CN101169724B - Peripheral device driving method of cross-platform drive-free program - Google Patents

Abstract

The invention relates to a driving method of a peripheral device of a cross-platform drive-free program, wherein the peripheral device can be externally connected with an interface connection port on a computer host, and the method comprises the following steps: connecting the peripheral device with the interface connection port; simulating a connection icon of the peripheral device conforming to the interface connection port and displaying the connection icon on a display desktop of an operating system on the computer host; clicking the connection icon and calling an operation interface in a webpage format stored in the peripheral device through the interface connection port; loading the operation interface in the web page format in a memory of the computer host; and executing the operation interface of the web page format to control the peripheral device. The invention can effectively solve the trouble that the known computer host needs the drive program and/or the application program when connecting the peripheral device, can realize the direct execution operation under the condition of completely not needing any drive program of the peripheral device and installing any application program, and has the function of cross-platform.

Description

Cross-platform driver-free peripheral device driving method

technical field

The invention relates to a peripheral device driving method, in particular to a cross-platform driver-free peripheral device driving method.

Background technique

In order to meet the user's demand for Plug&Play (PnP) and high data transmission speed, new peripheral connection interface specifications, such as Universal Serial Bus (USB) interface and IEEE 1394 interface, are thus produced. As is well known in the industry, a universal serial bus can support up to 127 peripheral devices, and all peripheral devices share a bandwidth, while an IEEE 1394 bus connection port can support up to 63 peripheral devices, so users can easily use USB connection port or IEEE 1394 connection port on the host computer to install peripheral devices on the host computer.

Because of the generation of the above-mentioned new peripheral connection interfaces, many peripheral devices use this feature to install drivers, such as storing the drivers in the memory of the peripheral devices with these connection interfaces. When these peripheral devices are connected through these connection interfaces When on the host computer side, the driver will be automatically installed in the operating system of the host computer, so that the operating system can support the peripheral device.

Known patent documents have disclosed relevant technologies, such as the No. 444182 "Automatic Installation Method for Drivers Used in Personal Computers" in Taiwan, China. There are many drivers, a management program determines the type of operating system, and installs according to the required drivers. The disadvantages are: drivers are required, applications need to be installed, cross-platform is not possible, and if it is a special device, another device is required. Install the application (with compatibility and conflict issues).

Another example is the Chinese Taiwan Patent Announcement No. 514786 "The processing method and computer system of the driver of the intelligent peripheral device", which is a kind of processing of the driver of the intelligent peripheral device that does not need the original factory driver to provide the application program interface. Method and computer system, this processing method needs to make a general-purpose driver program, and this general-purpose driver program contains all the driver programs, and then detects the serial number and then loads the driver program, but in practice there are The problem is, like today's Microsoft, old devices can be detected, but when there are new devices, additional software needs to be loaded. Its disadvantages are: drivers are required, cross-platform is not possible, and if it is a special device, additional application programs need to be installed (compatibility and conflict issues).

Such as China Taiwan Patent No. 556096 "Plug and Play Device Driver Installation Method", which is a kind of driver installation required by the Plug and Play device is built into the device for the main control terminal to load. According to the method, after recognizing the plug-and-play device, the main control terminal can load the built-in driver and control it. This patent is similar to having two devices, that is to say that the universal bus itself can be multi-device, and the first device is similar to the universal bus thumb disk, and the driver is placed in the thumb disk, that is, the driver is read and installed by using the first device. Its disadvantages are: drivers are required, cross-platform is not possible, and if it is a special device, additional application programs need to be installed (compatibility and conflict issues).

Another example is the No. 565768 Patent Announcement No. 565768 of China Taiwan "Network Peripherals without Prior Installation of Driver Software". Select and use this peripheral device, so as to save the user from the trouble of finding a complete disk or CD-ROM and solve the problem of version update management. This patent is similar to having dual devices, and driver programs are respectively placed in the two devices, and the computer loads the driver program that needs to be controlled from the dual devices to perform the installation operation. Its disadvantages are: drivers are required, cross-platform is not possible, and if it is a special device, additional application programs need to be installed (compatibility and conflict issues).

Another example is the Chinese Taiwan Patent Announcement No. I228659 "Plug and Play Electronic Product and its Driving Method and the Method for Automatically Installing the Driver", which is a plug and play electronic product with the function of automatically installing the driver and its drive method. This patent is to plug in and install the driver first, then replug after unplugging, and use the loaded driver to start the device. Its disadvantages are: it needs a driver and if it is a special device, it needs to install an application program (compatibility and conflict issues).

Such as Chinese Taiwan Patent Publication No. 200502844 "Peripheral Device and Driving Method with USB Disk to Store Driver Program", which is a peripheral device with USB disk to store driver program and its driving method. This patent utilizes the mode of the hub to temporarily store these drivers and application programs by utilizing the multi-device characteristics of the universal bus. Its disadvantages are: drivers are required, cross-platform is not possible, and if it is a special device, additional application programs need to be installed (compatibility and conflict issues).

Contents of the invention

The purpose of the present invention is to provide a cross-platform driver-free peripheral device driving method, and truly propose a method that does not require any driver and can connect peripheral devices across platforms.

In order to achieve the above object, the present invention proposes a cross-platform driver-free peripheral device driving method, the peripheral device can be externally connected to an interface connection port on a computer host, wherein the method includes: connecting the peripheral device to the interface connection port; simulate a connection icon of the peripheral device corresponding to the interface connection port on a display desktop of an operating system on the computer mainframe; the operating system starts a driver supporting the connection icon and displays it on the display desktop; Click the connection icon and call a web page format operation interface stored in the peripheral device through the interface connection port; load the web page format operation interface in a memory of the computer host; close the connection icon supported by the operating system a driver program; and execute the operation interface in the webpage format to control the peripheral device.

The above-mentioned cross-platform driver-free peripheral device driving method, wherein the interface connection port is a general bus connection port, an IEEE 1394 connection port or PCI and its derived bus connection ports.

In the cross-platform driver-free peripheral device driving method described above, the connection icon is a built-in icon of a disk drive, an optical drive, or a peripheral device supported by the operating system.

In the cross-platform driver-free peripheral device driving method described above, the operating system is Windows series or Linux series.

In the above-mentioned cross-platform driver-free peripheral device driving method, wherein the step of simulating the interface connection port further includes activating a driver of the connection icon supported by the operating system.

In the cross-platform driver-free peripheral device driving method described above, the operation interface in webpage format is stored in a memory of the peripheral device.

In the cross-platform driver-free peripheral device driving method described above, the memory is a built-in memory or an external memory.

In the above-mentioned cross-platform driver-free peripheral device driving method, wherein the operation interface in webpage format is made by using a cross-platform programming language.

In the cross-platform driver-free peripheral device driving method described above, the memory is a non-volatile memory or a volatile memory.

In the cross-platform driver-free peripheral device driving method described above, the step of loading the operation interface in webpage format further includes closing a driver of the connection icon supported by the operating system.

In the above-mentioned cross-platform driver-free peripheral device driving method, wherein the operation interface for loading the webpage format is a multitasking mode.

In the above-mentioned cross-platform driver-free peripheral device driving method, wherein the multitasking mode is switching between a command mode and/or a web page mode.

The present invention also provides a cross-platform driver-free digital TV box driving method, the digital TV box can be externally connected to an interface connection port on a host computer, wherein the method includes: connecting the digital TV box to the interface connection port ; Simulate a connection icon of the digital TV box corresponding to the interface connection port on a display desktop of an operating system on the host computer; the operating system starts a driver supporting the connection icon and displays it on the display desktop; Click the connection icon and call a web page format operation interface stored in the digital TV box through the interface connection port; load the web page format operation interface in a memory of the computer host; execute the web page format operation interface to Controlling the digital TV box; outputting an initialization command operation of the operation interface in the webpage format to a firmware stored in the digital TV box; and issuing a plurality of command operations through the operation interface in the webpage format to execute corresponding Multiple functions that operate on the command.

The above-mentioned cross-platform digital TV box driving method free from drivers, wherein the interface connection port is a universal bus connection port, IEEE 1394 connection port or PCI and the bus connection port derived therefrom.

In the cross-platform driver-free digital TV box driving method described above, the connection icon is a built-in icon of a disk drive, an optical drive, or a peripheral device supported by the operating system.

The above-mentioned cross-platform driver-free digital TV box driving method, wherein the operating system is Windows series, Linux or FreeBSD.

In the cross-platform driver-free digital TV box driving method described above, the step of simulating the interface connection port further includes activating a driver for the connection icon supported by the operating system.

In the cross-platform driver-free digital TV box driving method described above, the operation interface in webpage format is stored in a memory of the digital TV box.

In the cross-platform driver-free digital TV box driving method described above, the memory can be a built-in memory or an external memory.

In the cross-platform driver-free digital TV box driving method described above, the operation interface in webpage format is made by using a programming language.

In the cross-platform driver-free digital TV box driving method described above, the step of loading the operation interface in the webpage format further includes closing a driver of the connection icon supported by the operating system.

The cross-platform driver-free digital TV box driving method described above, wherein the loading of the web page format is a multi-task mode.

In the cross-platform driver-free digital TV box driving method described above, the multitasking mode is switching between a command mode and/or a web page mode.

In the cross-platform driver-free digital TV box driving method described above, the firmware is stored in a memory of the digital TV box.

In the cross-platform driver-free digital TV box driving method described above, the step of outputting an initialization command operation of the web page format operation interface further includes executing the initialization command operation to initialize the digital TV box.

In the cross-platform driver-free digital TV box driving method described above, the functions are signal capture, direction selection, brightness adjustment, channel selection, sound adjustment and contrast adjustment.

In the above-mentioned cross-platform driver-free digital TV box driving method, the step of passing through the operation interface in the webpage format further includes displaying a picture corresponding to the function on the operation interface in the webpage format.

The present invention also provides a cross-platform driver-free photography device driving method, the photography device can be externally connected to an interface connection port on a computer host, wherein the method includes: connecting the photography device and the interface connection port; Simulate a connection icon of the photography device corresponding to the interface connection port on a display desktop of an operating system on the host computer; the operating system starts a driver supporting the connection icon and displays it on the display desktop; click the connection icon and call a web page format operation interface stored in the photographing device through the interface connection port; load the web page format operation interface in a memory of the computer host; execute the web page format operation interface to control the photographing device; Outputting an initialization command operation of the operation interface in the webpage format to a firmware stored in the photographing device; and issuing a plurality of command operations through the operation interface in the webpage format to execute a plurality of operations corresponding to the command operations of the photographing device Function.

The above-mentioned cross-platform driver-free photography device driving method, wherein the interface connection port is a universal bus connection port, an IEEE 1394 connection port or PCI and its derived bus connection ports.

In the above-mentioned cross-platform driver-free photography device driving method, wherein the connection icon is a built-in icon of a disk drive, an optical drive, or a peripheral device supported by the operating system.

The above-mentioned cross-platform driver-free photography device driving method, wherein the operating system is Windows series, Linux or FreeBSD.

In the above-mentioned cross-platform driver-free photography device driving method, wherein the step of simulating the interface connection port further includes activating a driver of the connection icon supported by the operating system.

In the cross-platform driver-free photography device driving method described above, the operation interface in webpage format is stored in a memory of the photography device.

In the above-mentioned cross-platform driver-free photography device driving method, the memory can be a built-in memory or an external memory.

In the above-mentioned cross-platform driver-free photography device driving method, the operation interface in webpage format is made by using a programming language.

In the above-mentioned cross-platform driver-free photography device driving method, the step of loading the operation interface in webpage format further includes closing a driver of the connection icon supported by the operating system.

In the above-mentioned cross-platform driver-free photography device driving method, wherein the loading of the web page format is a multi-task mode.

In the above-mentioned cross-platform driver-free photography device driving method, wherein the multitasking mode is a command mode and/or a web page mode switching.

In the cross-platform driver-free photography device driving method described above, the firmware is stored in a memory of the photography device.

In the above-mentioned cross-platform driver-free photography device driving method, the step of outputting an initialization command operation of the web page format operation interface further includes executing the initialization command operation to initialize the photography device.

In the above-mentioned cross-platform driver-free photography device driving method, the functions are signal capture, direction selection, brightness adjustment, channel selection, sound adjustment and contrast adjustment.

In the above-mentioned cross-platform driver-free photography device driving method, the step of passing through the operation interface in webpage format further includes displaying the screen corresponding to the function on the operation interface in webpage format.

The present invention can effectively solve the trouble caused to the user caused by the driver program and/or application program required when the known computer mainframe is connected to the peripheral device, and can realize that no driver program of any peripheral device is required at all, and no application program needs to be installed. directly perform operations in the case and have cross-platform functionality.

Description of drawings

Fig. 1 is a system structure diagram of the present invention;

Fig. 2 is the flow chart of the peripheral device driving method of the cross-platform driver-free program of the present invention;

Fig. 3 is the cross-platform driver-free digital TV box system schematic diagram of the first embodiment of the present invention;

Fig. 4 is the cross-platform driver-free digital TV box driving method flowchart of the first embodiment of the present invention;

5 is a schematic diagram of a cross-platform driver-free photography device system according to a second embodiment of the present invention; and

FIG. 6 is a flow chart of a cross-platform driver-free photography device driving method according to a second embodiment of the present invention.

Wherein, the reference signs are explained as follows:

10 Peripherals 100, 200, 300 control chips

1000, 2000, 3000 built-in memory 102, 202, 302 external memory

12 computer host 120 interface connection ports

122 memory

Detailed ways

Please refer to FIG. 1, which is a system structure diagram of the present invention, and FIG. 2 is a flow chart of a cross-platform driver-free peripheral device driving method of the present invention. The present invention is an interface that a peripheral device 10 can be externally connected to a computer host 12. The cross-platform driver-free driving method of the connection port 120 includes connecting the peripheral device 10 to the interface connection port 120 in step S100, wherein the interface connection port 120 can be a universal bus connection port, an IEEE 1394 connection port or PCI and its Derived bus connection port (such as PCI-X or PCI Express etc.), then in step S102 on a display desktop on an operating system on the host computer 12, simulate a corresponding to the peripheral device 10 of the interface connection port 120 A connection icon, wherein the connection icon can be a disk drive icon, a CD-ROM drive icon, a printer icon, a network camera or a built-in icon of a peripheral device supported by the operating system, and the operating system can be a Windows series (such as Windows 95, Windows 98, Windows NT, Windows 2000 or Windows XP), Linux system (such as FreeB SD, etc.) or MAC, because the current operating system has built-in support for a variety of peripheral device drivers and support for a variety of interface connection port drivers , so the above steps are to use this characteristic of the operating system, so that the operating system misjudges that the connected peripheral device 10 is a peripheral device with a built-in driver, and then in step S104 the operating system will follow the misidentified peripheral device. The device starts the driver supporting the connection icon accordingly.

In step S106, the user clicks the connection icon and calls an operation interface in a webpage format stored in the peripheral device 10 through the interface connection port 120, wherein the operation interface in the webpage format is stored in a memory of the peripheral device 10, The memory can be a built-in memory 1000 or an external memory 102, and the built-in memory 1000 is built in a control chip 100 (such as an SOC chip known in the industry), but the external memory 102 can be a non-volatile memory (such as read-only memory (Read Only Memory; ROM) and flash memory (Flash)), the external memory 102 is electrically connected to a control chip 100, and the web page format operation interface is made by a cross-platform programming language, The cross-platform programming language can be JAVA language, web page editing language (such as HTML, FrontPage, etc.) or network animation programming language (such as FLASH, etc.).

In step S108, the operation interface in the webpage format is loaded into a memory 122 of the computer mainframe 12, the operation interface in the webpage format loaded is a multitasking mode, and the multitasking mode is a command (Command) mode and/or A switching of the web page mode. Likewise, the memory mentioned here is the same as the above-mentioned non-volatile memory. In this loading step, the program code of the operation interface in the webpage format is placed in the corresponding memory 122 through the transmission of the interface connection port 120. Memory storage address, the memory storage address is determined according to the different programming codes, when the operation interface in the webpage format is completely placed in the memory 122 of the computer host 12, then close the connection supported by the operating system in step S110 icon driver program, at this time, in step S112, the host computer 12 can execute the operation of controlling the peripheral device 10 through the operation interface in the webpage format.

Please refer to FIG. 3 , which is a schematic diagram of a cross-platform driver-free digital TV box system according to the first embodiment of the present invention, and FIG. 4 is a flow chart of a cross-platform driver-free digital TV box driving method according to the first embodiment of the present invention. , in Fig. 3, the digital TV box system only shows the schematic diagram of the parts required by this embodiment, but those skilled in the art should understand that the digital TV box system contains other peripheral IC components, because in this embodiment It is not an important part, so it is omitted in the illustration. This embodiment is a cross-platform driver-free connection method in which a digital TV box 20 can be externally connected to an interface connection port 120 on a computer host 12, including step S200 The digital TV box 20 is connected to the interface connection port 120, wherein the interface connection port 120 can be a universal bus connection port, an IEEE 1394 connection port or PCI and its derivative bus connection ports (such as PCI-X or PCI Express, etc.) , then in step S202, on a display desktop on an operating system on the host computer 12, simulate a connection icon of the digital TV box 20 that meets the interface connection port 120, wherein the connection icon can be a disk drive icon, A CD-ROM drive icon and a printer, a network camera or built-in icons of peripheral devices supported by the operating system, the operating system can be Windows series (such as Windows 95, Windows 98, Windows NT, Windows 2000 or Windows XP), Linux system ( Such as FreeBSD, etc.) or MAC, because the current operating system has built-in drivers supporting multiple peripheral devices and drivers supporting multiple interface connection ports, so the above steps are to use this feature of the operating system to make The operating system misjudges that the connected digital TV box 20 is a peripheral device with a built-in driver, and then in step S204 the operating system will correspondingly start the driver supporting the connection icon according to the misidentified peripheral device.

In step S206, the user clicks the connection icon and calls an operation interface in a webpage format stored in the digital TV box 20 through the interface connection port 120, wherein the operation interface in the webpage format is stored in a memory of the digital TV box 20 In, the memory can be built-in memory 2000 or external memory 202, and the built-in memory 2000 is built in a control chip 200 (such as the SOC chip well known in the industry), but the external memory 202 can be a non-volatile Memory (such as read-only memory (Read Only Memory; ROM) and flash memory (Flash)), the external memory 202 is electrically connected to a control chip 200, and the web page format operation interface is made by using a cross-platform programming language , the cross-platform programming language can be JAVA language, web page editing language (such as HTML, FrontPage, etc.) or network animation programming language (such as FLASH, etc.) and the like.

In step S208, the operation interface in the webpage format is loaded into a memory 122 of the host computer 12, the operation interface in the webpage format loaded is a multitasking mode, and the multitasking mode is a command (Command) mode and/or A switching of the web page mode. Likewise, the memory mentioned here is the same as the above-mentioned non-volatile memory. In this loading step, the program code of the operation interface in the webpage format is placed in the corresponding memory 122 through the transmission of the interface connection port 120. Memory storage address, the memory storage address is determined according to the different programming codes. When the operation interface in the webpage format is completely placed in the memory 122 of the computer host 12, close the connection icon supported by the operating system in step S210 driver program, at this time, in step S212, the host computer 12 can execute the operation of controlling the digital TV box 20 through the operation interface in the webpage format.

In step S214 , the web page format operation interface outputs an initialization command to operate the firmware stored in the digital TV box 20 , wherein the firmware is stored in a memory 2000 , 202 of the digital TV box 20 . In step S216, the initialization command operation is executed to initialize the digital TV box 20. At this time, the firmware will initialize the digital TV box 20 sequentially according to the included program code due to the initialization command operation. The initialization operation includes The adjustment of the receiving signal of the digital TV box 20, the search for digital channels and the initialization operation of the peripheral IC components, in step S218, a plurality of command operations are issued through the operation interface of the webpage format to execute the corresponding operations of the digital TV box 20 corresponding to these commands multiple functions, wherein these functions are signal capture, direction selection, brightness adjustment, channel selection, sound adjustment, contrast adjustment, etc., and in step S220, the screens corresponding to the above-mentioned functions are displayed on the operation interface in the webpage format .

Please refer to FIG. 5 , which is a schematic diagram of a cross-platform driver-free photography device system according to a second embodiment of the present invention. FIG. 6 is a flow chart of a driving method for a cross-platform driver-free photography device according to a second embodiment of the present invention. 5, the photographing device only shows a schematic diagram of the components required by this embodiment, but those skilled in the art should understand that the photographing device contains other peripheral IC components, because it is not an important part in this embodiment, so in It is omitted in the illustration, and this embodiment is a cross-platform driver-free connection method in which a photographing device 30 can be externally connected to an interface connection port 120 on a computer host 12, including connecting the photographing device 30 to the computer at step S300. Interface connection port 120, wherein this interface connection 120 ports can be general bus connection port, IEEE 1394 connection port or PCI and derived bus connection port (such as PCI-X or PCI Express etc.), then in step S302 in this host computer A display desktop on an operating system on 12 simulates a connection icon of the camera device 30 that meets the interface connection port 120, wherein the connection icon can be a disk drive icon, a CD-ROM icon, a printer, a network camera Or the built-in icon of the peripheral device supported by the operating system, the operating system can be Windows series (such as Windows 95, Windows98, Windows NT, Windows 2000 or Windows XP), Linux system (such as FreeBSD, etc.) or MAC, because the current The operating system has built-in drivers supporting multiple peripheral devices and drivers supporting multiple interface connection ports, so the above steps are to use this feature of the operating system to make the operating system misjudge the connected camera device 30 It is a peripheral device with a built-in driver, and then in step S304 the operating system will correspondingly start the driver supporting the connection icon according to the misidentified peripheral device.

In step S306, the user clicks the connection icon and calls an operation interface in a webpage format stored in the photographing device 30 through the interface connection port 120, wherein the operation interface in the webpage format is stored in a memory of the photographing device 30, The memory can be a built-in memory 3000 or an external memory 302, and the built-in memory is built in a control chip 300 (such as a well-known SOC chip in the industry), but the external memory 302 can be a non-volatile memory (such as Read-only memory (Read Only Memory; ROM) and flash memory (Flash)), the external memory 302 is electrically connected to a control chip 300, the operation interface of the web page format is made by a cross-platform programming language, the cross-platform The platform programming language can be JAVA language, web page editing language (such as HTML, FrontPage, etc.) or network animation programming language (such as FLASH, etc.) and so on.

In step S308, the operating interface in the webpage format is loaded into a memory 122 of the host computer 12, the loading interface in the webpage format is a multitasking mode, and the multitasking mode is a command (Command) mode and/or A switching of the web page mode. Similarly, the memory mentioned here is the same as the above-mentioned non-volatile memory. In this loading step, the program code of the operation interface in the webpage format is transmitted through the interface connection port 120 and placed in the memory corresponding to the memory 122. Storage address, the memory storage address is determined according to the different programming codes. When the operation interface in the webpage format is completely placed in the memory 122 of the computer host 12, the connection icon supported by the operating system is closed in step S310. At this time, in step S312, the host computer 12 can execute the operation of controlling the photographing device 30 through the operation interface in the webpage format.

In step S314, the operation interface in webpage format outputs an initialization command to operate a firmware stored in the photographing device 30, wherein in step S316, the firmware is stored in a memory 3000, 302 of the photographing device 30. Execute the initialization command operation to initialize the photographing device 30. At this time, due to the initialization command operation, the firmware will sequentially initialize the photographing device 30 according to the program code contained in it. In step S318, the web page format operation The interface issues multiple command operations to execute multiple functions of the camera 30 corresponding to these command operations, wherein these functions are signal capture, direction selection, brightness adjustment, channel selection, sound adjustment, and contrast adjustment, etc., in step S320 The screens corresponding to the above-mentioned functions are displayed on the operation interface in the webpage format.

Peripheral device of the present invention is not limited to above-mentioned embodiment, as long as there is the interface connection port supported by operating system (no matter be Windows series, Linux series or MAC), the method of the present invention can be applied, such as printer, multifunction transaction Computers, digital cameras or other electronic products can use the method of the present invention to complete the connection operation and drive the peripheral device.

Compared with the known technology, the present invention is different in that it does not need any driver program of peripheral device at all, does not need to install any application program, can directly perform operations and has cross-platform functions, because using the method of the present invention, no matter what the host computer is What kind of device is the connected peripheral device, there is no need to install the driver program of the peripheral device at all, as long as the operation interface of the webpage format is stored on the peripheral device, the peripheral device can be operated, and because the operation interface of the webpage format is used It is written in the web format, and most of the current operating systems (Windows series, Linux series or MAC) already support the display function of the web format, so cross-platform functions can be realized. However, the memory required for the operation interface of the web format The space is small, so the memory space of the peripheral device can be saved.

Although the present invention has been disclosed above with preferred embodiments, it is not intended to limit the scope of the present invention. Any person skilled in the art may make some changes and modifications without departing from the spirit and scope of the present invention. Therefore The scope of protection of the present invention should be determined by the appended claims.

Claims (39)

1. the peripheral unit driving method of a cross-platform drive-free program, this peripheral unit can be external in the connectivity port, an interface on the main frame, it is characterized in that this method comprises:

Connect this peripheral unit and this connectivity port, interface;

Show a connection icon of simulating this peripheral unit that meets this connectivity port, interface on the desktop in one of the operating system on this main frame;

This os starting is supported the driver of this connection icon and is shown on this demonstration desktop;

Click this connection icon and call out the operation interface of a webpage format that is stored in this peripheral unit by this connectivity port, interface;

This main frame a storer in load the operation interface of this webpage format; And

The operation interface of carrying out this webpage format is to control this peripheral unit.

2. the peripheral unit driving method of cross-platform drive-free program as claimed in claim 1 is characterized in that: this connectivity port, interface is versabus connectivity port, IEEE 1394 connectivity ports or PCI and the bus connection port of deriving thereof.

3. the peripheral unit driving method of cross-platform drive-free program as claimed in claim 1 is characterized in that: this connection icon is the built-in icon of the peripheral unit supported of disc driver, CD-ROM drive or this operating system.

4. the peripheral unit driving method of cross-platform drive-free program as claimed in claim 1 is characterized in that this operating system is Windows series or Linux series.

5. the peripheral unit driving method of cross-platform drive-free program as claimed in claim 1, it is characterized in that: the operation interface of this webpage format is stored in the storer of this peripheral unit.

6. the peripheral unit driving method of cross-platform drive-free program as claimed in claim 5, it is characterized in that: this storer is built-in storer or circumscribed storer.

7. the peripheral unit driving method of cross-platform drive-free program as claimed in claim 1, it is characterized in that: the operation interface of this webpage format utilizes a cross platform program language made.

8. the peripheral unit driving method of cross-platform drive-free program as claimed in claim 1, it is characterized in that: this storer is a nonvolatile memory or volatile memory.

9. the peripheral unit driving method of cross-platform drive-free program as claimed in claim 1, it is characterized in that: this loads the step of the operation interface of this webpage format, also comprises a driver of closing this connection icon that this operating system is supported.

10. the peripheral unit driving method of cross-platform drive-free program as claimed in claim 1, it is characterized in that: this operation interface that loads this webpage format is a multi job mode.

11. the peripheral unit driving method of cross-platform drive-free program as claimed in claim 10 is characterized in that: this multi job mode is the switching of a command mode and/or a webpage pattern.

12. the digital television case driving method of a cross-platform drive-free program, this digital television case can be external in the connectivity port, an interface on the main frame, it is characterized in that this method comprises:

Connect this digital television case and this connectivity port, interface;

Show a connection icon of simulating this digital television case that meets this connectivity port, interface on the desktop in one of the operating system on this main frame;

This os starting is supported the driver of this connection icon and is shown on this demonstration desktop;

Click this connection icon and call out the operation interface of a webpage format that is stored in this digital television case by this connectivity port, interface;

In a storer of this main frame, load the operation interface of this webpage format;

The operation interface of carrying out this webpage format is to control this digital television case;

An initialization command of exporting the operation interface of this webpage format is operated to a firmware that is stored in this digital television case; And

Assign a plurality of command operations to carry out a plurality of functions that this digital television case corresponds to described command operation by the operation interface of this webpage format.

13. the digital television case driving method of cross-platform drive-free program as claimed in claim 12 is characterized in that: this connectivity port, interface is versabus connectivity port, IEEE 1394 connectivity ports or PCI and the bus connection port of deriving thereof.

14. the digital television case driving method of cross-platform drive-free program as claimed in claim 12 is characterized in that: this connection icon is the built-in icon of the peripheral unit supported of disc driver, CD-ROM drive or this operating system.

15. the digital television case driving method of cross-platform drive-free program as claimed in claim 12 is characterized in that: this operating system is Windows series, Linux or FreeBSD.

16. the digital television case driving method of cross-platform drive-free program as claimed in claim 12 is characterized in that: the operation interface of this webpage format is stored in the storer of this digital television case.

17. the digital television case driving method of cross-platform drive-free program as claimed in claim 16 is characterized in that: this storer can be built-in storer or circumscribed storer.

18. the digital television case driving method of cross-platform drive-free program as claimed in claim 12 is characterized in that: the operation interface of this webpage format utilizes a program language made.

19. the digital television case driving method of cross-platform drive-free program as claimed in claim 12 is characterized in that: this loads the step of the operation interface of this webpage format, also comprises a driver of closing this connection icon that this operating system is supported.

20. the digital television case driving method of cross-platform drive-free program as claimed in claim 12 is characterized in that: this loads this webpage format is a multi job mode.

21. the digital television case driving method of cross-platform drive-free program as claimed in claim 20 is characterized in that: this multi job mode is the switching of a command mode and/or a webpage pattern.

22. the digital television case driving method of cross-platform drive-free program as claimed in claim 12 is characterized in that: this firmware stores is in a storer of this digital television case.

23. the digital television case driving method of cross-platform drive-free program as claimed in claim 12, it is characterized in that: in the step that this initialization command of exporting the operation interface of this webpage format is operated, also comprise and carry out this initialization command operation with this digital television case of initialization.

24. the digital television case driving method of cross-platform drive-free program as claimed in claim 12 is characterized in that: described function is that signal acquisition, direction option, brightness adjustment, channel option, sound adjustment and contrast are adjusted.

25. the digital television case driving method of cross-platform drive-free program as claimed in claim 12, it is characterized in that: the step of operation interface that should be by this webpage format also is included on the operation interface of this webpage format and shows the corresponding picture of described function.

26. the camera driving method of a cross-platform drive-free program, this camera can be external in the connectivity port, an interface on the main frame, it is characterized in that this method comprises:

Connect this camera and this connectivity port, interface;

Show a connection icon of simulating this camera that meets this connectivity port, interface on the desktop in one of the operating system on this main frame;

This os starting is supported the driver of this connection icon and is shown on this demonstration desktop;

Click this connection icon and call out the operation interface of a webpage format that is stored in this camera by this connectivity port, interface;

In a storer of this main frame, load the operation interface of this webpage format;

The operation interface of carrying out this webpage format is to control this camera;

An initialization command of exporting the operation interface of this webpage format is operated to a firmware that is stored in this camera; And

Assign a plurality of command operations by the operation interface of this webpage format and carry out a plurality of functions that this camera corresponds to described command operation operation.

27. the camera driving method of cross-platform drive-free program as claimed in claim 26 is characterized in that: this connectivity port, interface is versabus connectivity port, IEEE 1394 connectivity ports or PCI and the bus connection port of deriving thereof.

28. the camera driving method of cross-platform drive-free program as claimed in claim 26 is characterized in that: this connection icon is the built-in icon of the peripheral unit supported of disc driver, CD-ROM drive or this operating system.

29. the camera driving method of cross-platform drive-free program as claimed in claim 26 is characterized in that: this operating system is Windows series, Linux or FreeBSD.

30. the camera driving method of cross-platform drive-free program as claimed in claim 26 is characterized in that: the operation interface of this webpage format is stored in the storer of this camera.

31. the camera driving method of cross-platform drive-free program as claimed in claim 26 is characterized in that: this storer can be built-in storer or circumscribed storer.

32. the camera driving method of cross-platform drive-free program as claimed in claim 26 is characterized in that: the operation interface of this webpage format utilizes a program language made.

33. the camera driving method of cross-platform drive-free program as claimed in claim 26 is characterized in that: this loads the step of the operation interface of this webpage format, also comprises a driver of closing this connection icon that this operating system is supported.

34. the camera driving method of cross-platform drive-free program as claimed in claim 26 is characterized in that: this loads this webpage format is a multi job mode.

35. the camera driving method of cross-platform drive-free program as claimed in claim 34 is characterized in that: this multi job mode is the switching of a command mode and/or a webpage pattern.

36. the camera driving method of cross-platform drive-free program as claimed in claim 26 is characterized in that: this firmware stores is in a storer of this camera.

37. the camera driving method of cross-platform drive-free program as claimed in claim 26, it is characterized in that: in the step that this initialization command of exporting the operation interface of this webpage format is operated, also comprise and carry out this initialization command operation with this camera of initialization.

38. the camera driving method of cross-platform drive-free program as claimed in claim 26 is characterized in that: described function is that signal acquisition, direction option, brightness adjustment, channel option, sound adjustment and contrast are adjusted.

39. the camera driving method of cross-platform drive-free program as claimed in claim 26 is characterized in that: the step of operation interface that should be by this webpage format also is included on the operation interface of this webpage format and shows the corresponding picture of described function.

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