CN102243511A - Multicomputer management device and method - Google Patents
Multicomputer management device and method Download PDFInfo
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- CN102243511A CN102243511A CN2010101826400A CN201010182640A CN102243511A CN 102243511 A CN102243511 A CN 102243511A CN 2010101826400 A CN2010101826400 A CN 2010101826400A CN 201010182640 A CN201010182640 A CN 201010182640A CN 102243511 A CN102243511 A CN 102243511A
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Abstract
The invention relates to a multicomputer management device and a multicomputer management method which are used by at least one operating device to control a plurality of computers and the computers to share a first peripheral device and a second peripheral device. The multicomputer management device comprises a plurality of connection interfaces, an instruction input interface and a control unit, wherein the multicomputer management device is electrically connected with the computers, the operating device, the first peripheral device and the second peripheral device through the connection interfaces respectively; the instruction input interface is used for generating a user instruction; and the control unit is electrically connected with the connection interfaces and the instruction input interface so as to make the first peripheral device and the second peripheral device transmit at least one datum through the connection interfaces according to the user instruction.
Description
Technical field
The invention relates to a kind of multicomputer management device and multicomputer management method; Multicomputer management device (Keyboard-Video-Mouse Switch) and the multicomputer management method of particularly sharing at least two peripheral units (Peripheral device) in order to multicomputer.
Background technology
Along with the continuous progress of infotech, what the application of computing machine and peripheral product thereof also became more and more popularizes and diversification, and wherein the user may need many computing machines of operation because of the demand of self.Yet, as being that every computing machine is equipped with one group and comprises keyboard, mouse and display for operation, the burden that will utilize at space utilization and money to the user.Therefore conventional art provides a kind of Kvm that is connected to multicomputer as shown in Figure 1, comes to operate in the multicomputer one of them with the switching mode selectivity by peripherals and Kvm for the user.
Figure 1 shows that the calcspar of traditional Kvm, wherein traditional Kvm is connected in first computing machine 30, second computing machine 31, keyboard 40, mouse 41 and display 50.One of them sets up signal and is connected the user by traditional Kvm 10 and first computing machine 30 and second computing machine 31.For example, when the traditional Kvm 10 and first computing machine 30 were set up signal and be connected, the user can use keyboard 40 and mouse 41 and send by traditional Kvm 10 and control signal to first computing machine 30 to control the running of first computing machine 30.In addition, the user also may command first computing machine 30 its data-switching that comprises is become signal of video signal and control first computing machine 30 by traditional Kvm 10 transmission signal of video signal to display 50 for demonstration.
In the embodiment shown in fig. 1, as desire to obtain the data that second computing machine 31 is comprised, the user can switch to second computing machine 31 with the signal connection of traditional multicomputer management device 10, to control second computing machine 31 and to obtain the data that this computing machine is comprised.This shows, the user can by traditional multicomputer management device 10 come selectivity switch with first computing machine 30 and second computing machine 31 between signal be connected.
Summary of the invention
The present invention is about a kind of multicomputer management device and multicomputer management method, be used for at least one operating means by the output function signal to a plurality of computing machines one of them to control this computing machine and to divide first peripheral unit and second peripheral unit for computing machine.
The multicomputer management device comprises a plurality of computer interfaces, first peripheral interface, second peripheral interface, at least one operation-interface, at least one instruction input interface and control module, and wherein control module is electrically connected on above-mentioned interface respectively.Computer interface and operation-interface are electrically connected on computing machine and operating means respectively, the signal of video signal that computing machine was produced is transferred to operation signal that operating means and output function device produced to computing machine.First peripheral unit and second peripheral unit are connected to first peripheral interface and second peripheral interface.In addition, instruct input interface to be used to produce user's instruction and carry out data transmission according to user's instruction control first peripheral unit and second peripheral unit by first peripheral interface and second peripheral interface for control module.
Description of drawings
Figure 1 shows that the calcspar of traditional multicomputer management device;
The calcspar of multicomputer management device of the present invention shown in Figure 2;
Fig. 3 and Figure 4 shows that another embodiment of multicomputer management device shown in Figure 2;
Figure 5 shows that the alternate embodiment of multicomputer management device shown in Figure 4;
Figure 6 shows that the process flow diagram of multicomputer management method of the present invention;
Figure 7 shows that another embodiment of multicomputer management method; And
Figure 8 shows that the alternate embodiment of multicomputer management method shown in Figure 7.
[primary clustering symbol description]
100 multicomputer management devices
200 operating means
210 first peripheral units
220 second peripheral units
230 first computer interfaces
231 second computer interfaces
240 first peripheral interfaces
241 second peripheral interfaces
250 operation-interfaces
260 instruction input interfaces
270 control modules
271 peripheral data inventories
280 buffering buffer units
300 first computing machines
310 second computing machines
400 first transmission channels
410 second transmission channels
420 the 3rd transmission channels
430 the 4th transmission channels
500 switch units
Embodiment
The present invention is about a kind of multicomputer management device and multicomputer management method, at least one operating means export at least one operation signal control a plurality of computing machines one of them, and use for those computing machines and share at least two peripheral units.Multicomputer management of the present invention and multicomputer management method also can be connected in those peripheral units by peripheral interface, wherein can carry out data transmission by peripheral interface between peripheral unit.
Figure 2 shows that the calcspar of multicomputer management device 100 of the present invention.As shown in Figure 2, multicomputer management device 100 comprises first computer interface 230, second computer interface 231, first peripheral interface 240, second peripheral interface 241, operation-interface 250, instruction input interface 260 and control module 270, and wherein control module 270 is electrically connected on above-mentioned interface simultaneously.Multicomputer management device 100 of the present invention is electrically connected at least one operating means 200, a plurality of computing machine, first peripheral unit 210 and second peripheral unit 220 by above-mentioned interface respectively.
As shown in Figure 2, first computer interface 230 and second computer interface 231 are electrically connected on first computing machine 300 and second computing machine 310 respectively, the computing machine 300 of present embodiment wherein, 310 is personal computer (Personal Computer) and mobile computer (Laptop Computer), but is not limited thereto; In different embodiment, aforementioned calculation machine 300,310 also comprises the webserver (Server) or other is used for the processor of computational data.In addition, first computer interface 230 and second computer interface 231 comprise the data transmission interface that IEEE1394 interface, USB interface, Ethernet interface etc. are used for being connected in the respective signal line in the present embodiment.In addition, the operating means 200 of present embodiment is electrically connected on operation-interface 250, for by operation-interface 250 and control module 270 with changeable mode control first computing machine 300 and second computing machine 310 one of them.In other words, the user can by operating means 200 and the control module 270 by multicomputer management device 100 transmit operation signal to the first computing machine 300 or second computing machine 310 one of them to control this managed computer, wherein.In the present embodiment, operating means 200 is a keyboard, but is not limited thereto; In different embodiment, operating means 200 comprises mouse, touch control display screen or other can be according to the electronic installation that user's instruction transformation is become operation signal.
As shown in Figure 2, first peripheral unit 210 and second peripheral unit 220 are electrically connected on first peripheral interface 240 and second peripheral interface 241 respectively, wherein above-mentioned peripheral unit 210,220 can carry out data transmission by first peripheral interface 240, second peripheral interface 241 and control module 270.260 of instruction input interfaces shown in Figure 2 are to transmit the user according to user's operation to instruct to control module 270, instruct the data transmission of carrying out 210,220 of peripheral units by first peripheral interface 240 and second peripheral interface 241 according to the user for control module 270.In the present embodiment, instruction input interface 260 is one to be arranged at the button of multicomputer management device 100, wherein the user can be by instructing and indicate control module 270 control peripheral units 210,220 to carry out data transmission to send the user by the input interface 260 that gives an order.For instance, the user can by indicate by the input interface 260 that gives an order first peripheral unit 210 by first peripheral interface 240 with data transmission to control module 270, control module 270 transfers to second peripheral unit 220 with data by second peripheral interface 241 more afterwards, and vice versa.In other words, the user by by the input interface 260 that gives an order with the data backup of first peripheral unit 210 in second peripheral unit 220.In different embodiment, instruction input interface 260 also can comprise the device that mouse, keyboard etc. can become user's instruction transformation electric signal.
Can learn by above narration, the multicomputer management device 100 of present embodiment is a kind of KVM switch, particularly a kind of KVM (Keyboard, Video, Mouse) KVM switch is handled a plurality of computing machines by keyboard and mouse with switching mode for the user.In this enforcement, multicomputer management device 100 is a kind of numeric type KVM KVM switch, but is not limited thereto; In different embodiment, the distance of the number that multicomputer management device 100 also can use according to multicomputer management device 100, the framework of system, intercomputer and data transfer mode and selectivity comprises analogue type, short distance, long distance, matrix type, network-type or rack type version KVM KVM switch.
In the embodiment shown in Figure 2, first peripheral unit 210 and second peripheral unit 220 be for to be used for the carry-on hard disk (Portable Hard Drive) of stored electrons data, but be not limited thereto; Above-mentioned peripheral unit 210,220 also comprises the electronic installation that walkman, digital camera etc. have the data storing function.The data that peripheral unit 210,220 comprised comprise the data that e-file, music file, image file etc. exist with electronic signal, but are not limited thereto.In addition, first peripheral unit 210 of present embodiment and second peripheral unit 220 can be under the situations that computing machine 300,310 and operating means all shut down, directly by carrying out data transmission by the input interface 260 control peripheral units 210,220 that give an order.In the present embodiment, first peripheral interface 240 and second peripheral interface 241 are USB (Universal Serial Bus) interface, therefore the action that when carrying out data transmission, also can charge by peripheral interface of first peripheral unit 210 of present embodiment and second peripheral unit 220, but be not limited thereto; In different embodiment, first peripheral interface 240 and second peripheral interface 241 also comprise Firewire, infrared interface, bluetooth or other data transmission interface.
In addition, in the embodiment shown in Figure 2, multicomputer management device 100 comprises a buffering buffer unit 280 that is electrically connected on control module in addition, when wherein first peripheral unit 210 and second peripheral unit 220 carry out data transmission, partial data temporarily can be stored in buffering buffer unit 280 and be in due course these part data are taken out for transmission.By the temporary function of above-mentioned data, multicomputer management device 100 can promote stability of data transmission and efficient between first peripheral unit 210 and second peripheral unit 220.
Figure 3 shows that another embodiment of multicomputer management device 100 of the present invention.As Fig. 3, operating means 200 comprises a LCD Panel, transmit and next signal of video signal by computer interface 230,231 and control module in order to acceptance and demonstration computing machine, but operating means 200 also can comprise the display device of other kind.In the embodiment shown in fig. 3, when first peripheral unit 210 and second peripheral unit 220 are connected to peripheral interface 240,241, control module 270 can produce the data that first peripheral unit 210 and second peripheral unit 220 are comprised peripheral data inventory 271 and show peripheral data inventories 271 by operating means 200 according to user's instruction, wherein peripheral data inventory 271 comprises the related data such as title, kind of document, file layout, file data amount size of file in the peripheral unit, but is not limited thereto.When first peripheral unit 210 and second peripheral unit 220 carried out data transmission, the information that control module 270 also can be relevant with data transmission with message transmission rate, data to be transmitted amount etc. added signal of video signal for being shown in peripheral data inventory 271.In the present embodiment, operating means 200 alternatives show the data that peripheral data inventory 271 is comprised under the situation that first computing machine 300 and second computing machine 310 are opened or closed, but are not limited thereto; In different embodiment, operating means 200 also can show the data that signal of video signal that computing machine 300,310 is transmitted and peripheral data inventory 271 are comprised simultaneously.
In addition, operating means embodiment illustrated in fig. 3 is the liquid crystal touch control screen, and wherein the user can use the contactor control device that operating means comprises to produce the operation signal of control computer, but is not limited thereto; In different embodiment, the user also can produce user's instruction by the contactor control device of operating means and produce peripheral data inventory 271 with the indication control module.In the present embodiment, the user can be according to the shown peripheral data inventory 271 of operating means by the input interface that gives an order carrying out the data transmission between peripheral unit, but be not limited thereto; In different embodiment, operating means comprises keyboard and mouse simultaneously, uses with the title that clicks file in the peripheral data inventory 271 or and the file that backs up to another peripheral unit for the user.
In the embodiment shown in fig. 3, operating means 200 comprises display device such as digital frame, therefore as peripheral unit 210,220 comprise as signal of video signal such as digital photograph or digital films, operating means 200 can pass through control module 270 and peripheral interface 240,241 obtain signal of video signal and show corresponding image from corresponding peripheral unit 210,220.In different embodiment, operating means 200 comprises the electronic installation that sound equipment etc. can be used for playing digital song such as MP3; Therefore comprise digital song such as MP3 as peripheral unit, the digital song that peripheral unit 210,220 is comprised be obtained and be play to operating means 200 also can by control module 270 and peripheral interface 240,241.The operating means 200 of different embodiment also comprises tabulating machine, reads and print the image data that peripheral unit 210,220 is comprised in order to the user's instruction that is produced according to instruction input interface 260.Can learn that by top narration multicomputer management device 100 can be set up the data transmission between peripheral unit 210,220 and the operating means and the function of user's plug and play (On-The-Go) is provided by peripheral interface 240,241 and operation-interface.
Figure 4 shows that another embodiment of multicomputer management device 100 shown in Figure 2.In the present embodiment, multicomputer management device 100 comprises first transmission channel 400, second transmission channel 410 and the 3rd transmission channel 420, is respectively applied for the signal of setting up between different device and connects for data transmission.In the present embodiment, first transmission channel 400, second transmission channel 410 and the 3rd transmission channel 420 are a virtual data transmission channel, are representing the annexation of being set up by multicomputer management device 100 between device respectively.As shown in Figure 4, be connected though first transmission channel 400 and second transmission channel 410 are set up the signal of operating means 200 and first computing machine 300 and second computing machine 310 respectively, operating means 200 is preferable once only to be operated first computing machine 300 and second computing machine 310 by transmission channel one of them also carries out data transmission by corresponding transmission channel with corresponding computing machine only.In addition, multicomputer management device 100 comprises a switch unit 500 that is electrically connected on control module 270 in addition, is connected in order to the signal with 310 in operating means 200 and first computing machine 300 and second computing machine to switch between first transmission channel 400 and second transmission channel 410.In addition, operating means 200 can connect the back by corresponding transmission channel transmission operation signal and control this computing machine or receive and the show image signal by transmission channel setting up signal with first computing machine 300 or second computing machine 310.In the present embodiment, operating means 200 users with second computing machine 310 desire to connect with first computing machine 300 as script, operating means 200 will be sent signal to switch unit 500 by control module 270, after receiving switching signal the signal connection of operating means 200 be switched to second transmission channel 410 from first transmission channel 400 with indication switch unit 500.In other words, the signal transmission of operating means 200 and 300,310 in computing machine comes selectivity to switch on 410 of first transmission channel 400 and second transmission channels by switch unit 500.
In the embodiment shown in fig. 4, the signal that the 3rd transmission channel 420 is used to set up between first peripheral unit 210 and second peripheral unit 220 connects, and carries out data transmission for peripheral unit 210,220.In the present embodiment, first peripheral unit 210 and second peripheral unit 220 carry out data transmission by first peripheral interface 240, second peripheral interface 241, and therefore the 3rd transmission channel 420 builds on first peripheral interface 240 and second peripheral interface 241.In addition, the multicomputer management device 100 of present embodiment can be carried out the switching 410 of first transmission channel 400 and second transmission channels of the data transmission of 220 of first peripheral unit 210 and second peripheral units and operating means 200 simultaneously.Thus, multicomputer management device 100 is available for users to free switching operating device 200 and various computing machine 300,310 signal connects and does not interrupt the data transmission of 220 of first peripheral unit 210 and second peripheral units, and promotes the operational flexibility ratio of user by this.
Figure 5 shows that the alternate embodiment of multicomputer management device 100 shown in Figure 4.As shown in Figure 5, multicomputer management device 100 comprises the 4th transmission channel 430, be used to set up first computing machine 300 and be connected, carry out data transmission or data backup by the 4th transmission channel 430 for first computing machine 300 and first peripheral unit 210 with the signal of first peripheral unit 210.The multicomputer management device 100 of present embodiment can be handled the switching of 410 of the data transmission of 210 of first computing machine 300 and first peripheral units and operating means first transmission channel 400 and second transmission channels simultaneously.In other words, the data transmission of first computing machine 300 and first peripheral unit 210 will can not connect because of the signal of 300,310 in operating means 200 and computing machine to be switched and interrupting or stopping, and vice versa.This shows, can set up many signals by multicomputer management device 100 between the computing machine 300,310 of present embodiment and the peripheral unit 210,220 and connect, and can be in different embodiment, carrying out data transmission by transmission channel at one time.
Figure 6 shows that multicomputer management method of the present invention.As shown in Figure 6, the multicomputer management method comprises step S900, a plurality of computing machines is electrically connected on the multicomputer interface of multicomputer management device respectively.In the present embodiment, computing machine can be by network or the simple computer interface that is electrically connected on the multicomputer management device with signal transmssion line, computing machine can transmit signal of video signal to the multicomputer management device afterwards, and wherein above-mentioned signal of video signal comprises digital film or other can be shown in the numerical data of display.In addition.The multicomputer management method further comprises step S910, first peripheral unit and second peripheral unit is electrically connected on first peripheral interface and second peripheral interface of multicomputer management device respectively.First peripheral interface of present embodiment and second peripheral interface are USB (Universal Serial Bus) interface, and first peripheral unit and second peripheral unit are the electronic installation (as digital camera, digital walkman and data hard disk) that has the data storing function and can carry out data transmission by USB interface.
As shown in Figure 6, step S920 comprises the operation-interface that operating means is electrically connected on the multicomputer management device, to receive operation signal and output image signal to operating means.In the present embodiment, operating means comprises keyboard, display and mouse, wherein can be shown in operating means from the obtained signal of video signal of computing machine.In addition, the user can be by keyboard and mouse output function signal to a multicomputer managed computer wherein, with the operation managed computer or obtain the data that managed computer is comprised, but is not limited thereto; In different embodiment, operating means comprises touch control display device, instructs the output function signal to managed computer in order to the while show image and according to the user.Step S930 comprises the control module that computer interface, first peripheral interface, second peripheral interface and operation-interface is electrically connected on the multicomputer management device.Control module be used to set up signal between computing machine, peripheral unit and operating means connects and control computer and device between data transmission.For example, control module is used for being received from signal of video signal that computing machine transmits and its transmission transferred to operation-interface by operation-interface or receiving operation signal and it is transferred to the managed computer of those computing machines by computer interface from operating means by operation-interface by computer interface.
In the embodiment shown in fig. 6, the multicomputer management method further comprises step S940, according to user instruction and by control module so that first peripheral unit and second peripheral unit carry out data transmission by first peripheral interface and second peripheral interface.In the present embodiment, step S940 comprises data backup to the second peripheral unit that first peripheral unit is comprised, and vice versa.For example, be storage device and comprise digital song such as MP3 that the user can be copied to second peripheral unit for backup or play with the digital song of first peripheral unit by the multicomputer management device as first peripheral unit.In addition, in the present embodiment, the user is transmitted the user by operating means and is instructed to control module, but is not limited thereto; In different embodiment, can be arranged on the multicomputer management device as instruction input interfaces such as buttons, export the user for the user by the action of pressing and instruct control module.
Figure 7 shows that another embodiment of multicomputer management method.As shown in Figure 7, the multicomputer management method comprises step S1000, first computing machine and the signal between the operating means set up in those computing machines by first transmission channel connect and step S1010, and second computing machine and the signal between the operating means set up in those computing machines by second transmission channel connect.In the embodiment shown in fig. 7, first transmission channel and second transmission channel are one data transmission channel, are representing the annexation of being set up by the multicomputer management device between operating means respectively.In addition, the multicomputer management method comprises step S1020 in addition, and the signal of setting up between first peripheral unit and second peripheral unit by the 3rd transmission channel connects.In the present embodiment, the 3rd transmission channel is essentially the data transmission channel that builds between first peripheral interface and second peripheral interface, carries out data transmission for first peripheral unit and second peripheral unit.
In the embodiment shown in fig. 7, the existence of first transmission channel and second transmission channel makes operating means simultaneously set up signal with first computing machine or second computing machine by the multicomputer management device to be connected, but operating means only from first computing machine and second computing machine one of them by correspondence transmission channel reception data or transfer data to this computing machine.Therefore operating means must switch between first transmission channel and second transmission channel, to control first computing machine or second computing machine.For this reason, in the embodiment shown in fig. 7, the multicomputer management method further comprises step S1030, and switch unit is electrically connected on control module, when switching between first transmission channel and second transmission channel, do not interrupt the data transmission of the 3rd transmission channel.The switch unit of present embodiment comes switching operating device to be connected with the signal of first computing machine and second intercomputer according to user's instruction by control module, in other words, switch unit in order to the signal of operating means is connected switch on first transmission channel and second transmission channel between.In addition, when switch unit switches on operating means between first transmission channel and second transmission channel, the data transmission between first peripheral unit and second peripheral unit will can not be stopped or interrupt.In other words, the multicomputer management method can be handled the data transmission of the 3rd transmission channel and the switching between first transmission channel and second transmission channel simultaneously.
Figure 8 shows that the alternate embodiment of multicomputer management method shown in Figure 7.In the present embodiment, the multicomputer management method further comprises step S1100, and the signal of setting up between first managed computer and first peripheral unit by the 4th transmission channel connects.In the present embodiment, first managed computer and first peripheral unit can come mutual data transmission by the 4th transmission channel.In addition, when switch unit is connected operating means when switching between first transmission channel and second transmission channel with the signal of computing machine, the data transmission between first managed computer and first peripheral unit can continue to carry out insusceptibly, and vice versa.This shows that the multicomputer management method of present embodiment can be in switching operating device and the data transmission of carrying out when the signal of intercomputer is connected between computing machine and peripheral unit.
Though aforesaid description and icon have disclosed preferred embodiment of the present invention, must recognize variously increase, many modifications and replace and may be used in preferred embodiment of the present invention, and can not break away from the spirit and the scope of the principle of the invention that defines as claims.Be familiar with this skill person and can know from experience the modification that the present invention may be used in a lot of forms, structure, layout, ratio, material, assembly and assembly.Therefore, this paper, should be regarded as in order to explanation the present invention in all viewpoints in embodiment that this disclosed, but not in order to restriction the present invention.Scope of the present invention should be defined by described claim, and contains its legal equivalents, is not limited to previous description.
Claims (10)
1. multicomputer management device, in order to export the managed computer that at least one operation signal is controlled a plurality of computing machines at least one operating means, and use for those computing machines and share one first peripheral unit and one second peripheral unit, wherein this multicomputer management device comprises:
A plurality of computer interfaces are electrically connected on those computing machines respectively, in order to receiving a signal of video signal of this managed computer, and export this operation signal to this managed computer;
One first peripheral interface is electrically connected on this first peripheral unit;
One second peripheral interface is electrically connected on this second peripheral unit;
At least one operation-interface is electrically connected on this operating means, in order to receiving this operation signal, and exports this signal of video signal to this operating means;
At least one instruction input interface is in order to produce user instruction; And
One control module, be electrically connected on those computer interfaces, this first peripheral interface, this second peripheral interface, this operation-interface and this instruction input interface respectively, this control module transmits this signal of video signal and this operation signal between those computer interfaces and this operation-interface, this control module is used so that this first peripheral unit and this second peripheral unit carry out the transmission of at least one data by this first peripheral interface and this second peripheral interface according to this user's instruction.
2. multicomputer management device as claimed in claim 1, it is characterized in that, this control module is according to this user's instruction, shown that to this operating means this peripheral data inventory comprises the data summary table of this first peripheral unit, the data summary table of this second peripheral unit and the transmission state of these data in order to export a peripheral data inventory.
3. multicomputer management device as claimed in claim 1 is characterized in that, more comprises a buffering buffer unit, is electrically connected on this control module, in order to temporary these data in the transmission course of these data.
4. multicomputer management device as claimed in claim 1 is characterized in that, more comprises:
One first transmission channel is set up signal and is connected between one first managed computer and this operating means in those computing machines;
One second transmission channel is set up signal and is connected between one second managed computer and this operating means in those computing machines;
One the 3rd transmission channel is set up signal and is connected between this first peripheral unit and this second peripheral unit, and this data transmission is on the 3rd transmission channel; And
One switches the unit, is electrically connected on this control module, when switching between this first transmission channel and this second transmission channel, does not interrupt the transmission of these data of the 3rd transmission channel.
5. multicomputer management device as claimed in claim 4 is characterized in that, more comprises:
One the 4th transmission channel is set up signal and is connected between this first managed computer and this first peripheral unit, and the 4th transmission channel has the transmission of another data;
Wherein this switch unit does not interrupt the transmission of these data in addition of the 4th transmission channel when switching between this first transmission channel and this second transmission channel.
6. multicomputer management method, in order to control a managed computer of a plurality of computing machines at least one operation signal of at least one operation dress system output, and use for those computing machines and share one first peripheral unit and one second peripheral unit, wherein this multicomputer management method comprises the following step:
A plurality of computing machines are electrically connected on a plurality of computer interfaces of a multicomputer management device respectively,, and export an operation signal to this managed computer in order to a signal of video signal of the managed computer that receives those computing machines;
This first peripheral unit and this second peripheral unit are electrically connected on one first peripheral interface and one second peripheral interface of this multicomputer management device respectively;
This operating means is electrically connected on an operation-interface of this multicomputer management device, to receive this operation signal and to export this signal of video signal to this operating means;
A control module that this computer interface, this first peripheral interface, this second peripheral interface, this operation-interface and this instruction input interface is electrically connected on this multicomputer management device is to transmit this signal of video signal and this operation signal between those computer interfaces and this operation-interface by this control module; And
According to this user instruction and by this control module so that this first peripheral unit and this second peripheral unit carry out the transmission of at least one data by this first peripheral interface and this second peripheral interface.
7. multicomputer management method as claimed in claim 6 is characterized in that, further comprises the following step:
Instruct output one peripheral data inventory to be shown that to this operating means wherein this peripheral data inventory comprises the data summary table of this first peripheral unit, the data summary table of this second peripheral unit and the transmission state of these data according to this user.
8. multicomputer management method as claimed in claim 6 is characterized in that the data transfer step comprises
One buffering buffer unit is electrically connected on this control module, in order to temporary these data in the transmission course of these data.
9. multicomputer management method as claimed in claim 6 is characterized in that, further comprises the following step:
One first managed computer and the signal between this operating means set up in those computing machines by one first transmission channel connect;
One second managed computer and the signal between this operating means set up in those computing machines by one second transmission channel connect;
The signal of setting up between this first peripheral unit and this second peripheral unit by one the 3rd transmission channel connects, and wherein this data transmission is on the 3rd transmission channel; And
Switch the unit with one and be electrically connected on this control module, when switching between this first transmission channel and this second transmission channel, do not interrupt the transmission of these data of the 3rd transmission channel.
10. multicomputer management method as claimed in claim 9 is characterized in that, more comprises the following step:
The signal of setting up between this first managed computer and this first peripheral unit by one the 4th transmission channel connects, and wherein the 4th transmission channel has the transmission of another data;
Wherein when switch unit switches between this first transmission channel and this second transmission channel, do not interrupt the transmission of these data in addition of the 4th transmission channel.
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| CN104951095B (en) * | 2014-03-26 | 2017-09-01 | 宏正自动科技股份有限公司 | Method for establishing management list |
| CN105335312A (en) * | 2014-07-15 | 2016-02-17 | 东硕电子（昆山）有限公司 | Connection interface switching device for multiple computer devices |
| CN105335312B (en) * | 2014-07-15 | 2018-01-02 | 东硕电子（昆山）有限公司 | The connecting interface switching device of multicomputer device |
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