WO2012094815A1 - 无尾电视的遥控系统以及相应的无尾电视 - Google Patents

无尾电视的遥控系统以及相应的无尾电视 Download PDF

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Publication number
WO2012094815A1
WO2012094815A1 PCT/CN2011/070230 CN2011070230W WO2012094815A1 WO 2012094815 A1 WO2012094815 A1 WO 2012094815A1 CN 2011070230 W CN2011070230 W CN 2011070230W WO 2012094815 A1 WO2012094815 A1 WO 2012094815A1
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WO
WIPO (PCT)
Prior art keywords
remote control
television
primary side
tailless
bracket structure
Prior art date
Application number
PCT/CN2011/070230
Other languages
English (en)
French (fr)
Inventor
李奇
郭宏钊
王伟
班春迎
郭伟
王天功
贾辉
王海彦
王娜娜
任为彬
Original Assignee
海尔集团公司
青岛海尔电子有限公司
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by 海尔集团公司, 青岛海尔电子有限公司 filed Critical 海尔集团公司
Priority to CN201180022093.2A priority Critical patent/CN102907087B/zh
Priority to PCT/CN2011/070230 priority patent/WO2012094815A1/zh
Publication of WO2012094815A1 publication Critical patent/WO2012094815A1/zh

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Classifications

    • H—ELECTRICITY
    • H02—GENERATION; CONVERSION OR DISTRIBUTION OF ELECTRIC POWER
    • H02J—CIRCUIT ARRANGEMENTS OR SYSTEMS FOR SUPPLYING OR DISTRIBUTING ELECTRIC POWER; SYSTEMS FOR STORING ELECTRIC ENERGY
    • H02J50/00—Circuit arrangements or systems for wireless supply or distribution of electric power
    • H02J50/10—Circuit arrangements or systems for wireless supply or distribution of electric power using inductive coupling
    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04N—PICTORIAL COMMUNICATION, e.g. TELEVISION
    • H04N21/00—Selective content distribution, e.g. interactive television or video on demand [VOD]
    • H04N21/40—Client devices specifically adapted for the reception of or interaction with content, e.g. set-top-box [STB]; Operations thereof
    • H04N21/41—Structure of client; Structure of client peripherals
    • H04N21/422—Input-only peripherals, i.e. input devices connected to specially adapted client devices, e.g. global positioning system [GPS]
    • H04N21/42204—User interfaces specially adapted for controlling a client device through a remote control device; Remote control devices therefor
    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04N—PICTORIAL COMMUNICATION, e.g. TELEVISION
    • H04N21/00—Selective content distribution, e.g. interactive television or video on demand [VOD]
    • H04N21/40—Client devices specifically adapted for the reception of or interaction with content, e.g. set-top-box [STB]; Operations thereof
    • H04N21/41—Structure of client; Structure of client peripherals
    • H04N21/422—Input-only peripherals, i.e. input devices connected to specially adapted client devices, e.g. global positioning system [GPS]
    • H04N21/42204—User interfaces specially adapted for controlling a client device through a remote control device; Remote control devices therefor
    • H04N21/42206—User interfaces specially adapted for controlling a client device through a remote control device; Remote control devices therefor characterized by hardware details

Definitions

  • This invention relates to the field of television technology, and more particularly to a remote control system for use in a tailless television and a corresponding tailless television.
  • the TV and these electronic devices are paired with a corresponding remote control to control the operation of the TV and these electronic devices.
  • the TV will be paired with a corresponding remote control
  • the video player will also be paired with a corresponding remote control
  • the game will be played.
  • the machine will also be paired with a corresponding remote control. Therefore, the user is very inconvenient to use, and the collection of these remote controls is also very inconvenient and easy to lose.
  • Tail-Television TV is a new type of TV that uses wireless transmission to provide power to the TV, enabling the TV to perform its normal work. Therefore, the peripheral electronic devices of the tailless TV are relatively large.
  • tailless televisions typically include a wireless power transmission system, a formwork, a television body, and a pylon/support structure.
  • the wireless power transmission system generally includes a primary side (ie, a wireless power transmitting end) and a secondary side (ie, a wireless power receiving end), and the secondary side is generally disposed in the television body to be electromagnetically coupled with the primary side to receive the transmission from the primary side. Electricity, thereby providing power to the TV body.
  • the mold box is an integrated electronic device that can connect function cards (such as memory cards, game cards, karaoke cards, etc.), mobile hard disks, DVD audio and video inputs, TV signals, network signals, and communication signals, so the mold box can be realized.
  • function cards such as memory cards, game cards, karaoke cards, etc.
  • mobile hard disks such as hard disks
  • DVD audio and video inputs TV signals, network signals, and communication signals
  • the functions of electronic devices such as DVD players, game consoles, set-top boxes, network cards, etc.
  • the pylon/bracket structure is used to carry wireless power to achieve maximum electromagnetic coupling between the primary and secondary sides.
  • the primary side of the wireless power transmission system, the mold box, the TV body, and the rack/bracket structure all need to be equipped with a corresponding remote controller to control the operation of these electronic devices, then the tailless television station
  • the number of remote controls required is large, and the user is very inconvenient to use, and the collection of these remote controls is also very inconvenient and easy to lose.
  • the existing remote controller is generally an ordinary infrared remote controller, which has strong directivity.
  • the intensity of the infrared signal emitted by it is weak, and it cannot penetrate obstacles such as walls, furniture or human bodies, and the infrared signal is only suitable for one-way communication, and the two-way communication is difficult to implement and the cost is high.
  • the invention provides a remote control system for a tailless television, wherein the tailless television comprises a television body, a primary side, a secondary side, a mold box and a pylon/bracket structure, and the primary side and the secondary side constitute a wireless power transmission.
  • the system provides power to the television body, and the secondary side is disposed in the television body, and the primary side is disposed on the pylon/bracket structure, and the mold box is used to provide a video signal to the television body.
  • the remote control system includes a television body remote control unit corresponding to the television body and remotely controlling various functions of the television body, and a primary side corresponding to the primary side and remotely controlling the functions of the primary side a remote control unit, a mold box remote control unit corresponding to the mold box and remotely controlling the functions of the mold box, and a pylon corresponding to the pylon/bracket structure and remotely adjusting the pylon/bracket structure / Bracket structure remote control unit.
  • the various functional operations of the television body include on/off of the television body, program selection, volume adjustment, menu retrieval, and selection.
  • the functional operations of the primary side include the switching of the primary side, placing in a standby state, and adjusting the transmission power.
  • the various functional operations of the mold box include switching of the mold box, placing in a standby state, adjusting signal power, and switching of a signal source. The maximum electromagnetic coupling between the primary side and the secondary side carried by the frame/bracket structure.
  • the primary side, the mold box and the pylon/bracket structure receive a remote control signal transmitted by the remote control system, a corresponding menu is displayed on the television body.
  • the mold box, the television body and the pylon/bracket structure are all in a power-down state, and the primary side is in a low power mode, so that the tailless television In the most power-saving mode.
  • the remote control system issues a power-on command to turn on the tailless television
  • the television body is powered on, and the primary side is switched to a normal working mode to provide power to the television body.
  • the mold box is turned on to provide the video signal to the television body, and the pylon/bracket structure is activated to adjust the position of the primary side carried thereby.
  • the remote control system issues a shutdown command to shut down the tailless television
  • the television body and the mold box return to the power-down state after saving the current information
  • the pylon/bracket structure returns to the power-down state.
  • the primary side returns to the low power mode.
  • the present invention also provides a tailless television having a remote control system comprising a television body, a primary side, a secondary side, a molded case, a pylon/bracket structure, and a remote control system.
  • a remote control system comprising a television body, a primary side, a secondary side, a molded case, a pylon/bracket structure, and a remote control system.
  • the secondary side and the primary side form an infinite power transmission system to provide power to the television body, and the secondary side is disposed in the television body, and the mold box is used to provide a video signal to the The television body is disposed on the pylon/bracket.
  • the remote control system includes a television body remote control unit, a primary side remote control unit, a mold box remote control unit, and a rack/bracket structure remote control unit, wherein the television body remote control unit corresponds to the television body and remotely controls the television Performing various functions of the main body, the primary side remote control unit corresponding to the primary side and remotely controlling the functions of the primary side, the mold box remote control unit corresponding to the mold box and remotely controlling the mold box Each function operates, and the pylon/bracket structure remote control unit corresponds to the pylon/bracket structure and remotely adjusts the pylon/bracket structure.
  • the present invention can simultaneously realize the remote control of the television body, the primary side, the mold box and the pylon/bracket structure of the tailless television by using a remote control system, thereby realizing various functional operations of these electronic devices. remote control. Therefore, it is convenient for the user to use, and overcomes the defects of the prior art.
  • the remote control system of the present invention can realize simultaneous opening or simultaneous closing of the television body, the primary side, the mold box and the pylon/bracket structure by using the same power-on command or the shutdown command, due to the remote control system of the present invention.
  • the wireless remote control signal is used to transmit the remote control information, so it has no directionality and can easily penetrate obstacles such as walls, furniture or human body, thereby realizing two-way communication of data.
  • FIG. 1 is a block diagram of a tailless television according to an embodiment of the present invention.
  • 2 is a flow chart showing the operation of the electronic device in the tailless television controlled by the remote control system shown in FIG. 1.
  • Mold box 140 Rack / bracket structure
  • Remote control system 151 TV main unit remote control unit
  • the remote control system of the tailless television and the corresponding tailless television according to the present invention are specifically described below with reference to the accompanying drawings and preferred embodiments.
  • the implementation, structure, characteristics and efficacy are described in detail below.
  • the tailless television 100 includes a television body 110, a primary side 121, a secondary side 122, a mold case 130, and a pylon/bracket structure 140.
  • the primary side 121 and the secondary side 122 constitute a wireless power transmission system of the tailless television 100, and the secondary side 122 is disposed in the television body 110 to electromagnetically couple with the primary side 121 to supply power to the television body 110.
  • the primary side 121 is disposed on the pylon/bracket structure 140 to achieve maximum electromagnetic coupling between the primary side 121 and the secondary side 122.
  • the mold box 130 is used to provide various signals to the television body 110, such as television signals, network signals, audio and video signals, and the like. Preferably, the mold box 130 can transmit these signals to the television body 110 by means of wireless transmission.
  • the tailless television 100 further includes a remote control system 150 including a television body remote control unit 151, a primary side remote control unit 152, a mold box remote control unit 153, and a pylon/bracket structure remote control unit 154.
  • the television body remote control unit 151 is configured to implement remote control of various functions of the television body 110, such as switching on the TV body 110, program selection, volume adjustment, menu retrieval and selection, and the like.
  • the primary side remote control unit 152 is used to implement remote control of the functions of the primary side 121, such as switching on and off the primary side 121, placing it in a standby state, adjusting the transmission power, and the like.
  • the mold box remote control unit 153 is used to implement remote control of various functional operations of the mold box 130, such as the mold box 130. Switching machine, placed in standby state, adjustment of signal power, switching of signal source, etc.
  • the rack/bracket structure remote control unit 154 is used to implement remote control of the rack/bracket structure 140, for example, angular rotation adjustment of the rack/bracket structure 140, thereby realizing the primary side 121 carried by the rack/bracket structure 140. Maximum electromagnetic coupling of the secondary side 122.
  • the pylon/bracket structure remote control unit 154 can angularly rotate the gantry/support structure 140 by remotely controlling the power unit (not shown) of the cradle/bracket structure 140.
  • the remote control system 150 respectively respectively the television body 110, the original side 121, the mold box 130, and the television body remote control unit 151 corresponding to the rack/bracket structure 140, the primary side remote control unit 152, the mold box remote control unit 153, and the pylon
  • the bracket structure remote control unit 154 is integrated, so that the present invention can simultaneously control the above electronic devices using a remote control system.
  • the television body 110, the primary side 121, the mold box 130, and the cradle/bracket structure 140 in the tailless television 100 respectively include corresponding remote control receiving modules (not shown), which can respectively receive the remote control of the television body in the remote control system 150.
  • the remote control signals transmitted from the unit 151, the primary side remote control unit 152, the mold box remote control unit 153, and the pylon/stand structure remote control unit 154 control the operation of these electronic devices using remote control signals.
  • the television body 110, the primary side 121, the mold box 130, and the cradle/bracket structure 140 respond to the remote control signal transmitted by the remote control system 150 to display a corresponding menu on the television body 110, so that the user can utilize the remote control system 150 and The menus displayed on the television body 110 control the operation of these electronic devices.
  • FIG. 2 is a flow chart showing the operation of the electronic device in the tailless television controlled by the remote control system shown in FIG. 1.
  • the mold box 130, the television body 110, and the pylon/bracket structure 140 are all in a power-down state, and the primary side 121 is in a low power mode. At this time, this state is the most power-saving mode of the tailless television 100.
  • the television body 110 When the power is turned on, that is, when the remote control system 150 issues a power-on command, the television body 110 is turned on, and the primary side 121 is in a normal working mode to provide normal power to the television body 110, and the mold box 130 is opened to provide various signals to the television body 110.
  • the pylon/bracket structure 140 is activated to adjust the position of the primary side 121 carried thereby to achieve maximum electromagnetic coupling of the primary side 121 and the secondary side 122, and then the television body 110 displays the program so that the tailless television 100 performs normal operation.
  • the television main body 110 can display various information such as the primary working efficiency, the wireless signal strength, and the power supply intensity in real time while the program is displayed, and the user can decide whether to adjust the electronic devices according to the information.
  • the remote control system 150 can also issue various remote control signals, and the television body 110, the primary side 121, the mold box 130, and the pylon/bracket structure 140 are on the television body 110 in response to the remote control signal.
  • the user can utilize the remote control system 150 and the corresponding menu displayed on the television body 110 to implement various functional operations of the television body 110, the primary side 121, the mold box 130, and the pylon/bracket structure 140. Realize two-way remote communication.
  • the television body 110 and the mold box 130 can be powered down after saving the current information, and the pylon/bracket structure 140 is powered down, and the primary side 121 returns to continue to be in low power consumption. mode. Therefore, the tailless television 100 stops working and returns to the most power saving mode.
  • the remote control system 150 of the tailless television 100 of the present invention can realize simultaneous opening of the television body 110, the primary side 121, the mold box 130, and the rack/bracket structure 140 by using the same power-on command or the same power-off command. It is turned off at the same time, and unlike the existing tailless TV, these electronic devices need to be turned on or off separately.
  • the remote control system 150 of the present invention can be a remote control device using wireless coding technology that can transmit remote control information as a wireless remote control signal with hundreds of megahertz of radio waves. Since the remote control system 150 needs to control a plurality of electronic devices (the television body 110, the primary side 121, the mold box 130, and the rack/bracket structure 140), which requires multi-party communication, it is necessary to uniformly define the communication protocol of each electronic device.
  • the wireless remote control signal is composed of a header code, a device address, a command, a status bit, a check code, and a tail code.
  • the header code indicates the start bit of the data transmission, indicating that the data begins to be transmitted; the feed; the command is mainly for the remote command coding of the electronic devices, and has different instructions in different states; the status bits are used to indicate that the electronic devices are remotely controlled.
  • the remote control system 150 of the present invention transmits remote control information by means of a wireless remote control signal, it has no directivity and can easily penetrate obstacles such as walls, furniture or human bodies, thereby achieving two-way communication of data.
  • the present invention can simultaneously realize the remote control of the television body, the primary side, the mold box and the pylon/bracket structure of the tailless television by using a remote control system, thereby realizing various functional operations of these electronic devices. remote control. Therefore, it is convenient for the user to use, and overcomes the defects of the prior art.
  • the remote control system of the present invention can utilize the same power-on command or shutdown command.
  • the TV body, the primary side, the mold box, and the pylon/bracket structure can be simultaneously turned on or off at the same time. Since the remote control system of the present invention transmits remote control information by using a wireless remote control signal, it has no directionality and can easily penetrate the wall. Obstructions such as furniture or the human body, thereby achieving two-way communication of data.

Description

无尾电视的遥控系统以及相应的无尾电视 技术领域
本发明涉及电视技术领域， 且特别是涉及一种应用在无尾电视中的遥控 系统以及相应的无尾电视。
背景技术
随着电子消费产业的高速发展， 电视的发展也是日新月异， 而应用在电 视的电子设备（例如影碟机、 游戏机等等） 的种类也越来越多。 通常地， 电 视与这些电子设备均会搭配一个对应的遥控器从而控制电视与这些电子设备 的操作， 例如， 电视会搭配一个对应的遥控器， 影碟机也会搭配一个对应的 遥控器， 而游戏机也会搭配一个对应的遥控器。 因此， 使用者在使用时非常 的不方便， 且这些遥控器的收藏也非常的不方便， 而且容易丟失。
无尾电视是一种新型的电视， 其利用无线传输的方式为电视提供电力， 使电视能够进行正常的工作。 因此， 无尾电视的周边外围电子设备比较多。 通常地， 无尾电视一般包括无线电力传输系统、 模盒、 电视本体以及挂架 /支 架结构。 无线电力传输系统一般包括原边 (即无线电力发射端)与副边 (即无线 电力接收端）， 且副边一般设置在电视本体内以与原边发生电磁耦合而接收从 原边传输来的电力， 从而提供电力给电视本体。 模盒为集成电子设备， 其可 接驳功能卡 (例如存储卡、 游戏卡、 卡拉 OK卡等)、 移动硬盘、 DVD音视频 输入、 电视信号、 网络信号以及通讯信号等， 因此模盒可实现影碟机、 游戏 机、 机顶盒、 网卡等等电子设备的功能。 挂架 /支架结构用来承载无线电力传 而实现原边与副边的最大电磁耦合。 因此， 对于无尾电视而言， 其无线电力 传输系统的原边、 模盒、 电视本体以及挂架 /支架结构均需要搭配一个对应的 遥控器以操控这些电子设备的运作，则无尾电视所需要的遥控器的数量众多， 使用者在使用时非常的不方便， 且这些遥控器的收藏也非常的不方便， 而且 容易丟失。
此外， 现有的遥控器一般为普通的红外遥控器， 其具有很强的方向性， 但是其发射的红外线信号的强度较弱， 不能穿透墙壁、 家具或者人体等障碍 物， 且红外线信号只适合于单向的通讯， 其双向的通讯艮难实施且成本^高。
发明内容
本发明的目的在于，提供一种无尾电视的遥控系统及其相应的无尾电视， 其可同时控制无尾电视中的各种电子设备， 使用比较方便。
本发明的目的及解决其技术问题是釆用以下的技术方案来实现的。
本发明提供一种无尾电视的遥控系统， 其中无尾电视包括一电视本体、 一原边、 一副边、 一模盒以及一挂架 /支架结构， 原边与副边组成了无线电力 传输系统以提供电力给电视本体， 且副边设置在电视本体内， 原边设置在挂 架 /支架结构上， 模盒用于提供一视频信号给电视本体。 所述遥控系统包括对 应于所述电视本体并遥控所述电视本体的各项功能操作的一电视本体遥控单 元、 对应于所述原边并遥控所述原边的各项功能操作的一原边遥控单元、 对 应于所述模盒并遥控所述模盒的各项功能操作的一模盒遥控单元以及对应于 所述挂架 /支架结构并遥控调节所述挂架 /支架结构的一挂架 /支架结构遥控单 元。
优选地， 所述电视本体的各项功能操作包括所述电视本体的开关机、 节 目选择、 音量调节、 菜单调取及选择。 所述原边的各项功能操作包括所述原 边的开关机、 置于待机状态、 发射功率调整。 所述模盒的各项功能操作包括 所述模盒的开关机、 置于待机状态、 信号功率的调节、 信号源的切换。 所述 架 /支架结构所承载的所述原边与所述副边的最大电磁耦合。
优选地， 所述电视本体、 原边、 模盒以及挂架 /支架结构接收到所述遥控 系统所传来的一遥控信号后， 在所述电视本体上显示一对应的菜单。
优选地， 当所述无尾电视未工作时， 所述模盒、 电视本体以及挂架 /支架 结构均处于一掉电状态， 且所述原边处于一低功耗模式， 以使无尾电视处于 最省电的模式。 当所述遥控系统发出开机指令使所述无尾电视开机时， 所述 电视本体开机，所述原边切换至一正常工作模式以提供电力给所述电视本体， 所述模盒开机以提供该视频信号给所述电视本体， 而挂架 /支架结构启动以调 整其所承载的所述的原边的位置。 当所述遥控系统发出关机指令使所述无尾 电视关机时， 所述电视本体以及模盒在保存当前信息后返回至该掉电状态， 所述挂架 /支架结构返回至该掉电状态， 所述原边返回至该低功耗模式。
本发明还提供一种具有遥控系统的无尾电视， 其包括一电视本体、 一原 边、 一副边、 一模盒、 一挂架 /支架结构以及一遥控系统。 其中所述副边与所 述原边组成一无限电力传输系统以提供电力给所述电视本体， 且所述副边设 置在所述电视本体内， 所述模盒用于提供一视频信号给所述电视本体， 所述 原边设置在所述挂架 /支架上。 所述遥控系统包括一电视本体遥控单元、 一原 边遥控单元、 一模盒遥控单元以及一挂架 /支架结构遥控单元， 其中所述电视 本体遥控单元对应于所述电视本体并遥控所述电视本体的各项功能操作， 所 述原边遥控单元对应于所述原边并遥控所述原边的各项功能操作， 所述模盒 遥控单元对应于所述模盒并遥控所述模盒的各项功能操作 , 而所述挂架 /支架 结构遥控单元对应于所述挂架 /支架结构并遥控调节所述挂架 /支架结构。
综上所述， 本发明可利用一个遥控系统即可同时实现对无尾电视的电视 本体、 原边、 模盒以及挂架 /支架结构的遥控， 从而实现对这些电子设备的各 种功能操作的遥控。 因此， 使用者使用时比较方便， 克服了现有技术的缺陷。 且需要指出的是， 本发明的遥控系统可利用同一个开机指令或者关机指令即 可实现电视本体、 原边、 模盒以及挂架 /支架结构的同时开启或者同时关闭， 由于本发明的遥控系统以无线遥控信号来传递遥控信息， 因此其无方向性， 可以轻松地穿透墙壁、 家具或者人体等障碍物， 从而实现数据的双向通信。
上述说明仅是本发明技术方案的概述， 为了能够更清楚了解本发明的技 术手段， 而可依照说明书的内容予以实施， 并且为了让本发明的上述和其他 目的、 特征和优点能够更明显易懂， 以下特举较佳实施例， 并配合附图,详细 说明 ^下。
附图概述
图 1为本发明一实施例所揭示的无尾电视的方块示意图。 图 2为图 1所示的遥控系统控制无尾电视中这些电子设备的工作流程图。
100: 无尾电视 110: 电视本体
121 : 原边 122: 副边
130: 模盒 140: 挂架 /支架结构
150: 遥控系统 151 : 电视本体遥控单元
152: 原边遥控单元 153: 模盒遥控单元
154: 挂架 /支架结构遥控单元
本发明的较佳实施方式
为更进一步阐述本发明为达成预定发明目的所釆取的技术手段及功效, 以下结合附图及较佳实施例， 对依据本发明提出的无尾电视的遥控系统及对 应的无尾电视其具体实施方式、 结构、 特征及其功效， 详细说明如后。
请参阅图 1 , 其绘示为本发明一实施例所揭示的无尾电视的方块示意图。 如图 1所示， 无尾电视 100包括电视本体 110、原边 121、 副边 122、模盒 130 以及挂架 /支架结构 140。 其中， 原边 121 以及副边 122组成了无尾电视 100 的无线电力传输系统， 且副边 122设置在电视本体 110内以与原边 121发生 电磁耦合从而将电力提供该电视本体 110。原边 121设置在挂架 /支架结构 140 而实现原边 121与副边 122的最大电磁耦合。 模盒 130用以提供各种信号给 电视本体 110 , 例如电视信号、 网络信号、 音视频信号等等。 优选地， 模盒 130可利用无线传输的方式将这些信号传输给电视本体 110。
此外，无尾电视 100还包括遥控系统 150,其包括电视本体遥控单元 151、 原边遥控单元 152、 模盒遥控单元 153 以及挂架 /支架结构遥控单元 154。 其 中， 电视本体遥控单元 151用于实现对电视本体 110各项功能操作的遥控， 例如对电视本体 110的开关机、 节目选择、 音量调节、 菜单调取及选择等等 功能操作。 原边遥控单元 152用于实现对原边 121各项功能操作的遥控， 例 如对原边 121的开关机、 置于待机状态、 发射功率调整等等功能操作。 模盒 遥控单元 153用于实现对模盒 130各项功能操作的遥控， 例如对模盒 130的 开关机、 置于待机状态、 信号功率的调节、 信号源的切换等等功能操作。 挂 架 /支架结构遥控单元 154用于实现对挂架 /支架架构 140调节的遥控，例如对 挂架 /支架结构 140进行角度旋转调节，从而实现挂架 /支架结构 140所承载的 原边 121与副边 122的最大电磁耦合。 优选地， 挂架 /支架结构遥控单元 154 可通过遥控挂架 /支架结构 140的动力单元 (图未示)从而角度旋转调节挂架 /支 架结构 140。
也就是说， 遥控系统 150分别将电视本体 110、 原边 121、 模盒 130以及 挂架 /支架结构 140所对应的电视本体遥控单元 151、 原边遥控单元 152、 模 盒遥控单元 153以及挂架 /支架结构遥控单元 154集成在一起， 因此本发明可 利用一个遥控系统即能同时控制上述这些电子设备。
此外， 无尾电视 100中的电视本体 110、 原边 121、 模盒 130以及挂架 / 支架结构 140分别包括对应的遥控接收模块 (图未示），其可分别接收遥控系统 150中电视本体遥控单元 151、 原边遥控单元 152、 模盒遥控单元 153以及挂 架 /支架结构遥控单元 154所传来的遥控信号， 从而利用遥控信号控制这些电 子设备的运作。 且电视本体 110、 原边 121、 模盒 130以及挂架 /支架结构 140 会响应遥控系统 150所传来的遥控信号，在电视本体 110上显示对应的菜单， 则使用者可利用遥控系统 150以及电视本体 110上所显示的菜单而控制这些 电子设备的运作。
请参阅图 2, 其绘示为图 1 所示的遥控系统控制无尾电视中这些电子设 备的工作流程图。 如图 2所示， 当无尾电视 100未工作时， 模盒 130、 电视 本体 110以及挂架 /支架结构 140均处于掉电状态， 且原边 121处于低功耗模 式。 此时， 这种状态是无尾电视 100最省电的模式。
当开机时， 即遥控系统 150发出开机指令时， 电视本体 110开机， 原边 121处于正常工作模式以提供正常的电力给电视本体 110,模盒 130打开以提 供各种信号给电视本体 110, 而挂架 /支架结构 140启动以调整其所承载的原 边 121的位置而实现原边 121与副边 122的最大电磁耦合，然后电视本体 110 显示节目， 从而无尾电视 100进行正常的工作。 优选地， 电视本体 110在显 示节目的同时， 还可实时地显示原边工作效率、 无线信号强度以及供电强度 等各种信息， 使用者可依据这些信息而决定是否对这些电子设备进行调整。 此外， 当无尾电视 100进行正常工作时， 遥控系统 150还可发出各种遥 控信号， 电视本体 110、 原边 121、 模盒 130以及挂架 /支架结构 140响应遥 控信号而在电视本体 110上显示对应的菜单， 则使用者可利用遥控系统 150 以及显示在电视本体 110上的对应菜单而实现电视本体 110、原边 121、模盒 130以及挂架 /支架结构 140的各种功能操作， 从而实现双向遥控通信。
当关机时，即遥控系统 150发出关机指令时， 电视本体 110以及模盒 130 可在保存当前信息后掉电， 而挂架 /支架结构 140掉电， 原边 121则返回到继 续处于低功耗模式。 因此， 无尾电视 100停止工作， 返回至最省电的模式。
因此， 本发明的无尾电视 100的遥控系统 150可利用同一个开机指令或 者同一个关机指令， 即可实现电视本体 110、 原边 121、 模盒 130 以及挂架 / 支架结构 140的同时开启或者同时关闭， 而不会像现有的无尾电视需要分别 开启或者关闭这些电子设备。
此外， 本发明的遥控系统 150可为釆用无线编码技术的遥控装置， 其可 以数百兆赫兹的无线电波来作为无线遥控信号来传递遥控信息。 由于遥控系 统 150需要控制多个电子设备 (电视本体 110、 原边 121、 模盒 130以及挂架 /支架结构 140 ) ， 其需要多方通信， 需要对每个电子设备的通信协议进行统 一规定。 具体的， 无线遥控信号由头码、 设备地址、 命令、 状态位、 校验码 以及尾码而组成。 其中， 头码表示数据传输的起始位， 表明数据开始传输； 馈； 命令主要是对这些电子设备的遥控指令编码， 在不同的状态有不同的指 令； 状态位用于表示这些电子设备对遥控信息的响应， 给电视本体的反馈信 息； 校验码用于数据的校验； 而尾码表示数据传输结束。
由于本发明的遥控系统 150以无线遥控信号来传递遥控信息， 因此其无 方向性， 可以轻松地穿透墙壁、 家具或者人体等障碍物， 从而实现数据的双 向通信。
综上所述， 本发明可利用一个遥控系统即可同时实现对无尾电视的电视 本体、 原边、 模盒以及挂架 /支架结构的遥控， 从而实现对这些电子设备的各 种功能操作的遥控。 因此， 使用者使用时比较方便， 克服了现有技术的缺陷。 且需要指出的是， 本发明的遥控系统可利用同一个开机指令或者关机指令即 可实现电视本体、 原边、 模盒以及挂架 /支架结构的同时开启或者同时关闭， 由于本发明的遥控系统以无线遥控信号来传递遥控信息， 因此其无方向性， 可以轻松地穿透墙壁、 家具或者人体等障碍物， 从而实现数据的双向通信。
以上所述， 仅是本发明的较佳实施例而已， 并非对本发明作任何形式上 的限制， 虽然本发明已以较佳实施例揭露如上， 然而并非用以限定本发明,任 何熟悉本专业的技术人员， 在不脱离本发明技术方案范围内，当可利用上述揭 示的技术内容作出些许更动或修饰为等同变化的等效实施例，但凡是未脱离 修改、 等同变化与修饰,均仍属于本发明技术方案的范围内。

Claims

权 利 要 求 书
1、 一种无尾电视的遥控系统， 其中无尾电视包括一电视本体、 一原边、 一副边、 一模盒以及一挂架 /支架结构， 所述原边与副边组成了一无线电力传 输系统以提供电力给所述电视本体， 且所述副边设置在所述电视本体内， 所 述原边设置在所述挂架 /支架结构上， 所述模盒用于提供一视频信号给所述电 视本体， 其特征在于： 所述遥控系统包括对应于所述电视本体并遥控所述电 视本体的各项功能操作的一电视本体遥控单元、 对应于所述原边并遥控所述 原边的各项功能操作的一原边遥控单元、 对应于所述模盒并遥控所述模盒的 各项功能操作的一模盒遥控单元以及对应于所述挂架 /支架结构并遥控调节 所述挂架 /支架结构的一挂架 /支架结构遥控单元。
2、根据权利要求 1所述的无尾电视的遥控系统， 其特征在于所述电视本 体的各项功能操作包括所述电视本体的开关机、 节目选择、 音量调节、 菜单 调取及选择。
3、根据权利要求 1所述的无尾电视的遥控系统， 其特征在于所述原边的 各项功能操作包括所述原边的开关机、 置于待机状态、 发射功率调整。
4、根据权利要求 1所述的无尾电视的遥控系统， 其特征在于所述模盒的 各项功能操作包括所述模盒的开关机、 置于待机状态、 信号功率的调节、 信 号源的切换。
5、 根据权利要求 1 所述的无尾电视的遥控系统， 其特征在于所述挂架 / 架 /支架结构所承载的所述原边与所述副边的最大电磁耦合。
6、根据权利要求 1所述的无尾电视的遥控系统， 其特征在于所述电视本 体、 原边、 模盒以及挂架 /支架结构接收到所述遥控系统所传来的一遥控信号 后， 在所述电视本体上显示一对应的菜单。
7、根据权利要求 1所述的无尾电视的遥控系统， 其特征在于当所述无尾 电视未工作时， 所述模盒、 电视本体以及挂架 /支架结构均处于一掉电状态， 且所述原边处于一低功耗模式， 以使所述无尾电视处于最省电的模式。
8、根据权利要求 7所述的无尾电视的遥控系统， 其特征在于当所述遥控 系统发出开机指令使所述无尾电视开机时， 所述电视本体开机， 所述原边切 换至一正常工作模式以提供电力给所述电视本体， 所述模盒开机以提供该视 频信号给所述电视本体， 而所述挂架 /支架结构启动以调整其所承载的所述的 原边的位置。
9、根据权利要求 8所述的无尾电视的遥控系统， 其特征在于当所述遥控 系统发出关机指令使所述无尾电视关机时， 所述电视本体以及模盒在保存当 前信息后返回至该掉电状态， 所述挂架 /支架结构返回至掉电状态， 所述原边 返回至该低功耗模式。
10、 一种具有遥控系统的无尾电视， 其特征在于其包括：
一电视本体；
一原边；
一副边， 与所述原边组成一无限电力传输系统以提供电力给所述电视本 体， 且所述副边设置在所述电视本体内；
一模盒， 提供一视频信号给所述电视本体；
一挂架 /支架结构， 以承载所述原边； 以及
一遥控系统， 其包括：
一电视本体遥控单元， 对应于所述电视本体并遥控所述电视本体的 各项功能操作；
一原边遥控单元，对应于所述原边并遥控所述原边的各项功能操作； 一模盒遥控单元，对应于所述模盒并遥控所述模盒的各项功能操作； 以及
一挂架 /支架结构遥控单元，对应于所述挂架 /支架结构并遥控调节所 述挂架 /支架结构。
PCT/CN2011/070230 2011-01-13 2011-01-13 无尾电视的遥控系统以及相应的无尾电视 WO2012094815A1 (zh)

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