CN208368497U - 具有线路支架 - Google Patents
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- CN208368497U CN208368497U CN201820681673.1U CN201820681673U CN208368497U CN 208368497 U CN208368497 U CN 208368497U CN 201820681673 U CN201820681673 U CN 201820681673U CN 208368497 U CN208368497 U CN 208368497U
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Abstract
一种具有线路支架,包括:一导线架、一胶座及一线路层。该导线架具有多个电极部。该胶座设于该导线架上,其上具有一杯体,该杯体的底部使该些电极部的背面外露,该杯体具有一杯口,该杯口使该些电极部的正面外露。该线路层设于杯体上,该线路层至少包括有二导电部、二电连接部及二焊垫部;该二导电部位于杯壁,该二电连接部设于该杯口,该二电连接部的一端与该二导电部的一端电性连接,该二焊垫部设于该杯体底部,该二焊垫部与该二导电部的另一端电性连接。
Description
技术领域
本实用新型涉及一种辨识元件,尤其涉及一种可以产生多个光点投射于被感测物体上的具有线路支架。
背景技术
已知,人脸辨识(Face ID)技术已被使用在智能型装置上,以提高智能型装置使用上的安全性。
Face ID解锁主要分为两个步骤,首先必须辨识接近手机的是否为刻意靠近的脸部,或者只是使用者不小心由手机前面晃过去而已;确认是刻意靠近的脸部之后,才开始进行人脸辨识。启动Face ID解锁必须同时开启好几个元件,是有些耗电的,因此必须确认是刻意靠近的脸部之后,才开始进行人脸辨识。
当有脸部或物体靠近时,会先启动接近感测器(Proximity sensor),再由接近感测器发出信号启动泛光照明器(Flood illuminator),发射出非结构 (Non-structured)的红外光投射在物体表面,再由红外光相机(Infrared camera) 接收这些反射的影像信息,传送到手机内的微处理器,再由微处理器内建双核心的「神经网络引擎」(Neural Engine,NE),经由人工智能的运算后判断为脸部后,再启动点阵投射器(Dot projector)产生多个光点投射到使用者的脸部,利用这些光点所形成的阵列反射回红外光相机(Infraredcamera),计算出脸部不同位置的距离(深度),再将这些使用者脸部的深度信息传送到手机内的处理器内,经由计算比对脸部特征辨识是否为使用者本人。
由于上述的点阵投射器的支架上并未制作的滤镜导通线路,而滤镜的导通线路是由电路板所迁引到点阵投射器的支架上,也就是说在电路板上电性固接有一塑胶座,该塑胶座上配置该点阵投射器的支架,由电路板制作一条导电线经过该塑胶座,再由该塑胶座提供该支架的滤镜电源。如此一来,就可以提供点阵投射器所需要电源,但是此种导通线路的设计将会造成点阵投射器制作上所花费的工时、工序较多,相对制作成本高,且点阵投射器整体的体积大,在搭配使用上会过于占去智能装置的内部空间。而且,在点阵投射器的滤镜破裂后,该电路板依旧会驱动点阵投射器内部的激光二极管的点亮,因此易造成错误信号的判读。
实用新型内容
因此,本实用新型的主要目的,在于解决传统缺失,本实用新型提出一个将滤镜导通线路直接制作在投射器的支架的胶座上,以形成具有线路支架,使该具有线路支架制作上更佳容易简单,可大幅降低制作成本,也使体积变小。
本实用新型的另一目的,在于的滤镜导通线路制作在胶座上,在该滤镜破裂或损坏时,该投射器内部的激光二极管将不会被点亮。
为达上述的目的,本实用新型提供一种具有线路支架,包括:一导线架、一胶座及一线路层。该导线架具有多个电极部。该胶座设于该导线架上,其上具有一杯体,该杯体的底部使该些电极部的背面外露,该杯体具有一杯口,该杯口使该些电极部的正面外露。该线路层设于杯体上,该线路层至少包括有二导电部、二电连接部及二焊垫部;该二导电部位于杯壁,该二电连接部设于该杯口,该二电连接部的一端与该二导电部的一端电性连接,该二焊垫部设于该杯体底部,该二焊垫部与该二导电部的另一端电性连接。
在本实用新型的一实施例中,该杯口呈阶梯状。
在本实用新型的一实施例中,该杯体上具有二呈线状的沟槽,该二沟槽由该杯体的杯口顶面延伸于该杯体的底部。
在本实用新型的一实施例中,该二导电部位于该二沟槽中,该二电连接部设于该杯口内侧壁面。
在本实用新型的一实施例中,该焊垫部可与该些电极部电性连接或不电性连接。
在本实用新型的一实施例中,该二导电部位于该杯体的表面上,该二电连接部设于该杯口的顶面上。
在本实用新型的一实施例中,该杯体具有二贯穿孔,该二贯穿孔由该杯口的顶面贯穿至该底部。
在本实用新型的一实施例中,该二导电部位于该二贯穿孔中。
在本实用新型的一实施例中,该杯体具有二贯穿孔,该二贯穿孔由该杯口的顶面贯穿至该些电极部的正面。
在本实用新型的一实施例中,该二导电部位于该二贯穿孔中并与该些电极部电性连接。
为达上述的目的,本实用新型另提供一种具线路支架,以电性连接滤镜,包括:一导线架、一胶座及一线路层。该导线架具有多个电极部。该胶座设于该导线架上,其上具有一杯体,该杯体的底部使该些电极部的背面外露,该杯体具有一杯口,该杯口具有一第一杯口及一第二杯口,该第一杯口及该第二杯口使该些电极部的正面外露,于该第二杯口的顶面上具有二通孔,该二通孔由该第二杯口顶面贯穿至该杯体的底部。该线路层设于杯体上,其上包括有二导电部、二电连接部及二焊垫部;该二导电部各包含有一第一导电部及一第二导电部;该二电连接部设于该第一杯口的顶面及内侧壁面上,该二第一导电部设于该第二杯口的顶面,该二第一导电部一端与该二电连接部一端电性连接,该二第一导电部的另一端与设于该二通孔中的二第二导电部一端电性连接;该二第二导电部的另一端与设于杯体底部的该焊垫部电性连接。
在本实用新型的一实施例中,该焊垫部可与该些电极部电性连接或不电性连接。
在本实用新型的一实施例中,该杯口呈阶梯状。
在本实用新型的一实施例中,该电连接部由多个T字形电接点组成。
以下结合附图和具体实施例对本实用新型进行详细描述,但不作为对本实用新型的限定。
附图说明
图1,本实用新型的第一实施例的具有线路支架的外观立体示意图;
图2,为图1的俯视示意图;
图3,为图1的侧剖视示意图;
图4,为图1的背面示意图;
图5,为图1的使用状态示意图;
图6,本实用新型的第二实施例的具有线路支架的俯视示意图;
图7,为图6的侧视示意图;
图8,为图6的背面示意图;
图9,本实用新型的第三实施例的具有线路支架俯视示意图;
图10,为图9的侧剖视示意图;
图11,为图9的背面示意图;
图12,本实用新型的第四实施例的具有线路支架俯视示意图;
图13,为图12的侧剖视示意图;
图14,为图12的背面示意图;
图15,本实用新型的第五实施例的具有线路支架俯视示意图;
图16,为图15的侧剖视示意图;
图17,为图15的背面示意图。
其中,附图标记
导线架1
电极部11
胶座2
杯体21
杯口22
第一杯口221
第二杯口222
沟槽23
线路层3
导电部31
电连接部32
焊垫部33
激光芯片4
金线5
滤镜6
具体实施方式
兹有关本实用新型的技术内容及详细说明,现在配合附图说明如下:
请参阅图1-4,本实用新型的第一实施例的具有线路支架的结构、俯视、侧剖视及背面示意图。如图所示:本实用新型的具有线路支架,包括有:一导线架1、一胶座2及一线路层3。
该导线架1,通过金属冲压或蚀刻成型有多个电极部11,该些电极部11 以供固接芯片(图中未示)及打线(图中未示)使用。
该胶座2,通过热压或射出技术将塑胶成型于该导线架1上形成一胶座2,该胶座2具有一杯体21,该杯体21的底部使该些电极部11背面外露,该杯体21具有一杯口22,该杯口22使该些电极部正面外露,以供固接芯片(图中未示)及打线(图中未示)使用。另于,该杯体21的外表面上具有二相对称且呈线状的沟槽23,该沟槽23由该杯口22的顶面延伸于该杯体21的底部。在本图中,该杯口22呈阶梯状。
该线路层3,设于该二沟槽23中,该线路层3包括有二导电部31、二电连接部32及二焊垫部33。该二导电部31位于该二沟层23中,该二电连接部 32设于该杯口22内侧壁面呈相对应状态,并与该二导电部31的一端电性连接,该二焊垫部33设于该杯体21底部,该二焊垫部33与该二导电部31的另一端电性连接,且该二焊垫部33可与该导线架1的该些电极部11电性连接,或不电性连接。以该线路层3以提供电性连接具有氧化铟锡(ITO)透明导电电线的滤镜(图中未示)使用。
请参阅图5,图1的使用状态示意图。如图所示:本实用新型的投射器具有线路支架在运用时,将激光芯片4固晶于该导线架1的该些电极部11的其一,在通过打线技术将金线5电性连接该激光芯片4及该些电极部11上。且将具有氧化铟锡(ITO)透明导电电路(图中未示)的滤镜6设置于该杯体21的阶梯状的杯口22处,使该滤镜6的导电电线与该线路层3的二电连接部32电性连接即成为投射器。
在投射器的具有线路支架在使用时,将具有线路支架电性连接在电路板 (图中未示)上,在该电路板的控制下该激光芯片(激光二极管)4被点亮,使激光光投射于该滤镜6上,该滤镜6将产生多个光点投射于被感测物体(图中未示) 上,利用这些光点所形成的阵列反射回电路板上的红外光相机(Infrared camera)接收,计算出被感测物体的轮廓不同位置的距离(深度),再将这些轮廓的深度信息传送到电路板的微处理器内,经由计算比对该轮廓特征辨识是否正确。
当具有线路支架受外力因素致使该滤镜6破裂时,导致该滤镜6上的导电电线也断裂,造成滤镜6无法通电,此时在该投射器被启动时,该具有线路支架内部的激光芯片将不会被点亮。使该滤镜6将不会产生多个光点投射于被感测物体上。
请参阅图6、7、8,本实用新型的第二实施例的具有线路支架俯视及图6 的侧剖视与背面示意图。如图所示:本第二实施例与第一实施例大致相同,所不同处在于该线路层3无须设置于该杯体21的二沟槽23中,该线路层3的二电连接部32设于该杯体21的杯口22顶面,该二电连接部32一端与该二导电部31一端电性连接,该二导电部31设于该杯体2的表面(或杯壁)上,并延伸至该杯体21的底部,使该二导电部31的另一端与该杯体21底部的二焊垫部33电性连接。且该二焊垫部33可与该导线架1的该些电极部11电性连接,或不电性连接。
由于该线路层3无须设置于该杯体21的沟槽23中,使该投射器的具有线路支架在制作上更佳容易简单。
请参阅图9、10、11,本实用新型的第三实施例的具有线路支架俯视及图 9的侧剖视与背面示意图。如图所示:本第三实施例与第一、二实施例大致相同,所不同处在于该杯体21上设有二相对称的贯穿孔24,该二贯穿孔24由该杯口22的顶面穿至该杯体21的底部,将该金属材料填充于该二贯穿孔24 中以形成该线路层3的二导电部31,再将二电连接部32设于该杯口22的顶面与该二导电部31一端电性连接,该二焊垫部33设于该杯体21的底部与该二导电部31的另一端电性连接,使该线路层3的设计上具有隐藏效果。且该二焊垫部33可与该导线架1的该些电极部11电性连接,或不电性连接。
请参阅图12、13、14,本实用新型的第四实施例的具有线路支架俯视及图12的侧剖视与背面示意图。如图所示:本第四实施例与该第三实施例大致相同,所不同处在于该杯体21上设有二相对称的贯穿孔24,该二贯穿孔24 由该杯口22的顶面穿至该导线架1的该些电极部11表面上,将该金属材料填充于该二贯穿孔24中以形成该线路层3的二导电部31,将该二电连接部32 设于该杯口22的顶面与该二导电部31一端电性连接,该二导电部31的另一端与该导线架1的该些电极部11的其一电性连接,使该线路层3的设计上具有隐藏效果。
请参阅图15、16、17,本实用新型的第五实施例的具有线路支架俯视及图15的侧剖视与背面示意图。如图所示:本第五实施例与该第一至四实施例大致相同,所不同处在于该杯口22的第二杯口222的顶面上具有二相对称的通孔223,该二通孔223由第二杯口222顶面贯穿至该胶座2的底部,将该金属材料填充于该二通孔223中以形成该二导电部31的二第二导电部312,该二第一导电部311与设于该第二杯口222顶面,该二第二导电部312的一端与该二第一导电部311一端电性连接,该二第一导电部311另一端与设在该第一杯口221的顶面及内侧壁面上的二电连接部32电性连接,该二第二导电部312 的另一端与该杯体21底部的二焊垫部33电性连接,使该线路层3的设计上同样具有隐藏效果。在本图中,该电连接部32由多个T字形电接点组成。
由于该滤镜6的导电的线路层3制作于该胶座2的杯体21上,使该具有线路支架的制作上更佳容易简单外,该线路层3也不会因为后续的加工制作造成线路层3的损坏或断裂。
当然,本实用新型还可有其它多种实施例,在不背离本实用新型精神及其实质的情况下,熟悉本领域的技术人员当可根据本实用新型作出各种相应的改变和变形,但这些相应的改变和变形都应属于本实用新型所附的权利要求的保护范围。
Claims (16)
1.一种具有线路支架,其特征在于,包括:
一导线架,具有多个电极部;
一胶座,设于该导线架上,其上具有一杯体,该杯体的底部使该些电极部的背面外露,该杯体具有一杯口,该杯口使该些电极部的正面外露;
一线路层,设于杯体上,该线路层至少包括有二导电部、二电连接部及二焊垫部;二导电部位于杯壁,该二电连接部设于该杯口,该二电连接部的一端与该二导电部的一端电性连接,该二焊垫部设于该杯体底部,该二焊垫部与该二导电部的另一端电性连接。
2.根据权利要求1所述的具有线路支架,其特征在于,该杯口呈阶梯状。
3.根据权利要求1所述的具有线路支架,其特征在于,该杯体上具有二沟槽,该二沟槽由该杯体的杯口顶面延伸于该杯体的底部。
4.根据权利要求3所述的具有线路支架,其特征在于,该二导电部位于该二沟槽中,该二电连接部设于该杯口内侧壁面。
5.根据权利要求4所述的具有线路支架,其特征在于,该焊垫部与该些电极部电性连接或不电性连接。
6.根据权利要求1所述的具有线路支架,其特征在于,该二导电部位于该杯体的表面上,该二电连接部设于该杯口的顶面上。
7.根据权利要求6所述的具有线路支架,其特征在于,该焊垫部与该些电极部电性连接或不电性连接。
8.根据权利要求1所述的具有线路支架,其特征在于,该杯体具有二贯穿孔,该二贯穿孔由该杯口的顶面贯穿至该底部。
9.根据权利要求8所述的具有线路支架,其特征在于,该二导电部位于该二贯穿孔中。
10.根据权利要求9所述的具有线路支架,其特征在于,该焊垫部与该些电极部电性连接或不电性连接。
11.根据权利要求1所述的具有线路支架,其特征在于,该杯体具有二贯穿孔,该二贯穿孔由该杯口的顶面贯穿至该些电极部的正面。
12.根据权利要求11所述的具有线路支架,其特征在于,该二导电部位于该二贯穿孔中并与该些电极部电性连接。
13.一种具有线路支架,其特征在于,包括:
一导线架,具有多个电极部;
一胶座,设于该导线架上,其上具有一杯体,该杯体的底部使该些电极部的背面外露,该杯体具有一杯口,该杯口具有一第一杯口及一第二杯口,该第一杯口及该第二杯口使该些电极部的正面外露,于该第二杯口的顶面上具有二通孔,该二通孔由该第二杯口顶面贯穿至该杯体的底部;
一线路层,设于杯体上,其上包括有二导电部、二电连接部及二焊垫部;该二导电部各包含有一第一导电部及一第二导电部;该二电连接部设于该第一杯口的顶面及内侧壁面上,该二第一导电部设于该第二杯口的顶面,该二第一导电部一端与该二电连接部一端电性连接,该二第一导电部的另一端与设于该二通孔中的二第二导电部一端电性连接;该二第二导电部的另一端与设于杯体底部的该焊垫部电性连接。
14.根据权利要求13所述的具有线路支架,其特征在于,该焊垫部与该些电极部电性连接或不电性连接。
15.根据权利要求13所述的具有线路支架,其特征在于,该杯口呈阶梯状。
16.根据权利要求13所述的具有线路支架,其特征在于,该电连接部由多个T字形电接点组成。
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