CN102156644A - Cross-browser cross-operation system control device - Google Patents
Cross-browser cross-operation system control device Download PDFInfo
- Publication number
- CN102156644A CN102156644A CN2011101324837A CN201110132483A CN102156644A CN 102156644 A CN102156644 A CN 102156644A CN 2011101324837 A CN2011101324837 A CN 2011101324837A CN 201110132483 A CN201110132483 A CN 201110132483A CN 102156644 A CN102156644 A CN 102156644A
- Authority
- CN
- China
- Prior art keywords
- functional block
- browser
- signal
- operating system
- cross
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Pending
Links
Images
Classifications
-
- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F9/00—Arrangements for program control, e.g. control units
- G06F9/06—Arrangements for program control, e.g. control units using stored programs, i.e. using an internal store of processing equipment to receive or retain programs
- G06F9/46—Multiprogramming arrangements
- G06F9/54—Interprogram communication
- G06F9/541—Interprogram communication via adapters, e.g. between incompatible applications
Abstract
The invention discloses a cross-browser cross-operation system control device. The device comprises a first functional block, a second functional block, a conversion module and an execution module, wherein the signal format supported by the first functional block is a first signal format, and the first functional block has the function of input and output; the signal format supported by the second functional block is a second signal format; the conversion module is connected with the first functional block and the second functional block; a signal enters the second functional block in the second signal format from the conversion module after entering the conversion module in the first signal format from the first functional block and being converted by the conversion module; and the signal enters the first functional block in the first signal format from the conversion module after entering the conversion module in the second signal format from the second functional block and being converted by the conversion module; the execution module comprises equipment with an operation system, and the equipment is connected with the first functional block and provided with an application program; and the application program interacts with the first functional block in the first signal format, and has codes by which information interacted with the second functional block can be converted into the first signal format and information of the second functional block can be analyzed from the information of the first signal format. After the device is adopted, hardware drive and browser control of the equipment are not required to re-development and install, thereby greatly reducing workload of developers.
Description
Technical field
The present invention relates to the technology of computing machine and network communication control device, especially a kind of can browser-cross, the control device of cross operating system.
Background technology
Along with computer technology and development of internet technology, people are with various types of computing machine browsing pages, as computer, smart mobile phone, panel computer, internet television, game machine etc., different computer equipments may just use different operating system, even also can and deposit a plurality of different operating systems on the same computing machine, as on the computing machine Windows or (SuSE) Linux OS being installed.For the application program in the local computer can be used locally-attached equipment, just need exploitation and installation hardware driving at this OS Type, need develop and install dissimilar hardware driving for different operating system, increased equipment development personnel's work greatly, and made troubles also for the personnel of use equipment.
Browser may just use many dissimilar browsers as an Internet enabled application program on the operating system platform in same operating system, as IE (Internet Exporer), Firefox etc.Current browser all possesses the ability of program run, and as JavaScript, VBScript, Java etc. can move the program of downloading from the webserver.Along with the development of technology, browser generally also has the function of voice and video, all supports standard, support voice and the video of HTML5.0 as IE9, Firefox3.5 etc.If need download one section run time version from the webserver moves in browser, be used for controlling a local equipment, so except needs exploitations with install the hardware driving at this operating system, also need to develop and install at the control of this browser and could control and use local device.
But browser is the application program of a browsing page, and the support to limited several equipment such as audio frequency apparatus, video equipment, keyboard, mouse generally only is provided.Support the unsupported equipment of a kind of script if need browser, so just need the hardware drive program of this equipment of exploitation under operating system, need in browser, increase corresponding control simultaneously and could on the webserver, write program code, carry out being loaded in the browser under this code by network to this device control.
For different computing machines different operating system may be installed, even same operating system also may have been installed different browsers, in order to control the equipment on the local computer, just need develop corresponding control at different browsers for this equipment, corresponding different operating system is also developed the hardware drive program at this system, can accomplish that so just cross operating system, browser-cross control this equipment.These problems just cause the developer in order to call control and to use local device the be compelled to do exploitation and the installment work of repetition.
Summary of the invention
The objective of the invention is to provide the control device of a kind of browser-cross, cross operating system, can solve in the prior art because of operating system or the different problems that need different driver of overlapping development and control of browser.
The present invention realizes by following technical solution:
A kind of control device of browser-cross cross operating system comprises first functional block, and the signal format of its support is first signal format, and possesses the function of input and output; Second functional block, the signal format of its support are the secondary signal form; Modular converter, it connects first functional block and second functional block, after signal enters the modular converter conversion with first signal format from first functional block, enter second functional block with the secondary signal form from modular converter, signal enters first functional block with first signal format from modular converter after entering the modular converter conversion with the secondary signal form from second functional block; Execution module comprises an equipment that has operating system, and described equipment is connected with first functional block, and has an application program; Described application program is mutual with first signal format and first functional block, have with the mutual information translation of second functional block be first signal format and the code that from the information of first signal format, parses second function block information.
More specifically, described first signal format comprises the sound signal form.Described first functional block comprises the digital signal controller (DC) and the AC-LINK module of sound card, and described second functional block is connected with digital signal controller (DC) by the AC-LINK module.Described execution module is mutual with sound signal and digital signal controller (DC).
Perhaps also can be that described first signal format comprises the information to USB disk read-write and control.Described first functional block comprises USB interface chip and processor, and described USB interface chip is connected with processor, and described second functional block is connected with processor.
Further, described application program is for directly running on the program of operating system, perhaps described application program comprises browser, browser control part and at the run time version of browser execution, perhaps when first signal format is the sound signal form, described application program comprises browser and the run time version that moves in browser, described browser is supported the standard of HTML5.
The present invention becomes browser or the operating system unsupported second functional block emulation originally first functional block of browser and operating system support, the input and output or the control information of second functional block are included in the information content of treatable first functional block in the browser, so just do not need to develop again and install the control and the hardware drive program of this equipment, directly the processing code that increases this equipment in the webserver in the functional module of downloading can carry out alternately with this device, has reduced developer's workload greatly.
Description of drawings
Fig. 1 becomes the structural representation of temperature warning device of the browser-cross cross operating system of sound card for a kind of emulation of the present invention.
Fig. 2 becomes the structural representation of usb protocol converter of the browser-cross cross operating system of sound card for a kind of emulation of the present invention.
Fig. 3 becomes the structural representation of usb protocol converter of the browser-cross cross operating system of USB hard disk for a kind of emulation of the present invention.
Fig. 4 becomes the structural representation of usb protocol converter of the browser-cross cross operating system of digital earphone and digital microphone for a kind of emulation of the present invention.
Fig. 5 is the structural representation of the usb protocol converter of a kind of emulation of the present invention browser-cross cross operating system that becomes simulation earphone and simulation microphone.
Among the figure:
The 1-execution module; The 11-application program; The 111-run time version; The 112-browser; The 1121-browser control part; 12-operating system; 2-first functional block; The 21-digital signal controller; The 22-AC-LINK module; The 23-USB interface chip; The 24-processor; The 3-modular converter; The 31-first conversion submodule; The 32-second conversion submodule; 33-digital earphone interface; 34-digital microphone interface; 35-simulates earphone interface; 36-simulation microphone interface; 4-second functional block; 41-temperature warning module; The 42-USB communication module.
Embodiment
Embodiment one:
As shown in Figure 1, a kind of temperature warning device of browser-cross cross operating system becomes sound card with the temperature warning modular simulation, comprises execution module 1, first functional block 2 and modular converter 3 and temperature warning module 41.Temperature warning module 41 is undertaken alternately by sound signal with execution module 1, for operating system 12, connection still be audio devices.
Execution module 1 comprises application program 11 and operating system 12, application program 11 comprises run time version 111, browser 112 and browser control part 1121, run time version 111 move in browser 112, and mutual with temperature warning module 41 by browser control part 1121 call operation systems 12.First functional block 2 is connected with execution module 1, the Digital Signals (DC) 21 and the AC-LINK module 22 that comprise sound card, AC-LINK module 22 is the serial time-division multiplex I/O interfaces that connect a kind of 5 lines of digital signal controller 21, and AC-LINK module 22 can only be transmitted the pulse code modulation signal of the sampling frequency of 48kHz.First functional block 2 is transmitted mutual signal between execution module 1 and the temperature warning module 41 as intermediary.Modular converter 3 connects first functional block 2 and temperature warning modules 41, will change between the signal of temperature warning module 41 and the sound signal.
Temperature warning module 41 passes to temperature signal in the process of execution module 1, need temperature signal be converted to the pulse-modulated signal (PCM) that AC-LINK module 22 is supported the 48kHz sampling frequency by modular converter 3, the PCM signal enters digital signal controller (DC) 21 through AC-LINK module 22, DC21 passes to execution module 1 with these pulse-modulated signals with the form of sound signal, run time version 111 in the execution module 1 moves in browser 112, from operating system 12, obtain the sound signal that digital signal controller 21 transmits by browser control part 1121, and from these sound signals, parse the signal relevant with temperature, thereby obtain temperature signal, and handle it.
After 1 pair of processes temperature signal of execution module, the control signal of temperature warning module 41 is passed to digital signal controller 21 with the form of sound signal, and the pulse-modulated signal of the sampling frequency of the 48kHz that digital signal controller 21 is supported these sound signals with AC-LINK module 22 passes to modular converter 3 and handles.Modular converter 3 converts the sound signal that receives to signal format that temperature warning module 41 is discerned, and temperature warning module 41 responds to the received signal, finishes corresponding action.
Because temperature warning module 41 is contained in mutual signal packet in the sound signal, browser 112 and control 1121 thereof and operating system 12 is handled remains sound signal, increase in only need the run time version 111 in application program and from sound signal, parse this temperature signal and the code that temperature control signals is handled is got final product, do not need to develop again and install the hardware driving and the corresponding browser control part thereof of temperature warning module 41, avoided the unnecessary duplication of labour.
Embodiment two:
Figure 2 shows that a kind of usb protocol converter of browser-cross cross operating system, the emulation of usb protocol converter is become sound card, comprise execution module 1, first functional block 2 and modular converter 3 and usb communication module 42.This protocol converter communicates as printer by a USB mouth and computer peripheral equipment.The usb protocol converter is identified as a sound card in operating system 12, it is sound signal that itself and execution module 1 carry out mutual information.
Execution module 1 comprises application program 11 and operating system 12, application program 11 comprises run time version 111, browser 112 and browser control part 1121, run time version 111 move in browser 112, and mutual with usb communication module 42 by browser control part 1121 call operation systems 12.First functional block 2 comprises the Digital Signals (DC) 21 and the AC-LINK module 22 of sound card, AC-LINK module 22 is the serial time-division multiplex I/O interfaces that connect a kind of 5 lines of digital signal controller 21, and AC-LINK module 22 can only be transmitted the pulse code modulation signal of the sampling frequency of 48kHz.First functional block 2 is as intermediary, transmits the mutual sound signal of execution module 1 and usb communication module 42.Modular converter 3 will be changed between the signal of usb communication module 42 and the sound signal.
Usb communication module 42 passes to the communication information in the process of execution module 1, and modular converter 3 is converted to the pulse-modulated signal that AC-LINK module 22 is supported the 48kHz sampling frequency with signal of communication.Digital signal controller (DC) 21 passes to execution module 1 with these pulse-modulated signals with the form of sound signal, run time version 111 in the execution module 1 moves in browser 112, from operating system 12, obtain the sound signal that digital signal controller 21 transmits by browser control part 1121, and from these sound signals, parse the signal relevant with the usb protocol converter, thereby obtain these signals of communication, and handle it.
After the signal of communication of 1 pair of USB mouth of execution module is handled, the feedback signal of usb communication module 42 is passed to digital signal controller 21 with the form of sound signal, and the pulse-modulated signal of the sampling frequency of the 48kHz that digital signal controller 21 is supported these sound signals with AC-LINK module 22 passes to modular converter 3 and handles.Modular converter 3 converts the sound signal that receives to signal format that usb communication module 42 is discerned, and usb communication module 42 responds to these information, finishes corresponding action.
Owing in the usb communication module 42 mutual signal packet is contained in the sound signal, browser 112 and control 1121 thereof and operating system 12 is handled so remains sound signal, increases the control signal of extracting this usb communication module 42 in only need the run time version 111 in application program and the code that this control signal is handled gets final product.As long as support the processing of sound signal in execution module such as computer, the smart mobile phone, after computer peripheral equipment such as printer are connected to the USB mouth of this usb protocol converter, the usb protocol converter carries out the data of printer form and the execution module with audio-frequency information alternately, need not to redevelop and the hardware driving and the browser control part of this printer are installed.Certainly, this protocol converter also can be parallel port or other forms of interface.
Embodiment three:
Be illustrated in figure 3 as a kind of usb protocol converter of browser-cross cross operating system,, comprise execution module 1, first functional block 2 and modular converter 3 and usb communication module 42 by the emulation of usb protocol converter is become the USB hard disk.This protocol converter communicates by a USB mouth and computer peripheral equipment, and its input and output and control signal thereof all carry out still being identified as a USB hard disk alternately in operating system 12 with the form and the execution module 1 of read-write USB hard-disc storage information.
Execution module 1 comprises application program 11 and operating system 12, application program 11 comprises run time version 111, browser 112 and browser control part 1121, run time version 111 move in browser 112, and mutual with usb communication module 42 by browser control part 1121 call operation systems 12.First functional block 2 comprises USB interface chip 23 and processor 24, the first functional blocks 2 as intermediary, transmits the mutual storage signal of execution module 1 and usb communication module 42.Modular converter 3 will be changed between the signal of usb communication module 42 and the storage signal.The usb protocol converter through USB interface with after computer links to each other, processor 24 connects chip 23 through USB and sends the signal that classification is a mass storage class 08 to operating system 12, and fill in the data of preceding 512 bytes according to FAT file system tableau format, operating system 12 is a USB hard disk to this recognition of devices.
Usb communication module 42 passes to communication information in the process of execution module 1, modular converter 3 is the signal that processor 24 is supported with conversion of signals, processor 24 with these signal Processing after, pass to execution module 1 through interface chip 23, run time version 111 in the execution module 1 moves in browser 112, from operating system 12, obtain the storage signal that USB interface chip 23 transmits by browser control part 1121, and from these storage signals, parse the signal relevant with the usb protocol converter, thereby obtain these signals of communication, and handle it.
After the signal of communication of 1 pair of USB mouth of execution module is handled, usb communication module 42 is passed to USB interface chip 23 with the form of USB hard-disc storage signal, USB interface chip 23 passes to these signals after processor 24 coordinates, these signals are passed to modular converter 3, the canned data that modular converter 3 receives converts the signal format of usb communication module 42 identifications to, USB communication module 42 responds according to the signal that receives, and finishes corresponding action.
Since will be mutual in the usb communication module 42 signal packet be contained in the storage signal, so browser 112 and control 1121 thereof and operating system 12 processing remain storage signal to the USB hard disk, its operating process is just as the read-write operation to the USB hard disk.After connecting this usb protocol converter, increase the control signal of extracting this usb communication module 42 in only need the run time version 111 in application program and the code that this control signal is handled gets final product.As long as support in execution module such as computer, the smart mobile phone to the information processing of USB hard-disc storage, after computer peripheral equipment such as printer are connected to the USB mouth of this usb protocol converter, the usb protocol converter carries out the data of printer form and the execution module with USB hard-disc storage information alternately, need not to redevelop and the hardware driving and the browser control part of this printer are installed.Certainly, the connector of this protocol converter and printer also can be parallel port or other forms of interface.
Embodiment four:
Figure 4 shows that a kind of usb protocol converter of browser-cross cross operating system, the emulation of usb protocol converter is become a digital earphone and a digital microphone, comprise execution module 1, first functional block 2 and modular converter 3 and usb communication module 42.This protocol converter communicates by a USB mouth and computer peripheral equipment, its input and output and control signal thereof are all carried out alternately with the form and the execution module 1 of sound signal, the input emulation of 42 pairs of execution modules 1 of usb communication module is a digital microphone, the output of execution module 1 is finished by digital earphone, for operating system, the signal of its processing and control remains digital earphone and digital microphone like this.
Execution module 1 comprises application program 11 and operating system 12, application program 11 comprises run time version 111, browser 112 and browser control part 1121, run time version 111 move in browser 112, and mutual with usb communication module 42 by browser control part 1121 call operation systems 12.First functional block 2 comprises digital signal controller 21 and AC-LINK module 22, AC-LINK module 22 is the serial time-division multiplex I/O interfaces that connect a kind of 5 lines of digital signal controller 21, and AC-LINK module 22 can only be transmitted the pulse code modulation signal of the sampling frequency of 48kHz.First functional block 2 is as intermediary, transmits the mutual signal of execution module 1 and usb communication module 42.Modular converter 3 comprises the first conversion submodule 31, second conversion submodule 32, digital earphone interface 33 and the digital microphone interface 34, the second conversion submodule 32 is connected with usb communication module 42, the second conversion submodule 32 is connected to the first conversion submodule, 31, the first conversion submodules 31 through digital earphone 33 and digital microphone 34 and is connected with the AC-LINK module 22 of first functional block 2.
Usb communication module 42 passes to the communication information in the process of execution module 1, the communication information of usb communication module 42 enters in the first conversion submodule 32 of modular converter 3, the first conversion submodule 32 according to specific specification, is included in these information in digital microphone 34 signals with these information.These signals are delivered in the first conversion submodule 31 through digital microphone 34, conversion through the first conversion submodule 31, these signals from digital microphone 34 are converted into the pulse code modulation signal (PCM) of 48kHz sampling frequency, the PCM signal is the signal format that AC-LINK module 22 is supported transmission, can these signals be passed to DC module 21 by AC-LINK module 22, DC module 21 passes to execution module 1 with these digital signals with the form of sound signal, run time version 111 in the execution module 1 moves in browser 112, from operating system 12, obtain the sound signal that digital signal controller 21 transmits by browser control part 1121, and from these sound signals, parse the signal relevant, and handle it with the usb protocol converter.
After these sound signals that execution module 1 receives, from these sound signals, parse the information of usb communication module and handle.The control information of 1 pair of usb communication module of execution module is included in the digital signal communication module (DC) 21 that passes to sound card in the sound signal, digital signal controller (DC) 21 is delivered to the first conversion submodule 31 of modular converter 3 through AC-LINK module 22 with the PCM signal of the 48kHZ of AC-LINK module 22 supports, the first conversion submodule 31 will be included in these information according to specific specification and deliver to the second conversion submodule 32 in the digital signal of digital earphone interface 33, the signal format that second modular converter 32 becomes usb communication module 42 to discern the conversion of signals that receives, usb communication module 42 is finished corresponding action after receiving control signal.
In equipment such as similar smart mobile phone, panel computer, internet television, for the needs of communication and amusement generally have first functional block 2, first conversion submodule 31, digital earphone interface 33 and the digital microphone interface 34.Therefore the second conversion submodule 32 can be directly connected in these digital input and output interfaces, convenient and swift.
Because usb communication module 42 is contained in mutual signal packet in the sound signal, browser 112 and control 1121 thereof and operating system 12 is handled so remains sound signal, reading of Digital Signals 21 information read with normal sound signal and transmitted identically, increase the control signal of extracting this usb communication module 42 in only need the run time version 111 in application program and the code that this control signal is handled gets final product.As long as support the processing of sound signal in execution module such as computer, the smart mobile phone, after computer peripheral equipment such as printer are connected to the USB mouth of this usb protocol converter, the usb protocol converter carries out the data of printer form and the execution module with audio-frequency information alternately, need not to redevelop and the hardware driving and the browser control part of this printer are installed.Certainly, the port of this protocol converter also can be parallel port or other forms of interface.
Embodiment five:
Figure 5 shows that a kind of usb protocol converter of browser-cross cross operating system, the emulation of usb protocol converter is become a simulation earphone and a simulation microphone, comprise execution module 1, first functional block 2 and modular converter 3 and usb communication module 42.This protocol converter is by a USB mouth and computer peripheral equipment, communicate as printer, its input and output and control signal thereof are all carried out alternately with the form and the execution module 1 of sound signal, the input emulation of 42 pairs of execution modules 1 of usb communication module is a simulation microphone, output emulation to execution module 1 is the simulation earphone, for operating system, the signal of its processing and control remains simulation earphone and simulation microphone like this.
Execution module 1 comprises application program 11 and operating system 12, application program 11 comprises run time version 111, browser 112 and browser control part 1121, run time version 111 move in browser 112, and mutual with usb communication module 42 by browser control part 1121 call operation systems 12.First functional block 2 comprises digital signal controller (DC) 21 and AC-LINK module 22, AC-LINK module 22 is the serial time-division multiplex I/O interfaces that connect a kind of 5 lines of digital signal controller 21, and AC-LINK module 21 can only be transmitted the pulse code modulation signal of the sampling frequency of 48kHz.First functional block 2 is as intermediary, transmits the mutual signal of execution module 1 and usb communication module 42.Modular converter 3 comprises the first conversion submodule 31, the second conversion submodule 32, simulation earphone interface 35 and simulation microphone interface 36, the second conversion submodule 32 carries out alternately with usb communication module 42, the signal of the second conversion submodule 32 is connected to the first conversion submodule, 31, the first conversion submodules 31 through simulation earphone 35 and simulation microphone 36 and is connected with the AC-LINK module 22 of first functional block 2.
Usb communication module 42 passes to the communication information in the process of execution module 1, the communication information of usb communication module 42 enters in the first conversion submodule 32 of modular converter 3, because 42 transmission of usb communication module is digital signal, the first conversion submodule 32 need adopt frequency shift keying (FSK) modulation system that these information are modulated these digital signals, these modulation signals are converted to simulating signal by D/A converting circuit, and simulating signal has comprised the communication information of usb communication module.Simulating signal is delivered in the first conversion submodule 31 through simulation microphone 36, the first conversion submodule 31 becomes these conversion of signals from simulation microphone 36 pulse code modulation signal (PCM) of 48kHz sampling frequency, the PCM signal is the signal format that AC-LINK module 22 is supported transmission, can these signals be passed to DC module 21 by AC-LINK module 22, DC module 21 passes to execution module 1 with these digital signals with the form of sound signal, run time version 111 in the execution module 1 moves in browser 112, from operating system 12, obtain the sound signal that digital signal controller 21 transmits by browser control part 1121, and from these sound signals, parse the signal relevant with the usb protocol converter, thereby obtain the signal of usb protocol converter, and handle it.
Since the information via of usb communication module modulation, therefore after these sound signals that execution module 1 receives, need carry out demodulation process to these modulation signals after, could from these sound signals, parse the information of usb communication module and handle.Control information to the usb communication module also needs to adopt frequency shift keying (FSK) modulation system that control signal is carried out modulation treatment, signal after the processing passes to the digital signal communication module (DC) 21 of sound card with the sound signal form, after digital signal controller (DC) 21 is delivered to the first conversion submodule 31 of modular converter 3 with the PCM signal of 48kHZ sampling frequency through AC-LINK module 22, the first conversion submodule 31 will become simulating signal with these information translation according to specific specification, pass to simulation earphone interface 35.Deliver to the second conversion submodule 32 in the simulating signal of simulation earphone interface 35, second modular converter 32 carries out the simulating signal that receives after analog to digital conversion becomes digital signal, adopt the mode of frequency shift keying (FSK) to carry out demodulation process, convert the signal format of usb communication module 42 identifications to, usb communication module 42 is finished corresponding action after receiving control signal.
In equipment such as similar smart mobile phone, panel computer, internet television, for the needs of communication and amusement generally have sound card, sound card just comprises digital signal controller 21, AC-LINK module 22,, the first conversion submodule 31, simulation earphone interface 35 and simulation microphone interface 36.Therefore the second conversion submodule 32 can be directly connected to these analog inputs and output interface, convenient and swift.
Owing to mutual signal packet is contained in the sound signal in the usb communication module 42, browser 112 and control 1121 thereof and operating system 12 is handled remains sound signal, increases the control signal of extracting this usb communication module 42 in only need the run time version 111 in application program and the code that this control signal is handled gets final product.As long as support the processing of sound signal in execution module such as computer, the smart mobile phone, after computer peripheral equipment such as printer are connected to the USB mouth of this usb protocol converter, the usb protocol converter carries out the data of printer form and the execution module with audio-frequency information alternately, need not to redevelop and the hardware driving and the browser control part of this printer are installed.Certainly, the port of this protocol converter also can be parallel port or other forms of interface.
Second functional block 4 among the present invention can be replaced with other device according to application need, also can become other signal to handle this control device emulation as the case may be, as long as the operating system and the browser of execution module 1 are supported first functional block 2, increase in execution module 1 that corresponding run time version can extract related content from these simulate signals and execution module 1 carries out alternately, no longer need to develop separately and second functional block, 4 corresponding hardware drivers and relevant browser control part are installed.
Claims (8)
1. the control device of a browser-cross cross operating system is characterized in that, comprise,
First functional block, the signal format of its support is first signal format, and possesses the function of input and output;
Second functional block, the signal format of its support are the secondary signal form;
Modular converter, it connects first functional block and second functional block, after signal enters the modular converter conversion with first signal format from first functional block, enter second functional block with the secondary signal form from modular converter, signal enters first functional block with first signal format from modular converter after entering the modular converter conversion with the secondary signal form from second functional block;
Execution module comprises an equipment that has operating system, and described equipment is connected with first functional block, and has an application program; Described application program is mutual with first signal format and first functional block, have with the mutual information translation of second functional block be first signal format and the code that from the information of first signal format, parses second function block information.
2. the control device of a kind of browser-cross cross operating system according to claim 1 is characterized in that, described first signal format comprises the sound signal form.
3. the control device of a kind of browser-cross cross operating system according to claim 2, it is characterized in that, described first functional block comprises the digital signal controller (DC) and the AC-LINK module of sound card, and described modular converter is connected with digital signal controller (DC) by the AC-LINK module.
4. the control device of a kind of browser-cross cross operating system according to claim 1 is characterized in that, described first signal format comprises the information to USB disk read-write and control.
5. the control device of a kind of browser-cross cross operating system according to claim 4 is characterized in that, described first functional block comprises USB interface chip and processor, and described USB interface chip is connected with processor, and described modular converter is connected with processor.
6. according to the control device of any described a kind of browser-cross cross operating system of claim 1 to 5, it is characterized in that described application program is for directly running on the program of operating system.
7. according to the control device of any described a kind of browser-cross cross operating system of claim 1 to 5, it is characterized in that described application program comprises browser, browser control part and at the run time version of browser execution.
8. the control device of a kind of browser-cross cross operating system according to claim 3 is characterized in that, described application program comprises browser and the run time version that moves in browser, and described browser is supported the standard of HTML5.
Priority Applications (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011101324837A CN102156644A (en) | 2011-05-20 | 2011-05-20 | Cross-browser cross-operation system control device |
| PCT/CN2011/075228 WO2012159277A1 (en) | 2011-05-20 | 2011-06-02 | Controlling equipment which crosses browsers and crosses operation systems |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011101324837A CN102156644A (en) | 2011-05-20 | 2011-05-20 | Cross-browser cross-operation system control device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN102156644A true CN102156644A (en) | 2011-08-17 |
Family
ID=44438152
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2011101324837A Pending CN102156644A (en) | 2011-05-20 | 2011-05-20 | Cross-browser cross-operation system control device |
Country Status (2)
| Country | Link |
|---|---|
| CN (1) | CN102156644A (en) |
| WO (1) | WO2012159277A1 (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106790276A (en) * | 2017-02-20 | 2017-05-31 | 山东威尔数据股份有限公司 | A kind of browser-cross data interactive method and device based on browser protocol |
Citations (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101256482A (en) * | 2007-12-19 | 2008-09-03 | 深圳市同洲电子股份有限公司 | Development system and method for built-in application program |
| CN101611443A (en) * | 2006-10-26 | 2009-12-23 | 迪博克斯科技公司 | The audio interface that is used for the controlled motion signal |
-
2011
- 2011-05-20 CN CN2011101324837A patent/CN102156644A/en active Pending
- 2011-06-02 WO PCT/CN2011/075228 patent/WO2012159277A1/en active Application Filing
Patent Citations (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101611443A (en) * | 2006-10-26 | 2009-12-23 | 迪博克斯科技公司 | The audio interface that is used for the controlled motion signal |
| CN101256482A (en) * | 2007-12-19 | 2008-09-03 | 深圳市同洲电子股份有限公司 | Development system and method for built-in application program |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106790276A (en) * | 2017-02-20 | 2017-05-31 | 山东威尔数据股份有限公司 | A kind of browser-cross data interactive method and device based on browser protocol |
Also Published As
| Publication number | Publication date |
|---|---|
| WO2012159277A1 (en) | 2012-11-29 |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN111506291B (en) | Audio data acquisition method, device, computer equipment and storage medium | |
| CN107205041B (en) | Audio device upgrading method, audio device and intelligent sound box | |
| WO2002006991A3 (en) | Method and apparatus for automatically uninstalling software on a network | |
| CN107943722A (en) | It is a kind of that the method and system for passing screen are realized based on USB device | |
| CN114006894B (en) | Data processing system, method, electronic device, and computer storage medium | |
| CN103383670A (en) | Universal driving method and system for integrating peripheral device | |
| NO20002448D0 (en) | Method and apparatus for connecting a universal computer to a special system | |
| CN109524004A (en) | The voice interaction device and system of a kind of method of parallel transmission that realizing MCVF multichannel voice frequency and data, circumscribed | |
| KR20170113356A (en) | Display and operating unit and method of operating a field instrument using a display and operating unit | |
| CN105357249A (en) | File sharing method and device | |
| CN210129132U (en) | Interactive intelligent tablet | |
| CN107993655A (en) | A kind of sound processing system, method and voice recognition device and sound receiver | |
| CN114155119A (en) | Data processing system, method, electronic device, and computer storage medium | |
| CN103839398A (en) | Remote controller key value information processing method, control apparatus and remote controller | |
| CN102156644A (en) | Cross-browser cross-operation system control device | |
| CN101178619A (en) | Voice control system and method for controlling computers | |
| CN112599116A (en) | Speech recognition model training method and speech recognition federal training system | |
| CN102081455B (en) | Multicomputer switcher and adapter thereof | |
| CN113299285A (en) | Device control method, device, electronic device and computer-readable storage medium | |
| CN107885674B (en) | Bluetooth device simulator, working method thereof and Bluetooth device operating system | |
| CN102567249A (en) | Electronic device and data transmission method thereof | |
| CN108874699A (en) | Multisystem uses the method, apparatus and electronic equipment of MTP function | |
| WO2016122237A1 (en) | Information provision system using ultrasonic speaker | |
| CN110706718A (en) | Audio peripheral denoising processing method and system based on desktop virtualization | |
| US11809365B2 (en) | Data transmission method |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C06 | Publication | ||
| PB01 | Publication | ||
| C10 | Entry into substantive examination | ||
| SE01 | Entry into force of request for substantive examination | ||
| C12 | Rejection of a patent application after its publication | ||
| RJ01 | Rejection of invention patent application after publication |
Application publication date: 20110817 |