CN101909108B - Mobile communication device and combination of portable electronic device and mobile communication device - Google Patents
Mobile communication device and combination of portable electronic device and mobile communication device Download PDFInfo
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- CN101909108B CN101909108B CN200910143952.8A CN200910143952A CN101909108B CN 101909108 B CN101909108 B CN 101909108B CN 200910143952 A CN200910143952 A CN 200910143952A CN 101909108 B CN101909108 B CN 101909108B
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Abstract
The invention relates to a mobile communication device and a combination of a portable electronic device and the mobile communication device. The mobile communication device comprises an antenna module, a touch screen, an application processor, a wireless communication unit, and a satellite navigation unit, wherein the application processor is electrically connected with the touch screen and comprises an auxiliary display module; the wireless communication unit comprises a mobile data transceiving module, is electrically connected with the antenna module and the application processor, and works in a data transmission mode and a mobile telephone mode; and the application processor also comprises a signal judgment module which judges touch signals transmitted by the touch screen so as to correspondingly select to start one of the wireless communication unit, the satellite navigation unit and the auxiliary display module. The mobile communication device can be used as a medium for wireless internet access of the portable electronic device and also can provide personal satellite navigation and the auxiliary display of the portable electronic device.
Description
Technical field
The present invention relates to a kind of mobile communications device, particularly relate to a kind of mobile communications device that can be used as the Mobile data transmission medium of an electronic installation and auxiliary display function is provided.
Background technology
The mobile Internet access demand, day by day obvious in the web2.0 epoch, yet mobile Internet access device (MID) not yet real universal popular in, the user can use 3G module built-in in notebook computer or net book (Netbook) or collocation Mobile data card or USB gear dog (USB dongle) to satisfy the online demand.Therefore, be at present the network data transmission function that the Mobile data card of built-in 3G module or circumscribed all only is to provide notebook computer or net book, there is no other extra functions.
In addition, present mobile communications device, mobile phone for example, PDA phone, smart phone etc. mostly possess the mobile Internet access function, and some also possesses touch control screen and GPS navigation function is arranged.
therefore, if can be with portable electron device appropriate combination such as mobile communications device and notebook computer or net books, allow notebook computer or net book except connecting the internet by mobile communications device, can also capture the display that information that in notebook computer or net book, the user wants is presented at mobile communications device by mobile communications device, so that the information that the user can fast browsing under the notebook computer off-mode wants, can make the larger function of mobile communications device performance, and the application that makes notebook computer or net book is more flexible and polynary.
Summary of the invention
Therefore, purpose of the present invention namely in the combination that a kind of portable electron device and mobile communications device are provided, allows mobile communications device as a secondary monitor of portable electron device and with the medium of transfer of data.
So the combination of portable electron device of the present invention and mobile communications device comprises a portable electron device and a mobile communications device.
Portable electron device can be a notebook computer for example, and it comprises a main frame, a display, and one coat the main casing of main frame and the lid of an accommodating display.Be provided with an accommodation seat at one of them upper surface of main casing or lid.
Mobile communications device comprises a casing that can be placed in this accommodation seat with plugging, and a circuit board that is coated in casing.And when the casing of mobile communications device was placed in the accommodation seat of portable electron device, circuit board can produce with the main frame of portable electron device and be electrically connected to.
Mainly be provided with an Anneta module on motherboard, a touch control screen, one is electrically connected to the application processor of this touch control screen, and is electrically connected to a wireless communication unit and a satellite navigation unit of this application processor and this Anneta module.
Application processor comprises a secondary module, and this secondary module can and be delivered to this touch control screen according to the information in the setting access portable electron device and show.
Wireless communication unit comprises a Mobile data transceiver module, and be operated in a data-transmission mode and a mobile phone mode, this data-transmission mode makes this Mobile data transceiver module connect an internet with access information by this Anneta module, and the information exchange of obtaining is crossed the display demonstration that this application processor is sent to this portable electron device; This mobile phone mode makes this Mobile data transceiver module produce a dialing phone interface, and is shown in the display of this portable electron device by this application processor, accepting a telephone number input, and pulls and connects to a communication network according to this telephone number.
The satellite navigation unit comprises a GPS (Global Position System) and an electronic map database, navigate with the location information that provides according to this GPS (Global Position System) and the electronic chart in this electronic map database, and a navigation information is shown in the display of this portable electron device by this application processor.
In addition, application processor also comprises a signal judge module, its judge this touching signals that this touch control screen transmits with select accordingly to start this wireless communication unit, this satellite navigation unit and this secondary module one of them.
Moreover, when mobile communications device is used alone, the information that this wireless communication unit is obtained, the dialing phone interface that this Mobile data transceiver module produces, and the navigation information of this satellite navigation unit generation is all delivered to this touch control screen demonstration by this application processor.
In addition, this mobile communications device also comprises the battery unit of a supply electric power, an electrical source exchange unit that is electrically connected to this battery unit and this connecting interface, and one be electrically connected to and be subjected to the Power Management Unit of this application processor control with the electrical source exchange unit.When this application processor was electrically connected to this portable electron device, this application processor was controlled the electric power of this electrical source exchange unit this portable electron device of choice for use by this Power Management Unit; When this application processor is not electrically connected to this portable electron device, this application processor is controlled the electric power of this electrical source exchange unit this battery unit of choice for use by this Power Management Unit.
Preferably, mobile communications device also comprises a bluetooth module that is electrically connected to this application processor, during at this mobile phone mode, this application processor can start this bluetooth module automatically when this wireless communication unit, makes this bluetooth module transmit and receive a conversation signal.This conversation signal be from maybe to send to one with the bluetooth earphone microphone apparatus of bluetooth module pairing.
specifically, one aspect of the present invention provides a kind of mobile communications device, can be electrically connected to a portable electron device, and described mobile communications device comprises: an Anneta module, one touch control screen, described touch control screen comprise a display and one and the touch control sensor that overlaps of described display, and described touch control sensor detects touch-control action and the corresponding touching signals that produces that produces on described display, one application processor is electrically connected to described touch control screen and comprises a secondary module, described secondary module in can portable electron device according to setting access information and deliver to described touch control screen and show, one wireless communication unit, described wireless communication unit comprises a Mobile data transceiver module and is electrically connected to described Anneta module and described application processor, and be operated in a data-transmission mode and a mobile phone mode, described data-transmission mode makes described Mobile data transceiver module connect an internet with access information by described Anneta module, and with the information exchange of obtaining cross described application processor be shown in described touch control screen or described portable electron device one of them, described mobile phone mode makes described Mobile data transceiver module produce a dialing phone interface, and by described application processor be shown in described touch control screen or described portable electron device one of them, to accept a telephone number input, and pull and connect to a communication network according to described telephone number, an and satellite navigation unit, be electrically connected to described Anneta module and described application processor, and comprise an electronic map database, utilize a location information that a GPS (Global Position System) provides and the electronic chart in described electronic map database to navigate, and with a navigation information by described application processor be shown in described touch control screen or described portable electron device one of them, described application processor also comprises a signal judge module, the described touching signals that the described touch control screen of described signal judge module judgement transmits with select accordingly to start described wireless communication unit, described satellite navigation unit and described secondary module one of them.
Another aspect of the present invention provides the combination of a kind of portable electron device and mobile communications device, comprising: a portable electron device and a mobile communications device.Described portable electron device comprises: a main frame; One display; An and casing, described casing comprises a main casing and a lid, described main casing coats described main frame, described lid holds described display, and one of them upper surface of described main casing and described lid is provided with an accommodation seat, is provided with first connecting interface that is electrically connected to described main frame in described accommodation seat.described mobile communications device comprises: a casing can be placed in described accommodation seat with plugging, one second connecting interface is located at a side of described the second casing, in order to produce electric coupling with described the first connecting interface, one Anneta module, one touch control screen, described touch control screen comprise a display and one and the touch control sensor that overlaps of described display, and described touch control sensor detects touch-control action and the corresponding touching signals that produces that produces on described display, one application processor is electrically connected to described touch control screen and described the second connecting interface, and comprises a secondary module, described secondary module in can portable electron device according to setting access information and deliver to described touch control screen and show, one wireless communication unit, the described Mobile data transceiver module that comprises, and be electrically connected to described Anneta module and described application processor, and be operated in a data-transmission mode and a mobile phone mode, described data-transmission mode makes described Mobile data transceiver module connect an internet with access information by described Anneta module, and the information exchange of obtaining is crossed the display demonstration that described application processor is sent to described portable electron device, described mobile phone mode makes described Mobile data transceiver module produce a dialing phone interface, and be shown in the display of described portable electron device by described application processor, to accept a telephone number input, and pull and connect to a communication network according to described telephone number, an and satellite navigation unit, be electrically connected to described Anneta module and described application processor, and a built-in GPS (Global Position System) and an electronic map database, navigate with the location information that provides according to described GPS (Global Position System) and the electronic chart in described electronic map database, and a navigation information is shown in the display of described portable electron device by described application processor, wherein, described application processor also comprises a signal judge module, the described touching signals that the described touch control screen of described signal judge module judgement transmits with select accordingly to start described wireless communication unit, described satellite navigation unit and described secondary module one of them.
One side more of the present invention provides a kind of back splint, plants for automobile-used and confession one electronic installation, and described back splint comprises: a support arm; One fixture is hubbed at described support arm one end, in order to fixing described support arm, makes it to be suspended on an ad-hoc location; An and accommodation seat, be located at the described support arm other end, accommodating for described electronic installation, one header board of described accommodation seat is provided with a loud speaker, described accommodation seat bottom is provided with an electric connector that is electrically connected to described loud speaker, and described electronic installation is placed in can produce with described electric connector in described accommodation seat and is electrically connected to, and makes the voice signal that described electronic installation produces to export via described loud speaker.
Mobile communications device of the present invention has been integrated Mobile data transmission, personal satellite navigation and auxiliary demonstration (SideShow) function, make mobile communications device except can be used as the medium of portable electron device wireless Internet access, personal satellite navigation can be provided again and as the auxiliary demonstration of portable electron device, really can reach purpose of the present invention.
Description of drawings
Fig. 1 is the schematic appearance of the first preferred embodiment of the combination of portable electron device of the present invention and mobile communications device, shows that wherein the accommodation seat of mobile communications device is provided in a side of the main casing upper surface of portable electron device;
Fig. 2 is the perspective exploded view of the mobile communications device of the first preferred embodiment;
Fig. 3 is the schematic diagram that the mobile communications device of the first preferred embodiment is inserted the accommodation seat of portable electron device;
Fig. 4 is the main circuit block diagram of the mobile communications device of the first preferred embodiment;
Fig. 5 is the function main menu schematic diagram that the mobile communications device of the first preferred embodiment provides;
Fig. 6～Fig. 9 is the Internet connection assignment procedure picture view of the first preferred embodiment;
Figure 10 is a dialing phone interface schematic diagram of the first preferred embodiment;
Figure 11 is an incoming call window schematic diagram of the first preferred embodiment;
Figure 12 is a satellite navigation picture view of the first preferred embodiment;
Figure 13 is an auxiliary small tool setting picture view that shows of the first preferred embodiment;
Figure 14 is the icon schematic diagram of the auxiliary demonstration small tool that shows in the touch control screen picture of the first preferred embodiment;
Figure 15 is the decomposed schematic diagram of an automobile-used back splint;
Figure 16 is that the mobile communications device of the first preferred embodiment is placed in the schematic diagram in the support body of automobile-used back splint;
Figure 17 is the schematic appearance of the second preferred embodiment of the combination of portable electron device of the present invention and mobile communications device, shows that wherein the accommodation seat of mobile communications device is provided in a side of the cover outer surface of portable electron device; And
Figure 18 is the accommodation seat schematic diagram that the mobile communications device of the second preferred embodiment is inserted portable electron device.
The primary clustering symbol description:
1,5 notebook computer 2 mobile communications devices
4 back splint 10 main casings
11,52 lid 12 flat-panel screens
13 keyboards 14,51 accommodation seats
20 Anneta module 21 upper cover body
22 lower cover 23 vacancy sections
24 touch control screen 25 application processors
26 wireless communication unit 27 satellite navigation unit
28 bluetooth module 29 second connecting interfaces
31 battery unit 32 electrical source exchange unit
33 Power Management Unit 34SIM card slots
35 memory 40 fixtures
41 support arm 42 suckers
43 accommodation seat 44 header boards
45 loud speaker 46 the 3rd connectors
47 driving arm 48 power connectors
100,200 casing 110 main frames
120 dial key 140 bottom surfaces
141 first side 142 second sides
143 first connecting interface 144 the 3rd sides
145 the 4th sides 146,147 slide rails
201 sides 202,203 sides
204,205 guide groove 206 sockets
210 opening 250 buttons
251 signal judge module 252 secondary modules
261 Mobile data transceiver module 300 motherboards
410 incoming call windows
Embodiment
About aforementioned and other technology contents, characteristics and effect of the present invention, in the detailed description of following cooperation with reference to two preferred embodiments of accompanying drawing, can clearly present.
Before the present invention is described in detail, be noted that in the following description content, similarly assembly is to represent with identical numbering.
Consult Fig. 1, the first preferred embodiment of the combination of portable electron device of the present invention and mobile communications device comprises a portable electron device and a mobile communications device, portable electron device is take a notebook computer 1 as example in the present embodiment, but do not limit, portable electron device can be also the mobile electronic products such as MID, net book, UMPC (super mobile personal computer), digital camera.Mobile communications device 2 is the electronic installation of a kind of combined with mobile telephone, mobile Internet access device, personal navigation apparatus (PND) and auxiliary display function in the present embodiment.
As shown in Figure 2, mobile communications device 2 comprises a casing 200 and a motherboard 300, casing 200 is combined by a upper cover body 21 and a lower cover 22, one vacancy section 23 of upper cover body 21 is mounted on wherein for touch control screens 24, the lower zone of vacancy section be provided with one for input with operating mobile communication device 2 button 250.Motherboard 300 is coated in casing 200 and with touch control screen 24 and is electrically connected to, comprise mainly in motherboard 300 that an Anneta module 20, an application processor 25, a wireless communication unit 26, a satellite navigation unit 27, a bluetooth module 28 and be located at the second connecting interface 29 of motherboard 300 1 sides, and it is corresponding with the second connecting interface 29 that a side 201 of casing 200 is provided with an opening 210, and the second connecting interface can be exposed.In the present embodiment, the first connecting interface 143 and the second connecting interface 29 are take the USB connector that can mutually dock as example, and the function of motherboard 300 repeats after holding.
The volume of casing 200 matches with accommodation seat 140 space sizes on notebook computer 1, and the vertical two relative side 202,203 in the upper cover body 21 of casing and side 201 that the second connecting interface 29 is set is respectively equipped with a guide groove 204,205 parallel with side 202,203 horizontal expansion directions.
As shown in Figure 3, when the accommodation seat 140 that mobile communications device 2 is pushed notebook computer 1 is interior, can by this two guide groove 204,205 with notebook computer 1 accommodation seat 140 in two slide rails 146,147 match and slip in accommodation seat 140, and the first connecting interface 143 is connected with the second connecting interface 29 and produces and be electrically connected to.
Therefore, when mobile communications device 2 insert notebook computer 1 accommodation seat 140 and with notebook computer 1 produce is electrically connected to after, the motherboard 300 of mobile communications device 2 can communicate by the main frame 110 of the second connecting interface 29 and the first connecting interface 143 and notebook computer 1.
As shown in Figure 4, be the circuit square frame that the motherboard 300 of mobile communications device 2 mainly comprises, wherein Anneta module 20 has comprised the antenna for wireless communication unit 26, for the antenna of satellite navigation unit 27 and for the antenna of bluetooth module 28.
Wireless communication unit 26 comprises a Mobile data transceiver module 261 and is electrically connected to Anneta module 20 and application processor 25, and can be operated in a data-transmission mode and a mobile phone mode, data-transmission mode can allow Mobile data transceiver module 261 connect an internet by Anneta module 20.Mobile phone mode can make Mobile data transceiver module 261 produce a dialing phone interface and be shown in touch control screen 24 by application processor 25, input a telephone number for the user by dialing phone interface, mobile phone mode also makes Mobile data transceiver module 261 connect a communication network to pull and connect and call function by Anneta module 20.Mobile data transceiver module 261 can adopt 3G or 3.5G wireless Internet access technology or following 4G technology of generally using at present.Satellite navigation unit 27 is electrically connected to Anneta module 20 and application processor 25, and a built-in GPS (Global Position System) (not shown) and electronic map database (leaving in a memory 35 that is electrically connected to application processor 25), function as existing Satellite Navigation Set, the locating information that satellite navigation unit 27 provides according to GPS (Global Position System) and being navigated by the electronic chart that reads in electronic map database, and this navigation information is shown in touch control screen 24 by application processor 25.
when mobile communications device 2 in the situation that start insert the accommodation seat 140 of notebook computer 1 and produce when being electrically connected to notebook computer 1 main frame 110, application processor 25 and notebook computer 1 main frame 110 all can detect this event, at this moment, notebook computer 1 can be used as an inputting interface with the touch control screen 24 of mobile communications device 2, be equivalent to replace the Trackpad (touch pad) on traditional notebook type computer, that is, the touch-control action that produces on touch control screen 24, such as the action such as control cursor movement and click, can be detected and convert to a touching signals by the touch control detection device of touch control screen 24 and give application processor 25, application processor 25 is given this touching signals main frame 110 interpretations of notebook computer 1 to produce corresponding control by the second connecting interface 29, therefore, the user can control by operation touch control screen 24 built-in function and the action of notebook computer 1.
In addition, mobile communications device 2 comprises that also a supply electric power is to the battery unit 31 of the electronic building brick of mobile communications device 2, the Power Management Unit 33 that the one electrical source exchange unit that is electrically connected to battery unit 31 and the second connecting interface 29 32, one and electrical source exchange unit 32 are electrically connected to and are subjected to application processor 25 to control.after application processor 25 detects mobile communications device 2 and notebook computer 1 is electrically connected to, application processor 25 is controlled the power supply of Power Management Unit 33 choice for use notebook computers, therefore, Power Management Unit 33 is sent one and is switched signal to electrical source exchange unit 32, make power supply that select to accept the notebook computer that transmitted by the second connecting interface 29, and offer electronic building brick and battery unit in mobile communications device 2, battery unit 31 is charged in good time, can save the electric power of mobile communications device 2 by this in good time, when mobile communications device 2 is used separately, the electric power of battery unit 31 can continue more of a specified duration.
And notebook computer 1 can be considered as mobile communications device 2 its peripheral device, and shows that in the lower right corner of its flat-panel screens 12 pictures one represents the little icon (Icon) of mobile communications device 2.
When the function on notebook computer 1 needs application mobile communications device 2, click this little icon and just can start mobile communications device 2, at this moment, application processor 25 is understood demonstration on the flat-panel screens 12 that produces a function main menu as shown in Figure 5 and deliver to notebook computer 1.
Comprise mainly in the function main menu that " wireless Internet access ", " calling ", " personal navigation " reach function choosing-items such as " the auxiliary demonstrations ".The user can click and start these function choosing-items by touch control screen.
As present 3G Mobile data card, Asus T500 for example, before bringing into use " wireless Internet access " function, need to do some basic settings to wireless communication unit 26, as shown in Figure 6, at first to set the mode of Internet connection, for example Fig. 7 and Fig. 8, select Hinet 3G or Hinet GPRS or other telecom operators that cooperation is arranged as default connecting object, then as shown in Figure 9, set again some users' master data, just complete basic setting operation.
Afterwards, as long as the user clicks Fig. 5's " wireless Internet access " option, this instruction just is fed to application processor 25, application processor 25 can correspondingly start wireless communication unit 26, make the Mobile data transceiver module 261 of wireless communication unit 26 according to above-mentioned setting performing data transmission pattern, by communication network, notebook computer is connected the internet.
And mobile communications device 2 also comprises a SIM card slot 34 that is electrically connected to wireless communication unit 26, and the side 201 of the upper cover body 21 of mobile communications device 2 also is provided with socket 206 corresponding SIM card slots 34, allow the user SIM card of mobile phone can be inserted in SIM card slot 34 by socket 206, make with wireless communication unit 26 to be electrically connected to, allow the user data of wireless communication unit 26 in can the access SIM card.
therefore, when the user selects " calling " option, this instruction is fed to application processor 25 and makes the corresponding wireless communication unit 26 that starts, Mobile data transceiver module 261 is carried out mobile phone mode according to above-mentioned user's setting, user's information and telephone directory in reading SIM card, the data such as note, and a dialing phone interface that produces as shown in figure 10 is presented on the indicator screen of notebook computer, wherein show a numeric keypad and a display window, the user can be by operating mouse or touch control screen 24 input telephone numbers, perhaps choosing the dial key 120 of pressing on numeric keypad after the telephone number in telephone directory pulls and connects.
Simultaneously, when the user dials number by Mobile data transceiver module 261, application processor 25 can start bluetooth module 28 automatically, a bluetooth earphone microphone (if yes) that allows bluetooth module 28 and user wear matches and communication protocol, allows the user carry out wireless communication by bluetooth earphone microphone and bluetooth module 28.
And when incoming call was arranged, as shown in figure 11, application processor 25 can be informed user caller's number at incoming call window 410 of indicator screen lower right corner generation of notebook computer 1, and ordered about notebook computer 2 cooperation output incoming the tinkle of bells.The Answer Key (being dial key 120) that the user can press on numeric keypad receives calls.Certainly at this moment bluetooth module 28 also can be employed processor 25 and automatically starts, to allow the user carry out wireless communication by bluetooth earphone microphone and bluetooth module 28.
The function that the wireless communication unit 26 of the present embodiment is called by Mobile data transceiver module 261 can adopt similar present 3G Mobile data card, and for example the technology of Asus T500 is reached.
Certainly, on mobile communications device 2 also can as mobile phone, the one ear microphone jack (not shown) that is electrically connected to application processor 25 is set pegs graft for a cable earphone microphone (not shown), allow the user converse by cable earphone microphone.Therefore, when detecting the ear microphone jack, application processor 25 has when pegging graft a cable earphone microphone, and will be automatically with bluetooth module 28 forbiddings.
And when the user selects " satellite navigation " option, application processor 25 can receive corresponding instruction and start satellite navigation unit 27, and the locating information that provides of the electronic map database in application memory 35 and GPS (Global Position System) positions and navigates the user position.As shown in figure 12, satellite navigation unit 27 is shown in navigation information the display of notebook computer 1 by application processor 25, in addition, function as existing Satellite Navigation Set, the user can be by starting point and the terminal point of the physical keyboard on operation touch control screen 24 or notebook computer to satellite navigation unit 27 setting navigations, allows satellite navigation unit 27 planning guidance paths and be shown in the display of notebook computer 1.
In addition, as the user in the situation that the information of notebook computer 1 shutdown in wanting to know some notebook computers, for example consult calendar, connection book or Email, but do not look on the bright side of things when opening notebook computer 1, can be in the situation that notebook computer 1 shutdown, capture information in notebook computer 1 by the secondary module 252 in application processor 25.Secondary module 252 claims again " Side Show ", it is to use a kind of auxiliary Display Technique that Windows Vista provides, it can be at electronic installation, for example show the important information that the user needs on another secondary monitor of notebook computer, though notebook computer just in use at present, shut down or be in " sleep " state.
when this secondary module 252 is employed processor 25 execution for the first time, as shown in figure 13, the user need to be in the small tool that secondary module 252 produces be set picture, setting will capture information in notebook computer 1 by those small tools, if notebook computer 1 is to use Windows Vista operating system usually, WindowsVista operating system can be preset two small tools, be addressee casket (Windows Mail) and multimedia player (WindowsMedia Player), the user can set other small tool again, such as Office Outlook 2007 calendars or photo album etc.After the user completes setting, when starting display module 252, as shown in figure 14, can show the icon (Icon) of these small tools in the picture of touch control screen 24, and under the situation that notebook computer 1 does not shut down, secondary module 252 can be by these small tools, the data of periodically user in notebook computer 1 being wanted, up-to-date Email and calendar in the addressee casket for example is sent in the memory 35 that application processor 25 connects.
By this, when the user closes notebook computer 1, the data that the user wants have been stored in the memory 35 of mobile communications device 2, so as shown in figure 14, the user can come read electric mail, calendar or photo album content and not need to start notebook computer 1 by the icon of the small tools such as addressee casket, calendar or photo album that shows on operation touch control screen 24.
In addition, the application processor 25 of mobile communications device 2 can be according to function or user's selection, touch control screen 24 is switched to Trackpad (touch pad) pattern or contact panel (touch panel) pattern, for example when the display of notebook computer 1 shows function main menu as Fig. 5, in order to allow the user can be by the function choosing-item in touch control screen 25 selection function main menus, this moment, application processor 25 can switch to the Trackpad pattern with touch control screen 24; And the user selects the shown functional items of touch control screen 24 own when will pass through touch control screen 24, during functions such as handwriting input, startup, shutdown, application processor 25 will switch to the contact panel pattern with touch control screen 24, allows the user can click the shown functional item of touch control screen 24.
Certainly, application processor 25 can show in touch control screen 24 that also a dummy keyboard allows the user input data in the mode of touch-control dummy keyboard under the contact panel pattern, and this scheme can replace the physical keyboard on traditional notebook type computer.
And when mobile communications device 2 breaks away from notebook computer 1 from the accommodation seat 140 of notebook computer 1, application processor 25 can detect this event, and control Power Management Unit 33 and send one and switch signal to electrical source exchange unit 32, make the electric power of the battery unit 31 of selecting mobile communications device 2 itself.Simultaneously, application processor 25 changes the function main menu into and is presented in touch control screen 24 and makes touch control screen 24 be operated in the contact panel pattern.And because mobile communications device 2 has broken away from notebook computer 1, auxiliary this function of demonstration is temporarily forbidden, so can not occur " the auxiliary demonstration " this function choosing-item in the function main menu.
In the situation that mobile communications device 2 uses separately, the user still can select " wirelesss Internet access ", " calling ", " personal navigation " these functions, and the dependent picture when presenting these functions of execution by touch control screen 25, as described earlier.
In addition, as Figure 15 and shown in Figure 16, mobile communications device 2 also can be placed in a back splint 4, and back splint 4 comprises that a support arm 41, is hubbed at the fixture 40 of support arm 41 1 ends, and an accommodation seat 43 of being located at support arm 41 other ends.Fixture 40 comprises a driving arm 47 and a sucker 42, and an end of driving arm 47 sets firmly for sucker 42, its other end and support arm 41 pivot joint tightly.Sucker 42 can make support arm 41 be suspended on an ad-hoc location for being adsorbed on the windshield of automobile (not shown), and support arm 41 can be being biased relative driving arm 47 pivotables in situation, to change the hanging position of support arm 41.
In addition, be provided with a loud speaker 45 44 groups of the header boards of accommodation seat 43, and being provided with one the 3rd connector 46 in accommodation seat 43 bottoms is electrically connected to loud speaker 45, and also be provided with a power connector 48 that is electrically connected to the 3rd connector 46 and loud speaker 45 on accommodation seat 43, itself and an external power source, for example automobile power source is electrically connected to accept power supply.When mobile communications device 2 is placed in accommodation seat 43 when interior, the second connecting interface 29 of mobile communications device 2 can produce with the 3rd connector 46 and be electrically connected to, and powered respectively to loud speaker 45 and mobile communications device 2 by power connector 48, the voice signal that mobile communications device 2 produces can be exported by loud speaker 45.
Referring to Figure 17 and shown in Figure 180, be the second preferred embodiment of the combination of portable electron device of the present invention and mobile communications device again, wherein portable electron device is still take a notebook computer 5 as example, they are different from the first embodiment be in:
By this, when notebook computer 5 is when covering state, no matter whether notebook computer 5 is at shutdown or holding state, the user can be in the situation that need not open notebook computer 5 lids 52, browse the information in notebook computer 5 by " the auxiliary demonstration " function in mobile communications device 2 easily, comprise meeting scheduling in calendar, connection book, photo album or up-to-date Email Information etc., as described earlier.
It is worth mentioning that, mobile communications device 2 also can be used as a safety key of notebook computer 1 except the functions such as above-mentioned wireless Internet access, mobile phone, personal satellite navigation and auxiliary demonstration are provided.That is, the user will be with before notebook computer 1,5 starts, must first mobile communications device 2 be inserted in notebook computer 1,5 accommodation seat 14,51, when notebook computer 1,5 is started shooting and is checked peripheral device, can check whether mobile communications device 2 exists (connecting), if nothing can't be completed the start operation.In addition, also can be further notebook computer 1,5 and the memory of mobile communications device 2 in the identification code that prestores respectively, notebook computer 1,5 is when mobile communications device 2 being detected, whether the identification code that can further compare both identical, if not identical, stop the start operation.By this, mobile communications device 2 can further provide the effect of protection to the information security in notebook computer 1,5.
Certainly, notebook computer 1,5 itself also can built-in one known WiFi communication system, allow the user can flexible choice notebook computer 1,5 by the wireless communication unit 26 in mobile communications device 2 or by built-in WiFi communication system online.
In sum, the mobile communications device 2 of above-described embodiment is integrated Mobile data transmission, personal satellite navigation and auxiliary display function, make mobile communications device 2 except can be used as the medium of portable electron device wireless Internet access, personal satellite navigation can be provided again and as the auxiliary demonstration of portable electron device, really can reach purpose of the present invention.
The above-described content of thought, it is only preferred embodiment of the present invention, can not limit scope of the invention process with this, namely every simple equivalent variations and modification of doing according to claims scope of the present invention and invention description content, all still remain within the scope of the patent.
Claims (13)
1. a mobile communications device, can be electrically connected to a portable electron device, and described mobile communications device comprises:
One Anneta module;
One touch control screen, described touch control screen comprise a display and one and the touch control sensor that overlaps of described display, and described touch control sensor detects touch-control action and the corresponding touching signals that produces that produces on described display;
One application processor is electrically connected to described touch control screen and comprises a secondary module, described secondary module in can portable electron device according to setting access information and deliver to described touch control screen and show;
one wireless communication unit, described wireless communication unit comprises a Mobile data transceiver module and is electrically connected to described Anneta module and described application processor, and be operated in a data-transmission mode and a mobile phone mode, described data-transmission mode makes described Mobile data transceiver module connect an internet with access information by described Anneta module, and with the information exchange of obtaining cross described application processor be shown in described touch control screen or described portable electron device one of them, described mobile phone mode makes described Mobile data transceiver module produce a dialing phone interface, and by described application processor be shown in described touch control screen or described portable electron device one of them, to accept a telephone number input, and pull and connect to a communication network according to described telephone number, and
One satellite navigation unit, be electrically connected to described Anneta module and described application processor, and comprise an electronic map database, utilize a location information that a GPS (Global Position System) provides and the electronic chart in described electronic map database to navigate, and with a navigation information by described application processor be shown in described touch control screen or described portable electron device one of them;
Described application processor also comprises a signal judge module, the described touching signals that the described touch control screen of described signal judge module judgement transmits with select accordingly to start described wireless communication unit, described satellite navigation unit and described secondary module one of them;
Wherein, though described portable electron device just in use at present, shut down or be in " sleep " state, described secondary module all can make the information in the described portable electron device that described touch control screen shows that the user needs;
Wherein, the user must first insert described mobile communications device in one accommodation seat of described portable electron device, to complete the start operation of described portable electron device.
2. mobile communications device according to claim 1, wherein, when described mobile communications device is electrically connected to described portable electron device, the information that described wireless communication unit is obtained can be sent to described portable electron device by described application processor and show, when described mobile communications device was not electrically connected to described portable electron device, the information that described wireless communication unit is obtained can be delivered to described touch control screen by described application processor and show.
3. mobile communications device according to claim 1, wherein, when described mobile communications device is electrically connected to described portable electron device, the dialing phone interface that described Mobile data transceiver module produces can be delivered to described portable electron device by described application processor and show, when described mobile communications device was not electrically connected to described portable electron device, the dialing phone interface that described Mobile data transceiver module produces can be delivered to described touch control screen by described application processor and show.
4. mobile communications device according to claim 1, wherein, when described mobile communications device is electrically connected to described portable electron device, described navigation information is delivered to described portable electron device by described application processor and is shown, when described mobile communications device was not electrically connected to described portable electron device, described navigation information was delivered to described touch control screen by described application processor and is shown.
5. mobile communications device according to claim 1, also comprise a connecting interface that is electrically connected to described application processor, and described application processor is electrically connected to described portable electron device by described connecting interface.
6. mobile communications device according to claim 5, the battery unit that also comprises a supply electric power, the one electrical source exchange unit that is electrically connected to described battery unit and described connecting interface, one Power Management Unit that is electrically connected to and is subjected to described application processor to control with the electrical source exchange unit, when described application processor is electrically connected to described portable electron device, described application processor is controlled the electric power of the described portable electron device of described electrical source exchange unit choice for use by described Power Management Unit, when described application processor is not electrically connected to described portable electron device, described application processor is controlled the electric power of the described battery unit of described electrical source exchange unit choice for use by described Power Management Unit.
7. mobile communications device according to claim 1, also comprise a bluetooth module that is electrically connected to described application processor, when described wireless communication unit during at mobile phone mode, described application processor can start described bluetooth module automatically, makes described bluetooth module transmit and receive a conversation signal.
8. mobile communications device according to claim 1, also comprise a memory that is electrically connected to described application processor, and the information of described secondary module access from described portable electron device and described electronic map database are stored in described memory.
9. the system of a portable electron device and mobile communications device comprises:
One portable electron device, described portable electron device comprises:
One main frame;
One display; And
One casing, described casing comprises a main casing and a lid, described main casing coats described main frame, described lid holds described display, and one of them upper surface of described main casing and described lid is provided with an accommodation seat, is provided with first connecting interface that is electrically connected to described main frame in described accommodation seat; And
One mobile communications device, described mobile communications device comprises:
One casing can be placed in described accommodation seat with plugging;
One second connecting interface is located at a side of the described casing of described mobile communications device, in order to produce electric coupling with described the first connecting interface;
One Anneta module;
One touch control screen, described touch control screen comprise a display and one and the touch control sensor that overlaps of described display, and described touch control sensor detects touch-control action and the corresponding touching signals that produces that produces on described display;
One application processor is electrically connected to described touch control screen and described the second connecting interface, and comprises a secondary module, described secondary module in can portable electron device according to setting access information and deliver to described touch control screen and show;
one wireless communication unit, described wireless communication unit comprises a Mobile data transceiver module, and be electrically connected to described Anneta module and described application processor, and be operated in a data-transmission mode and a mobile phone mode, described data-transmission mode makes described Mobile data transceiver module connect an internet with access information by described Anneta module, and the information exchange of obtaining is crossed the display demonstration that described application processor is sent to described portable electron device, described mobile phone mode makes described Mobile data transceiver module produce a dialing phone interface, and be shown in the display of described portable electron device by described application processor, to accept a telephone number input, and pull and connect to a communication network according to described telephone number, and
One satellite navigation unit, be electrically connected to described Anneta module and described application processor, and a built-in GPS (Global Position System) and an electronic map database, navigate with the location information that provides according to described GPS (Global Position System) and the electronic chart in described electronic map database, and a navigation information is shown in the display of described portable electron device by described application processor;
Wherein, described application processor also comprises a signal judge module, the described touching signals that the described touch control screen of described signal judge module judgement transmits with select accordingly to start described wireless communication unit, described satellite navigation unit and described secondary module one of them;
Wherein, though described portable electron device just in use at present, shut down or be in " sleep " state, described secondary module all can make the information in the described portable electron device that described touch control screen shows that the user needs;
Wherein, the user must first insert described mobile communications device in the described accommodation seat of described portable electron device, to complete the start operation of described portable electron device.
10. the system of portable electron device and mobile communications device according to claim 9, wherein portable electron device also comprises first connecting interface that is electrically connected to described main frame, described mobile communications device also comprises second connecting interface that is electrically connected to described application processor and is complementary with described the first connecting interface, and described application processor is electrically connected to the main frame of described portable electron device by described the second connecting interface and described the first connecting interface.
11. the system of portable electron device and mobile communications device according to claim 10, wherein said mobile communications device also comprises the battery unit of a supply electric power, the one electrical source exchange unit that is electrically connected to described battery unit and described connecting interface, one Power Management Unit that is electrically connected to and is subjected to described application processor to control with the electrical source exchange unit, when described application processor is electrically connected to described portable electron device, described application processor is controlled the electric power of the described portable electron device of described electrical source exchange unit choice for use by described Power Management Unit, when described application processor is not electrically connected to described portable electron device, described application processor is controlled the electric power of the described battery unit of described electrical source exchange unit choice for use by described Power Management Unit.
12. the system of portable electron device and mobile communications device according to claim 9, wherein said mobile communications device also comprises a bluetooth module that is electrically connected to described application processor, when described wireless communication unit during at described mobile phone mode, described application processor can start described bluetooth module automatically, makes described bluetooth module transmit and receive a conversation signal.
13. the system of portable electron device and mobile communications device according to claim 9, wherein said mobile communications device also comprises a memory that is electrically connected to described application processor, and the information of described secondary module access from described portable electron device and described electronic map database are stored in described memory.
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| Application Number | Priority Date | Filing Date | Title |
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| CN200910143952.8A CN101909108B (en) | 2009-06-04 | 2009-06-04 | Mobile communication device and combination of portable electronic device and mobile communication device |
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| CN200910143952.8A CN101909108B (en) | 2009-06-04 | 2009-06-04 | Mobile communication device and combination of portable electronic device and mobile communication device |
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| CN101909108A CN101909108A (en) | 2010-12-08 |
| CN101909108B true CN101909108B (en) | 2013-06-05 |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN102638608A (en) * | 2011-02-14 | 2012-08-15 | 东友科技股份有限公司 | Portable data processing system and signal input/output device used by same |
| CN102647490A (en) * | 2012-03-31 | 2012-08-22 | 惠州Tcl移动通信有限公司 | Ultra-thin wireless communication device |
| CN102622056B (en) * | 2012-03-31 | 2016-05-11 | 惠州Tcl移动通信有限公司 | The intelligent terminal of the replaceable radio communication device of a kind of user |
| CN103685697A (en) * | 2012-09-13 | 2014-03-26 | 宏碁股份有限公司 | Portable electronic device, system control method thereof, and extensible electronic system |
| CN103618954A (en) * | 2013-11-05 | 2014-03-05 | 苏州三星电子电脑有限公司 | Display system control device and control method |
| KR20170006432A (en) * | 2015-07-08 | 2017-01-18 | 삼성전자주식회사 | Method for displaying web contents and electronic device implementing the same |
| CN107277938A (en) * | 2017-07-14 | 2017-10-20 | 曾仲林 | A kind of communication means of CISC equipment and CISC equipment |
| CN108445970B (en) * | 2018-03-30 | 2021-02-19 | 联想(北京)有限公司 | Assembled electronic device and information processing method |
| CN109542171B (en) * | 2018-11-27 | 2020-05-19 | 盐城吉大智能终端产业研究院有限公司 | Multifunctional intelligent terminal and use method thereof |
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