CN105702015A - Method and device for managing infrared remote control code values - Google Patents
Method and device for managing infrared remote control code values Download PDFInfo
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Abstract
本发明公开了一种红外遥控器码值管理的方法，所述红外遥控器码值管理的方法包括以下步骤：根据红外遥控器的标识信息获取所述红外遥控器上按键的功能名称及对应的控制信号；根据所述控制信号生成对应的红外码值，所述红外码值包括载波频率和信号的高低电平值；将所述红外遥控器的标识信息、所述红外遥控器上按键的功能名称和根据所述每个按键对应的控制信号生成的红外码值存储在云服务器中。本发明还公开了一种红外遥控器码值管理的装置。本发明使用户可以通过下载控制电器所需要的对应的红外码值到具有红外发射功能的设备上，从而使用户可以使用具有红外发射功能的设备控制红外码值对应的电器设备。
The invention discloses a method for managing code values of an infrared remote controller. The method for managing code values of an infrared remote controller includes the following steps: acquiring the function names and corresponding keys of the buttons on the infrared remote controller according to the identification information of the infrared remote controller. Control signal; Generate a corresponding infrared code value according to the control signal, the infrared code value includes the carrier frequency and the high and low level value of the signal; the identification information of the infrared remote controller, the function of the button on the infrared remote controller The name and the infrared code value generated according to the control signal corresponding to each key are stored in the cloud server. The invention also discloses a device for managing the code value of the infrared remote controller. The invention enables the user to download the corresponding infrared code value needed to control the electrical appliance to the device with the infrared emitting function, so that the user can use the device with the infrared emitting function to control the electrical device corresponding to the infrared code value.
Description
技术领域technical field
本发明涉及计算机领域，尤其涉及红外遥控器码值管理的方法及装置。The invention relates to the field of computers, in particular to a method and device for managing code values of infrared remote controllers.
背景技术Background technique
红外遥控技术是一种传统的但又十分流行的遥控器技术。但世界上生产红外设备的厂商如此之多，对应的红外码值也是海量，即便是同一厂商同一类型的电器，都会出现码值不同的情况。这样每一个设备都必须配备一个实体遥控，使得家庭中因为存在多个电器设备而不得不配备多个红外遥控器，而由于控制各电器的红外码值通常由电器生产厂商设置在红外遥控器上，只能使用厂家指定的遥控器控制指定对应的电器，因此，造成用户不方便，同时因为每个电器都需要配备指定的红外遥控器，增加了厂家生产电器的成本，现有的技术中，具有红外遥控功能设备(例如具有红外发射功能的手机)只能通过从现有的红外遥控器上转录红外遥控器发射的控制信号，从而对对应的电器设备进行控制。Infrared remote control technology is a traditional but very popular remote control technology. However, there are so many manufacturers of infrared devices in the world, and the corresponding infrared code values are also massive. Even the same type of electrical appliances from the same manufacturer will have different code values. In this way, each device must be equipped with a physical remote control, so that the family has to be equipped with multiple infrared remote controls due to the existence of multiple electrical equipment, and the infrared code value for controlling each electrical appliance is usually set on the infrared remote control by the electrical appliance manufacturer. , only the remote controller designated by the manufacturer can be used to control the designated corresponding electrical appliances. Therefore, it is inconvenient for the user. At the same time, because each electrical appliance needs to be equipped with a designated infrared remote controller, the cost of the manufacturer's production of electrical appliances is increased. In the existing technology, A device with an infrared remote control function (such as a mobile phone with an infrared emitting function) can only control the corresponding electrical equipment by transcribing the control signal emitted by the infrared remote control from the existing infrared remote control.
发明内容Contents of the invention
本发明的主要目的在于提供一种红外遥控器码值管理的方法，旨在解决现有的具有红外发射功能的设备只能通过转录红外遥控器发射的控制信号对相应的电器设备进行控制的技术问题。The main purpose of the present invention is to provide a method for managing the code value of an infrared remote control, aiming to solve the problem that the existing equipment with infrared emission function can only control the corresponding electrical equipment by transcribing the control signal emitted by the infrared remote control question.
为实现上述目的，本发明提供一种红外遥控器码值管理的方法，所述红外遥控器码值管理的方法包括以下步骤：In order to achieve the above object, the present invention provides a method for managing the code value of an infrared remote control. The method for managing the code value of an infrared remote control includes the following steps:
根据红外遥控器的标识信息获取所述红外遥控器上按键的功能名称及对应的控制信号；Acquiring the function names and corresponding control signals of the buttons on the infrared remote controller according to the identification information of the infrared remote controller;
根据所述控制信号生成对应的红外码值，所述红外码值包括载波频率和信号的高低电平值；Generate a corresponding infrared code value according to the control signal, and the infrared code value includes the carrier frequency and the high and low level values of the signal;
将所述红外遥控器的标识信息、所述红外遥控器上按键的功能名称和根据所述每个按键对应的控制信号生成的红外码值存储在云服务器中。The identification information of the infrared remote control, the function names of the keys on the infrared remote control, and the infrared code value generated according to the control signal corresponding to each key are stored in the cloud server.
优选地，所述将所述红外遥控器的标识信息、所述红外遥控器上按键的功能名称和根据所述每个按键对应的控制信号生成的红外码值存储在云服务器中的步骤包括：Preferably, the step of storing the identification information of the infrared remote controller, the function names of the buttons on the infrared remote controller, and the infrared code value generated according to the control signal corresponding to each button in the cloud server includes:
建立所述红外遥控器的标识信息与所述红外遥控器上按键的功能名称之间的索引；Establishing an index between the identification information of the infrared remote controller and the function name of the button on the infrared remote controller;
建立所述红外遥控器上按键的功能名称与根据所述每个按键对应的控制信号生成的红外码值之间的索引。An index between the function names of the keys on the infrared remote controller and the infrared code value generated according to the control signal corresponding to each key is established.
优选地，所述根据所述控制信号生成对应的红外码值的步骤包括：Preferably, the step of generating a corresponding infrared code value according to the control signal includes:
根据所述控制信号生成对应的多个红外码值的组合。A combination of corresponding multiple infrared code values is generated according to the control signal.
优选地，所述将所述红外遥控器的标识信息、所述红外遥控器上按键的功能名称和根据所述每个按键对应的控制信号生成的红外码值存储在云服务器中的步骤之后包括：Preferably, after the step of storing the identification information of the infrared remote controller, the function names of the buttons on the infrared remote controller, and the infrared code value generated according to the control signal corresponding to each button in the cloud server includes :
根据所述红外遥控器的标识信息查找云服务器，获取与所述标识信息对应的红外码值。The cloud server is searched according to the identification information of the infrared remote controller, and the infrared code value corresponding to the identification information is acquired.
优选地，所述红外遥控器的标识信息包括：所述红外遥控器对应遥控设备的型号、所述红外遥控器对应遥控设备的品牌和红外遥控设备的型号。Preferably, the identification information of the infrared remote control includes: the model of the remote control device corresponding to the infrared remote control, the brand of the remote control device corresponding to the infrared remote control, and the model of the infrared remote control device.
此外，为实现上述目的，本发明还提供一种红外遥控器码值管理的装置，所述红外遥控器码值管理的装置包括：In addition, in order to achieve the above object, the present invention also provides a device for managing code values of infrared remote controllers, the device for managing code values of infrared remote controllers includes:
控制信号获取模块，用于根据红外遥控器的标识信息获取所述红外遥控器上按键的功能名称及对应的控制信号；A control signal acquiring module, configured to acquire the function names and corresponding control signals of the buttons on the infrared remote controller according to the identification information of the infrared remote controller;
红外码值生成模块，用于根据所述控制信号生成对应的红外码值，所述红外码值包括载波频率和信号的高低电平值；An infrared code value generation module is used to generate a corresponding infrared code value according to the control signal, and the infrared code value includes a carrier frequency and a high or low level value of a signal;
存储模块，用于将所述红外遥控器的标识信息、所述红外遥控器上按键的功能名称和根据所述每个按键对应的控制信号生成的红外码值存储在云服务器中。The storage module is used to store the identification information of the infrared remote control, the function names of the keys on the infrared remote control, and the infrared code value generated according to the control signal corresponding to each key in the cloud server.
优选地，所述存储模块包括：Preferably, the storage module includes:
标识信息索引单元，用于建立所述红外遥控器的标识信息与所述红外遥控器上按键的功能名称之间的索引；An identification information indexing unit, configured to establish an index between the identification information of the infrared remote control and the function names of the buttons on the infrared remote control;
功能名称索引单元，用于建立所述红外遥控器上按键的功能名称与根据所述每个按键对应的控制信号生成的红外码值之间的索引。The function name indexing unit is used to establish an index between the function names of the keys on the infrared remote controller and the infrared code value generated according to the control signal corresponding to each key.
优选地，所述红外码值生成模块包括：Preferably, the infrared code value generating module includes:
红外码值组合生成单元，用于根据所述控制信号生成对应的多个红外码值的组合。The infrared code value combination generation unit is configured to generate a plurality of corresponding combinations of infrared code values according to the control signal.
优选地，所述红外遥控器码值管理的装置还包括：Preferably, the device for managing the code value of the infrared remote control further includes:
红外码值获取模块，用于根据所述红外遥控器的标识信息查找云服务器，获取与所述标识信息对应的红外码值。An infrared code value acquiring module, configured to search for a cloud server according to the identification information of the infrared remote controller, and acquire an infrared code value corresponding to the identification information.
优选地，所述红外遥控器的标识信息包括：所述红外遥控器对应遥控设备的型号、所述红外遥控器对应遥控设备的品牌和红外遥控设备的型号。Preferably, the identification information of the infrared remote control includes: the model of the remote control device corresponding to the infrared remote control, the brand of the remote control device corresponding to the infrared remote control, and the model of the infrared remote control device.
本发明实施例提出的一种红外遥控器码值管理的方法及装置，通过红外遥控器的标识信息获取按键的功能名称及对应的控制信号，并根据所述控制信号生成对应的红外码值，并存储在云服务器上，实现了红外遥控器码值的云存储，使其他具有红外发射功能的设备可以通过获得对应的码值从而控制对应的电器设备。A method and device for managing code values of an infrared remote control proposed by an embodiment of the present invention obtains the function name and corresponding control signal of a button through the identification information of the infrared remote control, and generates a corresponding infrared code value according to the control signal, And stored on the cloud server, the cloud storage of the code value of the infrared remote control is realized, so that other devices with infrared emission function can control the corresponding electrical equipment by obtaining the corresponding code value.
附图说明Description of drawings
图1为本发明红外遥控器码值管理的方法的第一实施例的流程示意图；FIG. 1 is a schematic flow chart of a first embodiment of a method for managing code values of an infrared remote controller according to the present invention;
图2为本发明红外遥控器码值管理的方法的第二实施例的流程示意图；2 is a schematic flow diagram of a second embodiment of the method for managing code values of infrared remote controllers according to the present invention;
图3为本发明红外遥控器码值管理的方法的第三实施例的流程示意图；3 is a schematic flowchart of a third embodiment of a method for managing code values of an infrared remote controller according to the present invention;
图4为本发明红外遥控器码值管理的方法的第四实施例的流程示意图；4 is a schematic flowchart of a fourth embodiment of a method for managing code values of an infrared remote controller according to the present invention;
图5为本发明红外遥控器码值管理的装置的第一实施例的功能模块示意图；5 is a schematic diagram of the functional modules of the first embodiment of the device for managing code values of infrared remote controllers according to the present invention;
图6为本发明红外遥控器码值管理的装置的第二实施例的功能模块示意图；6 is a schematic diagram of functional modules of the second embodiment of the device for managing code values of infrared remote controllers according to the present invention;
图7为本发明红外遥控器码值管理的装置的第三实施例的功能模块示意图；7 is a schematic diagram of functional modules of the third embodiment of the device for managing code values of infrared remote controllers according to the present invention;
图8为本发明红外遥控器码值管理的装置的第四实施例的功能模块示意图；8 is a schematic diagram of functional modules of the fourth embodiment of the device for managing code values of infrared remote controllers according to the present invention;
图9为红外码由一系列高低电平信号组成的原理示意图。FIG. 9 is a schematic diagram of the principle that an infrared code is composed of a series of high and low level signals.
本发明目的的实现、功能特点及优点将结合实施例，参照附图做进一步说明。The realization of the purpose of the present invention, functional characteristics and advantages will be further described in conjunction with the embodiments and with reference to the accompanying drawings.
具体实施方式detailed description
应当理解，此处所描述的具体实施例仅仅用以解释本发明，并不用于限定本发明。It should be understood that the specific embodiments described here are only used to explain the present invention, not to limit the present invention.
本发明实施例的主要解决方案是：根据红外遥控器的标识信息获取所述红外遥控器上按键的功能名称及对应的控制信号；根据所述控制信号生成对应的红外码值，所述红外码值包括载波频率和信号的高低电平值；将所述红外遥控器的标识信息、所述红外遥控器上按键的功能名称和根据所述每个按键对应的控制信号生成的红外码值存储在云服务器中。The main solution of the embodiment of the present invention is: according to the identification information of the infrared remote controller, obtain the function name of the button on the infrared remote controller and the corresponding control signal; generate the corresponding infrared code value according to the control signal, and the infrared code The value includes the carrier frequency and the high and low level values of the signal; the identification information of the infrared remote controller, the function name of the button on the infrared remote controller and the infrared code value generated according to the control signal corresponding to each button are stored in in the cloud server.
由于现有技术具有红外发射功能的设备只能通过转录红外遥控器发射的控制信号从而对对应的电器进行控制。In the prior art, devices with infrared emitting functions can only control corresponding electrical appliances by transcribing control signals emitted by infrared remote controllers.
本发明提供一种解决方案，使红外遥控器的码值存储在云服务器上，具有红外发射功能的设备可以通过从云服务器查找电器设备对应的红外码值，从而对电器设备进行控制。The present invention provides a solution, so that the code value of the infrared remote controller is stored on the cloud server, and the device with the infrared emission function can control the electric device by searching the corresponding infrared code value of the electric device from the cloud server.
参照图1，为本发明红外遥控器码值管理的方法的第一实施例，所述红外遥控器码值管理的方法包括：With reference to Fig. 1, it is the first embodiment of the method for infrared remote control code value management of the present invention, the method for infrared remote control code value management includes:
步骤S100，根据红外遥控器的标识信息获取所述红外遥控器上按键的功能名称及对应的控制信号。Step S100, according to the identification information of the infrared remote controller, the function names and corresponding control signals of the buttons on the infrared remote controller are acquired.
根据红外遥控器的标识信息从设备生产厂商获取所述红外遥控器上按键的功能名称，以及按键对应的控制信号，所述红外遥控器的标识信息包括：所述红外遥控器对应遥控设备的型号、所述红外遥控器对应遥控设备的品牌和红外遥控设备的型号。Obtain the function name of the button on the infrared remote controller and the control signal corresponding to the button from the equipment manufacturer according to the identification information of the infrared remote controller. The identification information of the infrared remote controller includes: the model of the remote control device corresponding to the infrared remote controller . The infrared remote controller corresponds to the brand of the remote control device and the model of the infrared remote control device.
步骤S200，根据所述控制信号生成对应的红外码值，所述红外码值包括载波频率和信号的高低电平值。Step S200, generating a corresponding infrared code value according to the control signal, the infrared code value including the carrier frequency and the high and low level values of the signal.
如图9所示，由于红外码本质上是由一系列高低电平信号组成，最终通过红外脉冲发送等在一个固定频率的载波上调制发送出去，因此，根据所述控制信号生成对应的红外码值，所述红外码值包括载波频率和信号的高低电平值，例如振荡器的频率是38KHZ，那么每一个震荡周期就是1/28ms，因此控制信号的高低电平时长就能方便的转换成n*震荡周期，从而使得存储时只需要存储载波频率和多个n即可，存储结构如下：As shown in Figure 9, since the infrared code is essentially composed of a series of high and low level signals, it is finally modulated and sent on a fixed-frequency carrier through infrared pulse transmission, etc., so the corresponding infrared code is generated according to the control signal value, the infrared code value includes the carrier frequency and the high and low level values of the signal. For example, the frequency of the oscillator is 38KHZ, then each oscillation cycle is 1/28ms, so the high and low level duration of the control signal can be easily converted into n*Oscillation period, so that only the carrier frequency and multiple n need to be stored during storage. The storage structure is as follows:
[载波频率(8bit)][ON频次(16bit)][OFF频次(16bit)][ON频次(16bit)][OFF频次(16bit)]……[Carrier Frequency (8bit)][ON Frequency (16bit)][OFF Frequency (16bit)][ON Frequency (16bit)][OFF Frequency (16bit)]……
步骤S300，将所述红外遥控器的标识信息、所述红外遥控器上按键的功能名称和根据所述每个按键对应的控制信号生成的红外码值存储在云服务器中。Step S300, storing the identification information of the infrared remote control, the function names of the keys on the infrared remote control, and the infrared code value generated according to the control signal corresponding to each key in the cloud server.
云服务器存储所述红外遥控器的标识信息、所述红外遥控器上按键的功能名称和根据所述每个按键对应的控制信号生成的红外码值，供具有红外发射功能的设备获取红外码值。The cloud server stores the identification information of the infrared remote controller, the function name of the buttons on the infrared remote controller, and the infrared code value generated according to the control signal corresponding to each button, so that the device with infrared emission function can obtain the infrared code value .
可以预见的，在执行本实施例时，用户同样可以通过红外遥控器转录对应的红外码值，同时存储至云服务器。It is foreseeable that when executing this embodiment, the user can also transcribe the corresponding infrared code value through the infrared remote controller and store it in the cloud server at the same time.
在本实施例中，通过存储红外遥控器上按键的功能名称及对应的控制信号，同时将控制信号转换为红外码值，并存储在云服务器上，使得用户可以通过下载控制电器所需要的对应的红外码值到具有红外发射功能的设备上，从而使得用户可以使用具有红外发射功能的设备控制红外码值对应的电器设备。In this embodiment, by storing the function names and corresponding control signals of the buttons on the infrared remote control, the control signals are converted into infrared code values and stored on the cloud server, so that users can download the corresponding information needed to control electrical appliances. The infrared code value is sent to the device with infrared emission function, so that the user can use the device with infrared emission function to control the electrical equipment corresponding to the infrared code value.
进一步的，参照图2，为本发明红外遥控器码值管理的方法的第二实施例，基于上述图1所示的实施例，所述步骤S300，将所述红外遥控器的标识信息、所述红外遥控器上按键的功能名称和根据所述每个按键对应的控制信号生成的红外码值存储在云服务器中包括：Further, referring to FIG. 2, it is the second embodiment of the method for managing the code value of the infrared remote control according to the present invention. Based on the embodiment shown in FIG. The function names of the buttons on the infrared remote controller and the infrared code values generated according to the control signals corresponding to each button are stored in the cloud server and include:
步骤S301，建立所述红外遥控器的标识信息与所述红外遥控器上按键的功能名称之间的索引；Step S301, establishing an index between the identification information of the infrared remote controller and the function names of the buttons on the infrared remote controller;
步骤S302，建立所述红外遥控器上按键的功能名称与根据所述每个按键对应的控制信号生成的红外码值之间的索引。Step S302, establishing an index between the function name of the button on the infrared remote controller and the infrared code value generated according to the control signal corresponding to each button.
在将所述红外遥控器的标识信息、所述红外遥控器上按键的功能名称和根据所述每个按键对应的控制信号生成的红外码值存储在云服务器中时，通过建立所述红外遥控器的标识信息与所述红外遥控器上按键的功能名称之间的索引，建立所述红外遥控器上按键的功能名称与根据所述每个按键对应的控制信号生成的红外码值之间的索引，使存储的数据易于索引、查找、管理和扩展，从而提高本发明的使用度。When storing the identification information of the infrared remote controller, the function names of the buttons on the infrared remote controller, and the infrared code values generated according to the control signals corresponding to each button in the cloud server, by establishing the infrared remote controller index between the identification information of the device and the function name of the button on the infrared remote controller, and establish the relationship between the function name of the button on the infrared remote controller and the infrared code value generated according to the control signal corresponding to each button The index makes the stored data easy to index, search, manage and expand, thereby improving the usability of the present invention.
具体实施时，以在云服务器上采用关系型数据库存储为例，创建数据表如下：In the specific implementation, taking the relational database storage on the cloud server as an example, the data table is created as follows:
1、类型表，用于存储设备类型名称及描述，如电视、空调、风扇等，通过扩展表可以扩展到其他语言，用于国际化；1. Type table, used to store device type names and descriptions, such as TV, air conditioner, fan, etc., can be extended to other languages through the expansion table for internationalization;
2、品牌表，用于存储品牌类型名称及描述，如创维、小米等；2. Brand table, used to store brand name and description, such as Skyworth, Xiaomi, etc.;
3、遥控器表，用于存储一个遥控器实体信息，对于空调设备：使用空调遥控标识ID，用来在空调按键表查找码值，对于非空调设备：使用码值ID列表，用于指明该遥控器下由哪些码值；3. The remote control table is used to store the entity information of a remote control. For air-conditioning equipment: use the air-conditioning remote control identification ID to look up the code value in the air-conditioning key table; for non-air-conditioning equipment: use the code value ID list to indicate the What are the code values under the remote control;
4、功能表，用于存储遥控器上的功能名称及描述，功能扩展表可以扩展到其他语言，用于国际化；4. The function table is used to store the function names and descriptions on the remote control, and the function expansion table can be extended to other languages for internationalization;
5、码值表，用于存储遥控器下的码值；5. The code value table is used to store the code value under the remote control;
6、空调码值表，由于空调的特殊性，其多个按键之间存在联动的关系以及校验码的存在。这就使得录入空调码值变得异常困难。所以采用了一种组合策略，因为组合有限，这大大的降低录入的复杂度，通过模式、风向、风速、温度的组合就能方便的找到对应的码值。6. The code value table of the air conditioner, due to the particularity of the air conditioner, there is a linkage relationship between its multiple keys and the existence of a check code. This makes it extremely difficult to enter the air-conditioning code value. Therefore, a combination strategy is adopted, because the combination is limited, which greatly reduces the complexity of entry, and the corresponding code value can be easily found through the combination of mode, wind direction, wind speed, and temperature.
在本实施例中，通过在存储时，建立所述红外遥控器的标识信息与所述红外遥控器上按键的功能名称之间的索引以及所述红外遥控器上按键的功能名称与根据所述每个按键对应的控制信号生成的红外码值之间的索引，使得存储在云服务器中的数据形成易于索引、查找、管理和扩展的海量数据库。In this embodiment, when storing, an index between the identification information of the infrared remote controller and the function name of the button on the infrared remote controller is established, and the function name of the button on the infrared remote controller is related to the The index between the infrared code values generated by the control signal corresponding to each key makes the data stored in the cloud server form a massive database that is easy to index, search, manage and expand.
进一步的，参照图3，为本发明红外遥控器码值管理的方法的第三实施例，基于上述图2所示的实施例，所述步骤S200，根据所述控制信号生成对应的红外码值包括：Further, referring to FIG. 3 , it is the third embodiment of the method for managing code values of infrared remote controllers according to the present invention. Based on the embodiment shown in FIG. 2 above, the step S200 is to generate corresponding infrared code values according to the control signal include:
步骤S201，根据所述控制信号生成对应的多个红外码值的组合。Step S201, generating a combination of corresponding multiple infrared code values according to the control signal.
由于某些控制信号包含多组控制指令，因此需要根据所述控制信号生成对应的多个红外码值的组合，进一步的，可以通过多个红外码值组合完成多组操作，从而简化用户的操作。Since some control signals contain multiple sets of control instructions, it is necessary to generate a combination of corresponding multiple infrared code values according to the control signal. Further, multiple sets of operations can be completed through the combination of multiple infrared code values, thereby simplifying the user's operation .
可以预见的，用户对于电器的控制可以包括多个控制指令依次进行，为了便于用户操作，可根据用户的使用习惯或实际需求针对控制信号生成对应的多个红外码值的组合，使得用户可以通过一次操作同时发出多个控制指令。It is foreseeable that the user's control of electrical appliances may include multiple control commands in sequence. In order to facilitate the user's operation, a combination of multiple infrared code values corresponding to the control signal can be generated according to the user's usage habits or actual needs, so that the user can pass One operation sends out multiple control commands at the same time.
进一步的，在对空调进行控制时，由于多个按键之间存在联动的关系以及校验码的存在，因此，需要生成对应的多个红外码值组合完成控制操作。Furthermore, when controlling the air conditioner, due to the linkage relationship between the multiple keys and the existence of the check code, it is necessary to generate a plurality of corresponding infrared code value combinations to complete the control operation.
本实施例中，通过对控制信号生成对应的多个红外码值的组合，使得用户可以通过一次操作同时发出多个控制指令，减少了用户操作，使本发明更易于使用。In this embodiment, by generating a combination of multiple infrared code values corresponding to the control signal, the user can issue multiple control commands at the same time through one operation, which reduces user operations and makes the present invention easier to use.
进一步的，参照图4，为本发明红外遥控器码值管理的方法的第四实施例，基于上述图3所示的实施例，所述步骤S300，将所述红外遥控器的标识信息、所述红外遥控器上按键的功能名称和根据所述每个按键对应的控制信号生成的红外码值存储在云服务器中之后包括：Further, referring to FIG. 4, it is the fourth embodiment of the method for managing the code value of the infrared remote control according to the present invention. Based on the embodiment shown in FIG. After the function names of the buttons on the infrared remote controller and the infrared code values generated according to the control signals corresponding to each button are stored in the cloud server, they include:
步骤S400，根据所述红外遥控器的标识信息查找云服务器，获取与所述标识信息对应的红外码值。Step S400, searching for a cloud server according to the identification information of the infrared remote controller, and acquiring an infrared code value corresponding to the identification information.
根据所述红外遥控器的标识信息对所述云服务器中的数据进行检索，查与所述标识信息对应的红外码值，同时获取与所述标识信息对应的红外码值。Retrieving the data in the cloud server according to the identification information of the infrared remote controller, looking up the infrared code value corresponding to the identification information, and obtaining the infrared code value corresponding to the identification information.
具体实施时，以云服务器数据库采用如下表设计存储红外码值：During specific implementation, the cloud server database adopts the following table design to store the infrared code value:
1、类型表，用于存储设备类型名称及描述，如电视、空调、风扇等，通过扩展表可以扩展到其他语言，用于国际化；1. Type table, used to store device type names and descriptions, such as TV, air conditioner, fan, etc., can be extended to other languages through the expansion table for internationalization;
2、品牌表，用于存储品牌类型名称及描述，如创维、小米等；2. Brand table, used to store brand name and description, such as Skyworth, Xiaomi, etc.;
3、遥控器表，用于存储一个遥控器实体信息，对于空调设备：使用空调遥控标识ID，用来在空调按键表查找码值，对于非空调设备：使用码值ID列表，用于指明该遥控器下由哪些码值；3. The remote control table is used to store the entity information of a remote control. For air-conditioning equipment: use the air-conditioning remote control identification ID to look up the code value in the air-conditioning key table; for non-air-conditioning equipment: use the code value ID list to indicate the What are the code values under the remote control;
4、功能表，用于存储遥控器上的功能名称及描述，功能扩展表可以扩展到其他语言，用于国际化；4. The function table is used to store the function names and descriptions on the remote control, and the function expansion table can be extended to other languages for internationalization;
5、码值表，用于存储遥控器下的码值；5. The code value table is used to store the code value under the remote control;
6、空调码值表，由于空调的特殊性，其多个按键之间存在联动的关系以及校验码的存在。这就使得录入空调码值变得异常困难。所以采用了一种组合策略，因为组合有限，这大大的降低录入的复杂度，通过模式、风向、风速、温度的组合就能方便的找到对应的码值。6. The code value table of the air conditioner, due to the particularity of the air conditioner, there is a linkage relationship between its multiple keys and the existence of a check code. This makes it extremely difficult to enter the air-conditioning code value. Therefore, a combination strategy is adopted, because the combination is limited, which greatly reduces the complexity of entry, and the corresponding code value can be easily found through the combination of mode, wind direction, wind speed, and temperature.
可以预见的，通过所述红外遥控器的标识信息可以从上述遥控器表中获取对应的码值ID，从而在码值表中获取遥控器下的码值。It can be foreseen that the corresponding code value ID can be obtained from the remote control table through the identification information of the infrared remote control, so as to obtain the code value under the remote control in the code value table.
本实施例中，通过红外遥控器的标识信息获取对应的红外码值，使用户可以快速准确的获得所述红外遥控器对应的红外码值，从而增加了本发明的易用性。In this embodiment, the corresponding infrared code value is obtained through the identification information of the infrared remote controller, so that the user can quickly and accurately obtain the corresponding infrared code value of the infrared remote controller, thereby increasing the usability of the present invention.
参照图5，为本发明红外遥控器码值管理的装置的第一实施例，所述红外遥控器码值管理的装置包括：Referring to Fig. 5, it is the first embodiment of the device for managing the code value of the infrared remote control according to the present invention, the device for managing the code value of the infrared remote control includes:
控制信号获取模块100，用于根据红外遥控器的标识信息获取所述红外遥控器上按键的功能名称及对应的控制信号。The control signal acquiring module 100 is configured to acquire the function names of the buttons on the infrared remote controller and the corresponding control signals according to the identification information of the infrared remote controller.
根据红外遥控器的标识信息从设备生产厂商获取所述红外遥控器上按键的功能名称，以及按键对应的控制信号，所述红外遥控器的标识信息包括：所述红外遥控器对应遥控设备的型号、所述红外遥控器对应遥控设备的品牌和红外遥控设备的型号。Obtain the function name of the button on the infrared remote controller and the control signal corresponding to the button from the equipment manufacturer according to the identification information of the infrared remote controller. The identification information of the infrared remote controller includes: the model of the remote control device corresponding to the infrared remote controller . The infrared remote controller corresponds to the brand of the remote control device and the model of the infrared remote control device.
红外码值生成模块200，用于根据所述控制信号生成对应的红外码值，所述红外码值包括载波频率和信号的高低电平值。The infrared code value generating module 200 is configured to generate a corresponding infrared code value according to the control signal, and the infrared code value includes a carrier frequency and a high or low level value of a signal.
如图9所示，由于红外码本质上是由一系列高低电平信号组成，最终通过红外脉冲发送等在一个固定频率的载波上调制发送出去，因此，根据所述控制信号生成对应的红外码值，所述红外码值包括载波频率和信号的高低电平值，例如振荡器的频率是38KHZ，那么每一个震荡周期就是1/28ms，因此控制信号的高低电平时长就能方便的转换成n*震荡周期，从而使得存储时只需要存储载波频率和多个n即可，存储结构如下：As shown in Figure 9, since the infrared code is essentially composed of a series of high and low level signals, it is finally modulated and sent on a fixed-frequency carrier through infrared pulse transmission, etc., so the corresponding infrared code is generated according to the control signal value, the infrared code value includes the carrier frequency and the high and low level values of the signal. For example, the frequency of the oscillator is 38KHZ, then each oscillation cycle is 1/28ms, so the high and low level duration of the control signal can be easily converted into n*Oscillation period, so that only the carrier frequency and multiple n need to be stored during storage. The storage structure is as follows:
[载波频率(8bit)][ON频次(16bit)][OFF频次(16bit)][ON频次(16bit)][OFF频次(16bit)]……[Carrier Frequency (8bit)][ON Frequency (16bit)][OFF Frequency (16bit)][ON Frequency (16bit)][OFF Frequency (16bit)]……
存储模块300，用于将所述红外遥控器的标识信息、所述红外遥控器上按键的功能名称和根据所述每个按键对应的控制信号生成的红外码值存储在云服务器中。The storage module 300 is configured to store the identification information of the infrared remote control, the function names of the keys on the infrared remote control, and the infrared code value generated according to the control signal corresponding to each key in the cloud server.
云服务器存储所述红外遥控器的标识信息、所述红外遥控器上按键的功能名称和根据所述每个按键对应的控制信号生成的红外码值，供具有红外发射功能的设备获取红外码值。The cloud server stores the identification information of the infrared remote controller, the function name of the buttons on the infrared remote controller, and the infrared code value generated according to the control signal corresponding to each button, so that the device with infrared emission function can obtain the infrared code value .
可以预见的，在执行本实施例时，用户同样可以通过红外遥控器转录对应的红外码值，同时存储至云服务器。It is foreseeable that when executing this embodiment, the user can also transcribe the corresponding infrared code value through the infrared remote controller and store it in the cloud server at the same time.
具体实施时，所述控制信号获取模块100还可以用于通过特定硬件和软件从已有的遥控器里录入原始码值，再通过软件预处理后存储到云服务器中；所述红外码值生成模块200还可以用于通过从云服务器查询特定的码值，获取所述码值后通过软件合成，最后由硬件发送包含遥控信息的红外电磁波。During specific implementation, the control signal acquisition module 100 can also be used to enter the original code value from the existing remote controller through specific hardware and software, and then store it in the cloud server after software preprocessing; the infrared code value generates The module 200 can also be used to query a specific code value from the cloud server, obtain the code value and synthesize it by software, and finally send infrared electromagnetic waves containing remote control information by hardware.
在本实施例中，通过存储红外遥控器上按键的功能名称及对应的控制信号，同时将控制信号转换为红外码值，并存储在云服务器上，使得用户可以通过下载控制电器所需要的对应的红外码值到具有红外发射功能的设备上，从而使得用户可以使用具有红外发射功能的设备控制红外码值对应的电器设备。In this embodiment, by storing the function names and corresponding control signals of the buttons on the infrared remote control, the control signals are converted into infrared code values and stored on the cloud server, so that users can download the corresponding information needed to control electrical appliances. The infrared code value is sent to the device with infrared emission function, so that the user can use the device with infrared emission function to control the electrical equipment corresponding to the infrared code value.
进一步的，参照图6，为本发明红外遥控器码值管理的装置的第二实施例，基于上述图5所示的实施例，所述存储模块300包括：Further, referring to FIG. 6 , it is the second embodiment of the device for managing code values of infrared remote controllers according to the present invention. Based on the embodiment shown in FIG. 5 above, the storage module 300 includes:
标识信息索引单元301，用于建立所述红外遥控器的标识信息与所述红外遥控器上按键的功能名称之间的索引；An identification information indexing unit 301, configured to establish an index between the identification information of the infrared remote controller and the function name of the button on the infrared remote controller;
功能名称索引单元302，用于建立所述红外遥控器上按键的功能名称与根据所述每个按键对应的控制信号生成的红外码值之间的索引。The function name indexing unit 302 is configured to establish an index between the function names of the keys on the infrared remote controller and the infrared code value generated according to the control signal corresponding to each key.
在将所述红外遥控器的标识信息、所述红外遥控器上按键的功能名称和根据所述每个按键对应的控制信号生成的红外码值存储在云服务器中时，通过建立所述红外遥控器的标识信息与所述红外遥控器上按键的功能名称之间的索引，建立所述红外遥控器上按键的功能名称与根据所述每个按键对应的控制信号生成的红外码值之间的索引，使存储的数据易于索引、查找、管理和扩展，从而提高本发明的使用度。When storing the identification information of the infrared remote controller, the function names of the buttons on the infrared remote controller, and the infrared code values generated according to the control signals corresponding to each button in the cloud server, by establishing the infrared remote controller index between the identification information of the device and the function name of the button on the infrared remote controller, and establish the relationship between the function name of the button on the infrared remote controller and the infrared code value generated according to the control signal corresponding to each button The index makes the stored data easy to index, search, manage and expand, thereby improving the usability of the present invention.
具体实施时，以在云服务器上采用关系型数据库存储为例，创建数据表如下：In the specific implementation, taking the relational database storage on the cloud server as an example, the data table is created as follows:
1、类型表，用于存储设备类型名称及描述，如电视、空调、风扇等，通过扩展表可以扩展到其他语言，用于国际化；1. Type table, used to store device type names and descriptions, such as TV, air conditioner, fan, etc., can be extended to other languages through the expansion table for internationalization;
2、品牌表，用于存储品牌类型名称及描述，如创维、小米等；2. Brand table, used to store brand name and description, such as Skyworth, Xiaomi, etc.;
3、遥控器表，用于存储一个遥控器实体信息，对于空调设备：使用空调遥控标识ID，用来在空调按键表查找码值，对于非空调设备：使用码值ID列表，用于指明该遥控器下由哪些码值；3. The remote control table is used to store the entity information of a remote control. For air-conditioning equipment: use the air-conditioning remote control identification ID to look up the code value in the air-conditioning key table; for non-air-conditioning equipment: use the code value ID list to indicate the Which code values under the remote control;
4、功能表，用于存储遥控器上的功能名称及描述，功能扩展表可以扩展到其他语言，用于国际化；4. The function table is used to store the function names and descriptions on the remote control, and the function expansion table can be extended to other languages for internationalization;
5、码值表，用于存储遥控器下的码值；5. The code value table is used to store the code value under the remote control;
6、空调码值表，由于空调的特殊性，其多个按键之间存在联动的关系以及校验码的存在。这就使得录入空调码值变得异常困难。所以采用了一种组合策略，因为组合有限，这大大的降低录入的复杂度，通过模式、风向、风速、温度的组合就能方便的找到对应的码值。6. The code value table of the air conditioner, due to the particularity of the air conditioner, there is a linkage relationship between multiple keys and the existence of a check code. This makes it extremely difficult to enter the air-conditioning code value. Therefore, a combination strategy is adopted, because the combination is limited, which greatly reduces the complexity of entry, and the corresponding code value can be easily found through the combination of mode, wind direction, wind speed, and temperature.
在本实施例中，通过在存储时，建立所述红外遥控器的标识信息与所述红外遥控器上按键的功能名称之间的索引以及所述红外遥控器上按键的功能名称与根据所述每个按键对应的控制信号生成的红外码值之间的索引，使得存储在云服务器中的数据形成易于索引、查找、管理和扩展的海量数据库。In this embodiment, when storing, an index between the identification information of the infrared remote controller and the function name of the button on the infrared remote controller is established, and the function name of the button on the infrared remote controller is related to the The index between the infrared code values generated by the control signal corresponding to each key makes the data stored in the cloud server form a massive database that is easy to index, search, manage and expand.
进一步的，参照图7，为本发明红外遥控器码值管理的装置的第三实施例，基于上述图6所示的实施例，所述红外码值生成模块200包括：Further, referring to FIG. 7 , it is the third embodiment of the device for managing code values of infrared remote controllers according to the present invention. Based on the embodiment shown in FIG. 6 above, the infrared code value generation module 200 includes:
红外码值组合生成单元201，用于根据所述控制信号生成对应的多个红外码值的组合。The infrared code value combination generation unit 201 is configured to generate a plurality of corresponding combinations of infrared code values according to the control signal.
由于某些控制信号包含多组控制指令，因此需要根据所述控制信号生成对应的多个红外码值的组合，进一步的，可以通过多个红外码值组合完成多组操作，从而简化用户的操作。Since some control signals contain multiple sets of control instructions, it is necessary to generate a combination of corresponding multiple infrared code values according to the control signal. Further, multiple sets of operations can be completed through the combination of multiple infrared code values, thereby simplifying the user's operation .
可以预见的，用户对于电器的控制可以包括多个控制指令依次进行，为了便于用户操作，可根据用户的使用习惯或实际需求针对控制信号生成对应的多个红外码值的组合，使得用户可以通过一次操作同时发出多个控制指令。It is foreseeable that the user's control of electrical appliances may include multiple control commands in sequence. In order to facilitate the user's operation, a combination of corresponding multiple infrared code values can be generated for the control signal according to the user's usage habits or actual needs, so that the user can pass One operation sends out multiple control commands at the same time.
进一步的，在对空调进行控制时，由于多个按键之间存在联动的关系以及校验码的存在，因此，需要生成对应的多个红外码值组合完成控制操作。Furthermore, when controlling the air conditioner, due to the linkage relationship between the multiple keys and the existence of the check code, it is necessary to generate a plurality of corresponding infrared code value combinations to complete the control operation.
本实施例中，通过对控制信号生成对应的多个红外码值的组合，使得用户可以通过一次操作同时发出多个控制指令，减少了用户操作，使本发明更易于使用。In this embodiment, by generating a combination of multiple infrared code values corresponding to the control signal, the user can issue multiple control commands at the same time through one operation, which reduces user operations and makes the present invention easier to use.
进一步的，参照图8，为本发明红外遥控器码值管理的装置的第四实施例，基于上述图7所示的实施例，所述存储模块300包括：Further, referring to FIG. 8 , it is the fourth embodiment of the device for managing code values of infrared remote controllers according to the present invention. Based on the embodiment shown in FIG. 7 above, the storage module 300 includes:
红外码值获取模块400，用于根据所述红外遥控器的标识信息查找云服务器，获取与所述标识信息对应的红外码值。The infrared code value acquiring module 400 is configured to search the cloud server according to the identification information of the infrared remote controller, and acquire the infrared code value corresponding to the identification information.
根据所述红外遥控器的标识信息对所述云服务器中的数据进行检索，查与所述标识信息对应的红外码值，同时获取与所述标识信息对应的红外码值。Retrieving the data in the cloud server according to the identification information of the infrared remote controller, looking up the infrared code value corresponding to the identification information, and obtaining the infrared code value corresponding to the identification information.
具体实施时，以云服务器数据库采用如下表设计存储红外码值：During specific implementation, the cloud server database adopts the following table design to store the infrared code value:
1、类型表，用于存储设备类型名称及描述，如电视、空调、风扇等，通过扩展表可以扩展到其他语言，用于国际化；1. Type table, used to store device type names and descriptions, such as TV, air conditioner, fan, etc., can be extended to other languages through the expansion table for internationalization;
2、品牌表，用于存储品牌类型名称及描述，如创维、小米等；2. Brand table, used to store brand name and description, such as Skyworth, Xiaomi, etc.;
3、遥控器表，用于存储一个遥控器实体信息，对于空调设备：使用空调遥控标识ID，用来在空调按键表查找码值，对于非空调设备：使用码值ID列表，用于指明该遥控器下由哪些码值；3. The remote control table is used to store the entity information of a remote control. For air-conditioning equipment: use the air-conditioning remote control identification ID to look up the code value in the air-conditioning key table; for non-air-conditioning equipment: use the code value ID list to indicate the What are the code values under the remote control;
4、功能表，用于存储遥控器上的功能名称及描述，功能扩展表可以扩展到其他语言，用于国际化；4. The function table is used to store the function names and descriptions on the remote control, and the function expansion table can be extended to other languages for internationalization;
5、码值表，用于存储遥控器下的码值；5. The code value table is used to store the code value under the remote control;
6、空调码值表，由于空调的特殊性，其多个按键之间存在联动的关系以及校验码的存在。这就使得录入空调码值变得异常困难。所以采用了一种组合策略，因为组合有限，这大大的降低录入的复杂度，通过模式、风向、风速、温度的组合就能方便的找到对应的码值。6. The code value table of the air conditioner, due to the particularity of the air conditioner, there is a linkage relationship between its multiple keys and the existence of a check code. This makes it extremely difficult to enter the air-conditioning code value. Therefore, a combination strategy is adopted, because the combination is limited, which greatly reduces the complexity of entry, and the corresponding code value can be easily found through the combination of mode, wind direction, wind speed, and temperature.
可以预见的，通过所述红外遥控器的标识信息可以从上述遥控器表中获取对应的码值ID，从而在码值表中获取遥控器下的码值。It can be foreseen that the corresponding code value ID can be obtained from the remote control table through the identification information of the infrared remote control, so as to obtain the code value under the remote control in the code value table.
本实施例中，通过红外遥控器的标识信息获取对应的红外码值，使用户可以快速准确的获得所述红外遥控器对应的红外码值，从而增加了本发明的易用性。In this embodiment, the corresponding infrared code value is obtained through the identification information of the infrared remote controller, so that the user can quickly and accurately obtain the corresponding infrared code value of the infrared remote controller, thereby increasing the usability of the present invention.
以上仅为本发明的优选实施例，并非因此限制本发明的专利范围，凡是利用本发明说明书及附图内容所作的等效结构或等效流程变换，或直接或间接运用在其他相关的技术领域，均同理包括在本发明的专利保护范围内。The above are only preferred embodiments of the present invention, and are not intended to limit the patent scope of the present invention. Any equivalent structure or equivalent process transformation made by using the description of the present invention and the contents of the accompanying drawings, or directly or indirectly used in other related technical fields , are all included in the scope of patent protection of the present invention in the same way.
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