TW201544969A - Data transmission method for data transmission system - Google Patents

Abstract

The present invention relates to a data transmission method applied to a data transmission system comprising a data transmission device, at least one host computer and at least one associated computer, wherein all the at least one host computer and the at least one associated computer are disposed with a plurality of switching system clipboards, and have one computer clipboard thereof. Therefore, by the disposing of the plurality of switching system clipboards, two or more users are allowed to simultaneously carry out their computer switching operations and data transmissions between multi computers through one identical data transmission system, moreover, the file size of the transmitted data does not be limited by the data transmission device of the data transmission system.

Description

Data transmission method of data transmission system

The present invention relates to the technical field of data transmission, and more particularly to a data transmission method of a data transmission system capable of efficiently using a scrapbook function.

With the development of technology, engineers usually have to use more than two computers to complete their work, so they will be switched between multiple computer hosts by a KVM (keyboard/image/mouse) switcher. US Patent No. 6,901,455 discloses a peripheral sharing device having a scrapbooking memory, wherein the peripheral sharing device provides a flow chart of a data transmission method as shown in the first figure, the method comprising the following steps: First, the user A copy or cut instruction is issued to a selected material (step (S201')), and then the material is copied into the scrapbook memory of the peripheral sharing device (step (S202')). Then, the user switches through the peripheral sharing device to replace the operating computer (step (S203')), and then the user only needs to issue a paste command (step (S204')), and the data is shared from the peripheral sharing device. The scrapbook memory is copied to the current operating battery On the brain (step (S205')), and the material is displayed on the computer (step (S206')).

The above data transmission method has the advantages of simple structure and easy implementation; however, the biggest disadvantage of the data transmission method is that: (1) the file size of the data that can be transmitted through the peripheral sharing device is directly limited by the scrapbook memory. Capacity; and (2) the method does not allow multiple computers to simultaneously use the scrapbook memory for data transfer.

In view of the above disadvantages and shortcomings of the data transmission method, US Patent No. US2009/0319909 proposes a new data transmission method, as shown in the operation diagram of the data transmission method shown in the second figure, the user 2' is in the first computer. After the PC1' selects the file, a cut/copy command can be issued via a KVM switch device 310' (step S410'), and then the file is transferred from the first computer PC1' to the KVM switch device 310' ( In step S420'), the file is transferred (broadcasted) to the scrapbook of the second computer PC2' and the Nth computer PCn' through the KVM switch device 310' (step S430'). Thus, the user can retrieve the contents of the scrapbook of the second computer PC2' and the Nth computer PCn' in steps S450' and S470' by executing the attaching instructions in steps S440' and S460'.

The data transmission method proposed by the patent number US2009/0319909 can directly improve the shortcomings of the patent number US6,901,455 in data transmission by directly using the scrapbook of the individual computer as the temporary storage of the data. However, in the patent number US2009/0319909 In the method, the user is at any one After a cut/copy command is issued on the computer, the selected transferred file is transferred to the scrapbook of all other computers. Such data transfer mode cannot allow the second user to execute on any other computer at the same time. Cut/copy the instruction, otherwise the data temporarily stored in the computer scrapbook by the first user will be replaced by the data coverage of the second user; simply speaking, the data transmission method provided by the patent number US2009/0319909 is still not Allows multiple computers to simultaneously access data in the scrapbook memory.

Therefore, the inventors of the present invention have invented the invention in view of the fact that the data transmission method of the existing multi-computer switching system still has many shortcomings and deficiencies, and finally developed a data transmission method of a data transmission system of the present invention.

The main purpose of the present invention is to provide a data transmission method for a data transmission system, the data transmission method being applied to a data transmission system including a data transmission device, at least one host computer and at least one accessory computer, wherein the data transmission system A host computer and the at least one accessory computer each have a computer scrapbook, and the at least one host computer and the at least one accessory computer are respectively provided with a plurality of switching system bookmarks. In this way, the data transmission method can allow more than two users to perform computer switching operations and data at the same time by using the plurality of switching systems to be set in the at least one host computer and the at least one accessory computer. Transmission and transmission The file size of the material is not limited by the data transmission device.

Therefore, in order to achieve the above object of the present invention, the inventor of the present invention proposes a data transmission method of a data transmission system, comprising the following steps: (1) providing a data transmission device, at least one host computer and at least one accessory computer a data transmission system, wherein the at least one host computer and the at least one accessory computer are each provided with a switching application, and the switching application sets a plurality of switching system bookmarks in each of the host computer and each of the accessory computers; (2) a first user operates the unoperated computer of the at least one host computer and the at least one accessory computer to become an operating computer, and executes a first selected data of one of the computers in the operation a cut instruction or a first copy instruction; (3) the first selected data is stored in a computer scrapbook of the computer in operation, and the first selected data is stored into each of the data through the data transmission device One of the plurality of switching system stickers owned by the host computer and each of the accessory computers, the first switching system book; (4) the first user through the data transmission device Turning into a computer switching operation, so that the at least one auxiliary computer and any one of the at least one host computer are an operating computer; at this time, the data transmission system is stored in the first switching system a selected data is stored in the computer scrapbook of the computer in the operation; and (5) the first user executes a first pasting instruction to cause the operation to be performed in the operation The first selected material in the computer scrapbook of the computer is posted.

According to an embodiment of the data transmission method of the data transmission system of the present invention, the data transmission method of the data transmission system further includes the following steps: (2a) a second user operating the at least one host computer and the at least one accessory The computer is not operated by the computer to make it an operating computer, and performs a second cutting instruction or a second copying instruction on the second selected item of the computer in the operation; (3a) the second selected data Stored in the computer scrapbook of the computer in the operation, and the second selected data is stored in the plurality of switching system stickers of each host computer and each accessory computer through the data transmission device. Switching the system to the book; (4a) the second user performs a computer switching operation through the data transmission device, so that the at least one accessory computer and any one of the at least one host computer are an operating computer; The data transmission system stores the second selected data stored in the second switching system bookmark in the computer scrapbook of the operating computer; and (5a) the second user executes one The second affixing instruction causes the second selected material stored in the computer scrapbook of the computer in the operation to be posted.

And data transmission by the data transmission system according to the present invention In another embodiment of the method, the data transmission method of the data transmission system further includes the following steps: (2b) an Nth user operates the at least one host computer and any one of the at least one accessory computer to make it become An operating computer, and performing an Nth cutting instruction or an Nth copying instruction on the Nth selected item of the computer in the operation; (3b) the Nth selected data is stored in the computer scrapbook of the operation computer And the Nth selected system is stored in the Nth switching system of the plurality of switching system templates of each of the host computer and each of the accessory computers through the data transmission device; (4b) the Nth The user completes the computer switching operation through the data transmission device, so that the at least one accessory computer and any one of the host computers are an operating computer; at this time, the data transmission system is stored in the Nth switching system. The Nth selected data of the bookmark is stored in the computer scrapbook of the computer in the operation; and (5b) the Nth user executes an Nth attaching instruction to be stored in the computer scrapbook of the computer in the operation The Nth Information given is posted.

<present invention>

1‧‧‧Data Transmission System

11‧‧‧Data transmission device

12‧‧‧Main computer

12a‧‧‧First main computer

12a1‧‧‧First display screen

12b‧‧‧second main computer

12b1‧‧‧Second display screen

13‧‧‧Affiliated computer

13a‧‧‧First Affiliated Computer

13b‧‧‧Second subsidiary computer

13c‧‧‧ third affiliated computer

13d‧‧‧Fourth attached computer

16‧‧‧ display

17‧‧‧Keyboard/Mouse Group

CP _SW1 ‧‧‧Switching system book

CP _SW2 ‧‧‧Switching system book

CP _SWn ‧‧‧Switch system book

S01~S05‧‧‧ method steps

S-F‧‧‧Selected information

S-F‧‧‧Selected information

M _Cur ‧‧‧ cursor

UI‧‧‧User interface

W _OP ‧‧‧ operating window of the computer in operation

W _UOP ‧‧‧Operating window without operating the computer

S02a~S05a‧‧‧ method steps

S02b~S05b‧‧‧ method steps

<知知>

S201’~S205’‧‧‧ method steps

S410’~S470’‧‧‧ method steps

2’‧‧‧Users

310'‧‧‧KVM switch device

PC1’‧‧‧First computer

PC2’‧‧‧second computer

PCn’‧‧‧Nth computer

The first figure is a flow chart of a data transmission method conventionally used; the second figure is a flow chart of a data transmission method conventionally used; 3 is a structural diagram of a data transmission system of the present invention; the fourth diagram is a flowchart of a method for transmitting data of a data transmission system of the present invention; and 5A to 5C are data of a data transmission system. Schematic diagram of the execution screen of the transmission method; the sixth diagram is the second architecture diagram of the data transmission system; the seventh diagram is the method flow diagram of the first additional step of the data transmission method of the data transmission system; the eighth diagram is the data transmission system A method flow diagram of a second additional step of the data transmission method; and a schematic diagram of the application of the data transmission method of the data transmission system of the ninth figure.

In order to more clearly describe the data transmission method of a data transmission system proposed by the present invention, a preferred embodiment of the present invention will be described in detail below with reference to the drawings.

Please refer to the third figure, which is an architectural diagram of a data transmission system of the present invention. As shown in the third figure, the data transmission system 1 of the present invention comprises: a data transmission device 11, at least one host computer 12 (the first host computer 12a and the second host computer 12b are shown), and at least one subsidiary The computer 13 (the first attached computer 13a, the second attached computer 13b, the third attached computer 13c, and the fourth attached computer 13d) are shown. The at least one host computer 12 and the at least one accessory computer 13 each have a computer scrapbook, and the computer scrapbook is a scrapbook constructed by an operating system (for example, Windows 7). Moreover, the present invention is to install a switching application for each of the at least one host computer and the at least one accessory computer, and the switching application sets a plurality of switching system stickers in each of the host computer 12 and each of the accessory computers 13 respectively. Book (CP _sw1 ,..., CP _swn ).

Therefore, it should be particularly noted that the above data transmission device 11 may be a keyboard/Mouse Switching Device (KM) or a keyboard/Video/Mouse Switching Device (KVM). Alternatively, the data transmission device 11 may simply be a computer connection device. In addition, the host computer referred to herein refers to a computer to which a display screen, a keyboard and a mouse are connected for direct operation by the user; and, by the setting of the data transmission device 11, the user can use the connection The display screen, keyboard and mouse of the first host computer 12a operate on the second host computer 12b and the associated computers 13 (associated computers).

Next, please refer to the fourth figure, which is a flowchart of a method for transmitting data of the data transmission system of the present invention; and, referring to FIG. 5A to FIG. 5C, a schematic diagram of an execution screen of the data transmission method. As shown in the fourth figure, the method includes the following five main steps: First, the method performs the step (S01), providing a data including a data transmission device 11, at least one host computer 12, and at least one accessory computer 13. Transmission system 1 (i.e., data transmission system 1 as shown in the third figure). The method continues to perform the step (S02), a first user operates the at least one host computer 12 and the at least one accessory computer 13 to operate the computer to become an operating computer, and in the operation One of the first selected data of the computer executes a first cut instruction or a first copy instruction. As shown in the third figure and the fifth figure A, the first user operates the first host computer 12a shown in the third figure through the keyboard and the mouse to perform a cut on the selected data SF of one of the first host computers 12a. An instruction or a copy instruction.

Continuing, the method performs the step (S03), the selected data SF is stored in the computer scrapbook of the computer in operation, and the selected data SF is stored in each host computer 12 through the data transmission device 11. One of the plurality of switching system stickers associated with each of the accessory computers 13 is the first switching system to paste the CP _sw1 . Therefore, it should be emphasized that the present invention does not limit the manner in which the data transmission device 11 transmits the selected data SF. The data transmission device 11 can transmit the selected data to the at least one host computer by way of wireless transmission or wired transmission. 12 with the at least one accessory computer 13.

Then, in step (S04), the first user completes the computer switching operation through the data transmission device 11, so that the at least one accessory computer 13 and any one of the at least one host computer 12 are in operation. At this time, the data transmission system 1 stores the selected data SF stored in the first switching system paste CP _sw1 in the computer scrapbook of the computer in operation. Finally, in the step (S05), the first user executes a first attaching instruction, so that the selected data SF stored in the computer scrapbook of the computer in the operation is pasted into the operation of the computer in the operation. Windows.

The present invention does not limit the manner in which the computer switching operation is switched. For example, as shown in FIG. 5B, the user can control the cursor M _Cur connected to the first display screen 12a1 of the first host computer 12a using the mouse, so that the cursor M _Cur moves beyond the first The display boundary of the screen 12a1 is displayed, and then enters the display boundary of the second display screen 12b1 connected to the second host computer 12b, thereby completing the computer switching operation between the first host computer 12a and the second host computer 12b. Then, the user only needs to perform the attaching instruction to paste the selected data SF and display it on the second display screen 12b1.

Alternatively, the user can also open a user interface (UI) provided by the switching application, and use the user interface UI to complete the computer switching operation. As shown in FIG. C, the user operation interface UI can be operated, for example, in the file master mode; thus, the user simply moves the cursor M _Cur from the operation window W _{OP of the} operating computer to the operation window of any _unoperated computer W _UOP , you can complete the computer switching operation. In the above, only two common computer switching operation modes are mentioned, but the scope of application of the present invention is not limited thereto. Other computer switching operations such as the operation of the keyboard should be included in the application scope of the present invention. in. In addition, it is assumed that the data transmission device 11 is a keyboard/mouse screen switcher (KVM), which indicates that the data transmission device is connected with a display screen and a mouse/keyboard group; thus, the user can also connect to the operation by operation. The display screen of the data transmission device 11 and the mouse/keyboard group complete the computer switching operation.

Here, it must be additionally noted that although the fifth A to fifth C diagrams indicate that the user is mainly based on "selecting files for data transmission", the application of the present invention is not limited thereto. In different applications, the user can also select and copy the text, the pure picture, or a combination of the two before transferring the data.

In addition, the data transmission method of the present invention can also be applied to data transmission between an All-in-One Computer, a tablet computer, and a smart phone. As shown in the second diagram of the data transmission system of the present invention, the first host computer 12a and the second host computer 12b are integrated touch computers connected to the data transmission device 11, and At least one accessory computer 13 is also connected to the data transmission device 11. The at least one host computer 12 and the at least one accessory computer 13 each have a computer scrapbook, and the computer scrapbook is a scrapbook constructed by an operating system (for example, Windows 8, Android, iOS). Moreover, the present invention is to install a switching application for each of the at least one host computer and the at least one accessory computer, and the switching application sets a plurality of switching system stickers in each of the host computer 12 and each of the accessory computers 13 respectively. Book (CP _sw1 ,..., CP _swn ). As such, the data transmission system of the present invention can provide a computer switching operation similar to the fifth to fifth C pictures and data transmission between the computers by operating the touch screen.

It should be noted that the method flowchart of the fourth figure is exemplified by a single user; however, the present invention is provided with a plurality of switching system stickers respectively in the at least one host computer 12 and the at least one accessory computer 13 respectively. The book (CP _sw1 , ..., CP _swn ), therefore, the data transmission method of the present invention allows two or more users to perform computer switching operations and data transmission at the same time.

Based on the above description, assuming that two users simultaneously use the data transmission system 1 to perform computer switching operations and data transmission between multiple computers, the system will automatically execute the method flow shown in the fourth figure, and at the same time The method flow shown in FIG. 7 is performed; wherein the method flow shown in FIG. 7 includes the following steps: step (S02a), a second user operates the at least one host computer 12 and the at least one accessory computer 13 An operating computer is not operated, and a second cutting instruction or a second copying instruction is executed on the second selected item of the computer in the operation; in step (S03a), the selected data is stored In the computer scrapbook of the computer in the operation, the selected data is stored in the second switching system of the plurality of switching system stickers of each of the main computer 12 and each of the auxiliary computers 13 through the data transmission device 11 a step CPSW2; a step (S04a), the second user performs a computer switching operation through the data transmission device 11, so that any one of the at least one accessory computer 13 and the at least one host computer 12 The computer is not operated as an operating computer; at this time, the data transmission system 1 stores the selected data stored in the second switching system paste CPsw2 into the operation. In the computer scrapbook of the computer; and in step (S05a), the second user executes a second attaching instruction to cause the selected material stored in the computer scrapbook of the computer in the operation to be posted.

Further, it is assumed that N users simultaneously use the data transmission system 1 shown in the third figure (or the sixth figure) to perform computer switching operation and data transmission between at least one host computer 12 and at least one accessory computer 13. In addition to automatically executing the method flow shown in the fourth figure, the system will also execute the method flow shown in the seventh and eighth figures; wherein the method flow shown in the eighth figure includes the following steps: step (S02b) An Nth user operates the at least one host computer 12 and any one of the at least one accessory computer 13 to operate the computer, and performs an operation on the Nth selected data of the one of the computers in the operation. N cut instruction or an Nth copy instruction; in step (S03b), the selected data is stored in the computer scrapbook of the computer in operation, and the selected data is stored in each main through the data transmission device 11 The computer 12 and one of the plurality of switching system stickers of each of the accessory computers 13 are Nth switching system pastes CPswn; in step (S04b), the Nth user completes the computer switching operation through the data transmission device 11 so that the at least One The auxiliary computer 13 and any one of the at least one host computer 12 are an operating computer; at this time, the data transmission system 1 stores the selected data stored in the Nth switching system sticker CPswn into the operation. In the computer scrapbook of the computer; and in step (S05b), the Nth user executes an Nth attaching instruction to make the computer scrapbook stored in the computer in the operation The selected material S-F is posted.

Moreover, as shown in the application schematic diagram of the data transmission method of the data transmission system of the ninth embodiment, the data transmission method of the present invention can also be applied to the data transmission system as shown in FIG. As shown in the ninth figure, the data transmission system 1 includes at least one host computer (12a, 12b), at least one accessory computer (13a, 13b, 13c, 13d), and a data transmission device 11. Moreover, the data transmission device 11 is connected to at least one display 16 and at least one keyboard/mouse group 17; thus, the user can complete the computer switching operation by operating the display 16 and the keyboard/mouse group 17 and Data transfer between multiple computers.

Thus, the above has completely and clearly explained the data transmission method of the data transmission system of the present invention, and, through the above, we can know that the present invention has the following advantages: compared with the conventional multi-computer data transmission method, The data transmission method provided by the present invention can allow more than two by providing a plurality of switching system _templates (CP _sw1 , . . . , CP _swn ) in at least one host computer 12 and at least one accessory computer 13 respectively. The user can perform computer switching operations and data transmission at the same time, and the file size of the transmitted data is not limited by the data transmission device.

It is to be understood that the foregoing detailed description of the embodiments of the present invention is not intended to Both should be included in the scope of the patent in this case.

S01~S05‧‧‧ method steps

Claims (11)

A data transmission method for a data transmission system includes: (1) providing a data transmission system including a data transmission device, at least one host computer, and at least one accessory computer; wherein the at least one host computer and the at least one accessory computer A switching application is installed, and the switching application sets a plurality of switching system bookmarks in each of the main computer and each of the auxiliary computers; (2) a first user operates the at least one main computer and the at least one An operating computer is not operated by any one of the attached computers, and is implemented as a computer in operation, and performs a first cutting instruction or a first copying instruction on the first selected item of the computer in the operation; (3) the first The selected data is stored in the computer scrapbook of the computer in the operation, and the first selected data is stored in the plurality of switching system templates of each host computer and each accessory computer through the data transmission device. a first switching system sticker; (4) the first user performs a computer switching operation through the data transmission device, so that the at least one accessory computer and the at least one host computer Any one of the unoperated computers becomes an operating computer; at this time, the data transmission system stores the first selected data stored in the first switching system bookmark in the computer scrapbook of the computer in the operation; and (5) The first user executes a first attach command such that the first selected material is posted to the operating window of the computer in operation. The data transmission method of the data transmission system according to claim 1, wherein the data transmission device can be any of the following: a keyboard/Mouse Switching Device (KM), a keyboard/mouse Screen switch (Keyboard/Video/Mouse Switching Device, KVM), or computer connection device. The data transmission method of the data transmission system of claim 1, wherein the step (4) completes the computer switching by using a user interface (UI) provided by the switching application. operating. The data transmission method of the data transmission system of claim 1, wherein in the step (4), at least one display screen connected to the data transmission device is operated with at least one mouse/ The computer switch operation is completed by the keyboard group. The data transmission method of the data transmission system of claim 1 further includes the following steps: (2a) a second user operating the at least one host computer and any one of the at least one accessory computer Making it an operating computer and performing a second clipping on the second selected item of the computer in the operation Or a second copy instruction; (3a) the second selected data is stored in the computer scrapbook of the operating computer, and the second selected data is stored in each host computer through the data transfer device a second switching system of the plurality of switching system stickers of each of the accessory computers; (4a) the second user completing the computer switching operation by the data transmission device, so that the at least one auxiliary computer and the at least one main Any one of the computers that is not operating the computer becomes an operating computer; at this time, the data transmission system stores the second selected data stored in the second switching system bookmark in the computer scrapbook of the operating computer; (5a) The second user executes a second attach command to cause the second selected material stored in the computer scrapbook of the computer in the operation to be posted. The data transmission method of the data transmission system of claim 2, wherein the data transmission device is connected to at least one display screen and at least one mouse/keyboard group. The data transmission method of the data transmission system described in claim 5, wherein the step (4a) completes the computer switching operation through a user interface (UI) provided by the switching application. . The data transmission method of the data transmission system of claim 5, wherein in the step (4a), at least one display screen connected to the data transmission device is operated with at least one mouse/ The computer switch operation is completed by the keyboard group. The data transmission method of the data transmission system of claim 5, further comprising the steps of: (2b) an Nth user operating the at least one host computer and any one of the at least one accessory computer Making it an operating computer, and performing an Nth cutting instruction or an Nth copying instruction on the Nth selected item of the computer in the operation; (3b) the Nth selected data is stored in the operating computer In the computer scrapbook, the Nth selected data is stored in the Nth switching system of the plurality of switching system bookmarks of each host computer and each accessory computer through the data transmission device; (4b) The Nth user completes the computer switching operation through the data transmission device, so that the at least one accessory computer and any one of the host computers are an operating computer; at this time, the data transmission system is stored in the first The Nth selected data of the N switching system is stored in the computer scrapbook of the computer in the operation; and (5b) the Nth user executes an Nth attaching instruction, so that the computer stored in the computer is clipped in the operation. Inside the book The selected information is posted on N Out. The data transmission method of the data transmission system described in claim 9 wherein the step (4b) completes the computer switching operation through a user interface (UI) provided by the switching application. . The data transmission method of the data transmission system of claim 9, wherein in the step (4b), at least one display screen connected to the data transmission device is operated with at least one mouse/ The computer switch operation is completed by the keyboard group.