CN201655923U - Portable electronic device charging module with replaceable plug - Google Patents

Abstract

Translated fromChinese

本实用新型为一种可更换插接头的可携式电子装置充电模块，包括有一充电模块，其一端设置有一充电连接埠，用以电性连接一电子装置，以导入电子装置的电能储存于充电模块，充电模块的另一端设置有一插接头结合座，以供至少一可更换插接头卡制结合。其中可更换插接头以一相对应于滑移结合部的滑移结合方向滑移卡合于插接头结合座时，可以使得充电模块能经由插接头结合座及连接插接头结合座的可更换插接头对一连接可更换插接头的行动电子产品进行供电及充电。

The utility model is a portable electronic device charging module with a replaceable plug connector, including a charging module, one end of which is provided with a charging connection port for electrically connecting an electronic device to introduce the electric energy of the electronic device to be stored in the charging module, and the other end of the charging module is provided with a plug connector combination seat for at least one replaceable plug connector to be clamped and combined. When the replaceable plug connector is slidably engaged with the plug connector combination seat in a sliding combination direction corresponding to the sliding combination part, the charging module can supply power and charge a mobile electronic product connected to the replaceable plug connector through the plug connector combination seat and the replaceable plug connector connected to the plug connector combination seat.

Description

Translated fromChinese

可更换插接头的可携式电子装置充电模块 Portable electronic device charging module with replaceable plug connector

技术领域technical field

本实用新型为关于一种充电模块的设计，特别是关于一种可更换插接头的可携式电子装置充电模块。 The utility model relates to the design of a charging module, in particular to a charging module for a portable electronic device with a replaceable plug connector. the

背景技术Background technique

随着行动电子产品的普及化，行动电话、个人数字助理或数字音乐拨放器等等已成为现代人随身携带的电子装置，这些行动电子产品除了达成行动通讯与数据储存的目的之外，更进一步地满足消费者对娱乐的需求。其中行动电子产品几乎内建有可重复充电电池，在充电电池电力耗尽时，可利用行动电子产品所搭配的电源供应器连接交流电插座或直流电插座，以对充电电池进行充电。 With the popularization of mobile electronic products, mobile phones, personal digital assistants or digital music players have become electronic devices carried by modern people. These mobile electronic products not only achieve the purpose of mobile communication and data storage, but also To further meet the needs of consumers for entertainment. Among them, almost all mobile electronic products have built-in rechargeable batteries. When the power of the rechargeable batteries is exhausted, the power supply provided with the mobile electronic products can be connected to an AC socket or a DC socket to charge the rechargeable batteries. the

既为行动电子产品，顾名思义，必定经常由使用者随身携带使用。有时当行动电子产品的充电电池电力耗尽时，难免会遇到不方便连接交流电插座或直流电插孔进行充电或供电的情况。因此，有必要提供一种可对行动电子产品进行供电或对其充电电池的可携式电子装置充电模块。 Since it is a mobile electronic product, as the name suggests, it must always be carried and used by users. Sometimes when the rechargeable battery of a mobile electronic product is exhausted, it is unavoidable that it is inconvenient to connect to an AC outlet or a DC jack for charging or power supply. Therefore, it is necessary to provide a portable electronic device charging module capable of supplying power to mobile electronic products or charging batteries thereof. the

在现有技术中，电源供应器具有特定的电源输入输出接口，可对特定的行动电子产品进行供电或充电。在此类电源供应器中，有的是由USB接口连接计算机装置，以提供5伏特的直流电予行动电子产品进行供电或充电。 In the prior art, the power supply has a specific power input and output interface, which can supply power or charge specific mobile electronic products. Some of these power supplies are connected to computer devices through USB ports to provide 5 volts of direct current to power or charge mobile electronic products. the

实用新型内容Utility model content

本实用新型所欲解决的技术问题 The technical problem to be solved by the utility model

然而，若一般行动电子产品连接在计算机装置上交换数据，虽可利用计算机装置的USB接口提供的5伏特直流电予以供电或充电，但计算机装置必须一直开机直到行动电子产品充电完毕，否则关机后，即无法继续充电，造成行动电子产品充电不完全。 However, if a general mobile electronic product is connected to a computer device to exchange data, although the 5 volt DC power provided by the USB interface of the computer device can be used to provide power or charge, the computer device must be powered on until the mobile electronic product is fully charged, otherwise, after shutting down, That is, it cannot continue charging, resulting in incomplete charging of mobile electronic products. the

此外，现有单一电源供应器仅能对单一的行动电子产品进行供电或充电，亦即，其硬件连接接口仅能适用于单一行动电子产品。当使用者同时拥有不同硬件连接接口的多种行动电子产品时，就必须购置多个适用于不同行动电子产品的可携式电源供应器。如此一来，使用者就必须额外花费较多的金钱去购买该对应的可携式电源供应器，也造成携带上的不方便。 In addition, the existing single power supply can only supply power or charge a single mobile electronic product, that is, its hardware connection interface can only be used for a single mobile electronic product. When a user has multiple mobile electronic products with different hardware connection interfaces at the same time, it is necessary to purchase multiple portable power supplies suitable for different mobile electronic products. As a result, the user must spend more money to purchase the corresponding portable power supply, which also causes inconvenience in carrying. the

缘此，本实用新型的目的即是提供一种可更换插接头的可携式电子装置充电模块，用以改善现有电源供应器的缺点，满足单一电源供应器可针对不同行动电子产品进行供电或充电的需求。 For this reason, the purpose of this utility model is to provide a portable electronic device charging module with replaceable plug connectors, which is used to improve the shortcomings of existing power supplies, so that a single power supply can supply power for different mobile electronic products or charging needs. the

本实用新型解决问题的技术手段 The technical means of the utility model to solve the problem

本实用新型为解决现有技术的问题所采用的技术手段为一种可更换插接头的可携式电子装置充电模块，包括有一充电模块，其内设置有至少一可充电电池，充电模块的一端设置有一充电连接埠，用以电性连接一电子装置，以导入电子装置的电能储存于充电模块的可充电电池。 The technical means adopted by the utility model to solve the problems of the prior art is a charging module for a portable electronic device with a replaceable plug connector, which includes a charging module in which at least one rechargeable battery is arranged, and one end of the charging module A charging connection port is provided for electrically connecting an electronic device, so that the electric energy introduced into the electronic device is stored in the rechargeable battery of the charging module. the

充电模块的另一端设置有一插接头结合座，以供至少一可更换插接头卡制结合，插接头结合座包括有一结合端面、一对滑移结合部及至少一组导电接触端。滑移结合部以一滑移结合方向分别形成于结合端面相对应的二侧，导电接触端则彼此间隔地设置在结合端面。 The other end of the charging module is provided with a plug joint joint seat for at least one replaceable plug joint joint. The plug joint joint seat includes a joint end surface, a pair of sliding joint parts and at least one set of conductive contact ends. The sliding joint part is respectively formed on two sides corresponding to the joint end surface in a sliding joint direction, and the conductive contact ends are arranged on the joint end surface at intervals. the

当可更换插接头以一相对应于滑移结合部的卡制部并以该滑移结合方向滑移卡合于插接头结合座的滑移结合部时，设置在插接头结合座的导电接触端系相对应地接触于可更换插接头的结合端面所设置的导电接触端，由此，充电模块及其可充电电池即能经由插接头结合座及连接插接头结合座的可更换插接头对一连接可更换插接头的行动电子产品进行供电及充电。 When the replaceable plug joint slides and engages with the sliding joint part of the plug joint joint seat with a clamping part corresponding to the sliding joint part and in the sliding joint direction, the conductive contact provided on the plug joint joint seat The end system is correspondingly in contact with the conductive contact end provided on the combined end surface of the replaceable plug connector, thus, the charging module and its rechargeable battery can be connected to the plug connector through the plug connector joint seat and the replaceable plug joint pair connected to the plug joint joint seat. A mobile electronic product connected to a replaceable plug connector for power supply and charging. the

本实用新型对照先前技术的功效 The utility model compares the effect of prior art

经由本实用新型所采用的技术手段，本实用新型的可更换插接头的可携式电子装置充电模块由于具有可充电电池，故即使在计算机装置电力耗尽或关机时，仍可以在不间断的情况下继续提供正常电压的电能予行动电子产品，使行动电子产品能够继续正常充电及使用，大大改善现有所遭遇 到的缺点。 Through the technical means adopted by the utility model, the portable electronic device charging module with replaceable plug connector of the utility model has a rechargeable battery, so even when the power of the computer device is exhausted or shut down, it can still be used continuously. Under normal circumstances, continue to provide normal voltage power to mobile electronic products, so that mobile electronic products can continue to be charged and used normally, greatly improving the existing shortcomings. the

再者，本实用新型的可更换插接头的可携式电子装置充电模块能通过更换不同的插接头以适应不同行动电子产品的输入接口，使用者仅需在使用时选取适用于该行动电子产品的插接头，即可由充电模块对该行动电子产品进行供电及充电，使用者无须针对不同的行动电子产品购置或携带多个可携式电源供应器，如此一来，使用者就无需额外花费较多的金钱去购买，也不会有携带上不方便的困扰。 Furthermore, the charging module for portable electronic devices with replaceable plug connectors of the present invention can adapt to the input interfaces of different mobile electronic products by replacing different plug connectors. plug connector, the mobile electronic product can be powered and charged by the charging module, and the user does not need to purchase or carry multiple portable power supplies for different mobile electronic products. In this way, the user does not need to spend more More money to buy, and there will be no inconvenience in carrying. the

附图说明Description of drawings

图1是显示本实用新型第一实施例的立体图； Fig. 1 is a perspective view showing the first embodiment of the utility model;

图2是显示本实用新型第一实施例的立体分解图； Fig. 2 is a three-dimensional exploded view showing the first embodiment of the utility model;

图3A是显示本实用新型第一实施例的插接头结合座的顶视图； Fig. 3A is a top view showing the plug connector joint seat of the first embodiment of the present invention;

图3B是显示本实用新型第一实施例的可更换插接头的底视图； Fig. 3B is a bottom view showing the replaceable plug connector of the first embodiment of the present utility model;

图4是显示本实用新型第一实施例的可更换插接头依滑移结合方向结合于插接头结合座的立体图； Fig. 4 is a perspective view showing that the replaceable plug connector of the first embodiment of the present invention is combined with the plug connector coupling seat according to the sliding coupling direction;

图5是显示本实用新型第二实施例的立体图； Fig. 5 is a perspective view showing the second embodiment of the utility model;

图6是显示本实用新型第三实施例的立体图； Fig. 6 is a perspective view showing the third embodiment of the utility model;

图7是显示本实用新型的实际应用示意图。 Fig. 7 is a schematic diagram showing the practical application of the utility model. the

【主要元件符号说明】 【Description of main component symbols】

100、100a、100b      电子装置充电模块 100, 100a, 100b Electronic device charging module

1                    充电模块 1 charging module

11                   壳体 11 Housing

12                   可充电电池 12 Rechargeable battery

13                   电力感测单元 13 Power sensing unit

14                   电力显示单元 14 Power display unit

2                    充电连接埠 2 charging port

21                   USB插接头 21 USB plug connector

22                   延伸线 22 Extension line

3                    插接头结合座 3 Plug joint seat

31                  结合端面 31 Joint end face

32、33              滑移结合部 32, 33 Slip joint

34                  凹部区域 34 Concave area

35                  导电接触端 35 Conductive contact terminal

36                  延伸线 36 Extension cord

4、4a、4b           可更换插接头 4, 4a, 4b Replaceable plug connectors

41                  结合端面 41 Joint end face

42、43              卡制部 42, 43 Card System Department

44                  凸部区域 44 Convex area

45                  导电接触端 45 Conductive contact terminal

46、46a、46b        输出接口 46, 46a, 46b output interface

5                   电子装置 5 Electronic Devices

51                  USB插槽 51 USB slot

6                   行动电子产品 6 Mobile Electronics

I                   滑移结合方向 I Slip combined direction

具体实施方式Detailed ways

本实用新型所采用的具体实施例，将由以下的实施例及附图作进一步的说明。 The specific embodiments adopted by the utility model will be further described by the following embodiments and accompanying drawings. the

同时参阅图1及图2所示，图1显示本实用新型第一实施例的立体图，图2显示本实用新型第一实施例的立体分解图。本实用新型的可更换插接头的可携式电子装置充电模块100包括有一充电模块1，充电模块1的壳体11内设置有至少一可充电电池12，并包括有一电力感测单元13及一电力显示单元14，电力感测单元13分别电性连接可充电电池12及电力显示单元14，电力感测单元13用以感测可充电电池12的电量，并经由电力显示单元14予以显示，以让使用者能从电力显示单元14得知可充电电池12的电力。 Referring to FIG. 1 and FIG. 2 at the same time, FIG. 1 shows a perspective view of the first embodiment of the utility model, and FIG. 2 shows an exploded perspective view of the first embodiment of the utility model. The portable electronicdevice charging module 100 of the utility model with replaceable plug connector includes a charging module 1, and at least onerechargeable battery 12 is arranged in thehousing 11 of the charging module 1, and includes apower sensing unit 13 and a Thepower display unit 14 and thepower sensing unit 13 are respectively electrically connected to therechargeable battery 12 and thepower display unit 14. Thepower sensing unit 13 is used to sense the power of therechargeable battery 12 and display it through thepower display unit 14, so as to The user can know the power of therechargeable battery 12 from thepower display unit 14 . the

充电模块1的一端设置有一充电连接埠2，充电连接埠2包括有一USB插接头21及一延伸线22，延伸线22连接于USB插接头21及充电模块1之间。充电连接埠2的USB插接头21用以电性连接一电子装置，举凡该 领域知识者皆能轻易得知，USB插接头21除了作为传递信息数据的媒介外，其插入至电子装置的USB插槽亦能提供有5伏特的主动电压及0.5安培的电流，故在本实施例中，充电连接埠2能将电能导入储存于充电模块1的可充电电池12中，作为储存电能及供应电能之用。 One end of the charging module 1 is provided with acharging connection port 2 . Thecharging connection port 2 includes aUSB plug connector 21 and anextension cable 22 . Theextension cable 22 is connected between theUSB plug connector 21 and the charging module 1 . TheUSB plug connector 21 of thecharging connection port 2 is used to electrically connect an electronic device. Those who know this field can easily know that theUSB plug connector 21 is not only used as a medium for transmitting information data, but also inserted into the USB plug of the electronic device. The slot can also provide an active voltage of 5 volts and a current of 0.5 ampere, so in this embodiment, thecharging connection port 2 can import electrical energy into therechargeable battery 12 stored in the charging module 1 as a means of storing electrical energy and supplying electrical energy. use. the

如图所示，充电模块1的另一端设置有一插接头结合座3，是通过一延伸线36连接，插接头结合座3用以供至少一可更换插接头4卡制结合，且可更换插接头4经由输出接口46用以与相应的行动电子产品配接。 As shown in the figure, the other end of the charging module 1 is provided with a plug jointjoint seat 3, which is connected by anextension line 36. The plug joint jointjoint seat 3 is used for clamping and combining at least one replaceable plug joint 4, and the replaceable plug joint Theconnector 4 is used to connect with corresponding mobile electronic products through theoutput interface 46 . the

请再同时参阅图3至图4所示，图3A显示本实用新型第一实施例的插接头结合座的顶视图，图3B显示本实用新型第一实施例的可更换插接头的底视图，图4显示本实用新型第一实施例的可更换插接头依滑移结合方向结合于插接头结合座的立体图。插接头结合座3包括有一结合端面31、一对滑移结合部32、33及至少一组导电接触端35。插接头结合座3的结合端面31形成有一凹部区域34，导电接触端35彼此间隔地布设在凹部区域34上，而滑移结合部32、33分别形成于结合端面31相对应的二侧，在本实施例中，滑移结合部32、33分别为一导槽结构。 Please refer to Fig. 3 to Fig. 4 at the same time, Fig. 3A shows the top view of the plug connector joint seat of the first embodiment of the present invention, and Fig. 3B shows the bottom view of the replaceable plug connector of the first embodiment of the present utility model, FIG. 4 shows a perspective view of the replaceable plug joint combined with the plug joint joint seat according to the sliding coupling direction according to the first embodiment of the present invention. The plugjoint base 3 includes ajoint end surface 31 , a pair of slidingjoint portions 32 , 33 and at least one set of conductive contact ends 35 . Thejoint end surface 31 of the plug connectorjoint seat 3 is formed with arecess area 34, the conductive contact ends 35 are arranged on therecess area 34 at intervals, and the slidingjoints 32, 33 are respectively formed on the two sides corresponding to thejoint end surface 31. In this embodiment, the slidingjoint parts 32 and 33 are respectively a guide groove structure. the

可更换插接头4包括有一结合端面41、一相对应于插接头结合座3的滑移结合部32、33的卡制部42、43及一导电接触端45。可更换插接头4的结合端面41形成有一对应于插接头结合座3的凹部区域34的凸部区域44，导电接触端45彼此间隔地布设在凸部区域44上，在本实施例中，卡制部42、43分别为一导轨结构。 Thereplaceable plug connector 4 includes acoupling end surface 41 , a lockingportion 42 , 43 corresponding to the slidingcoupling portion 32 , 33 of the plugconnector coupling seat 3 , and aconductive contact end 45 . The connectingend surface 41 of thereplaceable plug connector 4 is formed with aconvex region 44 corresponding to theconcave region 34 of the plugconnector coupling seat 3, and the conductive contact ends 45 are arranged at intervals on theconvex region 44. In this embodiment, the card Thecontrol parts 42, 43 are respectively a guide rail structure. the

当可更换插接头4的卡制部42、43以一相对应于插接头结合座3的滑移结合部32、33的滑移结合方向I滑移卡合于插接头结合座3的滑移结合部32、33时，设置在插接头结合座3的导电接触端35相对应地接触于可更换插接头4的凸部区域44所设置的导电接触端45，由此，充电模块1及其可充电电池12即能经由插接头结合座3及连接插接头结合座3的可更换插接头4由输出接口46对相应的行动电子产品进行供电，此外，本实施例中，该可更换插接头4为一USB插接头，于其它实施例中，则可为具有不同输出接口的插接头，在此仅以一最佳实施例表现之。 When the clampingparts 42 and 43 of the replaceable plug joint 4 slide and engage with the sliding movement of the plug jointjoint base 3 in a sliding joint direction I corresponding to the slidingjoint parts 32 and 33 of the plug jointjoint base 3 When connectingparts 32 and 33, theconductive contact end 35 provided on the plug connectorjoint seat 3 correspondingly contacts theconductive contact end 45 provided on theconvex part area 44 of thereplaceable plug connector 4, thus, the charging module 1 and its Therechargeable battery 12 can supply power to the corresponding mobile electronic products through theoutput interface 46 via the plug connectorjoint seat 3 and the replaceable plug joint 4 connected to the plug jointjoint seat 3. In addition, in this embodiment, the replaceable plug joint 4 is a USB plug connector. In other embodiments, it can be a plug connector with different output interfaces, which is only shown in a preferred embodiment here. the

同时参阅图5及图6所示，图5显示本实用新型第二实施例的立体图，图6显示本实用新型第三实施例的立体图。此二实施例的可更换插接头的 可携式电子装置充电模块100a、100b的组成元件大致上与第一实施例相同，故相同的元件乃标示以相同的元件编号，以资对应。其差异在于可更换插接头的可携式电子装置充电模块100a、100b分别具有不同输出接口46a、46b的可更换插接头4a、4b。 Referring to FIG. 5 and FIG. 6 at the same time, FIG. 5 shows a perspective view of the second embodiment of the utility model, and FIG. 6 shows a perspective view of the third embodiment of the utility model. The constituent elements of the portable electronicdevice charging modules 100a, 100b with replaceable plug connectors of the two embodiments are substantially the same as those of the first embodiment, so the same elements are marked with the same element numbers for correspondence. The difference is that the portable electronicdevice charging modules 100 a , 100 b with replaceable plug connectors respectively havereplaceable plug connectors 4 a , 4 b withdifferent output interfaces 46 a , 46 b. the

其中可更换插接头4a、4b与第一实施例中的可更换插接头4同样地能通过相同的卡制部42、43滑移卡合于插接头结合座3的滑移结合部32、33。在本实用新型中，可更换插接头的可携式电子装置充电模块100a、100b可适用于各种不同的行动电子产品，由于不同行动电子产品其电源输入接口不尽相同，故本实用新型利用具有不同输出接口46a、46b的插接头4a、4b与相应的行动电子产品进行配接。 Wherein thereplaceable plug joints 4a, 4b are the same as thereplaceable plug joints 4 in the first embodiment, and can be slidably engaged with the slidingcoupling parts 32, 33 of the plug jointjoint seat 3 through thesame clamping parts 42, 43 . In the present utility model, the portable electronicdevice charging modules 100a and 100b with replaceable plug connectors can be applied to various mobile electronic products. Since the power input interfaces of different mobile electronic products are not the same, the utility model utilizes Theplug connectors 4a, 4b withdifferent output interfaces 46a, 46b are mated with corresponding mobile electronic products. the

当然，本实用新型以上述为实施例作为专利说明及图式陈述，仅为众多实施例的其中一种，举凡熟悉此技艺者皆能轻易得知，可更换插接头的可携式电子装置充电模块为本实用新型的主要技术特征，凡利用本实用新型的原理所作的变化，皆属于本实用新型的请求范畴。 Certainly, the utility model takes the above-mentioned embodiment as the patent description and diagram statement, which is only one of many embodiments. Anyone familiar with the art can easily know that the portable electronic device with replaceable plug connector can be charged The module is the main technical feature of the utility model, and all the changes made by utilizing the principle of the utility model all belong to the request category of the utility model. the

参阅图7所示，其显示本实用新型的实际应用示意图。本实用新型的可更换插接头的可携式电子装置充电模块100的充电连接端口2的USB插接头21用以电性连接一电子装置5(在本实施例中，为一笔记型计算机)的一USB插槽51，而可更换插接头4则连接一行动电子产品6(在本实施例中，为一行动电话)。充电连接端口2能将电子装置5的电能导入储存于充电模块1的可充电电池12中作为储存电能的用，并可同时提供电能予以行动电子产品6，以作为行动电子产品6充电及使用。 Referring to Fig. 7, it shows a schematic diagram of the practical application of the utility model. TheUSB plug connector 21 of thecharging connection port 2 of the portable electronicdevice charging module 100 with replaceable plug connectors of the present invention is used to electrically connect an electronic device 5 (in this embodiment, a notebook computer) AUSB slot 51, and thereplaceable plug connector 4 is connected to a mobile electronic product 6 (in this embodiment, a mobile phone). Thecharging connection port 2 can lead the electric energy of the electronic device 5 into therechargeable battery 12 of the charging module 1 for storing electric energy, and at the same time provide electric energy to the mobileelectronic product 6 for charging and using as the mobileelectronic product 6 . the

当电子装置5处于电力耗尽或关机状态时，本实用新型的充电模块1由于内设有可充电电池12，故可以在不间断的情况下继续提供正常电压的电能予以行动电子产品6，使行动电子产品6能够继续正常充电及使用。 When the electronic device 5 is in the state of power exhaustion or shutdown, the charging module 1 of the present invention is provided with arechargeable battery 12, so it can continue to provide normal voltage power to the mobileelectronic product 6 without interruption, so that The mobileelectronic product 6 can continue to be charged and used normally. the

再者，于其它实施例中，通过替换可更换插接头4，可以使得本实用新型所具有的同样功效能用于不同的行动电子产品6，以满足单一可携式电子装置充电模块可对不同行动电子产品进行供电或对其所使用的电池进行充电的需求。 Furthermore, in other embodiments, by replacing thereplaceable plug connector 4, the same function of the present invention can be used for different mobileelectronic products 6, so that a single portable electronic device charging module can be used for different Mobile electronic products provide power or charge the batteries they use. the

由以上的实施例可知，本实用新型所提供的可更换插接头的可携式电子装置充电模块确具产业上的利用价值，故本实用新型业已符合于专利的 要求。但以上的叙述仅为本实用新型的较佳实施例说明，凡精于此项技艺者当可依据上述的说明而作其它种种的改良，但这些改变仍属于本实用新型的创作精神及以下所界定的专利范围中。 It can be seen from the above embodiments that the charging module for portable electronic devices with replaceable plug connectors provided by the utility model has industrial utility value, so the utility model has already met the requirements of the patent. But the above narration is only the description of the preferred embodiments of the present utility model, and those skilled in this skill can make other various improvements according to the above description, but these changes still belong to the creative spirit of the present utility model and the following within the defined patent scope. the

Claims (6)

1. the portable electronic devices charging module of a replaceable connection-peg, include a charging module, be provided with at least one rechargeable battery in this charging module, one end of this charging module is provided with a charging Port, to import electrical power storage, it is characterized in that the other end of this charging module is provided with a connection-peg connecting support in the rechargeable battery of this charging module, for at least one replaceable connection-peg blocking combination, this connection-peg connecting support comprises:

One in conjunction with end face;

A pair of slippage joint portion is formed at this respectively in conjunction with corresponding two sides of end face with a slippage bonding position;

At least one group of conduction contact jaw is arranged on this at each interval in conjunction with end face;

When this replaceable connection-peg corresponds to the fastening part of this slippage joint portion with one and is sticked in the slippage joint portion of this connection-peg connecting support with this slippage bonding position slippage, the conduction contact jaw that is arranged on this connection-peg connecting support be contacted with accordingly this replaceable connection-peg in conjunction with the set conduction contact jaw of end face.

2. the portable electronic devices charging module of replaceable connection-peg as claimed in claim 1, it is characterized in that, this connection-peg connecting support be formed with a recess area in conjunction with end face, this conduction contact jaw is laid in this recess area, and this replaceable connection-peg also be provided with a protuberance zone corresponding to this recess area in conjunction with end face, the conduction contact jaw of this replaceable connection-peg is laid in this protuberance zone.

3. the portable electronic devices charging module of replaceable connection-peg as claimed in claim 1 is characterized in that, this slippage joint portion is a guide barrel construction, and the fastening part of this replaceable connection-peg is the guide rail structure that corresponds to this guide barrel construction.

4. the portable electronic devices charging module of replaceable connection-peg as claimed in claim 1 is characterized in that, the charging connectivity port of this charging module includes a USB connection-peg and and is connected in a line stretcher between this USB connection-peg and this charging module.

5. the portable electronic devices charging module of replaceable connection-peg as claimed in claim 1 is characterized in that, this replaceable connection-peg includes a USB connection-peg.

6. the portable electronic devices charging module of replaceable connection-peg as claimed in claim 1 is characterized in that, also is connected with a line stretcher between this charging module and this connection-peg connecting support.

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