply circuit 242 can take the DC money from the electronic device by the USB socket and the measuring line as the power required for the operation of each component of the switching device 20. In some embodiments, referring to Figures 7 and 1, the external power receiving unit 24() can be a power line to receive an AC power source. Further, the power supply circuit 242 converts the AC power received by the external power receiving unit 240 into a DC power source, and supplies the power required for the operation of each component of the switching device 20 via the mixing circuit 260. Here, the power supply circuit 242 may be disposed in the base housing 210. In some embodiments, referring to Figure 5, the power supply assembly can be a transformer. The power supply circuit 242 may be disposed within the base housing 210 or partially disposed within the base housing 210 and the other portion disposed outside the base housing 210. The power supply circuit 242 can include an AC to DC circuit within the transformer, while the external power supply receives the L ία 13⁄4 unit 240 as an AC plug. The power supply circuit 242 converts the parent flow power received by the external power receiving unit 240 into a DC power source, and supplies the power required for the operation of each component of the switching device 20 via the hybrid circuit. In some embodiments, referring to Figures U and 12, the switching device 2A can be a charger for the mobile computing device 10. That is, the switching device 20 can further include a charging connection bee 244. The charging material 244 f is worn by the machine to bribe 21G to protrude the surface of the casing 21〇. Here, the charging port 244 can protrude into the external receiving portion 218. The power supply circuit 242 is electrically connected between the charging port 244 and the external power transmitting unit t12 and electrically connected between the mixing circuit 26 and the external power receiving unit 240. The power supply circuit 242 can convert the external power source into the power required for the operation of the switching device 2 and the power output from the charging port 244. In some embodiments, the external power receiving unit 240 can be an AC plug to receive a parent flow source. At this time, the power supply circuit 242 can convert the external power receiving unit 24 〇 24 〇 to the DC power source, and provide the power required for the operation of the components as the switching device 2 . Further, the power supply circuit 242 also charges the mobile computing device 10 plugged into the charging port 244 with the converted DC power. Here, the charging connection i阜244 can be a charging connector for the mobile phone. In some embodiments, referring to Figures 7 and u, the switching device 2 can also be a charger for the electronic device. 28 M418331 MONTHLY The charging port 244 extends through the housing shell 210 and is exposed to the surface of the housing shell 1. • The power supply circuit 242 is electrically connected to the charging port 244 and the external power source. The slave unit 240 is electrically connected between the hybrid circuit 260 and the external power source to receive the early element 240. The power supply circuit 242 can convert the AC power received by the external power receiving unit 240 into a DC power source. The converted DC power source charges the external electronic device (not shown) that is plugged in via the charging connection itch (10). In some real-world examples, referring to Fig. 7, the charging port 244 can be a socket. The USB 'wire'' can be plugged into the USB socket and the other end can be connected to an external electronic device to form an electrical connection between the switching device 2 and the external electronic device. In some of the examples, the state display unit 290 and the control unit 292 may be provided with reference to the 12th and 13th views. The status display unit 290 is embedded in the base housing and electrically connected to the control unit 292. - The control unit 292 can receive the operational status of the required components via the hybrid circuit 26, and then the control unit τ 292 and then the display control of the control state display unit 290 according to the received operational state. The status display unit 29G can inform the user of the usage status of the switching device 20 by using a display number or a direct display pattern or text, for example, the mobile computing device 1 is placed on the switching device 20, and the mobile computing device is dialed. , in the connection with the central office of the telephone, the busy call of the call destination, the waiting for the call destination (4), the analog telephone 29 and its combined state. Here, the control unit 292 can be a driver or a processor. The status display unit 290 can be one or more light emitting diode (LED) lights, a liquid crystal display screen or a light emitting diode display screen. Moreover, the switching device 20 can further include an audio detecting unit (294). The audio detecting unit 294 is connected to the first port 230 via the hybrid circuit 260 and the on-hook/off-hook circuit 25A. The control unit 292 is connected between the status display unit 290 and the audio detecting unit 294. The signal detecting unit 294 receives the response message from the fixed network communication network line 40 via the first port 230, and interprets the received response message to know the status information of the fixed network communication network line 4G (for example: waiting In the dialing, busy line, waiting for connection or voice communication, etc.). Then, the audio detecting unit 294 transmits the decoded information to the unit 292. Therefore, the control unit is deactivated according to the status information control state_display unit_show corresponding_通赖路线4g check state information. . . . Small In some embodiments, the audio detection unit 294 can also be connected via the hybrid circuit 26 to the first audio input unit 22A. Here, the audio detecting unit 294 can receive the audio from the mobile computing device 1 through the first audio input unit A 22 and interpret the received (10) TMF audio and/or status audio to know the dialed telephone number and / or status information of the mobile computing device 10 (for example: in recording, in a fax, in a storage device M418331)

The phone is full or low battery, etc.). The New' audio detection unit m transmits the interpreter number and/or status information to the control unit 292. Therefore, the control unit 292 further displays the display information of the display telephone number of the display unit 290 and/or the status of the corresponding mobile computing device 10 according to the lean control state. In some real cases, the Shenxian Η and 15 ' 雏 装置 20 还可 还可 还可 还可 还可 还可 还可 雏 雏 雏 雏 雏 雏 雏 雏 雏 雏 雏 雏 雏 雏 雏 雏 雏 雏 雏 雏 雏 雏 雏 雏 雏 雏 雏 雏 雏 雏 雏 雏 雏 雏 雏communication. The 'switching device 20' may further include: an audio processing unit 262. The audio processing unit 262 is connected between the first audio input unit 220 and the mixing circuit 260 and between the second audio output unit 270 and the mixing circuit 26A. The audio processing unit 262 can be used to cancel echoes or noise in the transmitted audio, and/or to amplify the audio. The audio processing unit 262 can be used with the audio detecting unit 294. That is, when the audio offset unit 294 detects that the fixed network communication network line 40 is on (can enter the light), the control unit 292 causes the audio processing unit to deal with the response audio received by the second connection 230 according to the status data ( For example, the audio is amplified so that it can be directly played from the second audio output to the user. When the audio detection unit=94 detects the other end (remote end) of the fixed network communication network line 4, the telephone is connected to the day-to-day communication 4' control unit 292 to process the first audio input according to the status data again. The input audio received by the unit 220 (for example, Ech〇cancellatl〇n and/or murmur), so that when the audio is transmitted through the fixed network communication network, the far end can make audio content. 31 料 廿 年 年 | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | 212 212 212 212 212 212 212 212 212 212 212 212 212 212 212 212 212 212 The corresponding through hole 112 is provided so that the first audio input unit 22 can effectively receive the audio played by the mobile computing device 10 and the words (audio) spoken by the user. In one embodiment, the first audio input unit 22() is disposed at the periphery of the contact surface. When the mobile computing device 10 is placed on the contact surface, it is called. It is located in the first audio wheeling unit 〖5. Corresponding gamma 0, and the corresponding aperture 214 of the second audio output unit 27 can be set to be outside the connection == so that the second audio wheeling unit 27 can effectively play the line from the fixed network communication network. 4 〇 audio. In some embodiments, referring to Fig. 16, the mobile computing device may further include a fax module 190. The transmission is directly connected to the storage device 120, the dialing module U, and the first audio output unit 150. After the dialing group has just executed the dialing procedure, the document of the fax module storage device is converted into the fax audio based on the facsimile protocol and outputted via the first video output unit 150. The True Module 19G can be implemented by a processor that can read and execute the fax software. The above = 'face U0, the recording module m and the fax module are attached to - processing. Speaking of the circuit, the sound control unit can be controlled by more than one processor. 62 is controlled by 32 M418331 „year·月曰曰^1〇;: In some embodiments, referring to Fig. 17, the first port 埠(230) ^-^^ ... connector 230', and the second port (232) uses an RJ11 connector 232, wherein the RJ11 connector 230' can be plugged into a fixed network communication network line (4〇) The line (50) 〇 RJll connector 232' can be plugged into a telephone line (52) connected to the analog telephone (30). In some embodiments, referring to Figure 17, the on-hook/off-hook circuit 250 can include: a switch SW The rectifier bridge UR and the transistor Q. • The AC terminal of the rectifier bridge is electrically connected to the rj!丨 connector 230' and the RJ11 connector 232' via the switch SW. The DC terminal of the rectifier bridge is electrically connected to The first end of the transistor Q and the hybrid circuit 260. The control terminal of the transistor Q is electrically connected to the hybrid circuit 260. The second end of the transistor Q is electrically connected to the power supply circuit %. In some embodiments, The "AC" (1) of the rectifier bridge (10) is electrically connected to the connector (10) via the switch SW, and the RJ11 connector 232 , pin p2. Rectifier _ another AC contact (1) is the same as the connector 23 〇, and the connector 232, the pin P 卜 流 流 的 的 的 正极 正极 正极 • • • • • • The first end of Q, the first end of capacitor α, and the hybrid circuit 26〇. The DC negative contact (1) of the bridge UR, the first end of the resistor R1, and the first end of the capacitor ο are lightly connected to the ground GND. The control end of the body Q touches the second end of the resistor R1 and the second end of the first day body Q of the resistors is switched to the power supply circuit 242. The second end of the resistor R2 is switched to the capacitor [I The second end of the terminal and the hybrid circuit 260. The first 33" of the capacitor C2 is corrected. The year is ίοο. 10. 1 Furthermore, the DC positive contact (1) and the rectifying bridge UR can be applied to the rectifier bridge UR. The DC negative pole connection point (·) is connected to the protection element PT to prevent surge. In two examples, the rectifier bridge UR can be a bridge full-wave positive circuit composed of four diodes. Guaranteed 5 蒦 component 域 field sensitive resistor or transient voltage suppressor. The resistors R1, 112 can be resistors of a fixed resistance. The transistor Q may be an NPN transistor or a PNP transistor or the like. Taking an electroencephalogram as an example, the first end is a collector, the control end is a ^ pole, and the second end is an emitter. Capacitor C1 can be a non-chemical capacitor or a chemical valley. The electric valley C2 can be a chemical capacitor, a non-chemical capacitor such as a ceramic capacitor, a mica capacitor, a film capacitor, and a solid capacitor. Chemical capacitors such as electrolytic capacitors and high-capacitance capacitors. In some embodiments, referring to FIG. 17, the power supply circuit M2 may include: a surface contact W, a voltage regulator VR, and a diode m. The power output of the voltage regulator W is electrically connected to the voltage contact VP. Dragon W W W hat loses the butterfly: pole (four) 敝 敝 挂 hang / off-hook circuit 250. In some embodiments, the voltage output of the voltage regulator 耗 is consuming the first end of the voltage, capacitors C3, C4. The voltage input terminal of the voltage regulator VR is connected to the first end of the - pole body m, the first end of the capacitor C5, and the on-hook/off-hook circuit / (eg, the third contact of the transistor Q is electrically grounded) The second end of the C4, C5, C5, and the second end of the diode D1 are coupled to the ground coffee. Here, the input end of the electric VR is made up of a diode, a capacitor (5) Hang up the service sample and the connector 23〇, get the power from the fixed network communication network route 34 (4〇), and after the adjustment, adjust the voltage of the regulator to the voltage contact vp to supply other components. The power required for operation. In some implementations, the capacitors a and C5 may be chemical ICs. The capacitance C4 may be a non-chemical capacitor or a chemical capacitor. The diode D1 may be a lion diode. In some embodiments In the reference, the reference circuit 18, the hybrid circuit 26〇 may include a transformer T, a diode D2, a D3, and an operational amplifier 〇pb〇p2, 〇p3.

The secondary side of the changer τ is electrically connected to the on-hook/off-hook circuit 25A. The diodes D2 and D3 are connected in series with the primary side of the transformer τ. The primary side of the transformer τ is electrically coupled to the audio processing unit via operational amplifiers (10), 0P2, and OP3. In some embodiments, the secondary contacts of the secondary side of transformer T are reduced to the on-hook/off-hook circuit 250. In the foregoing circuit architecture, the two contacts on the secondary side of the transformer are respectively coupled to the first end and the second end of the capacitor C1. The junction of the secondary side of the transformer τ is secreted to the second end of the diode 〇2 and the capacitor

The second end of C6. The other contact on the primary side of the transformer τ is to the second end of the diode 叻 and the second end of the capacitor C7. The first end of the diode D2 is coupled to the first end of the diode D3. Here, the diodes D2 and D3 may be connected to the same pole. The output of the differential amplifier 0P1 is lightly connected to the first end of the capacitor C7. The JL input terminal of the operational amplifier OP1 is connected to the first end of the resistor R3, the R4 terminal and the capacitor C8. The negative input terminal of the differential amplifier OPi is connected to the first end of the resistor R5. Moreover, the resistor R6 is connected between the output of the operation Α||〇ρι and the negative input terminal. The second end of the resistor R3 is coupled to the voltage contact VP. The second end of the resistor R4 and the second end of the 35 A4l & m year 曰rtnn in-l correction charge C C8 are coupled to the ground GND. The output of the operational amplifier 0P2 is connected to the first input of the capacitor C9, cl〇, the positive input of the different amplifier 0P2 is connected to the first end of the resistors R7, R8 and the capacitor

The first end. The negative input of the operational amplifier 〇P2 is woven to the resistor R ’ resistor R10 and capacitor C1 across the input of the operational amplifier 〇p2. ^ and the second end of the negative capacitor CIO is lightly connected to the second end of the resistor R5. The second end of the resistor R7 is drained to the voltage contact VP. The second terminal of the first capacitor CU of the resistor R8 is drained to the ground GND. The second end of the sigma capacitor C9 is to the resistors R11 and R_. The first end of the resistor is lightly connected to the first end of the capacitor C6 and the first end of the resistor Rn. / The output of the amplifier 〇P3 to the first end of the capacitor (1). The positive input terminal of the OP3 state is coupled with the Zhao rail (10) and r 35 nr*Q λα A ^ 鲕. The negative input of the differential amplifier is turned to the second end of the resistor. Strictly, the resistor (4) is connected to the input (4) of the operational amplifier (10) and the input terminal (10). 5 The second end of the electric power transmission pottery, the first end of the leg and the capacitor (3) The second brother: the second end of the second resistor R17 voltage connection. The first end of the resistor and the second end of the capacitor C14 are lightly connected to the ground GND. The second end of the resistor R12 is connected to the second terminal of the resistor (10) and the first terminal of the resistor (10). The second end of each C15 is coupled to the first end of the D resistor R19. The first of the resistance (4) of the resistor R19 and the first of the electric (10). The first axis of the resistor (10) and the second axis of the capacitor C16 are connected to the ground. 36 M418331

Year: Month E The second end of the resistor R9 and the second end of the capacitor (3) are audible to the sound of 1 262 °. In some embodiments, the diodes D2, D3 may be the sigma diode. Capacitance c6, 'C7, C8, C9, clG, cu, cl2, a3, cl4, cl5, cl6M^ electric valley. Resistors R3, R4, R5, R6, R7, R8, R9, Rio, R11, R12, R13, R14, R15, R16, R17, R18' ι〇9, R2〇 can be resistors of a fixed resistance. • In some embodiments, referring to Figure I9, the first audio input unit (22〇) employs a microphone 220' and the second audio output unit (27〇) employs a speaker 27〇. In some embodiments, referring to FIG. 19, the audio processing unit 262 can include: an audio processing chip 1C. The audio processing chip #ic is electrically connected between the microphone 22G, and the mixing circuit 26A and between the speaker 270' and the mixing circuit 260. In some embodiments, the power supply terminal (v+) and the enable terminal φ (EN) 35 of the audio processing chip IC are connected to the voltage contact VP, and the ground terminal (6) is connected to the ground GND. The transmit output (TXO) and receive input (rxi) of the audio processing chip IC are coupled to the hybrid circuit 260. The transmit input (TXI) of the audio processing chip 1C is secreted to the second end of the capacitor C17. The first receiving output terminal (RX〇1) and the second receiving output terminal (RX02) of the audio processing chip 1 are coupled to the speaker 27A. The first end of the capacitor C17 is coupled to the first end resistor of the capacitor a8. The first end of the 21 is connected to the microphone 22, the second end of the resistor U is lightly connected to the electronic point W, and the second end of the capacitor C18 is coupled to the ground GND.

The circuit architecture is taken as an example. The transmission wheel output end of the audio processing chip IC (receiving and receiving input terminal (RXI) is respectively coupled to the first end of the resistor 9 and the second end of the capacitor C13. In some embodiments In the middle, the capacitors Cn and (3) can be chemical capacitors. The resistor milk can be a fixed resistance resistor. _In summary, according to the embodiment of the model, the user can connect the mobile computing device 1() with the adapter device 2 The communication network line is electrically connected to use the local telephone system by using the mobile computing system 10, thereby making it easy to use the low-rate local telephone system. f and 'The telephone recorded by the address book in the mobile computing device 10 can be directly used. The number is dialed by the _way route dialing and the speed is conveniently used to make a call using the local telephone system. [Simplified illustration] f 1 is the root county _ the first _ _ mobile computing device using the communication system The schematic diagram of the component is the intention of the bribery handle of the system of the second voice of the present invention. Figure 3 is a schematic block of the action calculation according to an embodiment of the present invention. In accordance with this new type - the actual test Outline block diagram. 5 _Zhouxian Congsanshi _ (4) Mobile computing device uses the schematic diagram of the communication component of the system. The 38th year of the 曰 revision is based on the implementation of the new 帛4 self-action operation ^ : Schematic diagram of the inspection component of the local telephone system. Fig. 7 is a schematic diagram of the components of the local telephone system using the mobile computing device according to the fifth embodiment of the present invention. Block diagram. Fig. 8 is a diagram according to the present invention. The outline of the mobile computing device of one embodiment is a schematic diagram of the use of the local device via the mobile computing device according to the sixth embodiment of the present invention. FIG. 10 is a diagram according to the present invention. 7 is a schematic diagram of a rail assembly using a local telephone system via a mobile computing device. FIG. 11 is a schematic block diagram of a switching device according to another embodiment of the present invention. The embodiment of the embodiment of the present invention is based on the operation of the local telephone system. FIG. 13 is a schematic block diagram according to the present embodiment of the present invention. FIG. 14 is another embodiment according to the present invention. Summary of the adapter opposing schematic block Sang local calls of FIG Γ = Shimane Brief extravagant lion handle assembly Na communication systems using device block diagram of FIG was 16 _ present _ and - shaped side outline of the left foot side forward facing of material 39

Figure 17 is a circuit diagram of the first port, the second port, the power supply circuit, and the on-hook/off-hook circuit of an embodiment. Figure 18 is a circuit diagram of a hybrid circuit of an embodiment. Figure 19 is a circuit diagram of a first audio input unit, a second audio output unit, and an audio processing unit of an embodiment. [Main component symbol description] 10 mobile computing device 110 host housing 112 through hole 114 splicing 120 storage device 130 user interface 140 dialing module 142 timing unit 150 first audio output unit 152 audio interface 埠 160 second audio input Unit 170 Recording module 180 Sensing unit 190 Fax module 20 Adapter device 210 Base housing 211 Contact surface 212 Through hole 214 Through hole 216 Internal accommodating space 218 External accommodating portion 218a Clamping member 219 Sensing area 220 First audio input unit 220, microphone 222 audio connection terminal 230 first connection port 230' RJ11 connector 232 second connection port 232' RJ11 connector 40 M418331

240 External power receiving unit 242 Power supply circuit 10 years) K) ~ Correction W Supplement 244 Charging port 埠 250 On-hook/off-hook circuit 260 Hybrid circuit 262 Audio processing unit 270 Second audio output unit 270' Speaker 280 Sensing unit 282 Brake member 284 Control unit 290 Status display unit 292 Control unit 294 Audio detection unit 30 Analog telephone 40 Fixed network communication network line 50 Telephone line 52 Telephone line 60 Audio source line 62 Audio source line SW Switch UR Rectifier bridge R1 Resistor R2 Resistor R3 Resistor R4 resistor R5 resistor R6 resistor R7 resistor R8 resistor R9 resistor R10 resistor Rll resistor R12 resistor R13 resistor R14 resistor R15 resistor R16 resistor R17 resistor R18 resistor R19 resistor R20 resistor R21 resistor PT protection component 41 correction God charging crystal C1 capacitor Q C2 capacitor C3 Capacitor C4 Capacitor C5 Capacitor C6 Capacitor C7 Capacitor C8 Capacitor C9 Capacitor CIO Capacitor C11 Capacitor C12 Capacitor C13 Capacitor C14 Capacitor C15 Capacitor C16 Capacitor C17 Capacitor C18 Capacitor D1 Diode D2 Dipole D3 Diode T Transformer OP1 Operational Amplifier OP2 Operational Amplifier OP3 Operational Amplifier VR Voltage Regulator 1C Audio Processing Chip VP Voltage Contact GND Ground PI Pin P2 Pin Parent Current Contact + DC Positive Contact DC Negative Contact V+ Power End EN Enable terminal G ground terminal TXO transmit output terminal TXI transmit input terminal RXI receive input terminal RX01 receive output terminal RX02 receive output terminal 42

Claims (1)

M418331 VI. Patent application scope: The use of the mobile computing device using the mobile computing system includes: the base of the machine, with at least a consistent hole · - audio input unit, set in the housing shell ~ and set For receiving - two-tone multi-frequency audio; 7 one stone Haibei hole connection 埠 '肷 on the housing shell for electrically connecting the network communication network line, · electrically connected to a solid - second The connection port is embedded in the frame of the base, and the second port is electrically connected to the first-connected hook/off-hook circuit, and is disposed in the analog phone of the department; Μ 忒 忒 , , , , , , , , , , , , , , , , , , 连接 连接 连接 连接 , , , , , , , , , , , , , , , , , , , , , , , , , , The audio input is connected to the audio input unit to output the dual tone multi-frequency audio. ...when several signals are generated, via the first connection - such as the request item! The _ mobile operation, the action of the mobile phone housing and the transfer operation of the humming and multi-frequency audio of the right ice market live system. The Bu Ministry accommodating part is used to carry the double 3. Action Operation - in the system's adapter storage unit. 曰 "Into the competition, at least the corresponding hole is located in the external, _ = = using the mobile computing display using the local telephone system adapter 4 Continued ^ Yuan axis is set on the machine money body young machine seat = 43 t = The mobile computing device uses the switching device of the local telephone system to install an audio output unit, and is set to be electrically connected to the housing of the housing to correspond to at least one of the through holes 6 ΐ:::: The dynamic operation device uses the adapter body extension of the local telephone system. The 牟 牟 系 嵌 嵌 嵌 嵌 嵌 嵌 嵌 嵌 嵌 嵌 嵌 嵌 嵌 嵌 嵌 嵌 嵌 嵌 嵌 嵌 嵌 嵌 嵌 嵌 嵌 嵌 嵌 嵌 嵌 嵌 嵌 嵌 嵌 嵌 嵌 嵌 嵌 嵌 嵌 嵌 嵌 嵌 嵌 嵌 嵌The sound received between the material and the mixing circuit and between the sound element and the surface secret is used to process the audio input unit 8 such as the sound of the rain material. 8. If it is not mentioned in Item 1, it also includes: < Ding Yunyi device uses the power exchange circuit of the local telephone system, and the power supply circuit is used to connect from the tamping network to the first connection. The hybrid circuit of the hybrid circuit obtains power. 9. As stated in the request, the four (4) sets include: (4) The external power supply unit of the city K system is used to receive the 'source supply circuit' button connected to the external power; and between materials, (4) Received 44 1 fascinated by the use of mobile computing milk, including: Xia disgusted with the city's active system of the transfer of 1 electric lining, through the fm money private - external power money unit, _ receiving _ = the surface of the seat; A power supply circuit, a Raytheon power supply, and a receiving unit and a coupling circuit are electrically connected to the external power source to convert the external power source into a charging connection between the two original receiving units when the switching device operates. Output power. And the power and conversion from the U• as described in the request item I _ line _ set, more includes · · # 时时_ 统 统 装 装 装 ” ” ” ” ” ” The body, and the control unit of the state display unit and the hybrid circuit are used to use the local telephone system to interpret the electrical connection from the ^1 to the hybrid The circuit and the control unit provide a status data to the control unit using the μQ, the weekly communication network line. ,...Fanya uses the local telephone system according to the corresponding audio device to transmit the audio signal to 'send the dual tone 45 45. As described in claim 13, the sensing unit includes: The dissimilar device uses the adapter of the local telephone system to receive the abutting member of the mobile computing device, and is embedded in the housing of the housing, and is operated by using an action calculation as described in 13: wherein the sensing unit is Electrically connected to the 装 市 市 感 感 感 / / / 摘 hang up / off-hook circuit. The circuit is used to carry out the operation according to the instructions of the 贞13, and includes: the 转接 罝 用 市 市 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 An address book; a user interface, a dialing command; used to display the face of the phone - the number of the phone, production, - job, New Zealand money and the gambling interface, in response to the order of the production (four) should be the phone number _Dual-tone multi-frequency audio; and ▲-the first audio output material, the button is connected to the dialing module for outputting the dual-tone multi-frequency audio; and an adapter device comprising: - a housing shell; 46 iooVJS In the case of the wheel-in unit, the pair of sounds of the complex sounds t _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ The electrical connection of the communication network line is electrically connected to the first connection port of the first analog phone, and is embedded on the frame of the base, and is connected to the second port for providing external - = machine / off-hook circuit 'set in the housing shell Inside, it is connected to the first connection ( '(4) generation - off-hook signal; and the circuit 'set in the housing shell' button to connect the first audio wheel ^ early 兀 and miscellaneous machine / off-hook Wei, ribs on the crane When the signal is generated, the two-tone multi-frequency audio is output via the first first scale. 18. The communication group of the local telephone system via the mobile computing device according to claim 17, wherein the housing housing has an external receiving portion for carrying a mobile computing device that emits the dual tone multi-frequency audio. The inside of the housing is extended 19. The device of the message system is passed through the mobile computing device according to claim 17, wherein the first audio input unit is embedded on the housing and to the machine 20 The communication device according to claim 17 is characterized in that the fresh-audio touch unit and the first-speaker unit are an L-audio connection port and an audio connection terminal. 47 Amend the year ιοα-ΐα 2Ι. If you want to cut the device as described in 17, please use the communication group to connect the bee and the audio interface. The intrusion unit is a tone-receiving device for use by the mobile computing device as described in claim 7, which makes the first audio rim, the first communication group, and the microphone. The '70-audio wheel-in unit is a moving piece according to the item 17 of the month, and the switching device further comprises: a communication group using a local telephone system: a two-tone output unit, which is disposed at the base The inner circuit of the casing is used for the transmission of the home network communication network. The use of the local communication device by the mobile computing device as described in claim 23 is further included: ...m a first audio input unit Corresponding to the second audio output of the response audio output by the second audio output unit. 'Receiving the use of the local telephone system-recording module via the mobile computing device, electrically connecting the second audio input device and the storage device for recording the second audio input unit to receive the audio signal In the storage device. 26. The communication component of claim 7, wherein the switching device further comprises: - an audio processing unit coupled between the [input input unit and the hybrid circuit and the The second audio feed unit and the hybrid circuit U are configured to process the audio of the 48th audio input unit (4) and transmit the audio to the m input, and the request is as described in claim 1 The mobile computing device uses a communication component of the local telephone system, wherein the switching device further comprises: a % secret circuit is electrically connected between the first and the mixed frequency, for obtaining from the network network line electric power. The communication component of the local telephone system is used by the mobile computing device according to the claim 7, wherein the switching device further comprises: 2 electrical secret receiving units, (4) receiving-external power; and a power supply circuit The affinity and the external power source receiving 29 are used to use the power of the cultivating portion as the power required for the switching device to operate. The communication component of the local telephone system is used by the mobile computing device according to the §月=17, wherein the switching device further comprises: a charging port extending through the housing shell to protrude the surface of the housing; The power receiving end is configured to receive an external power source; and the receiving end is configured to be electrically connected between the charging port and the external power source and between the wire bonding circuit and the external t source receiving end. The external power conversion _ the power required for the operation of the adapter device " the power output of the connection 珲. ' ' charging for 5 亥 〇 如 如 如 如 如 β β β β 经由 经由 经由 经由 经由 经由 经由 经由 经由 经由 经由 经由 经由 经由 经由 经由 经由 经由 经由 经由 经由 经由 经由 经由 经由 经由 经由 经由 经由 经由 经由 经由 经由 经由49 ------- Year pHiE d early το 'Electrically connected to the status display unit, the on-hook/off-hook circuit and the #χ port to control the operation of the status display unit. The communication component of the local telephone system for charging money according to claim 30, wherein the switching device further comprises: - an audio_unit is connected to the hybrid and the control to interpret the _ from the _ The rail material is supplied - the material is given to the fresh elements. According to the detailed audio communication device 32, the communication component of the local telephone system is used via the mobile computing device, wherein the transfer farm includes: A sensing unit is disposed in the housing of the housing for sensing the mobile computing binding as described in claim 32, using the local voice device via the mobile computing device, and the basin is ordered to be _ ', First, the communication group accepts, on the chassis of the chassis, using ', sensing a few electrical connections to the hook / pick-up machine $, 35 sensing results to activate the hook / off-hook circuit. The machine circuit 'and is used to pass the line member according to claim 32, wherein the switch device further includes a communication group-control unit of the city system, and is connected between the sensory elements for Sensing single open, and clear off the circuit of the circuit as requested π: move the hook / off-hook circuit. The communication unit that uses the local telephone system via the mobile computing device is 50 pieces. The unit further includes: a sensing unit, electrically connected to the tiger module. % 37.=:: The communication group that uses the local telephone system via the mobile computing device. The Niuqi _ έ 灯 灯 灯 灯 灯 灯 灯 传真 传真 传真 传真 传真 传真 传真 纽 纽 纽 纽 纽 纽 纽 纽 纽 纽 纽 纽 纽 纽 纽 纽 纽 纽The storage device is configured to convert the Duogu, set... based on the fax protocol to convert to the erect α, and output through the first audio output unit. /, 曰 38. The mobile computing device according to claim 7, further comprising: a communication group audio source line, the two ends of the audio source line corresponding to the first and the first audio input respectively a human unit for establishing an electrical connection between the first audio wheel audio input unit.兀 "Hai Di - 51 Recharged representative map: (1) The representative representative of the case is: (1). (2) Brief description of the components of the representative figure: 10 Mobile computing device 110 Main body housing 112 Through hole 114 Through hole 130 User interface 20 Adapter device 210 Base housing 212 Through hole 216 Internal accommodation space 218 External The accommodating portion 219 the sensing area 230 the first port 232 the second port 埠 30 analog phone 40 fixed network communication network line 50 telephone line 52 telephone line