CN102004579A - Wireless touch display system and method - Google Patents
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- CN102004579A CN102004579A CN201010541169XA CN201010541169A CN102004579A CN 102004579 A CN102004579 A CN 102004579A CN 201010541169X A CN201010541169X A CN 201010541169XA CN 201010541169 A CN201010541169 A CN 201010541169A CN 102004579 A CN102004579 A CN 102004579A
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Abstract
The invention discloses a wireless touch display system and a wireless touch display method. The system comprises cloud equipment, a handheld device and a touch display, wherein the handheld device is wirelessly connected with the cloud equipment and the touch display; the handheld device is combined with the cloud equipment; digital information included by the cloud equipment is operated by a cloud operation mode; the handheld device generates operation image information of an operation condition of the handheld device and the operation image information is displayed by the touch display; the touch display then records a clicked state of a touch screen of the touch display to generate touch information and transmit the touch information to the handheld device; and the handheld device finds out an operating instruction of a touch information image on the operation image information to trigger the operating instruction so as to control the operation of the digital information.
Description
Technical field
The invention relates to a kind of high in the clouds system of combination of touch control panel, particularly, operate the wireless touch control display system and the method thereof of the distance of high in the clouds system to prolong contact panel relevant for the intermediary of hand-held device as contact panel.
Background technology
See also the execution Organization Chart that Fig. 1 illustrates the high in the clouds system of prior art.General high in the clouds equipment 1 is meant that with the direct framework of network equipment on the Internet, as high in the clouds server or supercomputer, it stores multiple different numerical data and executive routines such as multiple different application program, numerical information, media information.Wireless screen now can carry out long-range demonstration, and it connects the picture data that main frame provides, person further, and wireless contact panel more can its positional information of being touched of feedback, for program, software or the instruction of host analysis and trigger position information correspondence.As the wireless contact panel 2 of Fig. 1, it sees through network and is connected in high in the clouds equipment 1, and carries out or control the numerical data on it.Numerical data is most moved by high in the clouds equipment 1, and process and the result of operation to present be after high in the clouds equipment 1 and wireless contact panel 2 carry out information synchronization, to be presented in wireless contact panel 2.
Yet, the convenience of wireless contact panel 2 is handling good, and do not have the problem that winding displacement takes up room, but the wireless connections between wireless contact panel 2 and the high in the clouds equipment 1 are limited apart from meeting, just the technology of wireless connections is different and otherness apart from length arranged, promptly cause the user contiguous place of equipment 1 beyond the clouds, or one just can control high in the clouds equipment 1 to carry out the high in the clouds computing in the particular range, as long as one exceeds the wireless connections scope of high in the clouds equipment 1, wireless contact panel 2 promptly because of the transmission data that can't obtain high in the clouds equipment 1 lose effectiveness, real is inconvenient.
Summary of the invention
For addressing the above problem, the present invention discloses a kind of wireless touch control display system, and it comprises a high in the clouds equipment, hand-hold device and a touch control display.
High in the clouds equipment comprises at least one numerical information, hand-held device is with wireless connections high in the clouds equipment, and with the above-mentioned numerical information of high in the clouds compute mode operation, and hand-held device operates image information with the output touch control display in order to produce one of self-operating state, when a touch information of the reflection running image information that provides by touch control display is provided, carry out of the operation of an operational order of touch information triggering with control figure information.Touch control display then is connected with hand-held device is wireless, is shown in a Touch Screen to obtain the running image information, and Touch Screen is to produce above-mentioned touch information for touch-control.
For addressing the above problem, the present invention discloses a kind of wireless touch-control display packing, be applicable to a high in the clouds equipment, hand-hold device and a touch control display of wireless connections, method comprises: a numerical information that cooperates equipment operation high in the clouds, high in the clouds equipment to provide by hand-held device; Produce one of numerical information by hand-held device and move image information, to show the operation image information by touch control display to touch control display; Screen by touch control display record touch control display is subjected to position of touch, to produce a touch information and to be back to hand-held device; Analyze the operational order that touch information is mapped across the running image information by hand-held device; And by the operation of hand-held device trigger action instruction with control figure information, and the operation of output numerical information shows synchronously for touch control display.
Characteristics of the present invention be the present invention by hand-held device as the transmission intermediary between wireless contact panel and the high in the clouds equipment, utilize hand-held device to be connected to set up remote communication path with aerogram between the equipment of high in the clouds, again by between hand-held device and the wireless contact panel synchronously, make that wireless contact panel and high in the clouds equipment are not subjected to implement controlling the high in the clouds computing simultaneously apart from the wireless connections of being limit.Secondly, touch control display and hand-held device all can be made the Portable kenel, carry hand-held device and touch control display simultaneously for the user, and the convenience on lifting is used is with portable.Its three, the wireless connections mode between hand-held device and the touch control display also can reduce the component count that the user should carry, the complexity of reduce using simultaneously.
Description of drawings
Fig. 1 illustrates an execution Organization Chart of the high in the clouds system of prior art;
Fig. 2 A illustrates the Organization Chart of the wireless touch control display system of the embodiment of the invention;
Fig. 2 B illustrates the calcspar of the wireless touch control display system of the embodiment of the invention;
Fig. 3 illustrates the touch-control reflection synoptic diagram of the wireless touch control display system of the embodiment of the invention;
Fig. 4 A illustrates the complete high in the clouds compute mode synoptic diagram of the embodiment of the invention;
Fig. 4 B illustrates the local high in the clouds compute mode signal of the embodiment of the invention;
Fig. 5 A illustrates the wireless touch-control display packing process flow diagram of the embodiment of the invention; And
Fig. 5 B and Fig. 5 C illustrate the thin portion of the wireless touch-control display packing process flow diagram of the embodiment of the invention.
Embodiment
Now cooperate and graphic preferred embodiment of the present invention is described in detail as follows.
The touch-control reflection synoptic diagram, Fig. 4 A that at first see also Organization Chart that Fig. 2 A illustrates the wireless touch control display system of the embodiment of the invention, calcspar that Fig. 2 B illustrates the wireless touch control display system of the embodiment of the invention, wireless touch control display system that Fig. 3 illustrates the embodiment of the invention illustrate the complete high in the clouds compute mode synoptic diagram of the embodiment of the invention and illustrate with the local high in the clouds compute mode that Fig. 4 B illustrates the embodiment of the invention.
As Fig. 2 A and Fig. 2 B, this system comprises a high in the clouds equipment 10, hand-hold device 20 and a touch control display 30.High in the clouds equipment 10 is in order to be set up in the Internet 40, its equipment such as high in the clouds server or supercomputer.High in the clouds equipment 10 stores more than one numerical information 11, and the type of numerical information 11 comprises as webpage, application program, secretarial document, Digital Media ... etc.
Hand-held device 20 comprises a de-vice processor 21, a mnemon 22, a storage element 23, one first device radio-cell 24 and one second device radio-cell 25.The operating system 58 that provides the user to operate each function control platform of hand-held device is provided in the storage element 23.De-vice processor 21 keyholed back plates are executed in the operation of each application program, operating system 58 and numerical information 11 on the hand-held device 20.Mnemon 22 is in order to the temporary and conversion with the data of numerical information 11 of 21 pairs of relevant application programs of servicing unit processor, operating system 58.First 24 of the radio-cells of device are in order to see through a wide area digital radio communication modes to be wirelessly connected to high in the clouds equipment 10.This wide area digital radio communication modes system is as GSM, CDMA, WiMAX, GPRS, 3G or MMS/SMS.
Touch control display (touch display) 30 comprises a graphic process unit (graphic processor) 31, one display radio-cell (display wireless unit) 32 and one Touch Screen (touch panel) 33.The display radio-cell 32 and the second device radio-cell 25 interconnect wireless connections mode such as infrared ray, blue bud, radio broadcasting in a wireless connections mode ... etc.In addition, touch control display 30 is also disposed the combination of the touch control unit and the display panel of simple function.
At first, hand-held device 20 sees through the first device radio-cell 24 and is wirelessly connected to high in the clouds equipment 10, and hand-held device 20 is also set up when online with touch control display 30, and operating system 58 adapting device processors 21 produce the operation interface that presents in order to keyholed back plate high in the clouds equipment 10.This operation interface can in be built in operating system 58, or provide by high in the clouds equipment 10 and to give hand-held device 20.The running image information of this operation interface can see through the second device radio-cell 25 by de-vice processor 21 and transfer to display radio-cell 32, and is received by graphic process unit 31.Graphic process unit 31 can be analyzed image video data and the screen resolution that the running image information comprises, after the resolution of adjustment Touch Screen 33, sees through Touch Screen 33 again and shows the running image information, to present the image content that it comprises.By this, touch control display 30 promptly presents the operation screen to high in the clouds equipment 10 synchronously.Yet, hand-held device 20 can have identical running image information simultaneously with touch control display 30, touch control display 30 must show the running image information that it is obtained, and right 20 of hand-held devices can show the running image information that it has, and are not also shown the running image information that it has.In addition, the running image information can be temporary in mnemon 22 or storage element 23, so that de-vice processor 21 is carried out other operation with operating system 58.
On the other hand, the user learns the numerical information 11 that high in the clouds equipment 10 provides by touch control display 30 shown pictures, and therefrom selects an operation.Hand-held device 20 can cooperate high in the clouds equipment 10, and with the numerical information 11 of carrying out or using related tool to be selected with processing by the high in the clouds compute mode, the treatment state of numerical information 11 can transfer to hand-held device 20 by high in the clouds equipment 10.The relevant informations such as treatment state that the de-vice processor 21 of hand-held device 20 is understood the numerical information 11 that will obtain form above-mentioned running image information to transfer to touch control display 30, to be shown the image content of running image informations by touch control display 30.When reaching hand-held device 20 and carrying out the high in the clouds computing with high in the clouds equipment 10, the running picture of touch control display 30 synchronous display digit information 11.
Continuous please consult Fig. 3 simultaneously, when the user clicked Touch Screen 33, Touch Screen 33 can produce corresponding touch information 51 according to clicked position, and transmission display device radio-cell 32 transfers to the second device radio-cell 25.De-vice processor 21 can obtain this touch information 51, and the running image information 52 that this touch information 51 is videoed and had to hand-held device 20, to find out a corresponding click position 53 on running image information 52, analyze click location 53 operational order or instrument pointed, to trigger the operational order of corresponding click location 53.
Yet the mode of trigger action instruction has two kinds, and one is complete high in the clouds compute mode, and one is local high in the clouds compute mode.Be described as follows:
(1) complete high in the clouds compute mode: as Fig. 4 A, de-vice processor 21 be see through the first device radio-cell 24 with the related information transmission of operational order 54 to high in the clouds equipment 10, to carry out this operational order 54 by high in the clouds equipment 10, high in the clouds equipment 10 can transfer to hand-held device 20 with the result 55 of numerical information, de-vice processor 21 can be handled this result 55 and form above-mentioned running image information 52 to transfer to touch control display 30, by its synchronous demonstration.
(2) local high in the clouds compute mode: as Fig. 4 B, the temporary information 56 of the execution of numerical information 11 can transfer to hand-held device 20 by high in the clouds equipment 10, and is temporary in mnemon 22 by de-vice processor 21.De-vice processor 21 can be carried out this operational order 54 is carried out temporary information 56 with control operation, and the operation result 59 that will carry out temporary information 56 transfers to high in the clouds equipment 10, upgrades the numerical information 11 that high in the clouds equipment 10 has according to operation result 59 by high in the clouds equipment 10.
Yet, as Fig. 4 A and Fig. 4 B, fully high in the clouds compute mode and local high in the clouds compute mode are changeable executions, promptly are to put down in writing the terminal conditions 57 that the system information of hand-held device 20 takies in advance at the execution firmware of storage element 23, operating system 58 or de-vice processor 21.In this explanation earlier, system resource comprises the occupancy as de-vice processor 21, mnemon 22 occupancies of hand-held device 20 and the execution time of operational order 54, terminal conditions 57 is meant the high threshold of occupancy of said system resource, for example the occupancy of de-vice processor 21 is the highest by 50%, mnemon 22 occupancies the highest 30% of hand-held device 20 are the highest 10 seconds with the execution time of operational order 54 ... etc., but do not exceed with these conditions, the occupancy of other conditions of similarity such as de-vice processor 21 is the highest by 30%, mnemon 22 occupancies the highest 40% of hand-held device 20 are the highest 5 seconds with the execution time of operational order, wait identical or akin terminal conditions also is suitable for.
Take the degree condition set upper limit that whether breaks bounds when the system resource of de-vice processor 21 analysis operations instruction 54 is predetermined.If analysis result is for exceeding, then de-vice processor 21 is according to aforementioned complete high in the clouds compute mode, with the related information transmission of operational order to high in the clouds equipment 10, to carry out these operational orders by high in the clouds equipment 10.
Otherwise if analysis result is not for exceeding, the 21 aforementioned local high in the clouds of foundation of de-vice processor compute mode is carried out this operational order and is carried out the operation of temporary information 56 with control, and will carry out the operation result of keeping in information 56 and transfer to high in the clouds equipment 10.
See also the thin portion of the wireless touch-control display packing process flow diagram that wireless touch-control display packing process flow diagram, Fig. 5 B and Fig. 5 C that Fig. 5 A illustrates the embodiment of the invention illustrate the embodiment of the invention.The method is applicable to a high in the clouds equipment, hand-hold device and a touch control display of wireless connections, please consults Fig. 2 A to Fig. 4 B simultaneously and is beneficial to understand, and flow process is as follows:
Cooperate high in the clouds equipment 10 by hand-held device 20, move the numerical information 11 (step S110) that high in the clouds equipment 10 provides with the high in the clouds compute mode.Produce an operation image information 52 to touch control display by hand-held device 20, to show operation image information 52 (step S120) by touch control display 30.As described above, hand-held device 20 sees through the first device radio-cell 24 and is wirelessly connected to high in the clouds equipment 10, and hand-held device 20 and touch control display 30 are set up when online, hand-held device 20 can produce the operation interface that presents in order to keyholed back plate high in the clouds equipment 10, this operation interface can in be built in operating system 58, or provide by high in the clouds equipment 10 and to give hand-held device 20.The running image information 52 of this operation interface can be transferred to touch control display 30 by hand-held device 20.The graphic process unit 31 of touch control display 30 can be analyzed image video data and the screen resolution that running image information 52 comprises, the Touch Screen 33 that sees through touch control display 30 shows the image content that running image information 52 comprises.
The user learns the numerical information 11 that high in the clouds equipment 10 provides by touch control display 30 shown pictures, and therefrom selects an operation.Hand-held device 20 can cooperate high in the clouds equipment 10 to handle the numerical information 11 that is selected with the high in the clouds compute mode, and the treatment state of numerical information 11 can transfer to hand-held device 20 by high in the clouds equipment 10.The relevant informations such as treatment state that the de-vice processor 21 of hand-held device 20 is understood the numerical information 11 that will obtain form above-mentioned running image information 52, to transfer to touch control display 30 for its synchronous demonstration.
Analyze the operational order (step S140) that touch information 51 is mapped across running image information 52 by hand-held device 20.Hand-held device 20 can be obtained this touch information 51, and the running image information 52 that this touch information 51 is videoed and had to hand-held device 20, corresponding on running image information 52, one click position 53 to find out, analyze and trigger click location 53 operational order 54 or instrument pointed.
By hand-held device 20 trigger actions instruction 54 operations with control figure information 11, and the operation of output numerical information shows (step S150) synchronously for touch control display 30.As described above, the mode of trigger action instruction 54 has two kinds of complete high in the clouds compute mode and local high in the clouds compute modes, and the flow process of switch mode such as Fig. 5 B illustrate, and process description is as follows:
By the predetermined degree (step S210) that takies of the system resource of hand-held device 20 analysis operations instruction.System resource comprised as mnemon 22 occupancies of the occupancy of de-vice processor 21, hand-held device 20 and the execution time of operational order 54.System resource is predetermined take degree promptly be hand-held device when executable operations is instructed, predetermined system resource and its use amount that can use.
Judging by hand-held device 20 that system resource is predetermined takies degree and whether exceeds a terminal conditions 57 (step S220).As described above, the execution firmware of storage element 23, operating system 58 or de-vice processor 21 is put down in writing the terminal conditions 57 that the system information of hand-held device 20 takies in advance.Terminal conditions 57 is meant the high threshold of occupancy of the system resource of hand-held device 20, occupancy as de-vice processor 21, mnemon 22 occupancies of hand-held device 20, the execution time of operational order 54 ... etc., hand-held device 20 can the analytic system resource reservations takies whether the break bounds upper bound condition of condition of degree.
When system resource is predetermined when taking degree and breaking bounds condition, hand-held device 20 promptly can aforementioned complete high in the clouds compute mode, with the related information transmission of operational order 54 to high in the clouds equipment 10, make high in the clouds equipment 10 executable operations instruction 54, high in the clouds equipment 10 transfers to hand-held device 20 (step S230) with the execution result of operational order 54.
When system resource is predetermined when taking degree and not breaking bounds condition, hand-held device 20 is according to aforementioned local high in the clouds compute mode, by hand-held device 20 executable operations instruction 54, and the execution result of transmission operational order 54 is to high in the clouds equipment 10, to upgrade the numerical information 11 (step S240) of high in the clouds equipment 10.
Yet the thin portion practice such as Fig. 5 B of local high in the clouds compute mode illustrate, and are carried out the operation (step S310) of temporary information 56 with one of control figure information 11 according to operational order 54 by hand-held device 20.The temporary information 56 of the execution of numerical information 11 can transfer to hand-held device 20 by high in the clouds equipment 10, and is temporary in mnemon 22 by de-vice processor 21, and de-vice processor 21 can be carried out this operational order 54 is carried out temporary information 56 with control operation.Afterwards, the operation result that will be carried out temporary information 56 by hand-held device 20 transfers to high in the clouds equipment 10 (step S320), upgrades numerical information 11 (step S330) by high in the clouds equipment 10 according to operation result.
In sum, be only notebook invention for presenting the embodiment or the embodiment of the technological means that adopted of dealing with problems, be not the scope that is used for limiting patent working of the present invention.Be that patent claim context all and of the present invention conforms to, or change and modification, be all claim of the present invention and contain according to the equalization that claim of the present invention is done.
Claims (10)
1. a wireless touch control display system is characterized in that, comprising:
One high in the clouds equipment comprises at least one numerical information;
Hand-hold device, be these high in the clouds equipment of wireless connections, move this numerical information with the high in the clouds compute mode, running image information when this hand-held device moves in order to produce this numerical information is with output, and when obtaining a touch information of this running image information of reflection, an operational order of carrying out this touch information triggering is to control the operation of this numerical information; And
One touch control display, this hand-held device of wireless connections is to obtain this running image information to be shown in
One Touch Screen, this Touch Screen are to produce this touch information for touch-control.
2. wireless touch control display system as claimed in claim 1 is characterized in that, this running image information comprises image video data and screen resolution.
3. wireless touch control display system as claimed in claim 1 is characterized in that, this hand-held device is finding out at least one click location of this running image information, to trigger this operational order that should click location according to this touch information.
4. wireless touch control display system as claimed in claim 1 is characterized in that, this operational order is this high in the clouds equipment that is back to, and controls the operation of this numerical information according to this operational order for this high in the clouds equipment.
5. wireless touch control display system as claimed in claim 1, it is characterized in that, it is a mnemon that is temporary in this hand-held device that one of this numerical information is carried out temporary information, this operational order is to be carried out to control the operation of the temporary information of this execution by this hand-held device, and the operation result that will carry out temporary information transfers to this high in the clouds equipment, upgrades this numerical information for this high in the clouds equipment according to this operation result.
6. wireless touch control display system as claimed in claim 1 is characterized in that, this hand-held device is according to the predetermined degree that takies of the system resource of this operational order, is carried out this operational order or is carried out this operational order by this high in the clouds equipment by this hand-held device to judge.
7. wireless touch control display system as claimed in claim 6 is characterized in that, the system resource of this operational order is scheduled to take the one at least that degree comprises a de-vice processor occupancy, a mnemon occupancy and this operational order execution time.
8. a wireless touch-control display packing is characterized in that, is applicable to a high in the clouds equipment, hand-hold device and a touch control display of wireless connections, and this method comprises:
Cooperate this high in the clouds equipment by this hand-held device, move the numerical information that this high in the clouds equipment provides with the high in the clouds compute mode;
Produce an operation image information of this numerical information to this touch control display, to show this operation image information by this touch control display by this hand-held device;
The Touch Screen that is write down this touch control display by this touch control display is subjected to position of touch, produces a touch information to be back to this hand-held device;
Analyze the operational order that this touch information is mapped across this running image information by this hand-held device; And
Trigger this operational order controlling the operation of this numerical information by this hand-held device, and the operation of exporting this numerical information shows synchronously for this touch control display.
9. wireless touch-control display packing as claimed in claim 8 is characterized in that, triggers this operational order and comprises with this step of the operation of controlling this numerical information:
Carry out the operation of temporary information according to this operational order to control one of this numerical information by this hand-held device;
The operation result that to be carried out temporary information by this hand-held device transfers to this high in the clouds equipment; And
Upgrade this numerical information by this high in the clouds equipment according to this operation result.
10. wireless touch-control display packing as claimed in claim 8 is characterized in that, triggers this operational order and comprises with this step of the operation of controlling this numerical information:
Analyze the predetermined degree that takies of system resource of this operational order by this hand-held device;
Judging by this hand-held device that this system resource is predetermined takies degree and whether exceeds a terminal conditions;
When this system resource is predetermined when taking degree and exceeding this terminal conditions, make this high in the clouds equipment carry out this operational order, this high in the clouds equipment is that the execution result with this operational order transfers to this hand-held device; And, carry out this operational order by this hand-held device, and the execution result that transmits this operational order is to this high in the clouds equipment, to upgrade this numerical information of this high in the clouds equipment when this system resource is predetermined when taking degree and not exceeding this terminal conditions.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
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| CN201010541169XA CN102004579A (en) | 2010-11-09 | 2010-11-09 | Wireless touch display system and method |
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| CN201010541169XA CN102004579A (en) | 2010-11-09 | 2010-11-09 | Wireless touch display system and method |
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| CN103136973A (en) * | 2011-11-23 | 2013-06-05 | 刘东兴 | Electron cloud textbook |
| CN103488276A (en) * | 2012-06-11 | 2014-01-01 | 邱金和 | Cloud Computing Device Improvements |
| CN105279205A (en) * | 2014-07-25 | 2016-01-27 | 南京瀚宇彩欣科技有限责任公司 | Intelligent internet network system and hand-held electronic apparatus |
| CN105278619A (en) * | 2014-07-25 | 2016-01-27 | 南京瀚宇彩欣科技有限责任公司 | Electronic information crosslinking system and handheld electronic device |
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Application publication date: 20110406 |