CN113677232A - 自定制微型发光二极管首饰 - Google Patents
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Abstract
本发明涉及一种自定制微型发光二极管首饰,更具体地涉及一种包括首饰(100)、驱动装置(200)、透明微型发光二极管显示皮肤(300)、主元件部(400)、远程从属部(500)及智能手机(600),且佩戴者利用智能手机(600)的应用程序而有选择地控制透明微型发光二极管显示皮肤(300),从而,与自己的当前情况匹配而持续改变各种颜色及花纹并呈现的有用的发明,其中,所述首饰(100),能够发光,并佩戴于佩戴者的特定的身体范围,而凸显相应部分;所述驱动装置(200);透明微型发光二极管显示皮肤(300),镶嵌于所述首饰(100)的表面;主元件部(400)和远程从属部(500)及智能手机(600),包含在所述首饰(100)的内部。
Description
技术领域
本发明涉及自定制微型发光二极管首饰,更具体地涉及一种在人的手腕、脚腕、手指、颈、头、发带、鞋子、人造指甲、人造脚趾甲中的任一处佩戴的首饰的外侧表面镶嵌透明微型发光二极管显示皮肤之后,形成控制所述透明微型发光二极管显示皮肤的主元件部及远程从属部,以佩戴者能够远程控制所述透明微型发光二极管显示皮肤的方式与智能手机联动,而有选择地佩戴所述透明微型发光二极管显示皮肤的颜色及花纹,佩戴者易于随心持续变形为各种形式的技术。
背景技术
通常而言,首饰是在打扮时使用,包括戒指、耳环、挂饰、项链、手镯、发簪、发带、胸针、领带夹、帽子、背包、鞋子、人造指甲、人造脚趾甲等。
对于该首饰,在人类制造衣服而穿戴之前开始将贝壳或树叶等自然物附着在身体为首饰的开端,在看古老的动物壁画等时,显示为在未穿衣服的女人的裸体上挂上帽子、长的链、手镯等,首饰以各种形式,是因为人存在修饰打扮头、腰、胳膊肘、耳朵、鼻子、嘴唇、颈、胸、肚子、胳膊、小腿、腿、脚等身体各处打扮且自我展现的本能的要求。
另外,首饰的目的在于在相应位置呈现美感或突出个性而引导差异化的魅力,根据该目的,而在佩戴者佩戴时,喜好干练或独特的设计,且具有购买多种首饰的欲望。
但,现有的首饰存在如下问题,仅在白天或有光的地方突出,而在黑暗处或夜间无法起到作为首饰的作用,近来在首饰的内部或外部发出光,从而,在黑暗或夜间也能够起到作用。
首先对现有的技术进行研究时,
韩国注册号20-0251359号(实)涉及一种具有发光功能的装饰品,包括:感应部,形成于装饰品的前面部规定位置,感应外部的人的接近而输出感应信号;控制部,插入形成于所述装饰品的内部,接收从所述感应部输出的信号,并进行信号处理而计算所述人的接近距离,对于接近已设定的距离以内的情况,输出用于发光的发光信号;及发光部,设置于装饰品的前面部的规定位置,根据从所述控制部接收的发光信号而执行发光。
韩国公开号10-2009-0120871号(特)涉及起到发光二极管照明装饰的发光装饰品的技术,涉及起到发光二极管照明装饰的发光装饰品,其包括:模型部,根据设计外观的特性,处理规定颜色,并形成为各种形状,而使内部的光向外部发散;扩散部,形成得使光扩散至所述模型部的下侧;发光部,在所述扩散部的下侧,在金属板将发光二极管作为光源构成发光装置而发出光;电池,以执行电源的作用的方式插入所述发光部的下侧;电池壳,在下侧支撑所述电池,并与所述模型部结合;固定部,附着在所述电池壳的下侧。
韩国公开号10-2009-0102005号(特)涉及一种进行发光二极管照明装饰的发光项链的技术,涉及进行发光二极管照明装饰的发光项链,其包括:模型体,根据设计外观的特性,处理规定颜色,并形成为各种形状,在从侧面观察时,中间部分分为上下,而构成为开关结合的结构,内部为空的,以使在发光时从内部扩散光,并且内部的光发散至外部;发光体,在所述模型体的内部中心将发光二极管作为光源构成发光装置而发出光;金属线,电连接以使在所述发光体的两侧通电,通过构成于模型体的金属线穿孔而拽至模型体的外部,且两侧具有相同的长度;电池壳,与所述金属线的模型体和发光体相对侧末端部分连接形成;电池被插入所述电池壳而进行电源供应。
但,所述现有技术因光发散至首饰的外部,而在黑暗或夜间之间起到作为首饰的作用,同时引起佩戴者的兴趣,但仅以单色发散,因此该设计等非常单调。
即,现有的首饰存在如下问题,到目前为止仅以制作首饰的人制作的固定状态和色彩进行佩戴。
发明内容
技术问题
本发明是为了解决所述现有技术问题而研发,目的在于提供一种自定制微型发光二极管首饰,并完成该技术课题,在首饰外侧表面整体或局部镶嵌透明微型发光二极管显示皮肤,并构成为一个以上,并形成于所述首饰的外部一侧,在与所述透明微型发光二极管显示皮肤接近的位置形成主元件部和远程从属部,从而,控制所述透明微型发光二极管显示皮肤,并为了远程控制所述主元件部和远程从属部而联动一个以上智能手机,利用内置于所述智能手机的应用程序(APP)而控制所述透明微型发光二极管显示皮肤,首饰的佩戴者根据外部环境或气氛而通过多样且持续变化呈现单色或多色的颜色和花纹,从而,使得自己成为创作者。
用于解决问题的手段
下面本发明涉及一种佩戴在人的手腕、脚腕、手指、颈、头、眼睫毛、人造指甲、人造脚趾甲中的任一处或几处的能够发光的首饰,其包括:透明微型发光二极管显示皮肤300、主元件部400、远程从属部500及智能手机600,其中,所述透明微型发光二极管显示皮肤300,形成于所述首饰主体100的外侧,转印附着具有透明性和挠性的透明挠性基板310和在所述透明挠性基板310上具有微型发光二极管像素330的半导体设备层320,并镶嵌在所述首饰100的表面,所述主元件部400在所述首饰主体100外侧与所述透明微型发光二极管显示皮肤300分隔形成,并包括:电源开关410,控制电源部430;充电端口420,用于通过USB电缆进行电池充电;电源部430,由所述电源开关410控制;电池440,存储通过所述充电端口420而充电的电力;电源无线供应部450,具有向所述电源部430无线供应电源的无线电线圈;近距离无线通信部460,用于与包含智能手机600的外部设备及其它装置进行近距离无线通信;主控制部470,控制用于呈现所述首饰的透明微型发光二极管显示皮肤300的颜色;能源采集部480,用于自体生成能源;光检测部490,用于检测首饰的外部亮度,所述远程从属部500,在与所述首饰的主体100的主元件部400分隔一定间距的位置构成,并且,包括:无线电天线510,接收由所述电源无线供应部450发生的电能;远程控制部520,用于驱动及控制所述微型发光二极管透明显示皮肤300;发送接收部530,用于与所述主元件部400进行超近程远程收发;能源采集部540,用于自体生成能源;光检测部550,用于检测外部及亮度,所述智能手机600,包括应用程序(APP),通过与所述主元件部400和近距离无线通信部460的近距离无线通信方式而控制所述主元件部400或远程从属部500的主控制部470或远程控制部520。
所述光检测部490、550在感应施加至首饰的外部光亮之后,分别施加至所述主控制部470和远程控制部520,所述主控制部470和远程控制部520根据所施加的光亮而控制微型发光二极管透明显示皮肤300的显示亮度。
所述采集部480、540由光电元件、热电元件、壓電素子、无线电转换元件中的任一个或其组合构成。
所述透明微型发光二极管显示皮肤300在通过所述应用程序而控制特定透明微型发光二极管显示皮肤300时,通过与所述特定透明微型发光二极管显示皮肤300接近的主元件部400或远程从属部500控制。
发明效果
本发明的自定制微型发光二极管首饰具有如下效果,在黑暗处或夜间也能很好保持首饰的目的,同时,与活动、庆典、晚会、比赛等自己当前情况匹配而容易持续改变各种颜色和花纹,从而,及时对应现场情况(佩戴者作为创作者进行自我表现),通过各种颜色和花纹变形,激起用户的兴趣,并且,是一种主导首饰未来潮流的划时代的发明,并且,是一种通过低功耗及能够充电的电池及自身电力供应而具有能够长期使用效果的有效的发明。
附图说明
图1为显示本发明的优选的实施例的正面图;
图2为显示本发明的优选的实施例的截面图;
图3为显示本发明的透明微型发光二极管显示皮肤的附图;
图4为显示本发明的主元件部的优选的实施例的构成图;
图5为显示本发明的远程从属部的优选的实施例的构成图;
图6为显示通过本发明的智能手机和首饰的近距离无线通信方式运行的附图。
图7为显示本发明的另一实施例的附图;
图8为显示本发明的另一实施例的附图;
图9为显示本发明的另一实施例的附图。
附图标记说明
50:身体一部分
100:首饰 100a:项链 110b:戒指
200:驱动装置 210:旋转块 220:驱动电机
300:透明微型发光二极管显示皮肤
310:透明挠性基板 320:半导体设备层
330:微型发光二极管像素
331:正电极层 332:透明导电层
333:透明p-电极层 334:p-GaN层
335:活性层 336:n-Gan层
337:透明n-电极层 338:透明性绝缘层
400:主元件部
410:电源开关 420:充电端口 430:电源部
440:电池 450:电源无线供应部 460:近距离无线通信部
470:主控制部 480:采集部 490:光检测部
500:远程从属部
510:无线电天线 520:远程控制部 530:发送接收部
540:采集部 550:光检测部
600:智能手机
具体实施方式
本发明提供一种自定制微型发光二极管首饰,在人的手腕、脚腕、手指、颈、头、发带、鞋子、人造指甲、人造脚趾甲中的任一处佩戴的首饰的外侧表面镶嵌透明微型发光二极管显示皮肤之后,构成控制所述透明微型发光二极管显示皮肤的主元件部及远程从属部,以佩戴者能够远程控制所述透明微型发光二极管显示皮肤的方式与智能手机联动,从而,佩戴者有选择地持续以几种形式变形所述透明微型发光二极管显示皮肤的颜色及花纹。
下面,参照附图对实现所述目的的本发明的优选的实施例参照图1至图9作如下说明。
首先,本发明包括:首饰100、透明微型发光二极管显示皮肤300、主元件部400、远程从属部500及智能手机600。
在此,对于所述首饰的情况,是指戒指、项链、脚链、手镯、耳环、发带、人造指甲、人造脚趾甲等,作为本发明的实施例,以首饰中的项链为例进行说明。
对于所述项链(首饰)的情况,通常构成可挂于佩戴者的颈的挂接部,并由在所述挂接部的一侧显示并突显相应位置的美感的项链主体构成。
在此,如图2显示所示,在首饰形成驱动装置200,所述驱动装置200包括:旋转块210,形成于所述首饰100的主体的外侧,在下部插入所述首饰100的内部;驱动电机220,在所述首饰100的内部,以旋转轴连接形成在所述旋转块210的下部,随着所述驱动电机220的运行而使所述旋转块210发生旋转。
此时,优选地,在所述驱动装置200还增加形成用于驱动所述驱动电机220的电池。
该所述旋转块210的旋转在构成下面所述透明微型发光二极管显示皮肤300和主元件部400及远程从属部500、智能手机600而使用时,在发出颜色的状态下,根据旋转,而具有激起用户的兴趣的效果。
并且,如图2显示所示,对于所述旋转块210的情况,构成为一个以上,在构成为一个以上时,构成各个驱动电机220而运行,也能够利用一个驱动电机220而运行,在本发明中,显示了构成各个驱动电机220而运行。
另外,所述透明微型发光二极管显示皮肤300如图3显示所示,转印附着具有透明性和挠性的透明挠性基板310、在所述透明挠性基板310上具有微型发光二极管像素330的半导体设备层320,从而,镶嵌至所述首饰100的外侧表面,优选地,镶嵌至所述旋转块210的表面。
此时,所述透明微型发光二极管显示皮肤300整体或局部镶嵌至项链(首饰)的外侧表面。所述透明微型发光二极管显示皮肤300在被局部镶嵌时,以一定间距分隔形成,并在各个透明微型发光二极管显示皮肤300呈现相互不同的颜色。
所述微型发光二极管显示屏为将5~100μm(十万分之一厘米)大小的超小型发光二极管粒子拼贴在基板(本发明中的透明基板)的显示屏,将LED芯片本身作为像素运用而适合呈现具有柔软性(flexible),或能够弯曲的(rollable)画面,对比OLED而耗电量非常少,从而,能够长时间使用,并且,与现有的OLED相比,在照度、色彩度、电力效率方面非常优秀。
将如上所述的透明微型发光二极管显示皮肤300镶嵌附着在旋转块210的表面,为了使所述透明微型发光二极管显示皮肤300即使未运行微型发光二极管显示屏的情况下也直接发挥首饰的作用,使用具有透明性和挠性的透明挠性基板310,作为微型发光二极管芯片的像素即微型发光二极管像素330最大化具有透明性。
另外,具有作为微型p-n二极管层的大量的微型发光二极管像素330的半导体设备层320通过微型转印印刷技术方式而移植形成于透明挠性基板310而构成本发明的透明微型发光二极管显示皮肤300,此时,优选地,在执行转印印刷技术,利用滚轴转印技术,每秒将一万多个微型发光二极管像素330转印附着至透明挠性基板310。
在微型发光二极管像素330被准备至母(native)基板上之后,转印印刷至透明挠性基板310,之后去除母基板及不必要的部分。
所述透明挠性基板310为透明且具有挠性,选定5~10μm、10~50μm、50~100μm、100~200μm、200~500μm、0.5~1mm、1~5mm、5~10mm的厚度范围中的一个厚度范围。
即,如图3显示所示,透明微型发光二极管显示皮肤300在全部具有透明性和挠性的透明挠性基板310上附着形成具有微型发光二极管像素330的半导体设备层320。
所述半导体设备层320的微型发光二极管像素330由正电极层331、透明导电层332、透明p-电极层333、p-GaN层334、活性层335、n-GaN层336及上部的透明n-电极层337构成,在各个微型发光二极管像素330之间由透明性绝缘层338形成。形成于半导体设备层320的微型发光二极管像素330分别作为p-n二极管层,由具有与频谱内的特定区域对应的带隙的化合物半导体构成,例如,由Ⅲ~Ⅴ族氮化物材料即氮化镓(GaN)构成。
所述p-电极层(333)用于电源供应,由包括透过率为70%以上的Al、Ga、Ag、Sn、In、Zn、Co、Ni、Au的氧化物形成电极,正电极层331为电路图案或凸块、导电性粘合层,透明n-电极层337具有导电性。正电极层331相对于可视频谱而从具有反射性的银及镍的组进行选择,形成潜在的反射性镜面层。
并且,本发明通过排列具有红色、绿色及蓝色的三种元件,即微型发光二极管板,使透明微型发光二极管显示皮肤300实现全色。
换言之,本发明在未运行首饰100的透明微型发光二极管显示皮肤300的情况下,呈现一般的首饰的颜色及设计,在运行透明微型发光二极管显示皮肤300的情况下,向外部输出多种颜色。
在此,所述透明微型发光二极管显示皮肤300通过所述应用程序而控制特定透明微型发光二极管显示皮肤300时,受与所述特定透明微型发光二极管显示皮肤300接近的主元件部400或远程从属部500控制。
并且,所述透明微型发光二极管显示皮肤300在所述首饰100的外侧表面整体或局部形成,根据下面所述的智能手机600的控制而向首饰100的外侧呈现各种颜色及花纹。
另外,所述主元件部400如图4显示所示,包括:电源开关410,形成于所述首饰100的外侧或内侧,控制电源部430;充电端口420,通过USB电缆进行电池充电;电源部430,由所述电源开关410控制;电池440,存储通过所述充电端口420充电的电力;电源无线供应部450,具有通过所述电源部430无线供应电源的无线电线圈;近距离无线通信部460,用于与包含智能手机600的外部设备及其它设备近距离无线通信;主控制部470,执行控制用于呈现在所述透明微型发光二极管显示皮肤300的颜色;能源采集部480,用于自体生成能源;光检测部490,用于检测首饰的外部光亮度。
优选地,内置于所述首饰100的主控制部470的IC芯片由专用型半导体芯片(application specific integrated circuit,ASIC)实现,无线电和能源采集部480适用太阳电池(photovoltaic)而供应能源。
另外,所述远程从属部500如图5显示所示,无线接收从形成于所述首饰100的主元件部400供应的电源的远程从属部500形成于与所述首饰100的主元件部400分隔一定间距的位置,并且,包括:无线电天线510,接收从所述电源无线供应部450发生的电能;IC芯片形式的远程控制部520,用于驱动及控制所述微型发光二极管透明显示皮肤300;发送接收部530,用于与所述主元件部400的超近程远程收发;能源采集部540,用于自体生成能源;光检测部550,检测首饰的外部及亮度。
优选地,所述远程控制部520的IC(集成电路,integrated ciruit)利用互补性金属氧化物半导体(complementary-metal-oxide semiconductor;CMOS)而构成微单位的集成电路,IC芯片的面积为1mm×1mm,厚度为0.5mm。
另外,在形成于本发明的首饰100的电源无线供应部450的无线电线圈通过共振现象发生的电能从所述远程从属部500的无线电天线510接收,将通过远程控制部520的控制而接收的电能使用于驱动透明微型发光二极管显示皮肤300。
在此,所述采集部480、540为收获周边的能源的装置,即使未接收供应的另外的电池的电源,也能够生成电力而供应至内部各部,并且,优选地,由光电元件、热电元件、壓電素子、无线电转换元件中的任一个或其组合构成,所述光检测部490、550在检测施加至首饰的外部光亮之后,分别施加至所述主控制部470和远程控制部520,并且,所述主控制部470和远程控制部520根据所施加的光亮而控制微型发光二极管透明显示皮肤300的显示亮度。
并且,在本发明中,显示了所述主元件部400形成于首饰100的内部。
并且,如图6显示所示,如上所述,还包括:智能手机600,包含应用程序,通过与所述主元件部400和近距离无线通信部460近距离无线通信方式,控制所述主元件部400或远程从属部500的主控制部470或远程控制部520。
所述主元件部400和智能手机600之间的无线收发方式也能够利用使用从发光二极管显示的光的波长而实现快速的通信速度的可见光无线通信(Li-Fi)技术,尤其,在适用本发明的微型发光二极管技术的情况下,提高零件小型化和轻型化效果。
即,通过本发明的智能手机600如图6显示所示,通过首饰100和智能手机600之间的近距离远程控制,而控制设计及颜色变化,所述主元件部400利用蓝牙通信、WIFI通信、NFC通信、IR通信、可见光无线通信等近距离无线通信方式而与智能手机600无线联接,在用户有选择性控制包含于所述智能手机600的应用程序时,通过该控制命令,而在透明微型发光二极管显示皮肤300呈现各种颜色和花纹。
并且,对于通过控制本发明的主元件部400和远程从属部500的所述智能手机600的应用程序而运行透明微型发光二极管显示皮肤300时,向所述主元件部400传输最初控制命令的情况,主元件部400运行透明微型发光二极管显示皮肤300,并在所述主元件部400和特定透明微型发光二极管显示皮肤300的距离变远的情况下,将该控制命令传输至所述远程从属部500,所述远程从属部500运行相应透明微型发光二极管显示皮肤300。
即,最初在通过智能手机600运行特定透明微型发光二极管显示皮肤300时,在距离上与所述特定透明微型发光二极管显示皮肤300接近的主元件部400或远程从属部500使特定透明微型发光二极管显示皮肤300运行,而具有能够快速且准确控制的优点。
并且,在本发明中,整体上仅将所述透明微型发光二极管显示皮肤300镶嵌至旋转块210的外侧表面进行了图示,但如图7显示所示,与所述旋转块210的外侧一起,镶嵌在项链挂接部(佩挂而固定在佩戴者的部分)的外侧表面,主元件部400形成于所述首饰100的内部或外部,远程从属部500形成于所述项链的挂接部的内部或外部一侧,主元件部400也能够控制镶嵌在所述旋转块210的外侧表面的透明微型发光二极管显示皮肤300,所述远程从属部500也能够构成为控制镶嵌在挂接部的外侧表面的透明微型发光二极管显示皮肤300。(图7中未显示主元件部400、远程从属部500)
如上所述构成的理由,如上说明所示,主元件部400、远程从属部500及智能手机600通过近距离无线通信方式而收发信号,对于最初用户为了控制任一个透明微型发光二极管显示皮肤300而利用智能手机600的应用程序设定的情况,接收相应信号的主元件部400控制要自己控制的透明微型发光二极管显示皮肤300,对于存在远程从属部500要控制的透明微型发光二极管显示皮肤300的情况,将该信号发送至所述远程从属部500,远程从属部500最终控制相应透明微型发光二极管显示皮肤300。
综上,本发明的自定制型微型发光二极管首饰以多个首饰中的项链为例进行了说明,对于人造指甲或人造脚趾甲的情况,每个手指甲、脚趾甲能够不同地呈现颜色花纹,能够在其它所有首饰适用相同的结构,并非通过本发明的实施例限定。
另外,如图8显示所示,将首饰100分别由项链100a和戒指100b构成,在所述项链100a的外侧表面镶嵌透明微型发光二极管显示皮肤300,在所述戒指100b的外侧表面镶嵌透明微型发光二极管显示皮肤300之后,在所述项链100a的内部形成主元件部400,在戒指100b的内部形成远程从属部500,根据从智能手机600传输的信号,主元件部400控制项链100a的透明微型发光二极管显示皮肤300,远程从属部500控制戒指100b的透明微型发光二极管显示皮肤300。
此时,所述远程从属部500未从所述智能手机600接收直接的信号,并从所述主元件部400接收该接收的信号,所述主元件部400和远程从属部500未另外显示。
即,本发明在一个首饰100构成多个透明微型发光二极管显示皮肤300之后,分别构成主元件部400和远程从属部500,通过近距离的主元件部400或远程从属部500而控制透明微型发光二极管显示皮肤300,在多个首饰分别形成透明微型发光二极管显示皮肤300,在一个首饰构成主元件部400,在另一个首饰100形成远程从属部500。
并且,本发明作为如图9显示所示,以戒指、项链、书包、人造指甲、人造脚趾甲等为例作为首饰进行了图示,以人的手指显示作为身体一部分50,也可以是人的睫毛等,也能够将直接穿在人的脚上的鞋子等作为首饰。
根据本发明的自定制微型发光二极管首饰,在黑暗处或夜间也能很好保持首饰的目的,同时,与活动、庆典、晚会、比赛等自己当前情况匹配而容易持续改变各种颜色和花纹,从而,及时对应现场情况(佩戴者作为创作者进行自我表现),通过各种颜色和花纹变形,而是一种激起用户的兴趣,并且,是主导首饰未来潮流的划时代的发明,同时也是通过低功耗及能够充电的电池及自身电力供应而具有能够长期使用效果的有效的发明。
Claims (4)
1.一种自定制微型发光二极管首饰,涉及一种佩戴在人的手腕、脚腕、手指、颈、头、眼睫毛、人造指甲、人造脚趾甲中的任一处的能够发光的首饰(100),其特征在于,
包括:
透明微型发光二极管显示皮肤(300),在所述首饰(100)的外侧形成,并转印附着具有透明性和挠性的透明挠性基板(310)和在所述透明挠性基板(310)上具有微型发光二极管像素(330)的半导体设备层320,并镶嵌在所述首饰(100)的表面;
主元件部(400),在所述首饰(100)主体的外侧与所述透明微型发光二极管显示皮肤(300)分隔形成,并包括:电源开关(410),控制电源部(430);充电端口(420),用于通过USB电缆进行电池充电;电源部(430),由所述电源开关(410)控制;电池(440),存储通过所述充电端口(420)而充电的电力;电源无线供应部(450),具有向所述电源部(430)无线供应电源的无线电线圈;近距离无线通信部(460),用于与包含智能手机(600)的外部设备及其它装置进行近距离无线通信;主控制部(470),控制用于呈现所述首饰(100)的透明微型发光二极管显示皮肤(300)的颜色;能源采集部(480),用于自体生成能源;光检测部(490),用于检测首饰的外部亮度;
远程从属部(500),在与所述首饰(100)主体的主元件部(400)分隔一定间距的位置形成,并且,包括:无线电天线(510),接收由所述电源无线供应部(450)发生的电能;远程控制部(520),用于驱动及控制所述微型发光二极管透明显示皮肤(300);发送接收部(530),用于与所述主元件部(400)进行超近程远程收发;能源采集部(540),用于自体生成能源;光检测部(550),用于检测外部及亮度;
智能手机(600),包括应用程序,通过与所述主元件部400和近距离无线通信部(460)的近距离无线通信方式而控制所述主元件部(400)或远程从属部(500)的主控制部(470)或远程控制部(520)。
2.根据权利要求1所述的自定制微型发光二极管首饰,其特征在于,
所述光检测部(490、550)在感应施加至所述首饰(100)的外部光亮之后,分别施加至所述主控制部(470)和远程控制部(520),所述主控制部(470)和远程控制部(520)根据所施加的光亮而控制微型发光二极管透明显示皮肤(300)的显示亮度。
3.根据权利要求1所述的自定制微型发光二极管首饰,其特征在于,
所述采集部(480,540)由光电元件、热电元件、壓電素子、无线电转换元件中的任一个或其组合构成。
4.根据权利要求1所述的自定制微型发光二极管首饰,其特征在于,
所述透明微型发光二极管显示皮肤(300)在通过所述应用程序而控制特定透明微型发光二极管显示皮肤(300)时,通过与所述特定透明微型发光二极管显示皮肤(300)接近的主元件部(400)或远程从属部(500)控制。
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