CN102938573B - Smart charging apparatus and a charging method - Google Patents

Smart charging apparatus and a charging method Download PDF

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CN102938573B
CN102938573B CN 201210450955 CN201210450955A CN102938573B CN 102938573 B CN102938573 B CN 102938573B CN 201210450955 CN201210450955 CN 201210450955 CN 201210450955 A CN201210450955 A CN 201210450955A CN 102938573 B CN102938573 B CN 102938573B
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charging
port
mobile terminal
current
control unit
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CN 201210450955
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CN102938573A (en
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马鹏杰
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广东欧珀移动通信有限公司
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Abstract

本发明公开了一种智能充电设备及其充电方法,其方法包括以下步骤:S1:控制单元读取每一充电端口的电流值以检测是否有移动终端插入充电端口,有电流值则跳至步骤S2,进入充电进程,各个充电端口均无电流值则结束充电进程;S2:各个充电端口根据控制单元设定的各个充电端口的充电优先级高低确定在充电进程中对不同移动终端输出电流的大小。 The present invention discloses an intelligent charging device and a charging method, the method comprising the steps of: S1: the control unit reads the value of the charging current for each port to detect whether a mobile terminal is inserted into the charging port, there is a current value jumps to step S2, into the charging process, no charging port each end of the charging process the current value; S2: each charging port determines the output current of different mobile terminals in the charging process of the charging control unit sets the priority level of each charging port . 其智能充电设备,包括控制单元(1)及与所述控制单元(1)分别连接的至少两个充电端口(2)。 Its smart charging apparatus, comprising a control unit (1) and connected to the control unit (1), respectively, at least two charging port (2). 其有益效果:按照充电端口充电优先级的高低,对不同移动终端进行充电,用户使用方便。 Beneficial effects: the level of priority in accordance with a charging port of the charging, charging of the different mobile terminals, user-friendliness.

Description

智能充电设备及其充电方法 Smart charging apparatus and a charging method

技术领域 FIELD

[0001] 本发明涉及充电设备,更具体地说,涉及一种智能充电设备及其充电方法。 [0001] The present invention relates to a charging device, and more particularly, to an intelligent charging device and a charging method.

背景技术 Background technique

[0002] 随着科技的进步和经济的发展,越来越多的移动终端走进人们的日常生活,例如智能手机、平板电脑等,但大多数的移动终端的电池续航时间较短,例如只有3小时、6小时等,给人们的使用带来不便,一些人使用充电设备对移动终端进行充电以克服电池续航时间较短的问题,充电设备包括移动电源、便携式充电器等。 [0002] With the advancement of technology and economic development, more and more of the mobile terminal into people's daily lives, such as smart phones, tablet PCs, but battery life is short most of the mobile terminal, for example, only 3 hours, 6 hours, etc., cause inconvenience to people, some people use a charging device for charging the mobile terminal to overcome the problem of short battery life, the charging device comprises a mobile power supply, a portable charger. 现有技术中,充电设备大部分只有一个充电端口(例如USB 口),只可同时给一个移动终端充电;或者有两个以上的充电端口,但充电端口的电流输出能力固定,这样就存在一个问题:当有两个以上设备同时充电时,在有限的时间内有可能两个设备都不能充满电,而这两个设备中有可能其中一个设备使用的优先级很高,需要优先充满。 In the prior art, most of the charging device has only one charging port (e.g., USB port), while only one mobile terminal to the charge; or more than two charging ports, but the constant charging current output capabilities of the ports, so that there is a problem: when there are two or more charging devices simultaneously, it is possible within a limited period of time can not be charged both devices, and both devices wherein high priority, it is possible to use a device, priority is full. 因此现有技术中的移动终端存在充电端口的电流输出能力固定、不能按照优先级高低进行充电的缺陷。 Thus there is a fixed current output capability of the charging port, charging can not be performed according to the priority level of the mobile terminal deficiencies of the prior art.

发明内容 SUMMARY

[0003] 本发明要解决的技术问题之一在于,针对现有技术的上述移动终端存在充电端口的电流输出能力固定、不能按照优先级高低进行充电的缺陷,提供一种智能充电设备的充电方法。 [0003] One of the present invention is to solve the technical problem is that, for a fixed current output capacity of the charging port, charging can not be performed according to the priority level of the mobile terminal defects of the prior art, there is provided a method for charging intelligent charging device .

[0004] 本发明要解决的技术问题之二在于,针对现有技术的上述移动终端存在充电端口的电流输出能力固定、不能按照优先级高低进行充电的缺陷,提供一种智能充电设备。 [0004] The present invention is to solve the second technical problem that the presence of a fixed output current capacity of the charging port of the mobile terminal for the prior art, not according to the priority level of charging defect, there is provided an intelligent charging device.

[0005] 本发明的智能充电设备及其充电方法克服了上述缺陷,智能充电设备设置有至少两个充电端口,至少两个充电端口分别与控制单元连接,各个充电端口根据控制单元设定的各个充电端口的充电优先级高低确定在充电进程中对不同移动终端输出电流的大小,这样,按照充电端口充电优先级的高低,对不同移动终端进行充电,用户使用方便。 [0005] intelligent charging apparatus and a charging method of the present invention overcome the above defects, intelligent charging device provided with at least two charging port, charging the at least two ports are connected to the control unit, each control unit is set according to the charging port of each charging charging port priority level determined in the charging process for the mobile terminal an output current of different size, so that the charging level of priority in accordance with a charging port, charging different mobile terminal, user convenience.

[0006] 本发明解决其技术问题之一所采用的技术方案是:构造一种智能充电设备的充电方法,智能充电设备具有控制单元及与控制单元分别连接的至少两个充电端口,包括以下步骤: [0006] One aspect of the present invention solve the technical problem is adopted: the charging method of constructing an intelligent charging device, the intelligent control unit and a charging apparatus having a charging at least two ports are connected to the control unit, comprising the steps of :

[0007] S1:控制单元读取每一充电端口的电流值以检测是否有移动终端插入充电端口,有电流值则跳至步骤S2,进入充电进程,各个充电端口均无电流值则结束充电进程; [0007] S1: the control unit reads each current value of the charging port of the mobile terminal to detect whether there is inserted into the charging port, the current value jumps to step S2, into the charging process, the current value of each charging port no charging process is ended ;

[0008] S2:各个充电端口根据控制单元设定的各个充电端口的充电优先级高低确定在充电进程中对不同移动终端输出电流的大小。 [0008] S2: each charging port determines the output current of the charging process in the mobile terminal according to different charging control unit sets the priority level of each charging port.

[0009] 在本发明所述的智能充电设备的充电方法中,所述步骤S2中,充电进程包括均衡模式,均衡模式包括以下步骤: [0009] In the method for charging intelligent charging device according to the present invention, the step S2, the process including the charging mode equalization, equalizer mode comprising the steps of:

[0010] S2.11:仅有一个移动终端连接至充电端口,则控制单元将该充电端口的输出电流大小设置为输出电流上限值,进行充电; [0010] S2.11: Only one mobile terminal connected to the charging port, the control unit sets the output current to a charging port provided on the output current limit for charging;

[0011] S2.12:多个移动终端分别连接至充电端口,则控制单元根据检测到的移动终端数量对输出电流进行均分,使得与移动终端连接的充电端口的输出电流大小相等,进行充电。 It is equal to the plurality of mobile terminals respectively connected to the charging port, the control unit of the average output current is detected based on the number of the mobile terminal, so that the charging port is connected with the mobile terminal of the output current, charge: [0011] S2.12 .

[0012] 在本发明所述的智能充电设备的充电方法中,所述步骤S2.12中还包括以下步骤: [0012] In the method for charging intelligent charging device according to the present invention, the step S2.12 further comprising the step of:

[0013] S2.13:检测到一移动终端的电量达到第一设定值,则控制单元减小与该移动终端连接的充电端口的输出电流大小,并重新均分其它与移动终端连接的充电端口的输出电流,进行充电; [0013] S2.13: detecting the power of the mobile terminal reaches a first set value, the control unit decreases the output current of the charging port is connected to the mobile terminal, and re-connected to the other charging sharing mobile terminal current output port for charging;

[0014] S2.14:检测到有新的移动终端连接至充电端口,则控制单元重新均分所有与移动终端连接的充电端口的输出电流,进行充电; [0014] S2.14: detects a new mobile terminal is connected to the charging port, the control unit re-all average current charge output port connected to the mobile terminal, for charging;

[0015] S2.15:检测到移动终端拔出充电端口,则重新均分剩余与移动终端连接的充电端口的输出电流,进行充电。 [0015] S2.15: detecting that the mobile terminal pulled charging port, the average output current of the re-charging port connected to the remainder of the mobile terminal, for charging.

[0016] 在本发明所述的智能充电设备的充电方法中,所述步骤S2中,充电进程还包括顺序模式,顺序模式包括以下步骤: [0016] In the method for charging intelligent charging device according to the present invention, the step S2, the process further comprises charging sequential mode, sequential mode comprising the steps of:

[0017] S2.21:仅有一个移动终端连接至充电端口,则控制单元将该充电端口的输出电流大小设置为输出电流上限值,进行充电; [0017] S2.21: Only one mobile terminal connected to the charging port, the control unit sets the output current to a charging port provided on the output current limit for charging;

[0018] S2.22:多个移动终端分别连接至充电端口,则充电优先级高的充电端口的输出电流大于充电优先级低的充电端口的输出电流,以此进行充电。 [0018] S2.22: a plurality of mobile terminals respectively connected to the charging port, charging the high-priority output port of the charging current is greater than a charge current of low priority output port of the charging, thereby charging.

[0019] 在本发明所述的智能充电设备的充电方法中,所述步骤S2.22进一步包括:检测与充电优先级最高的充电端口连接的移动终端的额定电流值,若其大于或者等于充电端口的输出电流上限值,则以充电端口的输出电流上限值对移动终端充电,其它充电端口停止充电;若其小于充电端口的输出电流上限值,则将充电端口的输出电流值设置为以额定电流值为基数、以大于或者等于I倍的值为倍数的乘积数;同时,充电优先级第二高的充电端口的输出电流值等于输出电流上限值减去乘积数,此时检测与充电优先级第二高的充电端口连接的移动终端的额定电流值,若其大于或者等于充电优先级第二高的充电端口的输出电流值,则以充电优先级第二高的充电端口的输出电流值对移动终端充电,若其小于充电优先级第二高的充电端口的输出电流值,则将充电优先 [0019] In the method for charging intelligent charging device according to the present invention, the step S2.22 further comprising: detecting the charging current of the highest priority rated value of the charging port of the mobile terminal, if it is greater than or equal to the charging upper limit output current terminal, places the output current of the charging port of the mobile terminal limits the charging, the charging is stopped other charging port; if it is less than the upper limit value of the output current of the charging port, the output current value of the charging port will rated current value for the base, greater than or equal to I times the number is a multiple of the product; the same time, the output value of the charging current of the second highest priority is equal to the charging port on the output current limit value minus a product, this time detecting a value of rated current of charging the mobile terminal is the second highest priority of the charging port, charging if it is greater than or equal to the second highest priority output current value of the charging port, charging places a higher priority of the second charging port the output current value of charging the mobile terminal, if it is less than the second highest priority charge output current value of the charging port, charging priority will 第二高的充电端口的输出电流值设置为以额定电流值为基数、以大于或者等于I倍的值为倍数的乘积数;依次类推,进行所有充电端口的输出电流的大小设定,对移动终端进行充电。 A second output current value of the charging port as a high rated current base value, greater than or equal to I times the number is a multiple of the product; and so, for all of the charging current of the output port of the set size to the mobile charging terminal.

[0020] 在本发明所述的智能充电设备的充电方法中,所述步骤S2.22中还包括以下步骤: [0020] In the method for charging intelligent charging device according to the present invention, the step S2.22 further comprising the step of:

[0021] S2.23:检测到有新的移动终端连接至充电端口,则重新进行步骤S2.22 ; [0021] S2.23: detects a new mobile terminal is connected to the charging port, the re step S2.22;

[0022] S2.24:检测到一移动终端的电量达到第二设定值,则控制单元减小与该移动终端连接的充电端口的输出电流大小,并重新进行步骤S2.22 ; [0022] S2.24: detecting the power of the mobile terminal reaches a second set value, the control unit decreases the output current of the charging port is connected to the mobile terminal and re step S2.22;

[0023] S2.25:检测到移动终端拔出充电端口,则重新进行步骤S2.22。 [0023] S2.25: detecting that the mobile terminal pulled charging port, the re step S2.22.

[0024] 在本发明所述的智能充电设备的充电方法中,通过设置在智能充电设备上的模式切换开关进行均衡模式与顺序模式的切换。 [0024] In the method for charging intelligent charging device according to the present invention, the mode switching sequence pattern equalized by setting the mode switch intelligent charging device.

[0025] 在本发明所述的智能充电设备的充电方法中,通过设置在智能充电设备上的模式状态指示灯来显示充电进程是均衡模式或顺序模式。 [0025] In the method for charging intelligent charging device according to the present invention, the charging apparatus provided on the smart mode state indicator to indicate the charging process is the equilibrium mode or sequence mode.

[0026] 本发明解决其技术问题之二所采用的技术方案是:构造一种智能充电设备,包括控制单元及与所述控制单元分别连接的至少两个充电端口;[0027] 所述控制单元读取每一所述充电端口的电流值以检测是否有移动终端插入所述充电端口,各个所述充电端口均无电流值则结束充电进程,有电流值则进入充电进程:各个所述充电端口根据所述控制单元设定的各个所述充电端口的充电优先级高低确定在充电进程中对不同移动终端输出电流的大小。 [0026] aspect of the present invention is to solve the technical problems of two used is: configuration of an intelligent charging device comprising a control unit and a control unit respectively connected to the at least two charge port; [0027] The control unit read current value of each of the charging port to detect whether the mobile terminal is inserted into the charging port, each said port no charging current value of the charging process is ended, the process proceeds to a current value of the charging process: each of said charging port the priority level of the respective control of the charging port of the charging unit determines the output setting of the magnitude of the current in different mobile terminals in the charging process.

[0028] 在本发明所述的智能充电设备中,所述智能充电设备还包括模式切换开关和模式状态指示灯; [0028] In the smart charging apparatus according to the present invention, the apparatus further comprises a smart charging mode and the mode switch status indicator;

[0029] 所述模式切换开关与所述控制单元连接,用于进行充电进程模式的切换; [0029] The mode changeover switch is connected with the control unit, for switching the charging mode process;

[0030] 所述模式状态指示灯与所述控制单元连接,用于显示充电进程模式的状态。 [0030] The mode state indicator connected to said control means, for displaying a charging process mode state.

[0031] 实施本发明的智能充电设备及其充电方法,具有以下有益效果:智能充电设备设置有至少两个充电端口,至少两个充电端口分别与控制单元连接,各个充电端口根据控制单元设定的各个充电端口的充电优先级高低确定在充电进程中对不同移动终端输出电流的大小,这样,按照充电端口充电优先级的高低,对不同移动终端进行充电,用户使用方便。 [0031] intelligent charging apparatus and a charging method embodiment of the present invention has the following advantages: intelligent charging device provided with at least two charging port, charging the at least two ports are connected to the control unit, in accordance with the respective control unit sets the charge port charging each charging priority level of the ports in the charging process to determine the magnitude of output current different mobile terminals, so that the charging level of priority in accordance with a charging port, charging different mobile terminal, user convenience.

附图说明 BRIEF DESCRIPTION

[0032] 下面将结合附图及实施例对本发明作进一步说明,附图中: [0032] The accompanying drawings and the following embodiments of the present invention is further illustrated drawings in which:

[0033] 图1是本发明智能充电设备的充电方法实施例1的程序流程图; [0033] FIG. 1 is an intelligent charging apparatus charging method of Example 1 a flowchart of a program;

[0034] 图2是本发明智能充电设备的充电方法实施例2的程序流程图; [0034] FIG. 2 is a method for charging intelligent charging apparatus of the present invention is a program flowchart of the second embodiment;

[0035] 图3是本发明智能充电设备实施例的结构示意框图。 [0035] The present invention FIG 3 is a schematic block diagram of a smart charging apparatus according to an embodiment.

具体实施方式 Detailed ways

[0036] 为了对本发明的技术特征、目的和效果有更加清楚的理解,现对照附图详细说明本发明的具体实施方式。 [0036] For the technical characteristics of the invention, the objects and effects more clearly understood, embodiments of the present invention will now be explained in detail with reference to the drawings.

[0037] 实施例1 [0037] Example 1

[0038] 本实施例中的智能充电设备,可以是移动电源或便携式充电器,在一些实施例中,本实施例的智能充电设备也可以包含在台式电脑、笔记本电脑等设备中,通过在这些设备中设置本实施例的智能充电设备,运用本实施例的充电方法,以达到按照充电端口充电优先级的高低、对不同移动终端进行充电的目的,这些均属于本实施例的保护范围。 [0038] Examples intelligent charging device of the present embodiment, the power supply may be a mobile or portable charger, in some embodiments, the smart charging apparatus according to the present embodiment may also include desktop computers, notebook computers and other equipment, by which the present embodiment is provided apparatus intelligent charging device using a charging method according to the present embodiment, in order to achieve a charging priority level according to a charging port for charging the mobile terminal different purposes, which belong to the scope of the present embodiment.

[0039] 如图1所示,图1是本实施例的程序流程图。 [0039] As shown in FIG. 1, FIG. 1 is a flowchart of a program of the present embodiment. 本实施例的智能充电设备的充电方法,智能充电设备具有控制单元及与控制单元分别连接的至少两个充电端口,包括以下步骤: Intelligent charging apparatus charging method according to the present embodiment, the intelligent charging apparatus has a control unit and at least two charging ports are connected to the control unit, comprising the steps of:

[0040] S1:控制单元读取每一充电端口的电流值以检测是否有移动终端插入充电端口,有电流值则跳至步骤S2,进入充电进程,各个充电端口均无电流值则结束充电进程; [0040] S1: the control unit reads each current value of the charging port of the mobile terminal to detect whether there is inserted into the charging port, the current value jumps to step S2, into the charging process, the current value of each charging port no charging process is ended ;

[0041] S2:各个充电端口根据控制单元设定的各个充电端口的充电优先级高低确定在充电进程中对不同移动终端输出电流的大小。 [0041] S2: each charging port determines the output current of the charging process in the mobile terminal according to different charging control unit sets the priority level of each charging port.

[0042] 如图3所示,图3是本实施例的结构示意框图。 [0042] As shown in FIG. 3, FIG. 3 is a schematic block diagram showing the structure of the present embodiment. 本实施例的智能充电设备,包括控制单元I及与控制单元I分别连接的至少两个充电端口2 ; Smart charging apparatus according to the present embodiment includes a control unit connected to the control unit I and I, respectively, at least two charging port 2;

[0043] 控制单元I读取每一充电端口2的电流值以检测是否有移动终端插入充电端口2,各个充电端口2均无电流值则结束充电进程,有电流值则进入充电进程:各个充电端口2根据控制单元I设定的各个充电端口2的充电优先级高低确定在充电进程中对不同移动终端输出电流的大小。 [0043] The control unit reads a current value I 2 for each charging port to detect whether a mobile terminal is inserted into the charging port 2, no 2 values ​​of the respective current charging port terminates the charging process, the current value of the charging process enters: each charging port 2 priority level according to the charging control unit I is set for each charging port 2 determines the magnitude of the current output of the different mobile terminals in the charging process.

[0044] 本实施例的智能充电设备具有两个充电端口,编号为充电端口I和充电端口2,其中充电端口I的充电优先级高于充电端口2的充电优先级。 [0044] The intelligent charging apparatus embodiment has two charging ports, the charging port number and the charging port 2 I, where I is the charging port of the charging priority higher priority than charging of the charging port 2. 当有I个移动终端(例如手机)插入充电端口I或充电端口2时,控制单元将该充电端口的输出电流大小设置为输出电流上限值,例如输出电流上限值为2安,则控制单元将该充电端口的输出电流大小设置为2安,进行充电,以达到快速充电的目的。 When I have mobile terminals (e.g. mobile phone) or inserted into the charging port I charging port 2, the control unit the charging port of the output current to output current limit, the output current limit value is 2 for example, security, control the charging unit output current port security is set to 2, is charged to achieve the purpose of rapid charging. 当有2个移动终端分别插入充电端口I和充电端口2时,按照充电端口充电优先级的高低,对2个移动终端进行充电,也即对充电端口输出的电流进行分配,例如充电端口I分配的电流为1.2安,充电端口2分配的电流为0.8安,使得充电端口I的电流大于充电端口2的电流,优先使与充电端口I连接的移动终端先被充满电;当然,也可以设定充电端口I和充电端口2的充电优先级相同,此时对充电端口输出的电流进行平均分配,对2个移动终端进行充电。 When there are two mobile terminals are respectively inserted into the charging port I and a charging port 2, according to a priority level of the charging port of the charging of two mobile terminals is charged, i.e., a current for charging port output are allocated, such as a charging port I distribution current is 1.2 a, the charging current ports 2 assigned to 0.8A so that the charging port 2 port current greater than a charge current I, preferentially I with a charging port connected to the first mobile terminal is fully charged; of course, can be set I charge charging port and charging the same priority port 2, a charging current at this time equally among the output ports of the mobile terminal 2 for charging. 在其它的实施例中,充电端口的数量也可以是大于2个的其它数量,例如3个、5个等,其它与本实施例相同。 In other embodiments, the number of charging port number may be larger than the other two, for example three, five, etc., the same as other embodiments of the present embodiment.

[0045] 实施例2 [0045] Example 2

[0046] 如图2所示,图2是本实施例的程序流程图。 [0046] As shown in FIG 2, FIG. 2 is a flowchart of a program of the present embodiment. 本实施例的智能充电设备的充电方法,智能充电设备具有控制单元及与控制单元分别连接的5个充电端口,包括以下步骤: Intelligent charging apparatus charging method according to the present embodiment, the intelligent control unit and a charging apparatus having a charging port 5 are respectively connected to the control unit, comprising the steps of:

[0047] S1:控制单元读取每一充电端口的电流值以检测是否有移动终端插入充电端口,有电流值则跳至步骤S2,进入充电进程,各个充电端口均无电流值则结束充电进程; [0047] S1: the control unit reads each current value of the charging port of the mobile terminal to detect whether there is inserted into the charging port, the current value jumps to step S2, into the charging process, the current value of each charging port no charging process is ended ;

[0048] S2:各个充电端口根据控制单元设定的各个充电端口的充电优先级高低确定在充电进程中对不同移动终端输出电流的大小。 [0048] S2: each charging port determines the output current of the charging process in the mobile terminal according to different charging control unit sets the priority level of each charging port.

[0049] 进一步讲,所述步骤S2中包括均衡模式和顺序模式两种充电进程模式,下面对这两种充电进程模式进行详述。 [0049] Further, the equalization step S2 comprises two charging mode and a sequential mode process mode, the charging process following these two modes described in detail. 当然,需要说明的是,在其它的实施例中,也可以使用均衡模式和顺序模式中的一种,其它与本实施例相同,不再赘述。 Of course, to be noted that, in other embodiments, may also be used in a balanced mode and the sequential mode, the same as other embodiments of the present embodiment, it is omitted.

[0050] 均衡模式包括以下步骤: [0050] balancing mode comprises the steps of:

[0051] S2.11:仅有一个移动终端连接至充电端口,则控制单元将该充电端口的输出电流大小设置为输出电流上限值,进行充电。 [0051] S2.11: Only one mobile terminal connected to the charging ports, the charging control unit sets the current output port as output current limit for charging. 例如输出电流上限值为3安,则将该充电端口的输出电流大小设置为3安,这样可以快速充电。 For example, upper limit output current of 3 amps, then the charging output current port security is set to 3, so that rapid charging.

[0052] S2.12:多个移动终端分别连接至充电端口,则控制单元根据检测到的移动终端数量对输出电流进行均分,使得与移动终端连接的充电端口的输出电流大小相等,进行充电。 It is equal to the plurality of mobile terminals respectively connected to the charging port, the control unit of the average output current is detected based on the number of the mobile terminal, so that the charging port is connected with the mobile terminal of the output current, charge: [0052] S2.12 . 例如有3个移动终端分别连接至充电端口,则控制单元将3安进行均分,使得与移动终端连接的充电端口的输出电流大小均为I安,进行充电。 For example, three mobile terminals are connected to the charging port, the control unit 3 An equally split, so that the output current magnitude of the charging port connected to the mobile terminal I are safe for charging.

[0053] 所述步骤S2.12中还包括以下步骤: [0053] step S2.12 further comprising the step of:

[0054] S2.13:检测到一移动终端的电量达到第一设定值,则控制单元减小与该移动终端连接的充电端口的输出电流大小,并重新均分其它与移动终端连接的充电端口的输出电流,进行充电。 [0054] S2.13: detecting the power of the mobile terminal reaches a first set value, the control unit decreases the output current of the charging port is connected to the mobile terminal, and re-connected to the other charging sharing mobile terminal current output port for charging. 例如,第一设定值的大小可设定为移动终端的电量的95%,当移动终端充电过程中其电量达到95%,则控制单元减小与该移动终端连接的充电端口的输出电流大小,例如可由I安减小至0.6安,再重新均分其它与移动终端连接的充电端口的输出电流,进行充电,例如有3个移动终端分别连接至充电端口,输出电流上限值为3安,当一移动终端充电过程中电量达到95%,则控制单元将与该移动终端连接的充电端口的输出电流大小由I安减小至0.6安,其余2.4安再进行均分,使得其他2个与移动终端连接的充电端口的输出电流均为1.2安。 For example, the size of the first set value may be set at 95% of the power of the mobile terminal, when the mobile terminal during the charging amount thereof reaches 95%, the control unit decreases the output current of the charging port is connected to the mobile terminal , for example, I can be reduced to 0.6 An An, other re-average output current charging port connected to the mobile terminal, for charging, for example, three mobile terminals are connected to the charging port, the upper limit value of the output current of 3 amps when charging a mobile terminal during charge reaches 95%, the output current control unit is connected to the charging port of the mobile terminal I is reduced by 0.6 to secure safety, then average the remaining 2.4V, so the other two output current charging port connected to the mobile terminal are 1.2 amps.

[0055] S2.14:检测到有新的移动终端连接至充电端口,则控制单元重新均分所有与移动终端连接的充电端口的输出电流,进行充电。 [0055] S2.14: detects a new mobile terminal is connected to the charging port, the control unit re-all average current charge output port connected to the mobile terminal, for charging. 例如有3个移动终端分别连接至充电端口,输出电流上限值为3安,在充电过程中又有2个移动终端连接至剩余的2个充电端口,则控制单元重新均分所有与移动终端连接的充电端口的输出电流,重新均分后充电端口的输出电流为0.6安,而3个移动终端时为I安。 For example, three mobile terminals are connected to the charging port, the upper limit value of the output current of 3 amps, during charge there are two mobile terminal is connected to the remaining charging port 2, the control unit of the mobile terminal re-divided equally charging port connected to an output current, the output current re-sharing charging port security is 0.6, while the mobile terminal 3 is I Ann.

[0056] S2.15:检测到移动终端拔出充电端口,则重新均分剩余与移动终端连接的充电端口的输出电流,进行充电。 [0056] S2.15: detecting that the mobile terminal pulled charging port, the average output current of the re-charging port connected to the remainder of the mobile terminal, for charging.

[0057] 顺序模式包括以下步骤: [0057] The sequential pattern comprising the steps of:

[0058] S2.21:仅有一个移动终端连接至充电端口,则控制单元将该充电端口的输出电流大小设置为输出电流上限值,进行充电; [0058] S2.21: Only one mobile terminal connected to the charging port, the control unit sets the output current to a charging port provided on the output current limit for charging;

[0059] S2.22:多个移动终端分别连接至充电端口,则充电优先级高的充电端口的输出电流大于充电优先级低的充电端口的输出电流,以此进行充电。 [0059] S2.22: a plurality of mobile terminals respectively connected to the charging port, charging the high-priority output port of the charging current is greater than a charge current of low priority output port of the charging, thereby charging.

[0060] 所述步骤S2.22进一步包括:检测与充电优先级最高的充电端口连接的移动终端的额定电流值,若其大于或者等于充电端口的输出电流上限值,则以充电端口的输出电流上限值对移动终端充电,其它充电端口停止充电;若其小于充电端口的输出电流上限值,则将充电端口的输出电流值设置为以额定电流值为基数、以大于或者等于I倍的值为倍数的乘积数;同时,充电优先级第二高的充电端口的输出电流值等于输出电流上限值减去乘积数,此时检测与充电优先级第二高的充电端口连接的移动终端的额定电流值,若其大于或者等于充电优先级第二高的充电端口的输出电流值,则以充电优先级第二高的充电端口的输出电流值对移动终端充电,若其小于充电优先级第二高的充电端口的输出电流值,则将充电优先级第二高的充电端口的输出电流值设置为以额 [0060] The step S2.22 further comprising: detecting the charging current of the highest priority rated value of the charging port of the mobile terminal, if it is greater than or equal to the charging current on the output port is exceeded, the output port of charging places current upper limit value for charging the mobile terminal, other charging stop charging port; if it is less than the upper limit value of the output current of the charging port, the port output current value will be set to the rated current value for the charging base, greater than or equal to I times the number is a multiple of the product; the same time, the charging current priority value of the second output port is equal to the high charging current output value minus a product, the charge detected at this time is the second highest priority mobile charging port rated current terminal, if it is greater than or equal to the charging of the second highest priority value of the charging current output port, the second highest priority places the charging current output value of the charging port for charging the mobile terminal, if it is less than the charging priority the output current value is a current value of the output of the second stage high charge port, the second highest priority will charge port for charging the amount to 电流值为基数、以大于或者等于I倍的值为倍数的乘积数;依次类推,进行所有充电端口的输出电流的大小设定,对移动终端进行充电。 Base current value, greater than or equal to I times the number is a multiple of the product; and so, for all of the charging current of the output port set the size of the mobile terminal is charged.

[0061] 例如,3个移动终端分别连接到5个充电端口中的其中3个,为表述方便,3个移动终端分别为第一移动终端、第二移动终端和第三移动终端,与三者相连的3个充电端口分别为充电端口1、充电端口3和充电端口5,其中,3个充电端口的充电优先级自高至低依次为充电端口1、充电端口3和充电端口5。 [0061] For example, the mobile terminal 3 connected to the charging ports 5 wherein 3, facilitate the presentation, three mobile terminals are a first mobile terminal, the second mobile terminal and third mobile terminal, and the three connected to charging port 3 are a charging port, charging port charging port 3 and 5, wherein the three charging priority from high to low charge for the ports are a charging port, charging port 3 and a charging port 5. 充电端口的输出电流上限值为3安。 The upper limit of the output current value of the charging port 3 amps.

[0062] 若第一移动终端的额定电流值大于或者等于3安,例如为4安,则充电端口I以3安的输出电流上限值对第一移动终端充电;充电端口3和充电端口5停止充电。 [0062] When the rated current of the first mobile terminal is equal to or greater than 3 amps, for example, 4 amps, the charging port on the output current I to 3 amps to limit the charging of the first mobile terminal; 3 charge port and a charging port 5 stop charging.

[0063] 若第一移动终端的额定电流值小于3安,例如为1.2安,贝U充电端口I的输出电流值为以额定电流值为基数、以大于或者等于I倍的值为倍数的乘积数,例如充电端口I的输出电流值为1.2安(基数为1.2安,倍数为I倍)或者1.8安(基数为1.2安,倍数为1.5倍)。 [0063] When the rated current of the first mobile terminal is less than 3 amps, for example 1.2 A, the charging port I U Pui output current value to the rated current base value, greater than or equal to I times the value of the product of multiple number, such as a charging port I output current value 1.2 a (1.2 a radix, multiple times of I), or 1.8 amps (base 1.2 a, 1.5 times multiple).

[0064] 以充电端口I的输出电流值为1.8安为例继续进行阐述。 [0064] In the charging port I 1.8 amps output current value set forth as an example continued. 此时,充电端口3的输出电流值等于输出电流上限值减去乘积数,即等于3安减去1.8安的值,为1.2安。 At this time, the output current value of the charging port 3 equal to the output value minus the product of the current, i.e., the subtracted value is equal to 3 amps 1.8 amps and 1.2 amps. 充电端口3检测第二移动终端的额定电流值,若额定电流值大于或者等于1.2安,例如为2安,则充电端口3以1.2安的电流对第二移动终端充电,此时比充电端口3充电优先级低的充电端口5则停止充电;若额定电流值小于1.2安,例如为0.8安,则充电端口3的输出电流值设置为以0.8安为基数、以大于或者等于I倍的值为倍数的乘积数,例如充电端口3的输出电流值为0.8安(基数为0.8安,倍数为I倍),当然倍数的数值不应使得乘积数大于充电端口3的输出电流值1.2安。 Charging port 3 detects a rated current value of the second mobile terminal, if the rated current value is greater than or equal to 1.2 A, for example 2 amps, the charging port 3 at a current of 1.2 amps of charging a second mobile terminal at this time than the charging port 3 charging low priority charging port 5 to stop charging; is 0.8A to as the base, greater than or equal to I times the rated current value if the value is less than 1.2 a, 0.8A for example, the output current value of the charging port 3 a multiple number of product, such as a charging port 3 of the output current value is 0.8A (0.8A radix, multiple times as I), of course, should not be a multiple of the value that is greater than the product of the number of charging port 3 of the output current value of 1.2 amps.

[0065] 以充电端口3的输出电流值设置为0.8安继续进行阐述。 [0065] In the output current value of the charging port 3 is set forth 0.8A continued. 充电端口3重复进行上述步骤,以此进行所有充电端口的输出电流的大小设定,对移动终端进行充电。 Charging port 3 repeating the above steps, in order to make all the output current of the charging port set the size of the mobile terminal is charged.

[0066] 所述步骤S2.22中还包括以下步骤: [0066] step S2.22 further comprising the step of:

[0067] S2.23:检测到有新的移动终端连接至充电端口,则重新进行步骤S2.22 ;当然若在S2.21步骤状态,检测到有新的移动终端连接至充电端口,则也重新进行步骤S2.22。 [0067] S2.23: detects a new mobile terminal is connected to the charging port, the re step S2.22; S2.21 course, if the state step, detecting that a new mobile terminal is connected to the charging port, it is also re-step S2.22.

[0068] S2.24:检测到一移动终端的电量达到第二设定值,则控制单元减小与该移动终端连接的充电端口的输出电流大小,并重新进行步骤S2.22。 [0068] S2.24: detecting the power of the mobile terminal reaches a second set value, the control unit decreases the output current of the charging port is connected to the mobile terminal, and again proceeds to step S2.22. 例如,第二设定值的大小可设定为移动终端的电量的96%,当移动终端充电过程中其电量达到96%,则重新进行步骤S2.22。 For example, the size of the second set value may be set to 96% of the power of the mobile terminal, when the mobile terminal during charging up to 96% of its electricity is re step S2.22.

[0069] S2.25:检测到移动终端拔出充电端口,则重新进行步骤S2.22。 [0069] S2.25: detecting that the mobile terminal pulled charging port, the re step S2.22.

[0070] 通过设置在智能充电设备上的模式切换开关进行均衡模式与顺序模式的切换。 [0070] equalizing mode and the switch mode by the mode setting order on the smart switch of the charging device. 通过设置在智能充电设备上的模式状态指示灯来显示充电进程是均衡模式或顺序模式。 Mode status provided by the charging device on the smart indicator to indicate a charging process is the equilibrium mode or sequence mode. 本实施例的智能充电设备在充电时,可以连接市电进行充电,也可以通过智能充电设备内置的充电电池进行充电。 Smart charging apparatus according to the present embodiment, during charging, charging may be connected to the mains, the charging device may be charged by the rechargeable battery built-in intelligence.

[0071] 如图3所示,图3是本实施例的结构示意框图。 [0071] As shown in FIG. 3, FIG. 3 is a schematic block diagram showing the structure of the present embodiment. 本实施例的智能充电设备,包括控制单元I及与控制单元I分别连接的至少两个充电端口2 ; Smart charging apparatus according to the present embodiment includes a control unit connected to the control unit I and I, respectively, at least two charging port 2;

[0072] 控制单元I读取每一充电端口2的电流值以检测是否有移动终端插入充电端口2,各个充电端口2均无电流值则结束充电进程,有电流值则进入充电进程:各个充电端口2根据控制单元I设定的各个充电端口2的充电优先级高低确定在充电进程中对不同移动终端输出电流的大小。 [0072] The control unit reads a current value I 2 for each charging port to detect whether a mobile terminal is inserted into the charging port 2, no 2 values ​​of the respective current charging port terminates the charging process, the current value of the charging process enters: each charging port 2 priority level according to the charging control unit I is set for each charging port 2 determines the magnitude of the current output of the different mobile terminals in the charging process.

[0073] 智能充电设备还包括模式切换开关3和模式状态指示灯4 ; [0073] The apparatus further comprises a smart charging mode 3 and mode switch 4 status indicators;

[0074] 模式切换开关3与控制单元I连接,用于进行充电进程模式的切换,即进行均衡模式与顺序模式的切换。 [0074] The mode changeover switch 3 is connected to the control unit I, a process for switching the charging mode, i.e., mode switching and equalization sequential mode.

[0075] 模式状态指示灯4与控制单元I连接,用于显示充电进程模式的状态,即显示充电进程是均衡模式或顺序模式。 [0075] 4 I mode state indicator connected to the control unit for displaying a charging process mode status, i.e., the display process is the charging mode or sequence mode equalization.

[0076] 本实施例的智能充电设备的充电方法已在上面详述,在此不再赘述。 [0076] The method for charging intelligent charging apparatus of the present embodiment has been described in detail above, are not repeated here.

[0077] 本实施例的智能充电设备设置有至少两个充电端口2,至少两个充电端口2分别与控制单元I连接,各个充电端口2根据控制单元I设定的各个充电端口2的充电优先级高低确定在充电进程中对不同移动终端输出电流的大小,这样,按照充电端口2充电优先级的高低,对不同移动终端进行充电,用户使用方便。 [0077] The intelligent charging device provided with at least two embodiments of the charging port 2, respectively, at least two charging port 2 is connected with a control unit I, each charging port 2 according to the charging control unit I is set for each priority charging port 2 determining the magnitude of the current level of the output stage of the charging process in a different mobile terminal, so that, according to the charging level of priority charging port 2 for charging different mobile terminals, user-friendliness.

[0078] 上面结合附图对本发明的实施例进行了描述,但是本发明并不局限于上述的具体实施方式,上述的具体实施方式仅仅是示意性的,而不是限制性的,本领域的普通技术人员在本发明的启示下,在不脱离本发明宗旨和权利要求所保护的范围情况下,还可做出很多形式,这些均属于本发明的保护之内。 , Binding of ordinary [0078] The above drawings, embodiments of the present invention have been described, but the present invention is not limited to the specific embodiments described above specific embodiments are merely illustrative, and not restrictive the art in light of the present invention, the scope of the present invention without departing from the spirit and the protection of the claims, can also make many of these fall within the protection of the present invention.

Claims (8)

1.一种智能充电设备的充电方法,其特征在于,智能充电设备具有控制单元及与控制单元分别连接的至少两个充电端口,包括以下步骤: S1:控制单元读取每一充电端口的电流值以检测是否有移动终端插入充电端口,有电流值则跳至步骤S2,进入充电进程,各个充电端口均无电流值则结束充电进程; S2:各个充电端口根据控制单元设定的各个充电端口的充电优先级高低确定在充电进程中对不同移动终端输出电流的大小; 所述步骤S2中,所述充电进程包括可选择的均衡模式和顺序模式, 所述均衡模式包括以下步骤: S2.11:仅有一个移动终端连接至充电端口,则控制单元将该充电端口的输出电流大小设置为输出电流上限值,进行充电; S2.12:多个移动终端分别连接至充电端口,则控制单元根据检测到的移动终端数量对输出电流进行均分,使得与移动终端连接的 CLAIMS 1. A method for charging intelligent charging device, characterized in that the charging apparatus has at least two intelligent charging port and a control unit respectively connected to the control unit, comprising the steps of: S1: the control unit reads the charge current for each port to detect whether the value inserted into the charging port of the mobile terminal, the current value jumps to step S2, into the charging process, no charging port each end of the charging process the current value; S2: charging each charging port each port control means is set in accordance with charging priority level determined for different output current is the charging process in the mobile terminal; a step S2, the charging process includes a selectable equalizer mode and the sequential mode, the balanced mode comprises the steps of: S2.11 : only one mobile terminal connected to the charging port, the unit outputs a current capacity of the charging port is controlled to limit output current to be charged; S2.12: a plurality of mobile terminals respectively connected to the charging port, the control unit the average for the output current detected by the number of mobile terminals, such that the connection with the mobile terminal 电端口的输出电流大小相等,进行充电;所述顺序模式包括以下步骤: S2.21:仅有一个移动终端连接至充电端口,则控制单元将该充电端口的输出电流大小设置为输出电流上限值,进行充电; S2.22:多个移动终端分别连接至充电端口,则充电优先级高的充电端口的输出电流大于充电优先级低的充电端口的输出电流,以此进行充电。 Output current is equal to the electrical port, charging; sequential mode comprises the steps of: S2.21: Only one mobile terminal connected to the charging port, the unit outputs a current capacity of the charging port is controlled to limit output current value, is charged; S2.22: a plurality of mobile terminals respectively connected to the charging port, charging the high-priority output port of the charging current is greater than a charge current of low priority output port of the charging, thereby charging.
2.根据权利要求1所述的智能充电设备的充电方法,其特征在于,所述步骤S2.12中还包括以下步骤: S2.13:检测到一移动终端的电量达到第一设定值,则控制单元减小与该移动终端连接的充电端口的输出电流大小,并重新均分其它与移动终端连接的充电端口的输出电流,进行充电; S2.14:检测到有新的移动终端连接至充电端口,则控制单元重新均分所有与移动终端连接的充电端口的输出电流,进行充电; S2.15:检测到移动终端拔出充电端口,则重新均分剩余与移动终端连接的充电端口的输出电流,进行充电。 The charging method according to an intelligent charging device as claimed in claim, wherein said step S2.12 further comprising the step of: S2.13: detecting the power of the mobile terminal reaches a first set value, the control unit decreases the output current of the charging port is connected to the mobile terminal, and re-charging current average other output port is connected with the mobile terminal to be charged; S2.14: detecting that a new mobile terminal is connected to the charging port, the control unit re-average output current of all the charging port is connected with the mobile terminal to be charged; S2.15: detecting that the mobile terminal pulled charging port, a charging port is re-average remaining connected to the mobile terminal output current for charging.
3.根据权利要求1所述的智能充电设备的充电方法,其特征在于,所述步骤S2.22进一步包括:检测与充电优先级最高的充电端口连接的移动终端的额定电流值,若其大于或者等于充电端口的输出电流上限值,则以充电端口的输出电流上限值对移动终端充电,其它充电端口停止充电;若其小于充电端口的输出电流上限值,则将充电端口的输出电流值设置为以额定电流值为基数、以大于或者等于I倍的值为倍数的乘积数;同时,充电优先级第二高的充电端口的输出电流值等于输出电流上限值减去乘积数,此时检测与充电优先级第二高的充电端口连接的移动终端的额定电流值,若其大于或者等于充电优先级第二高的充电端口的输出电流值,则以充电优先级第二高的充电端口的输出电流值对移动终端充电,若其小于充电优先级第二高的充电端口的输出电流值,则 The intelligent charging apparatus charging method according to claim 1, wherein said step S2.22 further comprising: detecting the charging current of the highest priority rated value of the charging port of the mobile terminal, if it is greater than or equal to the charging current on the output port is exceeded, the output current of the charging port places a limit on charging the mobile terminal, other charging stop charging port; if it is less than the upper limit value of the output current of the charging port, an output port will be charged rated current value is set to the base current value, greater than or equal to I times the number is a multiple of the product; the same time, the charging current priority value of the second output port is equal to the high charging current output value minus the product of in this case the value of the rated current of the second mobile terminal detects a higher priority charging of the charging port, an output current value if it is greater than or equal to the second highest priority charge charging port, charging the second highest priority places output current value of the charging port for charging the mobile terminal, when the output current value which is smaller than the second highest priority charge charging port, then 将充电优先级第二高的充电端口的输出电流值设置为以额定电流值为基数、以大于或者等于I倍的值为倍数的乘积数;依次类推,进行所有充电端口的输出电流的大小设定,对移动终端进行充电。 Charging the second highest priority of the charging port output current value to the rated current value base, greater than or equal to the product of the number of times is a multiple of I; and so, for all of the charging current output port disposed magnitude given to the mobile terminal is charged.
4.根据权利要求3所述的智能充电设备的充电方法,其特征在于,所述步骤S2.22中还包括以下步骤: S2.23:检测到有新的移动终端连接至充电端口,则重新进行步骤S2.22 ; S2.24:检测到一移动终端的电量达到第二设定值,则控制单元减小与该移动终端连接的充电端口的输出电流大小,并重新进行步骤S2.22 ; S2.25:检测到移动终端拔出充电端口,则重新进行步骤S2.22。 4. The method for charging intelligent charging device according to claim 3, wherein said step S2.22 further comprising the step of: S2.23: detects a new mobile terminal is connected to the charging port, the re step S2.22; S2.24: detecting the power of the mobile terminal reaches a second set value, the control unit reduces the magnitude of the charging current and the output port connected to the mobile terminal, and again to step S2.22; S2.25: detecting that the mobile terminal pulled charging port, the re step S2.22.
5.根据权利要求4所述的智能充电设备的充电方法,其特征在于,通过设置在智能充电设备上的模式切换开关进行均衡模式与顺序模式的切换。 The charging method according to claim intelligent charging device, wherein the switching mode a balanced mode and the sequential mode by setting the charging device on the smart switch.
6.根据权利要求5所述的智能充电设备的充电方法,其特征在于,通过设置在智能充电设备上的模式状态指示灯来显示充电进程是均衡模式或顺序模式。 The charging method according to claim intelligent charging device, wherein, by providing on the smart mode state indicator to indicate a charging device charging process is the equilibrium mode or sequence mode.
7.一种智能充电设备,其特征在于,包括控制单元(I)及与所述控制单元(I)分别连接的至少两个充电端口⑵; 所述控制单元(I)读取每一所述充电端口(2)的电流值以检测是否有移动终端插入所述充电端口(2),各个所述充电端口(2)均无电流值则结束充电进程,有电流值则进入充电进程:各个所述充电端口⑵根据所述控制单元⑴设定的各个所述充电端口⑵的充电优先级高低确定在充电进程中对不同移动终端输出电流的大小; 当仅有一个移动终端连接至所述充电端口(2)时,所述控制单元(I)将所述充电端口(2)的输出电流大小设置为输出电流上限值; 当有多个移动终端分别连接至所述充电端口(2)时,所述控制单元(I)可根据检测到的移动终端数量对输出电流进行均分,使与所述移动终端连接的所述充电端口(2)的输出电流大小相等,或者控制充电优先级高的充电端口 An intelligent charging apparatus, characterized by comprising at least two charging ports ⑵ control unit (I) and respectively connected to the control unit (I); said control unit (I) each of the reading whether the charging port (2) to detect a current value of the mobile terminal is inserted into the charging port (2), each of said charging port (2) no current charging process is ended, the process proceeds to a current value of the charging process: the respective ⑵ said charging port of the mobile terminal to determine the size of the different output current of the charging process in the charging control according to the priority level of each of the charging port unit ⑴ ⑵ set; when only one mobile terminal is connected to the charging port (2), the control unit (I) to said charging port (2) of the output current to output current limit; when a plurality of mobile terminals respectively connected to said charging port (2), the control unit (I) may be carried out according to the number average of the output current detected by the mobile terminal, the charging port is connected with the mobile terminal is equal to (2) of the output current, or to control the charging high-priority charging port 输出电流大于充电优先级低的充电端口的输出电流。 Output current greater than a charge current of a low-priority output port of the charge.
8.根据权利要求7所述的智能充电设备,其特征在于,所述智能充电设备还包括模式切换开关(3)和模式状态指示灯(4); 所述模式切换开关(3)与所述控制单元(I)连接,用于进行充电进程模式的切换; 所述模式状态指示灯(4)与所述控制单元(I)连接,用于显示充电进程模式的状态。 8. The charging device according to claim 7 intelligent, characterized in that said apparatus further comprises a smart charging mode switch (3) and a mode status indicator (4); said mode changeover switch (3) and the the control unit (I) is connected, for switching the charging process model; and the mode state indicator (4) with the control unit (I) is connected, the status mode for displaying a charging process.
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