CN203984604U - Remote control equipment and remote control system - Google Patents
Remote control equipment and remote control system Download PDFInfo
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- CN203984604U CN203984604U CN201420403401.7U CN201420403401U CN203984604U CN 203984604 U CN203984604 U CN 203984604U CN 201420403401 U CN201420403401 U CN 201420403401U CN 203984604 U CN203984604 U CN 203984604U
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Abstract
The utility model is about a kind of remote control equipment and remote control system.Described remote control equipment comprises: touch-control sensing unit, and it comprises operation Touch Zone and at least one function items Touch Zone; The first monitoring means, for the function items Touch Zone at the first touch point place of monitor user ' touch-control touch-control sensing unit; The function items Touch Zone of remote signal transmitter unit for monitoring according to the first monitoring means, sends corresponding function regulating command to remotely-controlled equipment, so that the function that remotely-controlled equipment is specified in function regulating command regulates pattern; The second monitoring means is used for the second touch point of monitor user ' touch-control touch-control sensing unit at the movement locus operating in Touch Zone; Remote signal transmitter unit is the movement locus for monitoring according to the second monitoring means also, sends corresponding adjustment operation instruction to remotely-controlled equipment, so that remotely-controlled equipment is carried out the adjustment operation that adjustment operation instruction is specified under described function adjusting pattern.The utility model is simple in structure, convenient operation.
Description
Technical field
The utility model relates to a kind of electrical accessorie, particularly relates to a kind of remote control equipment and remote control system.
Background technology
At present, for aspect user uses, increasing electronic equipment is all furnished with remote control equipment.Remote control equipment is the important interactive media of realizing man-machine interaction.Existing remote control equipment adopts the structure shown in Fig. 1 to realize conventionally, and multiple function buttons of arranging on the plate face of remote control equipment, to realize required multiple distant control function.
But the intelligent degree of existing electronic equipment is more and more higher, between remote control equipment and electronic equipment, need the behavior that realizes man-machine interaction also just to get more and more, the function key on remote control equipment also just increases thereupon thus.Button on remote control equipment is more, and the difficulty that user searches required button in numerous buttons is just larger, especially obvious in the time of the input of numeral and/or character.The remote controller ease for use of existing structure is low, and input efficiency is low, and user experiences poor.
Utility model content
Main purpose of the present utility model is, a kind of remote control equipment and remote control system of new structure is provided, and with simplified structure, handled easily, is suitable for practicality more.
The purpose of this utility model and solve its technical problem and realize by the following technical solutions.
First aspect of the utility model has proposed a kind of remote control equipment, and it comprises:
Touch-control sensing unit, it comprises operation Touch Zone and at least one function items Touch Zone;
The first monitoring means, is connected with described touch-control sensing unit, for the function items Touch Zone at the first touch point place of touch-control sensing unit described in monitor user ' touch-control;
Remote signal transmitter unit, be connected with described the first monitoring means, for the described function items Touch Zone monitoring according to described the first monitoring means, send function regulating command corresponding to described function items Touch Zone to remotely-controlled equipment, so that the function that described remotely-controlled equipment is specified in described function regulating command regulates pattern;
The second monitoring means, is connected with described touch-control sensing unit, the movement locus for the second touch point of touch-control sensing unit described in monitor user ' touch-control in described operation Touch Zone;
Described remote signal transmitter unit, be connected with described the second monitoring means, the also described movement locus for monitoring according to described the second monitoring means, send to described remotely-controlled equipment the adjustment operation instruction that described movement locus is corresponding, so that described remotely-controlled equipment is carried out the adjustment operation that described adjustment operation instruction is specified under described function adjusting pattern.
Optionally, above-mentioned remote control equipment, wherein, the described function items Touch Zone of described touch-control sensing unit is three;
Function items Touch Zone described in three is respectively: channel adjustment Touch Zone, volume adjusting Touch Zone and keypad function Touch Zone.
Optionally, above-mentioned remote control equipment, wherein, described remote signal transmitter unit comprises: mission controller and reflector, wherein,
Described mission controller, be connected with described the first monitoring means and the second monitoring means respectively, for the described function items Touch Zone monitoring according to described the first monitoring means, send the first control command to described reflector, the described movement locus monitoring according to described the second monitoring means, sends the second control command to described reflector;
Described reflector, be connected with described mission controller, for sending function regulating command corresponding to described function items Touch Zone according to described the first control command receiving to described remotely-controlled equipment, send to described remotely-controlled equipment the adjustment operation instruction that described movement locus is corresponding according to the second control command receiving.
Optionally, above-mentioned remote control equipment, wherein, described reflector is infrared-emitting diode, the control command output of described mission controller and the anodic bonding of described infrared-emitting diode.
Second aspect of the utility model proposed a kind of remote control system, comprising: remotely-controlled equipment and remote control equipment, described remotely-controlled equipment and the communication connection of described remote control equipment; Wherein,
Described remote control equipment comprises:
Touch-control sensing unit, it comprises operation Touch Zone and at least one function items Touch Zone;
The first monitoring means, is connected with described touch-control sensing unit, for the function items Touch Zone at the first touch point place of touch-control sensing unit described in monitor user ' touch-control;
Remote signal transmitter unit, be connected with described the first monitoring means, for the described function items Touch Zone monitoring according to described the first monitoring means, send function regulating command corresponding to described function items Touch Zone to remotely-controlled equipment, so that the function that described remotely-controlled equipment is specified in described function regulating command regulates pattern;
The second monitoring means, is connected with described touch-control sensing unit, the movement locus for the second touch point of touch-control sensing unit described in monitor user ' touch-control in described operation Touch Zone;
Described remote signal transmitter unit, be connected with described the second monitoring means, the also described movement locus for monitoring according to described the second monitoring means, send to described remotely-controlled equipment the adjustment operation instruction that described movement locus is corresponding, so that described remotely-controlled equipment is carried out the adjustment operation that described adjustment operation instruction is specified under described function adjusting pattern.
Optionally, above-mentioned remote control system, wherein, described remotely-controlled equipment is TV.
By technique scheme, the utility model remote control equipment and remote control system at least have following advantages:
The technical scheme that the utility model provides, by described touch-control sensing unit is set, is reduced to touch-induction-type remote control equipment by existing physical button formula remote control equipment, has simplified the structure of remote control equipment; By two kinds of Touch Zones are set on described touch-control sensing unit, operate Touch Zone and function items Touch Zone, with described in user's touch-control when function items Touch Zone remote control equipment control remotely-controlled equipment enter corresponding function and regulate pattern, and then according to user the touch trajectory in described operation Touch Zone, remote control equipment control remotely-controlled equipment is carried out corresponding adjustment operation under described function adjusting pattern, reduce the process that user searches corresponding function key, simplify operation, improve the ease for use of remote control equipment, be more suitable for practicality.
Above-mentioned explanation is only the general introduction of technical solutions of the utility model, in order to better understand technological means of the present utility model, and can be implemented according to the content of specification, below with preferred embodiment of the present utility model and coordinate accompanying drawing to be described in detail as follows.
Brief description of the drawings
Fig. 1 is the structural representation of existing remote control equipment;
The schematic diagram of a kind of implementation structure of the remote control equipment that Fig. 2 provides for the utility model embodiment mono-;
The schematic diagram of touch-control sensing unit in the remote control equipment that Fig. 3 provides for the utility model embodiment mono-;
The schematic diagram of the another kind of implementation structure of the remote control equipment that Fig. 4 provides for the utility model embodiment mono-;
The structural representation of the remote control system that Fig. 5 provides for the utility model embodiment bis-;
The remote control system that Fig. 6 provides for the utility model embodiment bis-is carried out the flow diagram of channel adjustment;
The remote control system that Fig. 7 provides for the utility model embodiment bis-is carried out the flow diagram of volume adjusting;
The flow diagram that Fig. 8 carries out keypad character input for the remote control system that the utility model embodiment bis-provides.
Embodiment
The utility model embodiment solves the problems such as the remote controller ease for use of existing structure is low, and input efficiency is low, has proposed a kind of remote control equipment and remote control system of new structure, to simplify the structure of remote control equipment, user-friendly.
The technical scheme of the utility model embodiment is for solving the problems of the technologies described above, and general thought is as follows:
In the technical scheme that the utility model embodiment provides, described remote control equipment comprises:
Touch-control sensing unit, it comprises operation Touch Zone and at least one function items Touch Zone;
The first monitoring means, is connected with described touch-control sensing unit, for the function items Touch Zone at the first touch point place of touch-control sensing unit described in monitor user ' touch-control;
Remote signal transmitter unit, be connected with described the first monitoring means, for the described function items Touch Zone monitoring according to described the first monitoring means, send function regulating command corresponding to described function items Touch Zone to remotely-controlled equipment, so that the function that described remotely-controlled equipment is specified in described function regulating command regulates pattern;
The second monitoring means, is connected with described touch-control sensing unit, the movement locus for the second touch point of touch-control sensing unit described in monitor user ' touch-control in described operation Touch Zone;
Described remote signal transmitter unit, be connected with described the second monitoring means, the also described movement locus for monitoring according to described the second monitoring means, send to described remotely-controlled equipment the adjustment operation instruction that described movement locus is corresponding, so that described remotely-controlled equipment is carried out the adjustment operation that described adjustment operation instruction is specified under described function adjusting pattern.
The technical scheme that the utility model provides, by described touch-control sensing unit is set, is reduced to touch-induction-type remote control equipment by existing physical button formula remote control equipment, has simplified the structure of remote control equipment; By two kinds of Touch Zones are set on described touch-control sensing unit, operate Touch Zone and function items Touch Zone, with described in user's touch-control when function items Touch Zone remote control equipment control remotely-controlled equipment enter corresponding function and regulate pattern, and then according to user the touch trajectory in described operation Touch Zone, remote control equipment control remotely-controlled equipment is carried out corresponding adjustment operation under described function adjusting pattern, reduce the process that user searches corresponding function key, simplify operation, improve the ease for use of remote control equipment, be more suitable for practicality.
Technological means and effect of taking for reaching predetermined utility model object for further setting forth the utility model, below in conjunction with accompanying drawing and preferred embodiment, to its embodiment of supporting seat, structure, feature and effect thereof according to the utility model proposes, be described in detail as follows.In following explanation, the not necessarily same embodiment that different " embodiment " or " embodiment " refer to.In addition, special characteristic, structure or the feature in one or more embodiment can be combined by any suitable form.
The structural representation of the remote control equipment that as shown in Figures 2 and 3, the utility model embodiment mono-provides.As shown in Figure 2, the remote control equipment described in the present embodiment one comprises: touch-control sensing unit 1, the first monitoring means 2, remote signal transmitter unit 3 and the second monitoring means 4.Wherein, as shown in Figure 3, described touch-control sensing unit 1 comprises: operation Touch Zone 11 and at least one function items Touch Zone 12.Described the first monitoring means 2 is connected with described touch-control sensing unit 1.Described remote signal transmitter unit 3 is connected with described the first monitoring means 2 and described the second monitoring means 4 respectively.The described function items Touch Zone 12 of described remote signal transmitter unit 3 for monitoring according to described the first monitoring means 2, send the function regulating command of described function items Touch Zone 12 correspondences to remotely-controlled equipment, so that the function that described remotely-controlled equipment is specified in described function regulating command regulates pattern.Described the second monitoring means 4 is the movement locus in described operation Touch Zone 11 for the second touch point of touch-control sensing unit described in monitor user ' touch-control.Described remote signal transmitter unit 3 is the described movement locus for monitoring according to described the second monitoring means 4 also, send to described remotely-controlled equipment the adjustment operation instruction that described movement locus is corresponding, so that described remotely-controlled equipment is carried out the adjustment operation that described adjustment operation instruction is specified under described function adjusting pattern.
The technical scheme that the utility model provides, by described touch-control sensing unit is set, is reduced to touch-induction-type remote control equipment by existing physical button formula remote control equipment, has simplified the structure of remote control equipment; By two kinds of Touch Zones are set on described touch-control sensing unit, operate Touch Zone and function items Touch Zone, with described in user's touch-control when function items Touch Zone remote control equipment control remotely-controlled equipment enter corresponding function and regulate pattern, and then according to user the touch trajectory in described operation Touch Zone, remote control equipment control remotely-controlled equipment is carried out corresponding adjustment operation under described function adjusting pattern, reduce the process that user searches corresponding function key, simplify operation, improve the ease for use of remote control equipment, be more suitable for practicality.
Wherein, the touch sensing unit described in above-described embodiment can be capacitance touch sensing unit or resistive touch sensing unit.
The described function items Touch Zone of the touch-control sensing unit described in above-described embodiment is three.Function items Touch Zone described in three can be respectively: channel adjustment Touch Zone, volume adjusting Touch Zone and keypad function Touch Zone.Certainly, function items described in the utility model Touch Zone is not limited in above-mentioned three kinds, also can set up other function items Touch Zones according to actual Functional Design demand, for example, and the power on/off function Touch Zone shown in Fig. 2 and mute function Touch Zone etc.
Further, remote signal transmitter unit 3 described in the remote control equipment described in above-described embodiment can adopt the structure shown in Fig. 4 to realize.Concrete, described distant control function signal transmitter unit 3 comprises: mission controller 31 and reflector 32.Wherein, described mission controller 31 is connected with described the first monitoring means 2 and the second monitoring means 4 respectively.Described reflector 32 is connected with described mission controller 31.The described function items Touch Zone of described mission controller 31 for monitoring according to described the first monitoring means 2, send the first control command to described reflector 32, also the described movement locus for monitoring according to described the second monitoring means 4, sends the second control command to described reflector 32.Described reflector 32 regulates idsplay order for sending function corresponding to described function items Touch Zone according to described the first control command receiving to described remotely-controlled equipment, sends the adjustment operation instruction that described movement locus is corresponding according to the second control command receiving to described remotely-controlled equipment.
Communication between remotely-controlled equipment and remote control equipment can be realized by infrared, bluetooth or Zigbee-technology, does not do concrete restriction at this.Concrete, if the communication between described remotely-controlled equipment and remote control equipment is by this infrared realization, described reflector is infrared-emitting diode, the control command output of described mission controller and the anodic bonding of described infrared-emitting diode.
The structural representation of the remote control system that as shown in Figure 5, the utility model embodiment bis-provides.As shown in Figure 5, the remote control system described in the present embodiment two comprises: remotely-controlled equipment 10 and remote control equipment 20.Described remotely-controlled equipment 10 communicates to connect with described remote control equipment 20.Wherein, shown in Fig. 1 and Fig. 2, described remote control equipment 20 comprises: touch-control sensing unit 1, the first monitoring means 2, remote signal transmitter unit 3 and the second monitoring means 4.Wherein, described touch-control sensing unit 1 comprises: operation Touch Zone 11 and at least one function items Touch Zone 12.Described the first monitoring means 2 is connected with described touch-control sensing unit 1.Described remote signal transmitter unit divides 3 not to be connected with described the first monitoring means 2 and described the second monitoring means 4.The described function items Touch Zone 12 of described remote signal transmitter unit 3 for monitoring according to described the first monitoring means 2, send the function regulating command of described function items Touch Zone 12 correspondences to remotely-controlled equipment 10, so that the function that described remotely-controlled equipment 10 is specified in described function regulating command regulates pattern.Described the second monitoring means 4 is the movement locus in described operation Touch Zone 11 for the second touch point of touch-control sensing unit 1 described in monitor user ' touch-control.Described remote signal transmitter unit 3 is the described movement locus for monitoring according to described the second monitoring means 4 also, send to described remotely-controlled equipment 10 the adjustment operation instruction that described movement locus is corresponding, so that described remotely-controlled equipment 10 is carried out the adjustment operation that described adjustment operation instruction is specified under described function adjusting pattern.
Concrete, the remote control equipment that the remote control equipment described in the present embodiment can adopt above-described embodiment one to provide, specific implementation principle and implementation structure can, referring to the related content in above-described embodiment, repeat no more herein.In addition, the remotely-controlled equipment described in the present embodiment can be TV.
Below in conjunction with Fig. 6,7 and with the example shown in 8, the operation principle of the described remote control equipment that the present embodiment is provided is further described, to help to understand the technical scheme that the utility model provides.
As shown in Fig. 6, Fig. 7 and Fig. 8, in described remote control equipment, the described function items Touch Zone of touch-control sensing unit is three, and function items Touch Zone described in described three can be respectively: channel adjustment Touch Zone 121, volume adjusting Touch Zone 123 and keypad function Touch Zone 122.Described channel adjustment Touch Zone 121, keypad function Touch Zone 122 and volume adjusting Touch Zone 123 set gradually under upper.
The first monitoring means is monitored the first touch point of touch-control sensing unit described in user's finger touches.
As shown in Figure 6, if when the function items Touch Zone at described the first touch point place is channel adjustment Touch Zone 121, the remote signal transmitter unit of remote control equipment 20 sends channel adjustment instruction to remotely-controlled equipment 10, so that described remotely-controlled equipment 10 is in channel adjustment pattern, and on the display screen of remotely-controlled equipment 10, present multiple channel item.For example, the each channel item shown in Fig. 6 is cross arranges, the center of current channel in cross, and first channel of current channel left and right sides is respectively user and watches at ordinary times frequency fault and time high channel, other the like.The channel item of current channel place file can be arranged according to frequency order.Now, user can control described remotely-controlled equipment 10 by the operation Touch Zone 11 of the touch-control sensing unit of remote control equipment described in touch-control 20 and carry out channel switching, as shown in Figure 6 left, to the right, slide up or down.The second monitoring means is monitored at the running orbit (running orbit comprises directional information and trace information) operating in Touch Zone 11 the second touch point of touch-control sensing unit described in user's touch-control, and the described movement locus monitoring is sent to the remote signal transmitter unit of described remote control equipment 20, so that sending to switch to described remotely-controlled equipment 10, described remote signal transmitter unit moves the adjustment operation instruction that stops the corresponding channel of channel item of (being that user stops touch-control sensing unit described in touch-control) position in described movement locus from current channel along described movement locus direction, so that current channel is adjusted to the channel that described adjustment operation instruction is specified by described remotely-controlled equipment.
As shown in Figure 7, if when the function items Touch Zone at described the first touch point place is volume adjusting Touch Zone 123, the remote signal transmitter unit of remote control equipment 20 is to being sent volume adjusting instruction by distant control function equipment 10, so that described remotely-controlled equipment 10 is in volume control mode, and on the display screen of remotely-controlled equipment 10, present volume adjusting bar.For example, the volume adjusting bar shown in Fig. 7, upwards tuning amount increases, and tuning amount reduces downwards.Now, user can control described remotely-controlled equipment 10 by the operation Touch Zone 11 of the touch-control sensing unit of remote control equipment described in touch-control 20 and carries out volume adjusting.The second monitoring means is monitored at the running orbit operating in Touch Zone 11 the second touch point of touch-control sensing unit described in user's touch-control, and the described movement locus monitoring is sent to the remote signal transmitter unit of described remote control equipment, so that remote signal transmitter unit sends to described remotely-controlled equipment 10 the adjustment operation instruction that described movement locus is corresponding.For example, if described movement locus is movement locus upwards, corresponding adjustment operation instruction is the operational order that volume tunes up; If described movement locus is downward movement locus, corresponding adjustment operation instruction is the operational order that volume is turned down.Described remote control equipment 10 is according to the described adjustment operation instruction receiving, the volume of corresponding adjusting remotely-controlled equipment.
As shown in Figure 8, if when the function items Touch Zone at described the first touch point place is keypad function Touch Zone 122, the remote signal transmitter unit of remote control equipment 20 is to being sent keypad function regulating command by distant control function equipment 10, so that described remotely-controlled equipment 10 is in keypad function input pattern, and on the display screen of remotely-controlled equipment 10, present software dish (as shown in Figure 8).Now, user can by the operation Touch Zone 11 of the touch-control sensing unit of remote control equipment described in touch-control 20 control described remotely-controlled equipment 10 carry out character or numeral choose.The second monitoring means is monitored at the running orbit operating in Touch Zone 11 the second touch point of touch-control sensing unit described in user's touch-control, and the described running orbit monitoring is sent to described remote signal transmitter unit.Wherein, described running orbit can be shown in Fig. 8, the running orbit in upper and lower, left and right direction.Described remote signal transmitter unit is according to the running orbit receiving, send the instruction of character adjustment operation to described remotely-controlled equipment, so that described remotely-controlled equipment specified character or numeral when cursor is stopped from current character or digital mobile to described movement locus.When after selected character or numeral, user can touch-control described in any region on the operation Touch Zone 11 of touch-control sensing unit of remote control equipment 20 determine the selected character of input or numeral.
Above-mentioned example only shows channel adjustment, the function of audio frequency adjusting and keypad character or numeral, and in like manner, other distant control functions can also adopt aforesaid way to realize, and just repeat no more herein.
The above, it is only preferred embodiment of the present utility model, not the utility model is done to any pro forma restriction, any simple modification, equivalent variations and the modification above embodiment done according to technical spirit of the present utility model, all still belong in the scope of technical solutions of the utility model.
Claims (6)
1. a remote control equipment, is characterized in that, comprising:
Touch-control sensing unit, it comprises operation Touch Zone and at least one function items Touch Zone;
The first monitoring means, is connected with described touch-control sensing unit, for the function items Touch Zone at the first touch point place of touch-control sensing unit described in monitor user ' touch-control;
Remote signal transmitter unit, be connected with described the first monitoring means, for the described function items Touch Zone monitoring according to described the first monitoring means, send function regulating command corresponding to described function items Touch Zone to remotely-controlled equipment, so that the function that described remotely-controlled equipment is specified in described function regulating command regulates pattern;
The second monitoring means, is connected with described touch-control sensing unit, the movement locus for the second touch point of touch-control sensing unit described in monitor user ' touch-control in described operation Touch Zone;
Described remote signal transmitter unit, be connected with described the second monitoring means, the also described movement locus for monitoring according to described the second monitoring means, send to described remotely-controlled equipment the adjustment operation instruction that described movement locus is corresponding, so that described remotely-controlled equipment is carried out the adjustment operation that described adjustment operation instruction is specified under described function adjusting pattern.
2. remote control equipment according to claim 1, is characterized in that, the described function items Touch Zone of described touch-control sensing unit is three;
Function items Touch Zone described in three is respectively: channel adjustment Touch Zone, volume adjusting Touch Zone and keypad function Touch Zone.
3. remote control equipment according to claim 1 and 2, is characterized in that, described remote signal transmitter unit comprises: mission controller and reflector, wherein,
Described mission controller, be connected with described the first monitoring means and the second monitoring means respectively, for the described function items Touch Zone monitoring according to described the first monitoring means, send the first control command to described reflector, the described movement locus monitoring according to described the second monitoring means, sends the second control command to described reflector;
Described reflector, be connected with described mission controller, for sending function regulating command corresponding to described function items Touch Zone according to described the first control command receiving to described remotely-controlled equipment, send to described remotely-controlled equipment the adjustment operation instruction that described movement locus is corresponding according to the second control command receiving.
4. remote control equipment according to claim 3, is characterized in that, described reflector is infrared-emitting diode, the control command output of described mission controller and the anodic bonding of described infrared-emitting diode.
5. a remote control system, is characterized in that, comprising: arbitrary described remote control equipment in remotely-controlled equipment and the claims 1～4.
6. remote control system according to claim 5, is characterized in that, described remotely-controlled equipment is TV.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420403401.7U CN203984604U (en) | 2014-07-21 | 2014-07-21 | Remote control equipment and remote control system |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201420403401.7U CN203984604U (en) | 2014-07-21 | 2014-07-21 | Remote control equipment and remote control system |
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| CN203984604U true CN203984604U (en) | 2014-12-03 |
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| CN201420403401.7U Active CN203984604U (en) | 2014-07-21 | 2014-07-21 | Remote control equipment and remote control system |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN114679616A (en) * | 2022-03-28 | 2022-06-28 | 京东方科技集团股份有限公司 | Method for controlling display device and related device |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN114679616A (en) * | 2022-03-28 | 2022-06-28 | 京东方科技集团股份有限公司 | Method for controlling display device and related device |
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