CN1683893A - Charging device for separable terminal in refrigerator - Google Patents

Charging device for separable terminal in refrigerator Download PDF

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Publication number
CN1683893A
CN1683893A CN 200410018928 CN200410018928A CN1683893A CN 1683893 A CN1683893 A CN 1683893A CN 200410018928 CN200410018928 CN 200410018928 CN 200410018928 A CN200410018928 A CN 200410018928A CN 1683893 A CN1683893 A CN 1683893A
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China
Prior art keywords
refrigerator
terminal
charging
means
separable
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CN 200410018928
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Chinese (zh)
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CN100417897C (en
Inventor
李益奎
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乐金电子(天津)电器有限公司
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Priority to CN 200410018928 priority Critical patent/CN100417897C/en
Publication of CN1683893A publication Critical patent/CN1683893A/en
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Publication of CN100417897C publication Critical patent/CN100417897C/en

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Abstract

The charging device for separable terminal in refrigerator includes power source set on one side of refrigerator to change the outer power supply voltage into required voltage; charging unit contact pins located inside the casing in the slot in the refrigerator door to charge the separable terminal; and connecting device connected between the contact pins and the power source. The present invention can realize the target of minimizing and lightening the refrigerator terminal, and has convenient connection between the power source and the rechargeable battery, so as to raise the utilization rate of space inside the refrigerator. In addition, the present invention has simple charging device structure.

Description

用于内置于冰箱中的可分离式终端的充电装置 A charging device incorporated in the refrigerator separable terminal

技术领域 FIELD

本发明涉及一种用于内置于冰箱中的可分离式终端的充电装置,特别是涉及一种可将供电装置和充电电池分开,由此来提高冰箱的空间利用率的用于内置于冰箱中的可分离式终端的充电装置。 The present invention relates to a charging device incorporated in the refrigerator separable terminal, particularly to a power supply apparatus may be separate and rechargeable batteries, thereby improving the space utilization for the refrigerator in a refrigerator built the charging device of separable terminal.

背景技术 Background technique

最近,市场上推出的冰箱不仅具有冷藏和冷冻功能,而且还具有可对冰箱进行电子控制或可以连接网络的装置,由此可以通过因特网得到信息,而且可以在冰箱的内部设置专用的电脑,以使冰箱作为家庭网络系统中的主控制器使用。 Recently, the market launch of a refrigerator having cooling and freezing only function, but also has an electronic control device may be a refrigerator or a network connection, information can be obtained via the Internet, and a dedicated computer may be provided inside the refrigerator to use the refrigerator as a home network system master controller. 即,在冰箱上设置屏幕,并利用触摸式屏幕来输入命令。 That is, the screen is provided on the refrigerator, and with a touch screen input commands. 图1为已有技术的冰箱立体结构图。 FIG. 1 is a perspective configuration diagram of a refrigerator prior art. 如图1所示,这种已有技术冰箱1的冰箱门前面设有冰箱用终端2。 As shown, the front door of the refrigerator 1 of this prior art refrigerator provided with a refrigerator terminal 21. 该冰箱用终端2直接连接在外部电源上,从而由外部电源来提供工作电流。 The refrigerator terminal 2 is directly connected to the external power supply, thereby providing the operating current from an external source. 图2为图1中的冰箱用终端的供电装置组成图。 FIG 2 is a composition diagram of the power supply device 1 of FIG refrigerator terminal. 如图2所示,这种设置在冰箱用终端2内部的供电装置10由可接收外部电源的AC适配器11;可接收来自AC适配器11的电流,并提供具有一定大小充电电流的充电调节器12;和可控制充电调节器12,并可调节图中未示出的提供给冰箱用终端2各组成元件的充电电流的微处理器13构成。 As shown, this arrangement inside the refrigerator 2 with a power supply terminal apparatus 10 by an AC adapter 11 may receive the external power source 2; may receive current from the AC adapter 11, and to charge regulator 12 provides a certain magnitude of the charging current ; and controlling charge regulator 12, can be adjusted to provide the charging current is not shown in FIG refrigerator terminal 2 to the constituent elements constituting the microprocessor 13. 由于这种已有技术的供电装置一般内置于设置在冰箱门一侧的冰箱用终端上,从而会增加冰箱用终端的体积和重量,因此无疑会阻碍为减小占有的冰箱门的面积而推进的终端小型化的发展。 Since the power supply apparatus of this prior art is generally built in the refrigerator in the refrigerator door provided with the terminal side, thereby increasing the volume and weight of the refrigerator terminal, thus undoubtedly hinder to reduce the area occupied by a refrigerator door propelled the development of small terminal. 而且,由于这种供电装置直接与外部电源相连接,因此可从冰箱门上分离出来的终端有可能会因高电压而存在产生事故的隐患。 Moreover, because of this power supply apparatus is connected directly to the external power supply, it can be separated from the refrigerator door may have a terminal generates an accident hazard exists due to a high voltage.

发明内容 SUMMARY

为了解决上述问题,本发明的目的在于提供一种可将供电装置与冰箱用终端分开设置,由此可使冰箱用终端趋于小型化,并且可以更加方便地连接供电装置和充电电池的用于内置于冰箱中的可分离式终端的充电装置。 To solve the above problems, an object of the present invention is to provide a power supply apparatus may be provided separately from the terminal and a refrigerator, the refrigerator can thus become smaller terminal, and may be more easily connected to the power supply device for a rechargeable battery and a charging device incorporated in the refrigerator separable terminal.

为了达到上述目的,本发明提供的用于内置于冰箱中的可分离式终端的充电装置包括:设置在冰箱的某一侧,可接收来自外部的电源,并可将该电源变成规定大小的充电电源的供电装置;位于冰箱门的插入槽内,且设置在安装壳体的内部,可为可分离式终端提供充电电源的充电装置接触端子;和一端连接在供电装置上,另一端连接在充电装置接触端子上,可将充电电源从供电装置提供给充电装置接触端子的连接器件。 To achieve the above object, the present invention provides for the charging device incorporated in the refrigerator separable terminal comprising: disposed on either side of the refrigerator, may receive power from the outside, and the power supply into a predetermined size a charging power supply means; a refrigerator door inserting groove, and disposed in the interior of the installation housing, can provide a charging power source for charging the terminal device separable contact terminal; and a power supply means connected at one end, the other end is connected to contact terminals on the charging device, the charging power may be supplied from the power supply device is connected to a charging device of contact terminal means.

所述的供电装置包括:可接收来自外部电源的AC适配器;可接收来自AC适配器的电流,并提供具有一定大小充电电流的充电调节器;和可控制充电调节器,并可调节提供给冰箱用终端各组成元件的充电电流的微处理器。 The power supply device comprising: an AC adapter may receive from an external power source; a receiving current from the AC adapter, and to provide a charging regulator has a constant charging current; and a charge regulator can be controlled, and can be adjusted to provide a refrigerator a charging current terminal microprocessor constituent element.

所述的安装壳体是利用具有中心旋转轴的结合器件设置在插入槽的侧壁上。 The use of the binding device mounting housing is provided having a central rotating shaft on the side wall of the insertion groove.

所述的结合器件的中心旋转轴中心处设有贯通孔。 The center of the rotation shaft of the binding device is provided with a through hole at the center.

所述的安装壳体上设有可通过连接器件的通道,以使连接器件连接在充电装置接触端子上。 Said housing is mounted is provided by the channel connecting means, the connecting means is connected to the charging device on the contact terminals.

所述的连接器件是通过冰箱门的铰链结构、箱门内部、贯通孔以及通道将供电装置和充电装置接触端子相连接。 Said connecting means is through a hinge structure of the refrigerator door, the internal door, the through-hole and the supply passage means and charging means is connected to the contact terminals.

为从可分离式终端的供电装置接收充电电流,内置有充电装置的可分离式终端具有由可以插入和分离出安装壳体,并可与充电装置接触端子相接触,以接收充电电流的充电电池接触端子和接收充电电流后能保存电能的充电电池构成的充电电池装置。 To receive a charging current from the power supply device detachable terminals, built-in charging apparatus having a separable terminal can be inserted into and separated from the mounting housing, and charging means in contact with the contact terminal, for receiving a charging current of the rechargeable battery rechargeable battery means receiving the contact terminals and charging current can conserve power rechargeable battery configuration.

本发明提供的用于内置于冰箱中的可分离式终端的充电装置可以实现冰箱用终端的小型化和轻型化的目标,而且,供电装置和充电电池间可以方便地进行连接,从而可以增加冰箱门内部空间的利用率。 The present invention provides for the charging device incorporated in the refrigerator separable terminal can achieve miniaturization and weight reduction target terminal, a refrigerator, and, between the power supply apparatus and a rechargeable battery can be easily connected, so that the refrigerator can be increased utilization door interior space. 另外,本发明充电装置结构简单。 Further, a simple structure of the charging apparatus of the present invention.

附图说明 BRIEF DESCRIPTION

下面结合附图和具体实施方式对本发明的用于内置于冰箱中的可分离式终端的充电装置进行详细说明。 Next, the charging apparatus used in the present invention is built in the refrigerator separable terminal will be described in detail in conjunction with accompanying drawings and specific embodiments.

图1为已有技术的冰箱立体结构图。 FIG. 1 is a perspective configuration diagram of a refrigerator prior art.

图2为图1中的冰箱用终端的供电装置组成图。 FIG 2 is a composition diagram of the power supply device 1 of FIG refrigerator terminal.

图3为安装有本发明的可分离式终端的冰箱及可分离式终端立体结构图。 3 is detachably attached to the terminal according to the present invention, a refrigerator and a separable terminal perspective structural view.

图4为图3中的可分离式终端与冰箱门分离时的部分结构剖视图。 FIG 4 is a cross-sectional view of a terminal and a refrigerator door structure separating the separable portion 3 in FIG.

图5为图3中可分离式终端的充电装置及可分离式终端组成图。 FIG 5 is a separable terminal charging device of FIG. 3 and FIG composition separable terminal.

具体实施方式 Detailed ways

如图3、图4所示,本发明提供的冰箱1包括:可开启或关闭冰箱1内部的冰箱门20;设置在冰箱1上部的供电装置40;可在冰箱门20的内侧构成一定空间的插入槽50;和设置在插入槽50内,可与插入槽50的两侧壁52,53结合的安装壳体60。 3, FIG. 4, the present invention provides a refrigerator comprising: opening or closing a refrigerator door inside of the refrigerator 20; provided at an upper portion of the refrigerator 1 of the power supply device 40; may form a space inside the refrigerator door 20 insertion groove 50; and provided in the insertion groove 50, the housing 60 may be mounted to the side walls 52, 53 is inserted into the groove 50 in combination. 可在安装壳体60内插入或分离出的可分离式终端70。 May be inserted or separated in the mounting housing 60 separable terminal 70. 安装壳体60由铰链装置56连接在插入槽50的侧壁52,53上,其可按一定的角度开启或关闭。 Installation housing 60 connected by hinge means 52, 53 on the side wall 56 is inserted into the groove 50, which can be opened or closed a predetermined angle. 而图中未示出的用于限制开启角度的部件可以使用已有技术的部件。 And FIG member (not shown) for limiting the opening angle member may be used prior art. 而且,为从供电装置40给充电装置接触端子58提供充电电流,连接器件22的一端连接在供电装置40上,并通过冰箱1顶盖的内部和箱门铰链装置24而通到冰箱门20的内部。 Further, as to the charging apparatus 40 from the power supply means supplying a charging current contact terminals 58, 22 connected to one end of the device is connected to the power supply device 40, and the refrigerator 1 through the cap and the tank interior through the door hinge means 24 to the refrigerator door 20 internal. 该连接器件22的结构与已有技术的相同。 The same configuration as the prior art of the connecting means 22. 另外,连接器件22的另一端连接在安装壳体60的充电装置接触端子58上。 Further, the other end of the connecting means 22 is mounted on the connector housing 60 contact terminals 58 of the charging device. 这种连接器件22是某种电线。 This device 22 is connected to some kind of wire. 如图4所示,安装壳体60包括:为使可分离式终端70的画面显示器71露在外面而形成有窗口61的前面结构62;可与插入槽50的两侧壁52,53相结合的两侧壁结构64,65;和对应于可分离式终端70后部结构的背面结构66及底面结构68。 As shown, the mounting housing 604 comprising: a front structure 61 with a window 62 of the terminal 70 is separable so that the display screen 71 exposed to the outside is formed; may be combined with the side walls 52 and 53 is inserted into groove 50 the structure of side walls 64 and 65; and a rear portion 70 corresponding to the back surface of the terminal structure separable bottom surface of structure 66 and structure 68. 安装壳体60的内部空间内可插入或分离出可分离式终端70,因此其大小是一定的。 May be inserted into or separated separable terminal 70 mounted within the interior space of the housing 60, so its size is fixed. 即,安装壳体60的内部大小,即,由前面结构62、两侧壁结构64,65、背面结构66及底面结构68而构成的空间应与可分离式终端70的大小相同或稍大。 That is, the size of the interior of the mounting housing 60, i.e., both sides of the wall structure 64, 65, the back structure 66 and spatial structure of the bottom surface 68 is configured to be the same as the front structure 62 and the detachable terminal 70 or slightly larger size. 而且,前面结构62上还可以设置可露出可分离式终端70上安装的麦克风75及摄像机73的麦克风用开口62a和摄像机用开口62b。 Further, the front structure 62 may also be provided may be exposed microphones of the microphone 75 and the camera 73 is detachably mounted on the terminal 70 with the opening 62a and the camera opening 62b. 并且,前面结构62上还可以设置图中未示出的便于开关安装壳体60的手柄。 And, a handle may be provided to facilitate mounting the switch housing 60 is not shown in FIG front structure 62. 安装壳体60的两侧壁结构64,65是利用铰链装置56设置在插入槽50的侧壁52,53上,以此来开闭安装壳体60。 Side walls 60 of housing structure 64 and 65 is mounted by a hinge means 56 disposed on the side wall 52, 53 of the insertion groove 50, in order to open and close the housing 60 is mounted. 另一个实施例中是在安装壳体60的底面结构68和插入槽50的底部之间设置图中未示出的合页装置,用其来开闭安装壳体60。 Another embodiment of the hinge means is provided between the bottom of FIG mounting structure 68 of the housing 60 and the bottom surface of the insertion groove 50, not shown embodiment, which is opened and closed by the housing 60 is mounted. 如图4所示,安装壳体60的侧面结构64,65和背面结构66的高度应低于可分离式终端70的两侧面及背面高度,以便使用者能更方便地从开启的安装壳体60中取出可分离式终端70。 4, the height of the side structure of the mounting 64, 65 and the rear housing 60 of the structure 66 should be lower than the height of the back surface and both side surfaces of the separable terminal 70, so that the user can more easily from the mounting opening of the housing 60 separable terminal 70 removed. 即,侧面结构64,65和背面结构66的全部或至少两个结构的高度应低于可分离式终端70的对应结构。 That is, the height of the entire structure or at least two of the side structures 64, 65 and the rear structure 66 should be below the corresponding structures separable terminal 70. 另外,侧面结构64具有内部形成有空间的外侧面结构64a和内侧面结构64b的双层结构,并且外侧面结构64a上设有图中未示出的贯通孔。 In addition, the side structure 64 having a space 64a and the outer side surface of double-layered structure structure inner side surface 64b of the inner structure is formed, and a through-hole (not shown) on the outer side surface of the structure 64a. 该贯通孔为连接器件22的通道,因此其可以采用导向槽或窄通道的形状。 The through hole 22 is connected to the passage means, thus the shape of the guide groove or narrow passages thereof may be employed. 而另一侧面结构65可以是单层结构或双层结构中的任何一种。 And the other side structure 65 may be any of a single layer structure or a double layer structure. 并且,底面结构68的内部也留有一定的空间,从而形成由上底面结构68a和下底面结构68b构成的双层结构,而且上底面结构68a上还设有可露出充电装置接触端子58的开口69。 Further, the internal structure of the bottom surface 68 is also to leave some space, thereby forming a two-layer structure consisting of the bottom surface 68a and a bottom surface structure of the structure 68b, the structure and the bottom surface 68a is also provided with an opening may be exposed contact terminals 58 of the charging device 69. 这种底面结构68也是为了形成连接器件22的通道,因此其也可以采用导向槽或窄通道的形状。 Such a bottom surface form a channel structure 68 is connected to the device 22, so the shape of the guide groove may be employed or the narrow passage. 所述的安装壳体60是通过铰链装置设置在插入槽50的侧壁52上。 The mounting housing 60 is inserted into the groove provided on the device side walls 52 by a hinge 50. 铰链装置包括:可通过插入槽50侧壁52上形成的贯通孔和安装壳体60外侧面结构64a上形成的贯通孔的铰链轴器件56;和图中未示出的由可将铰链轴器件56固定在插入槽50侧壁52上的固定器件。 The hinge apparatus comprising: a through hole formed on the 50 side wall 52 is inserted into the groove and the mounting hinge shaft means 56 through hole formed in the housing 60 outer side structures 64a; and by the (not shown) may be hinge shaft device in the fixing device 56 is fixed on the side wall 52 is inserted into the slot 50. 而插入槽50的另一个侧壁53可以采用普通的铰链装置结合。 The other side wall 53 is inserted into the groove 50 may be employed in conjunction with conventional hinge device. 而且,为将连接器件22连接到充电装置接触端子58上,在铰链轴器件56的中心处形成了贯通孔56a,由此经过了冰箱门内部的连接器件22就可通过贯通孔56a,然后再经过安装壳体60的上底面结构68a和下底面结构68b之间的空间而连接到充电装置接触端子58上。 Furthermore, to connect the charging device to the contact terminal 58 connecting means 22, a through hole 56a is formed at the center of the hinge shaft 56 of the device, whereby after the inside of the refrigerator door 22 can be connected to the device through the through hole 56a, and then through the space between the housing 60 is mounted on the bottom surface 68a and the lower structure 68b is connected to the bottom surface of the structure of the charging device 58 of contact terminals. 在另一个实施例中,安装壳体60的底面结构68和插入槽50的底面间可利用图中未示出的合页装置来结合,合页装置的中心旋转轴内部形成有可以通过连接器件22的贯通孔,由此连接器件22就可通过下底面结构68b上图中未示出的开口而连接到充电装置接触端子58上。 In another embodiment, the housing 60 between the bottom surface of the mounting structure 68 and the bottom surface of the insertion groove 50 may be combined using a hinge unit, not illustrated, the inner center of the rotary shaft hinge means is formed by connecting means the through hole 22, whereby the connecting means 22 can be connected to the contact terminals 58 by the charging device (not shown) opening the figure above the bottom surface of the lower structure 68b. 所述的铰链装置及合页装置等结合装置都是利用中心上形成有贯通孔的中心旋转轴将连接器件22连接到充电装置接触端子58上。 The hinge means and the hinge devices are formed on the coupling means has a central through hole to the center axis of the rotary connecting means 22 is connected to the charging device using a contact terminal 58. 而且,除了上述的结合装置外还可以在插入槽50中设置其它的附加装置,以将安装壳体60在规定的角度内开闭。 Further, in addition to the above-described apparatus may also be provided in conjunction with other additional devices in the insertion groove 50, to mount the housing 60 in the opened and closed a predetermined angle. 此外,可分离式终端70的下端上设有可与充电装置接触端子58相连接的充电电池接触端子72。 Further, the lower end of the terminal 70 is provided with a detachable rechargeable battery may be connected to the contact charging means the contact terminal 58 of terminal 72. 充电装置接触端子58和充电电池接触端子72采用了易于连接的结构,比如两个接触端子58,72中的至少一个端子突出设置,因此将可分离式终端70插入在安装壳体60内时就可以方便地连接电源。 Electrifying device contact terminal 58 contact terminal 72 and a rechargeable battery using the connection structure is easy, such as at least one terminal projecting contact terminals 58, 72 disposed in two, thus the terminal 70 detachably inserted in the housing 60 is mounted on the It can be easily connected to the power supply. 图4中的实施例是将充电装置接触端子58突出设置。 FIG 4 embodiment is a charging device of contact terminals 58 protrude. 而且,充电装置接触端子58和充电电池接触端子72的位置除了设置在安装壳体60的底部和可分离式终端70的底部以外还可以设置在其它的位置上。 Further, the contact charging means the contact terminal 58 and a rechargeable battery is provided in addition to the position of the terminal 72 is installed outside the bottom of the housing 60 and the separable bottom end 70 may also be provided in other positions. 如图5所示,外部电源由供电装置40通过连接器件22提供给可分离式终端70的充电电池74。 5, is provided by the external power supply device 40 via a separable connecting means 22 to the terminal 70 of the rechargeable battery 74. 所述的供电装置40包括:可接收外部电源的AC适配器42;从AC适配器42接收电源,并提供一定大小的充电电源的充电调节器44;可控制充电调节器44,将充电电源提供给可分离式终端70各部件的微处理器46。 The power supply device 40 includes: AC adapter 42 may receive an external power source; the charging power supply 42 receives power from the AC adapter, and to provide a certain amount of charge regulator 44; regulator 44 can control the charging, the charging power may be supplied to the separate the microprocessor 70 of the terminal 46 of each member. 供电装置40提供的充电电源通过一端连接在供电装置40,另一端连接在设置于安装壳体60底面结构68的充电装置接触端子58上的连接器件22提供给充电装置接触端子58。 Power supply device 40 supplied by a charging power supply connected to one end of the power supply device 40, and the other end connected to a bottom surface of the housing 60 is provided to the mounting structure of the connecting means 68 of the charging device 22 to the contact terminal 58 contact terminal 58 the charging device. 可分离式终端70的充电电池部包括设置于可分离式终端70一侧的充电电池接触端子72和充电电池74。 Detachable rechargeable battery portion disposed in the terminal 70 includes a rechargeable battery 70 detachably terminal side contact terminal 72 and a rechargeable battery 74. 充电电池接触端子72连接在连接器件22的充电装置接触端子58上以接收充电电能,然后再传给充电电池74。 Rechargeable battery contact terminals 72 connected to the connecting means of the charging device 22 to receive the contact charging power terminal 58, and then passed to the rechargeable battery 74. 充电电池74可储存该充电电能,并在必要时提供给图中未示出的可分离式终端70的各部件。 The rechargeable battery charging power store 74 and supplied to the respective components of the separable terminal not shown in FIG. 70, if necessary.

Claims (7)

1.一种用于内置于冰箱中的可分离式终端的充电装置,其特征在于:所述的用于内置于冰箱中的可分离式终端的充电装置包括:设置在冰箱(1)的某一侧,可接收来自外部的电源,并可将该电源变成规定大小的充电电源的供电装置(40);位于冰箱门(20)的插入槽(50)内,且设置在安装壳体(60)的内部,可为可分离式终端(70)提供充电电源的充电装置接触端子(58);和一端连接在供电装置(40)上,另一端连接在充电装置接触端子(58)上,可将充电电源从供电装置(40)提供给充电装置接触端子(58)的连接器件(22)。 Provided a refrigerator (1): 1. A charging apparatus for a refrigerator built into the separable terminal, wherein: the means for charging the built-in refrigerator includes a separable terminal side, may receive power from the external power supply and the charge supply means supply into a predetermined size (40); located within the refrigerator door (20) is inserted into the groove (50), and is provided in the mounting housing ( interior 60) can provide a charging device charging power contact terminal (58) is a detachable terminal (70); and one end connected to the power supply means (40), and the other end connected to contact terminals on the charging device (58), may be supplied from the charging power supply means (40) to the charging device of contact terminals (58) of the connecting means (22).
2.根据权利要求1所述的用于内置于冰箱中的可分离式终端的充电装置,其特征在于:所述的供电装置(40)包括:可接收来自外部电源的AC适配器(11);可接收来自AC适配器(11)的电流,并提供具有一定大小充电电流的充电调节器(12);和可控制充电调节器(12),并可调节提供给冰箱用终端(2)各组成元件的充电电流的微处理器(13)。 According to claim charging apparatus for a refrigerator built into the separable terminal of claim 1, wherein: said power supply means (40) comprising: receiving an AC adapter (11) from an external power source; may receive current from the AC adapter (11), and to provide a charging regulator (12) having a constant charging current; and controllable charge regulator (12), can be adjusted to provide the refrigerator with a terminal (2) the constituent elements microprocessor charging current (13).
3.根据权利要求1所述的用于内置于冰箱中的可分离式终端的充电装置,其特征在于:为了能够开闭,所述的安装壳体(60)是利用具有中心旋转轴的结合器件设置在插入槽(50)的侧壁(52,53)上。 According to claim incorporated in the charging apparatus for a refrigerator separable terminal according to claim 1, wherein: To be able to open and close said mounting housing (60) is a combination of the use of a central axis of rotation insertion groove provided on the device (50) on the side walls (52, 53).
4.根据权利要求3所述的用于内置于冰箱中的可分离式终端的充电装置,其特征在于:所述的结合器件的中心旋转轴中心处设有贯通孔。 According to claim charging apparatus built-in refrigerator separable terminal of claim 3, wherein: in conjunction with the central axis of rotation of the device at the center of a through hole.
5.根据权利要求1所述的用于内置于冰箱中的可分离式终端的充电装置,其特征在于:所述的安装壳体(60)上设有可通过连接器件(22)的通道,以使连接器件(22)连接在充电装置接触端子(58)上。 According to claim 1 for the charging device incorporated in the refrigerator separable terminal, as claimed in claim wherein: said mounting housing (60) may be provided by the channel connecting means (22) is on, such that the connecting means (22) connected to contact terminals on the charging device (58).
6.根据权利要求4或5所述的用于内置于冰箱中的可分离式终端的充电装置,其特征在于:所述的连接器件(22)是通过冰箱门(20)的铰链结构(24)、冰箱门(20)内部、贯通孔以及通道将供电装置(40)和充电装置接触端子(58)相连接。 According to claim 4 or 5, the charging device incorporated in the refrigerator separable terminal, as claimed in claim wherein: connection means (22) is of the refrigerator door by a hinge structure (20) (24 ), refrigerator door (20) inside the through-hole and the supply passage means (40) contact terminals and charging means (58) is connected.
7.根据权利要求1所述的用于内置于冰箱中的可分离式终端的充电装置,其特征在于:为从可分离式终端(70)的供电装置(40)接收充电电流,内置有充电装置的可分离式终端(70)具有由可以插入和分离出安装壳体(60),并可与充电装置接触端子(58)相接触,以接收充电电流的充电电池接触端子(72)和接收充电电流后能保存电能的充电电池构成的充电电池装置。 According to claim 1 for the charging device incorporated in the refrigerator separable terminal, wherein: is detachable from the terminal (70) power supply means (40) receiving a charging current, the charge built detachable terminal (70) can be inserted into a device having an installation housing and a separation (60), and a charging means in contact with the terminal (58) in contact to a contact terminal receiving the rechargeable battery charging current (72) and receiving rechargeable battery means can conserve power after the battery charging current configuration.
CN 200410018928 2004-04-12 2004-04-12 Charging device for separable terminal in refrigerator CN100417897C (en)

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