CN203243078U

Movatterモバイル変換

Info

Publication number: CN203243078U
Application number: CN2013202010827U
Authority: CN
Inventors: 吴祖榆; 吴祖璋; 吴祖铨
Original assignee: Formosa Electronic Industries Inc
Current assignee: Formosa Electronic Industries Inc
Priority date: 2013-04-11
Filing date: 2013-04-19
Publication date: 2013-10-16
Anticipated expiration: 2023-04-19
Also published as: TWM461926U

Abstract

本实用新型是一种无线充电装置的充电发射器位置调节结构，其包括有一盖体；一底座，该盖体组设于该底座上方，并在该盖体与该底座之间构成一容置空间，该底座相对应的二侧边各构成有至少一侧壁；一滑座，可滑动地组设于该侧壁上，并容置于该容置空间内部，在该滑座底部则构成有一内部空间，并在该滑座的顶部开设有一开口；以及一充电发射模块，其包括有一导磁板、一发射线圈及一控制元件，其中该发射线圈设置于该导磁板上方表面，并透过电导线与该控制元件电连接，该导磁板及该发射线圈是组设于该内部空间，该发射线圈则露置于该滑座上方的开口。

The utility model is a charging transmitter position adjustment structure of a wireless charging device, which includes a cover and a base. The cover is assembled above the base, and a housing is formed between the cover and the base. space, each of the two corresponding sides of the base is formed with at least one side wall; a sliding base is slidably assembled on the side wall and is accommodated inside the accommodation space, and is formed at the bottom of the sliding base There is an internal space with an opening at the top of the slide; and a charging and transmitting module, which includes a magnetic conductive plate, a transmitting coil and a control element, wherein the transmitting coil is arranged on the upper surface of the magnetic conductive plate, and The magnetic conductive plate and the transmitting coil are electrically connected to the control element through electrical wires, and are assembled in the internal space, and the transmitting coil is exposed in the opening above the sliding seat.

Description

Translated fromChinese

无线充电装置的充电发射器位置调节结构Charging transmitter position adjustment structure of wireless charging device

技术领域technical field

本实用新型是关于一无线充电装置，特别是一种提供可携式电子产品充电的无线充电装置的充电发射器位置调节结构。The utility model relates to a wireless charging device, in particular to a charging transmitter position adjustment structure of the wireless charging device for charging portable electronic products.

背景技术Background technique

随着电子科技和通信技术越来越进步之下，现今可携式电子产品，如智能型手机、平板计算机、数字相机、PDA等的使用非常普遍。其中，以智能型手机为例说明，不仅在外观的整体造型设计上发展的更轻薄短小，其所具有的功能不仅是传统的通话、照相和媒体播放之外，还可支持无线上网、网络浏览以及多任务处理等功能。此外，通过透过触摸屏让使用者在操作上更加便利。With the advancement of electronic technology and communication technology, today's portable electronic products, such as smart phones, tablet computers, digital cameras, PDAs, etc., are widely used. Among them, taking the smart phone as an example, not only the overall shape design of the appearance has been developed to be thinner and shorter, but its functions are not only traditional calls, photos and media playback, but also support wireless Internet access and web browsing. and features like multitasking. In addition, the user can operate more conveniently through the touch screen.

上述功能的智能型手机等可携式电子产品，其售价自然也所费不赀，甚至超过笔记本电脑的售价。而为了保护此一价值不菲的智能型手机等可携式电子产品，防止其摔落而损坏，一般皆会在其背面加保护套来减少掉落地面时所造成的损害。The price of portable electronic products such as smart phones with the above-mentioned functions is naturally expensive, even exceeding the price of a notebook computer. In order to protect this valuable smart phone and other portable electronic products from being damaged by falling, generally a protective cover is added on its back to reduce the damage caused when it falls to the ground.

然而，此一具有多项功能的可携式电子产品，因其功能强大，相对地也需要更多的电源所供给使用，因而造成用电量大增，使用者则往往需要不定时地对可携式电子产品内建的电池进行充电，或是采用二颗电池交替使用的方式，以满足可携式电子产品的高用电需求。但此种通过电池交替使用的方式，会造成使用者在使用可携式电子产品的麻烦及负担，因而降低用户使用可携式电子产品的意愿。However, this portable electronic product with multiple functions requires relatively more power supply due to its powerful functions, thus resulting in a large increase in power consumption, and users often need to change the portable electronic product from time to time. The built-in battery of the portable electronic product is charged, or two batteries are alternately used to meet the high power demand of the portable electronic product. However, this method of alternately using the batteries will cause trouble and burden for the user in using the portable electronic product, thereby reducing the willingness of the user to use the portable electronic product.

为此，近来亦发展出一种无线充电技术，改变传统以有线方式的充电器对可携式电子产品插接的充电方式。例如中国专利公告号第445804号所公开的一种无线充电装置，但现有的无线充电装置的发射线圈主要是固设于座体内部，并无法依据充电上的需要而调整发射线圈位在座体内部的相对位置，尤其可携式电子装置的规格及品牌众多，其内部所设置的感应线圈并非全然设置在电子装置的正中央位置处，因此当用户将可携式电子装置置放在无线充电装置上进行充电时，往往会造成感应线圈与发射线圈位置无法正确地匹配，进而使得感应线圈无法确实接收到发射线圈所发射的电磁信号，进而影响到可携式电子装置的充电效率。For this reason, a wireless charging technology has also been developed recently, which changes the traditional way of charging portable electronic products with wired chargers. For example, there is a wireless charging device disclosed in Chinese Patent Publication No. 445804, but the transmitting coil of the existing wireless charging device is mainly fixed inside the base body, and it is impossible to adjust the position of the transmitting coil on the base body according to the needs of charging. The relative position of the interior, especially the specifications and brands of portable electronic devices are numerous, and the induction coils installed inside are not completely located in the center of the electronic device. Therefore, when the user places the portable electronic device on the wireless charging When the device is being charged, the positions of the induction coil and the transmitting coil often cannot be matched correctly, so that the induction coil cannot receive the electromagnetic signal emitted by the transmitting coil, thereby affecting the charging efficiency of the portable electronic device.

实用新型内容Utility model content

鉴于前述现有无线充电装置的缺失，本实用新型的主要目的即是提供一种无线充电装置的充电发射器位置调节结构，以提供可携式电子产品执行内部电池的充电。In view of the lack of the aforementioned existing wireless charging device, the main purpose of the present invention is to provide a charging transmitter position adjustment structure of the wireless charging device, so as to enable portable electronic products to perform internal battery charging.

本实用新型为解决现有技术的问题所采用的技术手段是将发射线圈透过以侧壁调整的方式定位在任意位置，以便于可易于配合任何规格的可携式电子装置皆进行充电。The technical means adopted by the utility model to solve the problems of the prior art is to position the transmitter coil at any position through side wall adjustment, so that it can be easily matched with any specification of portable electronic devices for charging.

本实用新型的无线充电装置的充电发射器位置调节结构，其包括有一盖体；一底座，该盖体组设于该底座上方，并在该盖体与该底座之间构成一容置空间，该底座相对应的二侧边各构成有一沿着一侧壁延伸方向延伸的至少一侧壁；一滑座，容置于该容置空间中；一充电发射模块，其包括有一导磁板、一发射线圈，其中该发射线圈设置于该导磁板上，该导磁板及该发射线圈组设于该滑座的该内部空间中，该发射线圈则面向于该盖体；该充电发射模块结合于该滑座，在该滑座的侧边对应于该底座的侧壁的位置处，各设置有至少一推滑部，并在该推滑部下方各形成有对应于该侧壁的一滑槽，该滑座透过该滑槽滑动地受支持于该侧壁上，该推滑部在受操作推移时能使该滑座在该底座的容置空间中沿着该侧壁延伸方向移动。The position adjustment structure of the charging transmitter of the wireless charging device of the present invention includes a cover; a base, the cover is assembled above the base, and forms an accommodating space between the cover and the base, The corresponding two sides of the base form at least one side wall extending along the extension direction of the side wall; a sliding seat, accommodated in the accommodating space; a charging and transmitting module, which includes a magnetically conductive plate, A transmitting coil, wherein the transmitting coil is arranged on the magnetic conductive plate, the magnetic conductive plate and the transmitting coil are assembled in the inner space of the sliding seat, and the transmitting coil faces the cover; the charging transmitting module Combined with the sliding seat, at least one sliding part is provided on the side of the sliding seat corresponding to the side wall of the base, and a sliding part corresponding to the side wall is formed under the sliding part. A chute, through which the slide seat is slidably supported on the side wall, and when the sliding part is operated and pushed, the slide seat can be moved along the extending direction of the side wall in the accommodating space of the base move.

其中，该盖体的一侧缘具有至少一扣固元件，该底座的一对应侧缘设有相对应的至少一凸体，透过将该扣固元件扣固于该凸体上，以利于将该盖体组设于该底座上方。Wherein, one side edge of the cover body has at least one fastening element, and a corresponding side edge of the base is provided with at least one corresponding convex body, and the fastening element is fastened on the convex body to facilitate The cover is assembled on the base.

其中，该发射线圈的周缘设置有一电路板，并在该电路板上设有多个发光元件，该这些发光元件环绕设于该发射线圈的周缘，该发光元件透过一电导线与该控制元件电连接。Wherein, a circuit board is arranged on the periphery of the transmitting coil, and a plurality of light-emitting elements are arranged on the circuit board. electrical connection.

其中，该盖体选择以透明或半透明材质所构成。Wherein, the cover body is selected to be made of transparent or translucent material.

其中，该底座的侧壁包括有一凹入侧壁，该滑座的推滑部的滑槽能滑动地受支持于该凹入侧壁上。Wherein, the side wall of the base includes a concave side wall, and the chute of the sliding part of the sliding seat is slidably supported on the concave side wall.

一滑座，可滑动地组设于该侧壁上，并容置于该容置空间内部，在该滑座底部则构成有一内部空间，并在该滑座的顶部开设有一开口；以及一充电发射模块，其包括有一导磁板、一发射线圈及一控制元件，其中该发射线圈设置于该导磁板上方表面，并透过二电导线与该控制元件电连接，该导磁板及该发射线圈组设于该内部空间，该发射线圈则露置于该滑座上方的开口。A sliding seat is slidably assembled on the side wall and accommodated in the accommodating space, an inner space is formed at the bottom of the sliding seat, and an opening is opened on the top of the sliding seat; and a charging A transmitting module, which includes a magnetically conductive plate, a transmitting coil and a control element, wherein the transmitting coil is arranged on the upper surface of the magnetically conductive plate, and is electrically connected to the control element through two electric wires, the magnetically conductive plate and the The transmitting coil group is arranged in the inner space, and the transmitting coil is exposed in the opening above the slide seat.

位在该滑座侧边对应于该侧壁的位置处各设置有至少一推滑部，并在该推滑部下方构成有一滑槽，该滑座是透过该推滑部的滑槽受支持于该侧壁上，并使得该滑座可以沿着该侧壁方向前后受操作滑移。At least one sliding part is arranged on the side of the sliding seat corresponding to the position of the side wall, and a sliding groove is formed under the sliding part, and the sliding seat is received through the sliding groove of the sliding part. It is supported on the side wall, so that the sliding seat can be operated and slid back and forth along the direction of the side wall.

本实用新型的有益效果：由上述说明可知，本实用新型的无线充电装置的充电发射器位置调节结构透过滑座与侧壁的之间的配合，使得设置在滑座上的发射线圈可以依据使用上的需要而调整在适当的位置后进行充电，以便于提供各种不同形式及规格的可携式电子装置进行充电。Beneficial effects of the present utility model: From the above description, it can be seen that the position adjustment structure of the charging transmitter of the wireless charging device of the present utility model is through the cooperation between the sliding seat and the side wall, so that the transmitting coil arranged on the sliding seat can be based on According to the needs of use, it is adjusted to a suitable position for charging, so as to provide various types and specifications of portable electronic devices for charging.

本实用新型所采用的具体技术，将通过以下的实施例及附呈图式作进一步的说明。The specific technology adopted in the utility model will be further described through the following examples and attached drawings.

附图说明Description of drawings

图1是显示本实用新型较佳实施例的结构示意图。Fig. 1 is a schematic structural view showing a preferred embodiment of the present invention.

图2是显示本实用新型较佳实施例的结构分解示意图。Fig. 2 is a schematic exploded view showing a preferred embodiment of the present invention.

图3是显示感应电能接收转换模块经由一感应式电能产生模块感应产生一感应电能的结构示意图。FIG. 3 is a schematic diagram showing the structure of the inductive power receiving and converting module generating inductive power through an inductive power generating module.

图4是显示本实用新型的滑座调整在第一位置进行充电的示意图。Fig. 4 is a schematic diagram showing that the sliding seat of the present invention is adjusted to charge at the first position.

图5是显示本实用新型的滑座调整在第二位置进行充电的示意图。Fig. 5 is a schematic diagram showing that the sliding seat of the present invention is adjusted to charge at the second position.

图6是显示本实用新型的滑座调整在第三位置进行充电的示意图。Fig. 6 is a schematic diagram showing that the sliding seat of the present invention is adjusted in the third position for charging.

【符号说明】【Symbol Description】

具体实施方式Detailed ways

请分别参阅图1图及图2，是显示本实用新型较佳实施例的结构示意图及结构分解示意图。如图所示，本实用新型包括有一盖体10与一相对应的底座2，盖体10的一侧缘具有至少一扣固元件11，底座2的一对应侧缘则设有相对应的凸体21，使得透过将扣固元件11扣固于凸体21时，将盖体10组设于底座2上方，并在盖体10与底座2之间构成一容置空间22。Please refer to FIG. 1 and FIG. 2 respectively, which are a structural schematic diagram and a structural exploded schematic diagram showing a preferred embodiment of the present invention. As shown in the figure, the utility model includes acover body 10 and acorresponding base 2, one side edge of thecover body 10 has at least onefastening element 11, and a corresponding side edge of thebase 2 is provided with acorresponding protrusion body 21 , so that when fastening thefastening element 11 to theconvex body 21 , thecover body 10 is assembled above thebase 2 , and anaccommodating space 22 is formed between thecover body 10 and thebase 2 .

底座2相对应的二侧边各构成有一侧壁20，该侧壁20是沿着一侧壁延伸方向I延伸一长度。一滑座30容置在盖体10与底座2之间所构成的容置空间22中，并可在受到使用者操作时可滑动地受支持于侧壁20上。滑座30侧边对应于侧壁20的位置处各设置有一推滑部31，并在推滑部31下方构成有一滑槽32，使得滑座30可以透过推滑部31的滑槽32可滑动地受支持于侧壁20上，并使得滑座30可以沿着侧壁延伸方向I前后受操作滑移，另在滑座30底部构成有一内部空间33，并在滑座30的顶部开设有一开口34。Two corresponding sides of thebase 2 each form aside wall 20 , and theside wall 20 extends a length along the extending direction I of the side wall. A slidingseat 30 is accommodated in theaccommodating space 22 formed between thecover body 10 and thebase 2 , and is slidably supported on theside wall 20 when operated by a user. Asliding part 31 is provided on the side of the slidingseat 30 corresponding to the position of theside wall 20, and asliding groove 32 is formed below thesliding part 31, so that the slidingseat 30 can pass through thesliding groove 32 of thesliding part 31. It is slidably supported on theside wall 20, and the slidingseat 30 can be slid back and forth along the extension direction I of the side wall. In addition, aninner space 33 is formed at the bottom of the slidingseat 30, and aninner space 33 is formed on the top of the slidingseat 30. opening 34 .

本实用新型较佳实施例中，底座2的侧壁20包括有一凹入侧壁23，该滑座20的推滑部31的滑槽32是可滑动地受支持于该凹入侧壁23，且可使该推滑部31可容置在凹入的空间，不致凸出于侧壁20的表面。In a preferred embodiment of the present utility model, theside wall 20 of thebase 2 includes aconcave side wall 23, and thechute 32 of thesliding part 31 of the slidingseat 20 is slidably supported by theconcave side wall 23, And thesliding part 31 can be accommodated in the concave space, so as not to protrude from the surface of theside wall 20 .

滑座30h的内部空间33中结合有一充电发射模块40，充电发射模块40包括有一导磁板41、一发射线圈42及一控制元件43，其中发射线圈42设置于导磁板41上，并透过电导线44与控制元件43电连接。发射线圈42则是露置于滑座30上方的开口34并面向于该盖体10。A charging and transmittingmodule 40 is combined in theinner space 33 of the slide seat 30h. The charging and transmittingmodule 40 includes a magneticallyconductive plate 41, atransmitting coil 42 and acontrol element 43, wherein the transmittingcoil 42 is arranged on the magneticallyconductive plate 41 and is transparent Theovercurrent wire 44 is electrically connected to thecontrol element 43 . The transmittingcoil 42 is exposed at the opening 34 above thesliding base 30 and faces thecover 10 .

在发射线圈42的周缘设置有一电路板45，并在电路板45上设有多个环列的发光元件46，该等发光元件46环绕设于发射线圈42的周缘，发光元件46透过一电导线47与控制元件43电连接。Acircuit board 45 is arranged on the periphery of the transmittingcoil 42, and a plurality of annular light-emitting elements 46 are arranged on thecircuit board 45, and these light-emittingelements 46 surround the periphery of thetransmitting coil 42. Thewire 47 is electrically connected to thecontrol element 43 .

透过上述的组装，控制元件43可以透过电导线44供应发射线圈42所需的电力，使得发射线圈42产生一电磁信号，欲进行充电的可携式电子装置可以置放在盖体10上方后，透过可携式电子装置内部所设的一感应线圈接收由发射线圈42所发出的电磁信号，并在经执行转换后对可携式电子装置内部的电池进行充电。Through the above assembly, thecontrol element 43 can supply the power required by the transmittingcoil 42 through theelectric wire 44, so that thetransmitting coil 42 generates an electromagnetic signal, and the portable electronic device to be charged can be placed on thecover 10 Afterwards, the electromagnetic signal sent by the transmittingcoil 42 is received through an induction coil inside the portable electronic device, and the battery inside the portable electronic device is charged after conversion.

本实用新型为了可以使得各种不同规格的可携式电子装置可以顺利进行充电，发射线圈可以依据充电时的需要而透过调整滑座30而移动至适当的位置而进行充电。请分别参阅图4至图6，是本实用新型的滑座可分别调整在第一位置、第二位置及第三位置进行充电的示意图。如图所示，本实用新型可以透过调整及移动滑座30在凹入侧壁23上的相对位置，使得发射线圈42的位置可以依据欲充电的可携式电子装置的需求而调整至适当的位置进行充电作业，以便于可携式电子装置内部所设的感应线圈位置可正确对应至发射线圈42的位置，以避免感应线圈与发射线圈42之间的位置差距过远而造成充电效率过低甚至于不良。In order to enable various portable electronic devices of different specifications to be charged smoothly in the utility model, the transmitter coil can be moved to an appropriate position by adjusting the slidingseat 30 according to the needs of charging. Please refer to FIG. 4 to FIG. 6 , which are diagrams showing that the sliding seat of the present invention can be adjusted in the first position, the second position and the third position for charging. As shown in the figure, the utility model can adjust and move the relative position of the slidingseat 30 on theconcave side wall 23, so that the position of the transmittingcoil 42 can be adjusted to an appropriate position according to the needs of the portable electronic device to be charged. The position of the charging operation is carried out so that the position of the induction coil set inside the portable electronic device can be correctly corresponded to the position of the transmittingcoil 42, so as to avoid excessive charging efficiency caused by too far a position gap between the induction coil and the transmittingcoil 42. low or even bad.

另为了便于用户可以观视发射线圈42的正确位置，本实用新型的盖体10较佳者可选择以透明或半透明材质所构成，使得位在盖体10下方的发射线圈42位置可以透过盖体10而轻易被使用者所观视出来。另透过发光元件46的设置，使得当本实用新型的无线充电装置进行运作时，发光元件46可以透过控制元件43的控制产生适当的闪烁或亮光，用以指示发射线圈42的正确位置以及使用户清楚无线充电装置已正在进行充电的作业。当充电作业完成时，亦可透过发光元件46的指示，例如产生不同种类的闪烁方式，以指示用户充电作业已完成，达到便于使用者使用及操作的目的。In addition, in order to make it easier for the user to view the correct position of the transmittingcoil 42, thecover 10 of the present invention is preferably made of a transparent or translucent material, so that the position of the transmittingcoil 42 below thecover 10 can be seen through. Thecover body 10 is easily observed by the user. In addition, through the setting of the light-emittingelement 46, when the wireless charging device of the present invention is in operation, the light-emitting element 46 can generate appropriate flicker or bright light through the control of thecontrol element 43 to indicate the correct position of the transmittingcoil 42 and Let the user know that the wireless charging device is charging. When the charging operation is completed, the light-emittingelement 46 can also be used to indicate, for example, different types of flashing patterns, to indicate to the user that the charging operation has been completed, so as to facilitate the use and operation of the user.

以上所举实施例仅是用以说明本实用新型，并非用以限制本实用新型的范围，凡其他未脱离本实用新型所揭示的精神下而完成的等效修饰或置换，均应包含于后述申请专利范围内。The above-mentioned embodiments are only used to illustrate the utility model, not to limit the scope of the utility model, and all other equivalent modifications or replacements that do not deviate from the spirit disclosed in the utility model should be included in the following within the scope of the patent application.

Claims

1. the charging emitter position adjustment structure of a wireless charging device includes:

One lid;

One base, this lid are mounted on this base top, and consist of an accommodation space between this lid and this base, and corresponding each formation of dual side-edge of this base has a sidewall along sidewall bearing of trend extension;

One slide is placed in this accommodation space;

One charging transmitter module, it includes a magnetic conductive board, a transmitting coil, and wherein this transmitting coil is arranged on this magnetic conductive board, and this magnetic conductive board and this transmitting coil are mounted in this inner space of this slide, and this transmitting coil then is intended for this lid;

It is characterized in that:

This charging transmitter module is incorporated into this slide, in the side of this slide position corresponding to the sidewall of this base, respectively be provided with at least one sliding section, and respectively be formed with a chute corresponding to this sidewall in this sliding subordinate side, it is supported on this sidewall slidably that this slide sees through this chute, and this sliding section can make in the accommodation space of this slide at this base when being operated passing and move along this sidewall bearing of trend.

2. the charging emitter position adjustment structure of wireless charging device as claimed in claim 1, it is characterized in that: a lateral margin of this lid has the solid element of at least one button, one corresponding lateral margin of this base is provided with corresponding at least one convex body, see through should detain and consolidate element and buckle and be fixed on this convex body, be beneficial to this lid is mounted on above this base.

3. the charging emitter position adjustment structure of wireless charging device as claimed in claim 1, it is characterized in that: the periphery of this transmitting coil is provided with a circuit board, and being provided with a plurality of light-emitting components at this circuit board, these these light-emitting components are around the periphery of being located at this transmitting coil.

4. the charging emitter position adjustment structure of wireless charging device as claimed in claim 1 is characterized in that: this lid is selected to be consisted of with one of transparent, translucent material.

5. the charging emitter position adjustment structure of wireless charging device as claimed in claim 1 is characterized in that: the sidewall of this base includes a recessed sidewall, and the chute of the sliding section of this slide can be supported on this recessed sidewall slidably.