CN100576112C - Electric alarm and method for receiving kalendar journey data based on wireless communication mode - Google Patents

Electric alarm and method for receiving kalendar journey data based on wireless communication mode Download PDF

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CN100576112C
CN100576112C CN 200610027123 CN200610027123A CN100576112C CN 100576112 C CN100576112 C CN 100576112C CN 200610027123 CN200610027123 CN 200610027123 CN 200610027123 A CN200610027123 A CN 200610027123A CN 100576112 C CN100576112 C CN 100576112C
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data
module
clock
calendar
wireless
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CN 200610027123
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CN101082809A (en
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何代水
刚 徐
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英华达(上海)电子有限公司
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Abstract

The invention discloses an electronic alarm clock and receiving method of calendar stroke data based on wireless communication pattern, which comprises the following parts: clock mode, display mode, acoustic mode, manual setting mode of alarm clock, power mode, wireless data receiving mode, data conversion mode, wherein the wireless data receiving mode connects the clock mode through data conversion mode. The method comprises the following steps: using wireless data receiving mode to receive calendar stroke data from wireless transmitting device; outputting the received calendar stroke data to the data conversion mode; analyzing the data format through data conversion mode to convert to signal format identified by electronic alarm clock to output to the clock mode; setting alarm clock automatically; disposing. The invention is convenient to manage personal stroke with high additional value of electronic alarm clock, which has simple structure, flexible and convenient usage, stable and reliable property and wide fitting scale.

Description

基于无线通信方式接收日历行程数据的电子闹钟及方法 Trip data received calendar-based wireless communication method of the electronic clock and

技术领域 FIELD

本发明涉及电子装置领域,特别涉及电子闹钟领域,具体是指一种基于无线通信方式接收日历行程数据的电子闹钟及方法。 The present invention relates to the field of electronic devices, and particularly relates to the field of electronic alarm clock, alarm clock, and particularly refers to a method of receiving electronic calendar data based on the stroke wireless communication system.

背景技术 Background technique

现代社会生活中,随着科学技术的不断发展,越来越多的电子闹钟设备层出不穷,而且功能越来越强大。 Modern social life, with the continuous development of science and technology, more and more electronic alarm device after another, and more powerful. 但是传统的电子闹钟仅仅具有时钟、手动定时闹铃的功能,其内部功能模 However, only a conventional electronic alarm clock, the timing of a manual alarm function, its internal function module

块组成请参阅图1所示。 See blocks shown in FIG. 同时,个人计算机、个人数字助理(PDA)、手机等设备能方便的管理曰历行程,但是在居家使用时却不便利,不灵活。 At the same time, personal computers, personal digital assistants (PDA), mobile phones and other equipment to facilitate the management of said calendar stroke, but it is not convenient to use in the home, do not flexible. 这样就给人们的生活和工作带来了一定的不便。 This gives people live and work has brought some inconvenience.

发明内容 SUMMARY

本发明的目的是克服了上述现有技术中的缺点,提供一种能够通过无线通信方式接收日历行程数据并进行设置、结构简单、使用灵活方便、工作性能稳定可靠、适用范围较为广泛的基于无线通信方式接收日历行程数据的电子闹钟。 Object of the present invention is to overcome the disadvantages of the prior art described above, there is provided a calendar capable of receiving travel data through wireless communication and settings, simple structure, flexible, stable and reliable performance, the wider the scope of radio-based receiving an electronic communication calendar alarm trip data.

本发明的另一个目的是提供一种对上述的电子闹钟进行日历行程数据发送的方法。 Another object of the present invention is to provide a clock for the above-described transmission electronic calendar method itinerary data. 本发明的再一个目的是提供一种基于上述的电子闹钟接收日历行程数据并进行设置的方法。 A further object of the present invention is to provide a receiving calendar data based on the electronic trip and alarm setting method.

为了实现上述的目的,本发明的基于无线通信方式接收日历行程数据的电子闹钟及方法如下: To achieve the above object, a method of receiving electronic calendar alarm and trip data based wireless communication of the present invention is as follows:

该基于无线通信方式接收日历行程数据的电子闹钟,包括时钟模块、显示模块、声响模块、手动闹钟设置模块、数据转换模块和电源模块,所述的时钟模块分别与显示模块、声响模块和数据转换模块相连接,手动闹钟设置模块与数据转换模块相连接,所述的电源模块分别与各个模块相连接,其主要特点是,所述的电子闹钟还包括无线数据接收模块,所述的无 The trip data received calendar-based wireless communication of the electronic alarm clock, comprises a clock module, a display module, sound module, manually set the alarm module, the data conversion module and a power module, the clock module and the display module, respectively, sound and data conversion modules module is connected, the manual clock setting module connected to the data conversion module, the power module are connected to each module, and its main feature is that the electronic clock further includes a wireless data receiving module, a non-

线数据接收模块通过数据转换模块与所述的时钟模块相连接,且所述的无线数据接收模块和电源模块相连接。 Line data receiving module are connected by the data conversion module and the clock module and the wireless data receiving module and a power module is connected. 所述的时钟模块包括相互连接的时钟功能单元和行程功能单元,所述的行程功能单元分別与声响模块和数据转换模块相连接,所述的时钟功能单元与所迷的显示模块相连接。 The clock module includes a clock function unit and functional units are connected to the stroke, the stroke of the functional unit are connected to the sound module and the data conversion module, the clock function of the fan unit is connected to the display module.

所述的无线数据接收模块可以为红外线信号接收模块、蓝牙信号接收模块、Wi-Fi信号接收模块或者上述的组合。 The wireless data receiving module may be an infrared signal receiving module, a Bluetooth signal reception module, Wi-Fi signal reception module or a combination thereof.

所述的无线数据接收模块所接收的数据格式为vCalendar格式。 The wireless data receiving module receives the data format in vCalendar format.

该对上述的电子闹钟进行日历行程数据发送的方法,其主要特点是,所述的方法包括以下步骤: The above electronic clock calendar itinerary data transmission method, and its main feature is that said method comprises the steps of:

(1)系统进行初始化; (1) initializing the system;

(2 )无线发送装置自动探测附近的电子闹钟,同时接收用户的日历行程数据的发送请求 Electronic alarm clock close to the transmission request (2) automatic detection of a wireless transmission device, a user's calendar simultaneously received trip data

操作; operating;

(3 )如果无线发送装置探测到附近存在电子闹钟,或者接收到相应的用户的日历行程数据的发送请求操作,则无线发送装置通过无线信号发送日历行程数据。 Transmitting request operation (3) If the wireless transmission device to detect the presence of nearby electronic alarm clock, or receives a user's calendar corresponding to the stroke data, the stroke of the wireless transmission apparatus transmits calendar data via a wireless signal.

所述的无线信号可以为红外线信号、蓝牙信号、Wi-Fi信号中的一种或者多种,所述的无线发送装置可以为计算机或者无线手持式设备,比如手^)L、掌上电脑之类等。 The wireless signal may be an infrared signal, a Bluetooth signal, Wi-Fi signal of one or more of the wireless transmission device may be a computer or wireless handheld devices, such as hand ^) L, PDA or the like Wait.

该使用上述的电子闹钟接收日历行程数据并进行设置的方法,其主要特点是,所述的方法包括以下步骤: The above-described receiving electronic clock calendar and travel data setting method, its main features, the method comprising the steps of:

(1) 系统进行初始化; (1) initializing the system;

(2) 无线数据接收模块检测从无线发送装置发送来的无线信号,建立连接并接收日历行程数据; (2) a wireless data receiver module detects a radio signal transmitted from the wireless transmission apparatus to establish a connection stroke and receive calendar data;

(3 )无线数据接收模块将所接收到的日历行程数据输出至数据转换模块; (3) a wireless data receiving module outputs the received calendar data to the data conversion module stroke;

(4)数据转换模块解析所接收的日历行程数据的格式,并将数据格式转换为电子闹钟所 Format (4) parsing the received data conversion module calendar trip data, and data format to the electronic alarm clock

识别的信号格式后输出至时钟模块; After the format identification signal output to the clock module;

(5 )时钟模块根据所接收到的日历朽^呈数据进行自动闹铃设置和处理操作。 (5) a clock module in accordance with the received calendar data was automatically rotten ^ alarm setting and processing operations. 所述的时钟模块包括相互连接的时钟功能单元和行程功能单元,所述的行程功能单元分 The clock module includes a clock function unit and functional units are connected to the stroke, the stroke of the functional unit points

别与声响模块、手动闹钟设置模块和数据转换模块相连接,所述的时钟功能单元与所述的显 Respectively connected to the sound module, manually set the alarm module and a data conversion module, the functional unit and the clock was

示模块相连接,所述的自动闹铃设置和处理操作包括以下步骤: Shown connected to the module, and the automatic alarm settings processing operation comprising the steps of:

(1) 行程功能单元根据日历行程数据进行闹伶没定; (1) stroke functional units did not set a calendar alarm Ling stroke data;

(2) 行程功能单元根据时钟功能单元所提供的基准时间判断是否行程到期; (2) travel time of the reference clock according to a functional unit provided in the functional unit is determined whether the stroke expired;

(3) 如果行程到期,则驱动声响模块发出行程报警。 (3) If the expiration stroke, the stroke of the drive module issues an alarm sound.

所述的无线信号可以为红外线信号、蓝牙信号、Wi-Fi信号中的一种或者多种。 The wireless signal may be an infrared signal, a Bluetooth signal, Wi-Fi signal of one or more. 所述的无线数据接收模块所接收的日历行程数据格式为vCalendar格式。 The wireless module receives data receiving calendar data format to travel vCalendar format. 采用了该发明的基于无线通信方式接收日历行程数据的电子闹钟及方法,由于在传统的电子闹钟上通过增加无线数据接收冲莫块,使其能方便的接收来自于具有无线发射功能的个人计算机、PDA、手机等设备发送出的日历行程数据,而且电子闹钟再接收数据后能够自动存储,并将其转换为闹铃设定,不仅方便了个人行程管理,而且提高了电子闹钟的附加值,使其融入信息化生活中;同时,本发明的电子闹钟结构简单,4吏用灵活方^更,同时该方法工作性能稳定可靠、适用范围较为广泛,给人们的生活带来了很大的便利。 The invention uses a method of receiving electronic calendar and alarm trip data based on radio communication, since the conventional electronic clock in a wireless data reception by increasing the Mo punch block, it can be easily received from a personal computer having a wireless transmission function , PDA, mobile phones and other devices to send out your calendar schedule data, and electronic alarm clock again after receiving the data can be automatically stored, and convert them to set the alarm, not only facilitate the personal itinerary management, and enhance the value of electronic alarm clock, their integration into the information life; at the same time, a simple alarm clock electronic structure of the invention, 4 ^ officials with more flexible party, while the process stable and reliable performance, range more widely applicable to people's lives has brought great convenience .

附图说明 BRIEF DESCRIPTION

图1为现有技术的电子闹钟的功能模块示意图。 Figure 1 is a prior art electronic alarm clock function modules Fig.

图2为本发明的基于无线通信方式接收日历行程数据的电子闹钟的功能模块示意图。 Calendar received trip data of the electronic clock based wireless communication functional block diagram of the present invention. FIG 2. 图3为本发明的接收日历行程数据并进行设置的方法的数据处理过程示意图。 Received data processing method of the present invention. FIG. 3 calendar data and set the stroke of FIG. 图4为本发明的电子闹钟接收日历fl-程数据并进行设置的方法流程图。 The method of the present invention, an electronic clock 4 calendar fl- receiving process data and set a flowchart.

具体实施方式 Detailed ways

为了能够更清楚地理解本发明的技术内容,特举以下实施例详细说明。 In order to more clearly illustrate the technical details, several of the present invention are the following detailed description of embodiments.

请参阅图2所示,该基于无线通信方式接收日历行程数据的电子闹钟,包括时钟模块l、 显示模块2、声响模块3、手动闹钟设置模块4、数据转换模块7和电源模块5,所述的时钟模块1分别与显示模块2、声响模块3和数据转换模块7相连接,手动闹钟设置模块4和数据转换模块7相连接,所述的电源模块5分别与时钟模块1、显示模块2、声响模块3、手动闹钟设置模块4和数据转换模块7相连接,其中,所述的电子闹钟还包括无线数据接收模块6,所述的时钟模块l包括相互连接的时钟功能单元和行程功能单元,所迷的行程功能单元分别与声响模块3和数据转换模块7相连接,所述的时钟功能单元与所述的显示模块2相连接, 同时所述的无线数据接收模块6与电源模块5相连接。 Please refer to FIG. 2, the trip data received calendar-based wireless communication of an electronic alarm clock, L comprises a clock module, a display module 2, module 3 sound, alarm setting manually module 4, data conversion module 7 and a power supply module 5, the 1 each clock module 2, module 3 and the sound data conversion module 7 is connected to the display module, manually set the clock module 4 and 7 are connected to the data conversion module, the power module 5 according to the clock module 1, the display module 2, sound module 3, module 4, and manually set the alarm data conversion module 7 are connected, wherein the electronic clock module further comprises a wireless data receiver 6, the clock module includes a clock function unit l interconnected functional units and stroke, the fans are stroke functional unit 7 is connected to the sound data conversion module 3 and the module, said clock function unit and the display module 2 is connected, while the wireless data receiving module 6 is connected to the power module 5 .

其中,所述的无线数据接收模块6可以为红外线信号接收模块、蓝牙信号接收模块、Wi-Fi 信号接收模块或者上述任意的组合,所述的无线数据接收模块所接收的数据格式为vCalendar 格式,关于该vCalendar数据格式的详细信息,请参考以下网页: Wherein said wireless data reception module 6 vCalendar format may be an infrared signal receiving module, a Bluetooth signal reception module, Wi-Fi signal reception module, or any combination of the foregoing, the wireless data receiving module formats the received data, For more information about the vCalendar data format, please refer to the following website:

http :〃www.imc.org/pdi/vcalwhite.html 。 http: 〃www.imc.org / pdi / vcalwhite.html.

该对上述的电子闹钟进行日历行程数据发送的方法,其中,包括以下步骤: The data transmission method of the above-described calendar stroke of electronic alarm clock, comprising the steps of:

(1) 系统进行初始化; (1) initializing the system;

(2) 无线发送装置自动探测附近的电子闹钟,同时接收用户的日历行程数据的发送请求操作,所述的无线发送装置可以为计算机或者无线手持式设备,比如手机、掌上电脑之类等; (3 )如杲探测到附近的电子闹钟或者有相应的发送请求操作,则无线发送装置通过无线信号发送日历行程数据,所述的无线信号可以为红外线信号、蓝牙信号、Wi-Fi信号中的一种或者多种。 (2) the vicinity of the electronic alarm clock radio transmitting apparatus automatically detected, while receiving the transmission request data to the user's calendar stroke operation, the radio transmission device may be a computer or wireless handheld devices such as cell phones, PDAs and other types of; ( 3) as Gao detect nearby electronic alarm clock or a corresponding operation of a transmission request, the wireless transmission apparatus transmits a radio signal travel calendar data, the wireless signal may be an infrared signal, a Bluetooth signal, Wi-Fi signal a species or variety.

再请参阅图3和图4所示,该使用上述的电子闹钟接收日历行程数据并进行设置的方法, 包括以下步骤: See again, using the method of receiving an electronic clock calendar and travel data set shown in FIG. 3 and FIG. 4, comprising the steps of:

(1) 系统进行初始化; (1) initializing the system;

(2) 无线数据接收模块检测从无线发送装置发送来的无线信号,建立连接并接收日历行程数据; (2) a wireless data receiver module detects a radio signal transmitted from the wireless transmission apparatus to establish a connection stroke and receive calendar data;

(3 )无线数据接收模块将所接收到的日历行程数据输出至数据转换模块,所述的无线数据接收模块所接收的日历行程数据格式可以为vCalendar格式,也可以采用其它适当格式; (3) a wireless data receiving module outputs the received data to the data conversion stroke calendar module, the wireless data receiving module receives the stroke data format may be a calendar vCalendar format, other suitable format may be employed;

(4) 数据转换模块解析所接收的日历行程数据的格式,并将数据格式转换为电子闹钟所识别的信号格式后输出至时钟模块; After conversion format (4) parsing the received data conversion module calendar trip data, format the data format of the electronic signal output to the identified alarm clock module;

(5) 时钟模块根据所接收到的日历行程数据进行自动闹伶没置和处理操作,该设置和处理操作包括以下步骤: (5) clock module automatically set and no trouble Ling processing operation according to the received travel calendar data, and the processing operation is provided comprising the steps of:

(a) 行程功能单元才艮据日历行程数据进行闹铃设定; (A) a functional unit only stroke data Gen calendar alarm setting stroke data;

(b) 行程功能单元根据时钟功能单元所提供的基准时间判断是否行程到期; (B) a functional unit according to the stroke reference time provided by the clock function unit determines whether the expiration stroke;

(c) 如果行程到期,则驱动声响模块发出行程报警。 (C) if the stroke expired, the driving stroke module issues an alarm sound.

在实际使用当中,本发明的电子闹钟在传统的电子闹钟部份之外,还增加了无线数据接收模块6这一部份。 In actual use, the electronic clock of the present invention other than conventional electronic alarm clock part, further increases the wireless data receiver module 6 this part.

其具体工作过程如下: The specific process is as follows:

(1) 外部数据发送 (1) External data transmission

外部数据的发送,可以4吏用现有的以红外线、Bluetooth、 Wi-Fi等传输方式发送vCalendar 数据文件的方式。 Transmitting external data, can be used prior to 4 officials infrared, Bluetooth, Wi-Fi transmission of such transmission mode vCalendar data file. 可以在个人计算机上用快捷菜单操作的方法发送一个vCalendar数据文件到本发明的电子闹钟;同时,也可以开发一个应用程序,用来自动搜寻无线信号范围内的增强型家用电子闹钟,并发送日历行程、备忘提示数据。 VCalendar may send a data file on a personal computer using the shortcut menu operation method to the electronic clock of the present invention; the same time, you can develop an application, to automatically search for an enhanced home electronic clock within the wireless range of the signal, and transmits the calendar travel, tips memo data.

(2) 无线数据接收模块 (2) a wireless data receiver module

用来接收来自于红外线、蓝牙(Bluetooth )、 Wi-Fi等无线发送装置发送的无线信号,建立连接,接收数据。 For receiving the infrared, Bluetooth (the Bluetooth), a wireless Wi-Fi wireless signal transmitting apparatus, to establish a connection, receiving data. 并将数据输出到数据转换模块。 Outputs the data to the data conversion module.

(3) 数据转换模块接收来自于无线接收装置的数据,根据数据内容生成自动闹铃设定,将设定数据格式转换为电子闹钟所识別的信号格式后输出到传统的电子闹钟部份。 (3) The data converting module receives data from the radio receiving apparatus, the content data generating alarm is automatically set according to the set data format conversion signal format to an electronic alarm output to the identified part of the conventional electronic clock. (4)时钟模块 (4) The clock module

该部分应该包含两个功能单元:时钟功能单元、4于程功能单元。 The portion should contain two functional units: a clock function unit, function unit 4 to process.

时钟功能单元的作用是产生时间信号供显示;向行程功能单元提供基准时间。 Role of functional unit is to generate the clock signal for display time; reference time to provide the trip function unit.

行程功能单元除了接收来自数据转换模块传输来的自动闹铃设定,还需要接收手动设定 In addition to receiving travel function unit automatically set alarm from the transmission to the data conversion module, but also you need to receive manually set

的行程(即闹铃);同时行程功能单元根据基准时间判断是否行程到期。 Stroke (i.e. alarm); stroke while the stroke function unit determines whether the expiration time from the reference. 如有行程到期,则需 If the expiration stroke, need

发出行程报警。 Issued a travel warning.

另外,在本发明中还需要注意以下几点: Further, in the present invention is also to note the following:

(1) 在传统电子闹钟上增加无线数据接收模块而未增加无线发射装置是为了简化功能, 降低成本; (1) an increase in the traditional wireless data receiving module without increasing the electronic alarm clock radio transmission apparatus to simplify functions and reduce costs;

(2) 无线数据接收模块可以是红外线接收、Bluetooth, Wi-Fi等无线接收装置中选择某一装置安装,或同时安装所有种类的无线接收装置; (2) may be a wireless data receiving module receiving an infrared, Bluetooth, Wi-Fi wireless receiving apparatus to select a device is installed, or installed all kinds of radio receiving apparatus;

(3) 定义无线方式接收的数据为vCalendar格式,这样可以简化数据处理模块; (3) defined in the received wireless data in vCalendar format, which can simplify the data processing module;

采用了上述的基于无线通信方式接收日历行程数据的电子闹钟及方法,由于在传统的电子闹钟上通过增加无线数据接收模块,使其能方〗更的接收来自于具有无线发射功能的个人计算机、PDA、手机等设备发送出的日历行程数据,而且电子闹钟再接收数据后能够自动存储, 并将其转换为闹铃设定,不仅方便了个人行程管理,而且提高了电子闹钟的附加值,使其融入信息化生活中;同时,本发明的电子闹钟结构简单,使用灵活方便,同时该方法工作性能稳定可靠、适用范围较为广泛,给人们的生活带来了很大的便利。 Using the method of receiving electronic calendar and alarm trip data based on radio communication method described above, since the wireless receiving module by adding data on a conventional electronic alarm clock, so that it can receive more〗 side from a personal computer having a wireless transmission function, PDA, mobile phones and other equipment travel data sent out calendar, and then the electronic alarm clock can automatically store received data, and converts it to set the alarm, not only facilitate the management of the individual stroke, but also enhance the value of the electronic alarm clock, so that its integration into the information life; at the same time, a simple alarm clock electronic structure of the invention, the use of flexible, while the process stable and reliable performance, range more widely applicable to people's lives has brought great convenience.

在此说明书中,本发明已参照其特定的实施例作了描述。 In this specification, the present invention has been described with reference to specific embodiments thereof. 但是,很显然仍可以作出各种修改和变换而不背离本发明的精神和范围。 However, it is still apparent that various modifications and variations can be made without departing from the spirit and scope of the invention. 因此,说明书和附图应被认为是说明性的而非限制性的。 Accordingly, the specification and drawings are to be regarded as illustrative rather than restrictive.

Claims (10)

1、一种基于无线通信方式接收日历行程数据的电子闹钟,包括时钟模块、显示模块、声响模块、手动闹钟设置模块、数据转换模块和电源模块,所述的时钟模块分别与显示模块、声响模块和数据转换模块相连接,手动闹钟设置模块与数据转换模块相连接,所述的电源模块分别与各个模块相连接,其特征在于,所述的电子闹钟还包括无线数据接收模块,所述的无线数据接收模块通过数据转换模块与所述的时钟模块相连接,且所述的无线数据接收模块和电源模块相连接。 1. A method of receiving an electronic clock calendar data based on the wireless communication route, including a clock module, a display module, sound module, manually set the alarm module, the data conversion module and a power module, a clock module, respectively, and the display module, sound module and a data conversion module is connected to manually set the alarm module and the data conversion module is connected to said power modules are connected to each module, wherein, the wireless electronic clock further comprises a data receiving module, the wireless a data receiving module are connected by the data conversion module and the clock module and the wireless data receiving module and a power module is connected.
2、 根据权利要求1所述的基于无线通信方式接收日历行程数据的电子闹钟,其特征在于, 所述的时钟模块包括相互连接的时钟功能单元和行程功能单元,所述的行程功能单元分别与声响模块和数据转换模块相连接,所述的时钟功能单元与所述的显示模块相连接。 2, the electronic clock according to claim trip data received calendar-based wireless communication system of claim 1, wherein said clock module includes a clock function unit interconnected functional units and the stroke, the stroke of the functional unit, respectively and a sound data conversion module connected to the module, said clock function unit is connected to the display module.
3、 舉据权利要求1或2所述的基于无线通信方式接收日历行程数据的电子闹钟,其特征在于,所述的无线数据接收模块为红外线信号接收模块、蓝牙信号接收模块、Wi-Fi信号接收模块或者上述的组合。 3, for the electronic clock according to the trip data received calendar-based wireless communication system of claim 1 or claim 2, characterized in that said data receiving module is a wireless infrared signal receiving module, a Bluetooth signal reception module, Wi-Fi signal the receiving module or a combination thereof.
4、 根据权利要求1或2所述的基于无线通信方式接收日历行程数据的电子闹钟,其特征在于,所述的无线数据接收模块所接收的数据格式为vCalendar格式。 4. The electronic calendar clock received trip data based wireless communication system of claim 1 or claim 2, wherein said wireless data receiver module receives the data in vCalendar format format.
5、 一种对权利要求1所述的电子闹钟进行日历行程数据发送的方法,其特征在于,所述的方法包括以下步骤:(1)系统进行初始化;(2 )无线发送装置自动探测附近的电子闹钟,同时接收用户的日历行程数据的发送请求操作;(3 )如果无线发送装置探测到附近存在电子闹钟,或者接收到相应的用户的日历行程数据的发送请求操作,则无线发送装置通过无线信号发送日历行程数据。 5. An electronic alarm as claimed in claim 1, said method stroke calendar data transmitted, characterized in that the method comprises the steps of: (1) initializing the system; nearby (2) automatic detection of a wireless transmission apparatus electronic alarm clock, while the transmission request operation of receiving the user's calendar trip data; (3) If the wireless transmission device to detect nearby presence of electronic alarm clock, or receives a transmission request corresponding to a user's calendar trip data operation, the wireless transmission device via the wireless trip signal transmitting calendar data.
6、 根据权利要求5所述的进行日历行程数据发送的方法,其特征在于,所述的无线信号为红外线信号、蓝牙信号、Wi-Fi信号中的一种或者多种,所述的无线发送装置为计算机或者无线手持式设备。 6, the trip data transmitted calendar method as claimed in claim 5, wherein said wireless signal is an infrared signal, a Bluetooth signal, Wi-Fi signal of one or more of the wireless transmission wireless device is a computer or handheld device.
7、 一种使用权利要求1所述的电子闹钟接收日历行程数据并进行设置的方法,其特征在于,所述的方法包括以下步骤:(1) 系统进行初始化;(2) 无线数据接收模块检测从无线发送装置发送来的无线信号,建立连接并接收日历行程数据;(3) 无线数据接收模块将所接收到的日历行程数据输出至数据转换模块;(4) 数据转换模块解析所接收的日历行程数据的格式,并将数据格式转换为电子闹钟所识别的信号格式后输出至时钟模块;(5 )时钟模块根据所接收到的日历行程数据进行自动闹伶没置和处理操作。 7. A use as claimed in claim 1, said receiving electronic calendar clock stroke data set and a method, wherein said method comprises the steps of: (1) initializing the system; (2) detecting a wireless data receiver module from the wireless signal from the wireless transmission apparatus transmits to establish a connection and receive calendar stroke data; (3) a wireless data receiving module calendar stroke data output received to the data conversion module; (4) a data conversion module parses the received calendar after the trip data format, and data format conversion to an electronic format signal is output to the identified alarm clock module; (5) for automatic alarm clock module Ling not set and the data processing operations in accordance with the calendar stroke received.
8、 根据权利要求7所述的接收日历##呈数据并进行设置的方法,其特征在于,所述的时钟模块包括相互连接的时钟功能单元和行程功能单元,所述的行程功能单元分别与声响模块、 手动闹钟设置模块和数据转换模块相连接,所述的时钟功能单元与所述的显示模块相连接, 所述的自动闹伶没置和处理操作包括以下步骤:(1) 行程功能单元根据日历行程数据进行闹铃设定;(2) 行程功能单元根据时钟功能单元所提供的基准时间判断是否行程到期;(3) 如果行程到期,则驱动声响模块发出行程报警。 8. The receiver of claim 7, the calendar ## and the method as a data set, wherein said clock module includes a clock function unit interconnected functional units and the stroke, the stroke of the functional unit, respectively sound module, manually set the clock and data conversion module connected to the module, said clock function unit and the display module is connected, the automatic configuration and no trouble Ling processing operation comprising the steps of: (1) functional unit stroke for setting a calendar alarm trip data; (2) function unit determines whether the stroke according to the stroke reference expiration time provided by the clock function unit; (3) expires if the stroke, the stroke drive module issues an alarm sound.
9、 根据权利要求7或8所述的接收日历行程数据并进行设置的方法,其特征在于,所迷的无线信号为红外线信号、蓝牙信号、Wi-Fi信号中的一种或者多种。 9. A receiver according to claim 7 or 8, calendar data and stroke setting method, wherein the wireless signal is lost infrared signals, Bluetooth signals, Wi-Fi signal of one or more.
10、 根据权利要求7或8所述的接收日历行程数据并进行设置的方法,其特征在于,所述的无线数据接收模块所接收的日历行程数据格式为vCalendar格式。 10. The receiver of claim 7 or 8, calendar data and stroke setting method, wherein the wireless data receiving module received calendar data format to travel vCalendar format.
CN 200610027123 2006-05-30 2006-05-30 Electric alarm and method for receiving kalendar journey data based on wireless communication mode CN100576112C (en)

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