CN102207774B - Multi-computer management equipment having double screens and operating method of multi-computer management equipment - Google Patents
Multi-computer management equipment having double screens and operating method of multi-computer management equipment Download PDFInfo
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- CN102207774B CN102207774B CN201010157994.XA CN201010157994A CN102207774B CN 102207774 B CN102207774 B CN 102207774B CN 201010157994 A CN201010157994 A CN 201010157994A CN 102207774 B CN102207774 B CN 102207774B
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Abstract
The invention provides a multi-computer management device. The multi-computer management device is electrically connected with a display screen, a touch display screen and a plurality of computers respectively; the display screen is used for displaying an image of a first computer of the plurality of computers; the touch display screen is used for displaying a simulation input module and the image of a second computer of the plurality of computers; and the simulation input module is used for receiving an external instruction to control the first computer.
Description
Technical field
The present invention is about a kind of multi-computer management equipment and the management method thereof with double screen, and the present invention is particularly about a kind of multi-computer management equipment with a display screen and a touch-sensitive display screen curtain, and by the managed computer that this touch-sensitive display screen curtain controls and this multi-computer management equipment is electrically connected.
Background technology
At present, keyboard-screen-mouse (Keyboard-Video-Mouse on the market, KVM) switch, its man-machine interface operating means of arranging in pairs or groups, mostly be the collocation of a LCD Panel and a fixed keyboard group, if only there are operational needs, and must use two independently LCD Panel time, its practice is nothing more than following two kinds:
(1) LCD Panel is originally divided into two little independent liquid crystal display screens; And
(2) this another LCD Panel of pivot joint is in the side of LCD Panel originally, and this another LCD Panel is able to relative to use that LCD Panel is originally thrown.
Only above-mentioned two kinds of modes all have its shortcoming.In first kind of way, LCD Panel originally will make point other action pane become less, and then allow operator easily produce visually confusion when operation after being separated into two little independent liquid crystal display screens.As for the second way, then because another LCD Panel must have its thickness (1U), so plant man-machine interface operating means after storage, by making, originally just narrow and small rack space is more aobvious crowded; In addition, this kind of man-machine interface operating means needs very large space of throwing outside frame, and its throw after width will be greater than the width of frame, use not easy.
Summary of the invention
Invention people, for asking the monitoring efficiency and expansion possibility that improve the man-machine interface operating means that KVM switcher is arranged in pairs or groups, is after ruminating over, proposes multi-computer management equipment and the management method thereof with double screen of the present invention.The invention provides the secondary screen of a touch-sensitive display screen curtain, and on this touch-sensitive display screen curtain, show an emulation load module, in order to replace traditional fixed keyboard group, so can when accommodation space additionally must do not provided, the operation visual field providing user larger.
In addition, by this touch-sensitive display screen curtain, just this emulation load module, other such as: the monitored picture of multiple stage computing machine, the operation-interface of KVM switcher or shortcut bar etc., all must show thereon.Moreover, if there is the function of the KVM switcher of more high-order in the future, when must arrange in pairs or groups that more multi input interface is operated, also this touch-sensitive display screen curtain must be passed through, the input interface that this palpus of direct display/emulate is newly-increased, and space and/or the cost that can reduce design complexities and institute's palpus thereof that corresponding entity button is set.Therefore this touch-sensitive display screen curtain provides great Extended Spaces, and can KVM switcher that easily matching function is more powerful.
For reaching above-mentioned purpose, the present invention provides a kind of multi-computer management equipment, and this multi-computer management equipment comprises a Multicomputer-management device, a display module and a touch-control type display module; Wherein this Multicomputer-management device is electrically connected with multiple stage computing machine respectively, this multiple stage computing machine has one first computing machine and a second computer, this first computing machine and this second computer have one first image and one second image respectively, and this Multicomputer-management device is in order to receive this first image and this second image; This display module and this Multicomputer-management device are electrically connected, and come from this first image of this Multicomputer-management device and show it in order to reception; This touch-control type display module and this Multicomputer-management device are electrically connected, come from this second image of this Multicomputer-management device in order to reception and show it, this touch-control type display module is more in order to show an emulation load module, and this emulation load module is in order to receive one first external command to operate this first computing machine by this Multicomputer-management device.
For reaching above-mentioned purpose, the present invention provides again a kind of Multicomputer-management device, and this Multicomputer-management device comprises multiple computer interface, one first display interface, one second display interface and a processing unit; Wherein the plurality of computer interface is electrically connected with multiple stage computing machine respectively, this multiple stage computing machine has one first computing machine and a second computer, this first computing machine and this second computer have one first image and one second image respectively, one first computer interface of those computer interfaces and a second computer interface are respectively in order to receive this first image and this second image, and this first computer interface is in order to export one first external command to this first computing machine; This first display interface and a display module are electrically connected, in order to show this first image; This second display interface and a touch-control type display module are electrically connected, and in order to show an emulation input interface, this emulation input interface is then in order to receive this first external command; This processing unit is electrically connected with those computer interfaces, this first display interface and this second display interface respectively, in order to arrange this first external command, this first image and this second image to be transmitted between this first computing machine, this second computer, this display module and this touch-control type display module, this processing unit operates this first computing machine with for this first external command.
For reaching above-mentioned purpose, the present invention separately provides a kind of multicomputer management method, comprise the following steps: to provide a Multicomputer-management device, this Multicomputer-management device is electrically connected with multiple stage computing machine respectively, this multiple stage computing machine has one first computing machine and a second computer, this first computing machine and this second computer have one first image and one second image respectively, and this Multicomputer-management device is in order to receive this first image and this second image; There is provided a display module and a touch-control type display module, this display module and this touch load module are electrically connected with this Multicomputer-management device respectively, this touch-control type display module display one emulation input interface; Received by this display module and show this first image coming from this Multicomputer-management device; Received by this touch-control type display module and show this second image coming from this Multicomputer-management device; And receive one first external command to operate this first computing machine by this Multicomputer-management device by this emulation load module.
For foregoing of the present invention can be become apparent, a preferred embodiment cited below particularly, and coordinate accompanying drawing, be described in detail below:
Accompanying drawing explanation
Fig. 1 is the structural representation with the multi-computer management equipment of the man-machine interface operating means of double screen of one embodiment of the invention.
Fig. 2 ~ 4 are the illustrative view of the extension apparatus of Fig. 1.
Fig. 3 is the structural representation with the multi-computer management equipment of supporting mechanism of one embodiment of the invention.
Another embodiment schematic diagram of Fig. 5 A man-machine interface operating means of the present invention.
Fig. 5 B ~ 5D is the illustrative view of man-machine interface operating means shown in Fig. 5 A.
Fig. 6 A is the situation schematic diagram of the operator scheme of man-machine interface operating means of the present invention.
Fig. 6 B is the operational flowchart of operator scheme shown in Fig. 6 A.
Fig. 7 is the situation schematic diagram of another operator scheme of man-machine interface operating means of the present invention.
Fig. 8 is the calcspar of the control module of Multicomputer-management device of the present invention.
Fig. 9 is the annexation schematic diagram of Multicomputer-management device of the present invention.
[primary clustering symbol description]
10,90: multi-computer management equipment 11: frame
12: extension apparatus 121: the first extension apparatus
122: the second extension apparatus 13: man-machine interface operating means
14: Multicomputer-management device 131,93: display module
132,94: touch-control type display module 133: the first shows block
134: the second display blocks 611: image-type keyboard
612: image-type Trackpad 62,631,632,641,652: step
63,64,65: result 801: microprocessor
802,803,804: multiplexer 805: data
806,807: image output 808: input signal
91,92: computing machine 901,902: interface
903: processing unit 904,905: display interface
941: emulation input interface the A ~ G: the first ~ seven image
Embodiment
Refer to Fig. 1, it is the structural representation with the multi-computer management equipment of the man-machine interface operating means of double screen of one embodiment of the invention.In FIG, multi-computer management equipment 10 comprises frame 11, extension apparatus 12, man-machine interface operating means 13 and a Multicomputer-management device 14.Multicomputer-management device 14 is such as keyboard-screen-mouse (keyboard-video-mouse, KVM) switch, and Multicomputer-management device 14 is electrically connected at multiple stage computing machine and man-machine interface operating means 13 respectively, make man-machine interface operating means 13 control the arbitrary of this little computing machine by Multicomputer-management device 14, be directly electrically connected at just as man-machine interface operating means 13 and control the arbitrary of this little computing machine.
Separately as shown in Figure 1, extension mechanism 12 is arranged in frame 11, and frame 11 has a front end and a rear end, man-machine interface operating means 13 is configured at this front end, Multicomputer-management device 14 is configured at this rear end, extension apparatus 12 is also connected with man-machine interface operating means 13 and Multicomputer-management device 14, in order to man-machine interface operating means 13 and Multicomputer-management device 14 are moved around and to be debouched inside and outside frame 11.In addition, the visual demand of extension mechanism 12, uses slide rail set, shrinking connecting-rod and/or other extensible mechanism, and sliding unit in slide rail set also visual desired level or vertically arrange, slide rail set can be two-part or three-sectional sliding-rail design.
Please continue and consult Fig. 2, it is the illustrative view of the extension apparatus 12 of Fig. 1.In Fig. 2, clearly visible man-machine interface operating means 13 and Multicomputer-management device 14, be laterally to the outside of frame 11 by extension mechanism 12 along a moving direction, make man-machine interface operating means 13 and Multicomputer-management device 14 be positioned at a pull-out location.Only, Multicomputer-management device 14 of the present invention, also visual user's demand, be fixed on this rear end of frame 11 and be not connected with extension mechanism 12; That is, when man-machine interface operating means 13 is laterally to the outside of frame 11 by extension mechanism 12, Multicomputer-management device 14 is still fixed on this rear end of frame 11 and does not move to the outside of frame 11 simultaneously, and man-machine interface operating means 13 then can be electrically connected by flexible flat cable and/or cable and Multicomputer-management device 14 again.
Please continue and consult Fig. 3, it is the illustrative view of the man-machine interface operating means 13 of Fig. 2.In Fig. 3, man-machine interface operating means 13 presents the state of throwing.In detail, man-machine interface operating means 13 has display module 131 and a touch-control type display module 132, in FIG, when man-machine interface operating means 13 is positioned at frame 11 inside, explicit module 131 closes on touch-control type display module 132, and in figure 3, display module 131 to be thrown an angle relative to touch-control type display module 132.Wherein, the visual user's demand of this angle adjusts arbitrarily, is usually not less than 90 degree and is not more than 180 degree.In addition, display module 131 is visual user's demand also, replaces with another touch-control type display module.
Please continue and consult Fig. 4, it is another illustrative view of the man-machine interface operating means 13 of Fig. 2.Fig. 4 person of presenting is display module 131 to throw the state after 180 degree relative to touch-control type display module 132.In detail, when display module 131 as shown in Figure 3, throw after an angle relative to touch-control type display module 132, touch-control type display module 132 can (direction of throwing in contrast to display module 131) continue for being thrown again in the counterclockwise direction, and display module 131 and touch-control type display module 132 can be made to throw for the state shown in Fig. 4.Therefore by known shown in Fig. 3 and Fig. 4, display module 131 of the present invention and touch-control type display module 132, true visual user's demand adjusts arbitrarily angle therebetween, to be applicable to various situation.
Please continue and consult Fig. 5 A, it is another embodiment schematic diagram of man-machine interface operating means 13 of the present invention.In fig. 5, multi-computer management equipment 10 comprises frame 11,1 first extension apparatus 121,1 second extension apparatus 122, Multicomputer-management device 14, display module 131 and touch-control type display module 132.Wherein, the first extension apparatus 121 and the second extension apparatus 122 are connected with display module 131 and touch-control type display module 132 respectively, in order to respectively display module 131 and touch-control type display module 132 are moved around independently and to be debouched inside and outside frame 11.In addition, the first extension apparatus 121 and the second extension apparatus 122, is able to mutually parallel or vertical mode up and down and arranges.
Please continue and consult Fig. 5 B, 5C and 5D, it is the illustrative view of man-machine interface operating means 13 shown in Fig. 5 A.As shown in Fig. 5 B and 5C, display module 131, by the first extension apparatus 121, and to move to the outer rear flank of frame 11 independent of the mode of touch-control type display module 132, then is thrown to one-tenth one using state.And as shown in Figure 5 D, touch-control type display module 132 can move to outside frame by the second extension apparatus 122 again, input instruction for user, and touch-control type display module 132 also can again for throwing and becoming the state shown in Fig. 4.
Please continue and consult Fig. 6 A, it is in man-machine interface operating means 13 of the present invention, the situation schematic diagram of the operator scheme of display module 131 and touch-control type display module 132.In fig. 6, man-machine interface operating means 13 is electrically connected by Multicomputer-management device 14 (not shown) and multiple stage computing machine (not shown), and display module 131 is received by Multicomputer-management device 14 and show one first image A of this multiple stage computing machine one first computing machine wherein, touch-control type display module 132 is divided into one first display block 133 and one second display block 134, touch-control type display module 132 also receives one second image B of the first image A and this multiple stage computing machine second computer wherein by Multicomputer-management device 14, and show the first image A and the second image B in the first display block 133, and touch-control type display module 132 shows image-type keyboard 611 and an image-type Trackpad 612 in the second display block 134 simultaneously.And except image-type keyboard 611 and image-type Trackpad 612, also visual demand shows an image-type Trackpad to touch-control type display module 132, an image-type controls row, emulation handwriting pad or its combination in any.
In fig. 6, by image-type keyboard 611 and/or image-type Trackpad 612, user can input one first external command, and so as to controlling this first computing machine, the practical operation picture (i.e. the first image A) of this first computing machine is then shown in display module 131.In addition, because touch-control type display module 132 shows the first image A and the second image B simultaneously, therefore user while this first computing machine of control, can supervise the situation of this second computer, in order to by Multicomputer-management device 14, at any time operation computing machine is switched to this second computer.
Above-mentioned action operation computing machine being switched to this second computer, for example, by performing after image-type keyboard 611 and/or image-type Trackpad 612 input one second external command, also directly simply can click rear execution on the second image B.Wherein, the visual user's demand of touch-control type display module 132, show one the 3rd image C of the second image B and this multiple stage computing machine one the 3rd computing machine wherein, one the 4th image D of one the 4th computing machine, one the 5th image E... etc. of one the 5th computing machine simultaneously, or pass through the instruction of switching monitoring computing machine, by the second image B shown on touch-control type display module 132, switch to arbitrary or its combination in any wherein such as display the 3rd image C, the 4th image D, the 5th image E....
Please continue and consult Fig. 6 B, it is the operational flowchart of operator scheme shown in Fig. 6 A.As shown in Figure 6B, after touch-control type display module 132 receives an external command, first the input position of this external command will be judged and confirm (step 62).When this external command be identified be inputted by image-type keyboard 611 time (result 63), this external command will be converted into corresponding key set code (step 631), and the key set code of this correspondence is inputed to this multiple stage computing machine this first computing machine wherein, so as to controlling/operating this first computing machine (step 632) by Multicomputer-management device 14.If when this external command be identified be inputted by image-type mouse 612 time (result 64), this external command will be converted emulation for corresponding mouse behavior (step 641), and the mouse behavior of this correspondence is inputed to this multiple stage computing machine this first computing machine wherein, so as to controlling/operating this first computing machine (step 632) by Multicomputer-management device 14.
In addition, as shown in Figure 6B, if this external command be identified be input into the computer image (the corresponding image of non-at present operated computing machine) of touch-control type display module 132 upper time (result 65), then Multicomputer-management device 14 can by current operation computing machine (i.e. the first computing machine), switch to the computing machine corresponding to computer image that input position place shows, and the computer image making display module 131 show input position place to show.For example, when the input position of this external command be detected and be confirmed to be drop on the second image B time, Multicomputer-management device 14 namely can by current operation computing machine, this second computer is switched to from this first computing machine, and make display module 131 show the second image B, to complete the action (step 652) of switching computer.
Please continue and consult Fig. 6 B.In another specific embodiment, when user is for blocked operation computing machine, also an external command is inputted by image-type keyboard 611 or image-type mouse 612, make this external command after step 631 or 641, and then by Multicomputer-management device 14, make current operation computing machine switch to this second computer from this first computing machine, and make display module 131 show the second image B, and complete the action (namely performing the action of step 652) of switching computer.
Please continue and consult Fig. 7, it is in man-machine interface operating means 13 of the present invention, the situation schematic diagram of another operator scheme of display module 131 and touch-control type display module 132.In the figure 7, man-machine interface operating means 13 is electrically connected by Multicomputer-management device 14 (not shown) and multiple stage computing machine (not shown) equally, and display module 131 is received by Multicomputer-management device 14 and show the first image A of this multiple stage computing machine this first computing machine wherein, touch-control type display module 132 received by Multicomputer-management device 14 and show this multiple stage computing machine wherein second, three, four, five, six, the the second to seven image B that seven computing machines are corresponding separately, C, D, E, F and G, and touch-control type display module 132 more shows image-type control row 613 simultaneously, in order to control Multicomputer-management device 14.
By the operator scheme situation shown in Fig. 7, user is monitored the second to seven computing machine simultaneously, and the arbitrary of the second to seven image B, C, D, E, F and G can be clicked at any time, so that operation computing machine is switched to computing machine corresponding to this arbitrary image by Multicomputer-management device 14, and display module 131 is made to show this arbitrary image.In addition, user also must control row 613 inputting switching command by image-type, to carry out the switching operating computing machine, or the second to seven image B, C, D, E, F and G is switched to the eight to ten three image H, I, J, K, L and M, to supervise the situation of the eight to ten three computing machine or to switch it further.And this image-type controls row 613, then visual demand controls window replacement with one.
Please refer to Fig. 6 A and 7, wherein this two figure out of the ordinary shown in operator scheme, be also able to arbitrarily switching mutually.For example, when user first can monitor multiple stage computing machine by the operator scheme shown in Fig. 7 simultaneously, then operator scheme is switched to Fig. 6 A those shown, to operate this computing machine that its corresponding image shows on display module 131.
Refer to Fig. 8, it is the calcspar of the control module of Multicomputer-management device of the present invention.In fig. 8, control module 80 is electrically connected with multiple stage computing machine 81 respectively, in order to control multiple stage computing machine 81.And control module 80 comprises a microprocessor 801 and multiplexer 802,803 and 804, and multiplexer 802,803 and 804 is electrically connected with microprocessor 801 and multiple stage computing machine 81 respectively.Wherein, multiplexer 802 is in order to receive the data 805 of multiple stage computing machine 81 and to transfer to microprocessor 801 and process, and multiplexer 802 is more in order to receive the instruction of microprocessor 801 and to transmit it to multiple stage computing machine 81.In addition, multiplexer 802 and 803 are electrically connected with display device 131 and touch control display device 132 respectively, in order to receive the respective image output of multiple stage computing machine 81 806 and 807, and respectively image output 806 and 807 is transferred to display device 131 and touch control display device 132, show for display device 131 and touch control display device 132.
After user inputs an external command by touch control display device 132, this external command will convert an input signal 808 to and transfer to microprocessor 801, and be processed by microprocessor 801.Be with, microprocessor 801 can perform relevant action according to this external command representated by input signal 808, this relevant action be such as described in instructions of the present invention it: computing machine will be operated and switch between multiple stage computing machine 81, operate multiple stage computing machine 81 one of them or switching operation modes etc.
Refer to Fig. 9, it is the annexation schematic diagram of Multicomputer-management device of the present invention.In fig .9, Multicomputer-management device 90 has interface 901 and 902, processing unit 903 and display interface 904 and 905, wherein processing unit 903 is electrically connected with interface 901 and 902 and display interface 904 and 905 respectively, and interface 901 and 902 can be PS/2, USB, HDMI, HDB, SPHD, HPDB, D-SUB, DVI, network socket (as RJ-45) or wireless interface wherein arbitrary respectively.In addition, interface 901 and 902 is electrically connected with computing machine 91 and 92 respectively, in order to the difference image of receiving computer 91 and the image of computing machine 92, and makes processing unit 903 be distinguished the arbitrary of computer for controlling 91 and 92; Display interface 904 and display module 93 are electrically connected, in order to the image of Display control computer 91 or computing machine 92; And display interface 905 and touch-control type display module 94 are electrically connected, touch-control type display module 94 display emulation input interface 941, in order to receive external command.
After user inputs one first instruction by emulation input interface 941, processing unit 903 just can receive this first instruction, and carrying out computer for controlling 91 by interface 901, user then by the image of the computing machine 91 shown by display module 93, understands the practice condition of this first instruction.In addition, user inputs one second instruction by emulation input interface 941, and computer for controlling is switched to computing machine 92 by computing machine 91 by instruction Multicomputer-management device 90.And after above-mentioned switching action, display module 93 will be switched to the image of Display control computer 92, now, user can input one the 3rd instruction in emulation input interface 941, and carry out computer for controlling 92 by processing unit 903 and interface 902, and pass through the image of the computing machine 92 shown by display module 93, understand the practice condition of the 3rd instruction.
Known by above-described embodiment, the present invention replaces traditional fixed keyboard by showing emulation load module on touch-control type display module, not only can reduce the trouble of fixed keyboard stock and space shared in multi-computer management equipment thereof, more can make the much more display space of man-machine interface operating means, therefore so as to when not disturbing key frame (image namely shown by display module) and Dynamic System, more computing machine must be supervised simultaneously.In addition, this emulation load module also visual demand, switches between multiple display interface or shows it simultaneously, to provide input method comparatively applicable and more smoothly, and presents more humane operation-interface.Moreover, this touch-control type display module also arbitrarily newly-increased new input interface or image key etc. thereon, this emulation load module easily can be expanded, to perform the function of more high-order Multicomputer-management device, and lowers the complexity of system.
Still have notably, if when this emulation load module is an image-type keyboard, this image-type keyboard more can be switched between the input through keyboard pattern of country variant language, when making manufacturer's shipment to country variant, only needing is the input through keyboard pattern of this state by this image-type keyboard shift by software, thoroughly solves stock or assembles the problem of multinational keyboard.
In sum, although the present invention with one preferred embodiment disclose as above, so itself and be not used to limit the present invention.Persond having ordinary knowledge in the technical field of the present invention, without departing from the spirit and scope of the present invention, when being used for a variety of modifications and variations.Therefore, protection scope of the present invention is when being as the criterion of defining with claim.
Claims (7)
1. a multi-computer management equipment, comprising:
One Multicomputer-management device, be electrically connected with multiple stage computing machine respectively, this multiple stage computing machine has one first computing machine and a second computer, this first computing machine and this second computer have one first image and one second image respectively, and this Multicomputer-management device is in order to receive this first image and this second image;
One display module, is electrically connected with this Multicomputer-management device, comes from this first computing machine in order to receive and passes through this first image of this Multicomputer-management device and show; And
One touch-control type display module, be electrically connected with this Multicomputer-management device, come from this second computer in order to receive and pass through this second image of this Multicomputer-management device and show, now user supervises this second computer through this second image shown by this touch-control type display module, this touch-control type display module is more in order to emulating load module by the first Computer display one, this emulation load module is in order to receive one first external command to operate this first computing machine by this Multicomputer-management device, now user is according to this first computing machine of this first imaging operations shown by this display module,
Wherein, this Multicomputer-management device receives click on one second external command coming from this emulation load module or this second image being received in shown by this touch-control type display module to carry out computing machine switching action by this Multicomputer-management device, this display module is made to show this second image, this emulation load module is more in order to receive one the 3rd external command to operate this second computer by this Multicomputer-management device, now user is according to this this second computer of the second imaging operations shown by this display module, and supervise this first computing machine through this first image shown by this touch-control type display module.
2. multi-computer management equipment as claimed in claim 1, it is characterized in that, this display module can folding on this touch-control type display module, this multi-computer management equipment more comprises a frame and an extension mechanism, this frame has a front end and a rear end, this rear end arranges this Multicomputer-management device, this extension mechanism is arranged between this touch-control type display module and this front end, in order to this display module mobile and this touch-control type display module inside and outside this frame, wherein when this display module and this touch-control type display module are positioned within this frame, this display module closes on this touch-control type display module, and when this display module and this touch-control type display module are moved into outside this frame, this display module can be thrown an angle relative to this touch-control type display module, this angle is not less than 90 degree and is not more than 180 degree.
3. multi-computer management equipment as claimed in claim 1, it is characterized in that, more comprise a frame, this frame has a front end and a rear end, this rear end arranges this Multicomputer-management device, this front end arranges at least one of this display module and this touch-control type display module, and at least one of this display module and this touch-control type display module is turning in this front end.
4. a Multicomputer-management device, comprising:
Multiple computer interface, be electrically connected with multiple stage computing machine respectively, this multiple stage computing machine has one first computing machine and a second computer, this first computing machine and this second computer have one first image and one second image respectively, one first computer interface of those computer interfaces and a second computer interface are respectively in order to receive this first image and this second image, and this first computer interface is in order to export one first external command to this first computing machine;
One first display interface, is electrically connected with a display module, and this display module is in order to show this first image;
One second display interface, is electrically connected with a touch-control type display module, and this touch-control type display module is in order to show an emulation input interface and this second image, and this emulation input interface is then in order to receive this first external command; And
One processing unit, be electrically connected with those computer interfaces, this first display interface and this second display interface respectively, this processing unit is transmitted between this first computing machine, this second computer, this display module and this touch-control type display module in order to arrange this first external command, this first image and this second image, this processing unit operates this first computing machine with for this first external command, and now user is according to this first computing machine of this first imaging operations shown by this display module;
Wherein, this Multicomputer-management device receives click on one second external command coming from this emulation input interface or this second image being received in shown by this touch-control type display module to carry out computing machine switching action by this Multicomputer-management device, this display module is made to show this second image, this emulation input interface more in order to receive one the 3rd external command to control this second computer by this Multicomputer-management device, and supervises this first computing machine through this first image shown by this touch-control type display module.
5. Multicomputer-management device as claimed in claim 4, it is characterized in that, this Multicomputer-management device is more configured in a frame, this frame has an extension mechanism, one front end and a rear end, this rear end arranges this Multicomputer-management device, this extension mechanism is arranged between this touch-control type display module and this front end, in order to this display module mobile and this touch-control type display module inside and outside this frame, wherein when this display module and this touch-control type display module are positioned within this frame, this display module closes on this touch-control type display module, and when this display module and this touch-control type display module are moved into outside this frame, this display module can be thrown an angle relative to this touch-control type display module, this angle is not less than 90 degree and is not more than 180 degree.
6. Multicomputer-management device as claimed in claim 4, it is characterized in that, this Multicomputer-management device is more configured in a frame, this frame has one first extension mechanism, one second extension mechanism, one front end and a rear end, this rear end arranges this Multicomputer-management device, this first extension mechanism and this second extension mechanism are mutually parallel or vertically arrange up and down, this first extension mechanism is arranged between this touch-control type display module and this front end, in order to this touch-control type display module mobile inside and outside this frame, this second extension mechanism is arranged between this display module and this front end, in order to this display module mobile inside and outside this frame, this touch-control type display module and this display module turning outside this front end.
7. a multicomputer management method, comprises the following steps:
One Multicomputer-management device is provided, this Multicomputer-management device is electrically connected with multiple stage computing machine respectively, this multiple stage computing machine has one first computing machine and a second computer, this first computing machine and this second computer have one first image and one second image respectively, and this Multicomputer-management device is in order to receive this first image and this second image;
One display module and a touch-control type display module are provided, this display module and this touch-control type display module are electrically connected with this Multicomputer-management device respectively, this touch-control type display module display one emulation input interface, wherein, this touch-control type display module may correspond to this multiple stage computing machine and directly shows arbitrarily new emulation input interface;
Received by this display module and show this first image coming from this Multicomputer-management device;
Received by this touch-control type display module and show this second image coming from this Multicomputer-management device;
Receive one first external command to operate this first computing machine by this Multicomputer-management device by this emulation input interface, now user is according to this first computing machine of this first imaging operations shown by this display module;
The click receiving one second external command by this emulation input interface or be received on this second image shown by this touch-control type display module, to carry out computing machine switching action by this Multicomputer-management device, makes this display module show this second image; And
By this emulation input interface in order to receive one the 3rd external command to control this second computer by this Multicomputer-management device, now user supervises this first computing machine according to this first image shown by this display module.
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| CN101430620A (en) * | 2007-11-06 | 2009-05-13 | 英华达股份有限公司 | Notebook with multi-point touch control type screen |
| CN101673146A (en) * | 2008-09-10 | 2010-03-17 | 宏正自动科技股份有限公司 | Key-screen-mouse switch using touch screen |
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| US20080126629A1 (en) * | 2006-08-11 | 2008-05-29 | Aten International Co., Ltd. | Method of wake-up scan for kvm switch |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101430620A (en) * | 2007-11-06 | 2009-05-13 | 英华达股份有限公司 | Notebook with multi-point touch control type screen |
| CN101673146A (en) * | 2008-09-10 | 2010-03-17 | 宏正自动科技股份有限公司 | Key-screen-mouse switch using touch screen |
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