Add 'CN210327466U - Sunlight Tracking Device - Google Patents'

CN210327466U---Sunlight-Tracking-Device---Google-Patents.md

@@ -0,0 +1,7 @@
+<br>本实用新型�供了一�太阳光追踪装置，涉�机构设计领域。 固定底�上设有槽型基座，顺槽型基座内侧的水平底�设有与滑���的滑轨，槽型基座外侧设有步进电机输出轴穿过所述槽�并通过�轴器与��的一端固连。 ��螺�下表�与滑�上表�固结，��螺�上表�与U型�底部固连，V字形连�底部的连接部设有下通孔，中上部设有带轴心孔的定�环，转轴的中部与定�环轴心孔过盈��；所述V字形连�正方形连接�的上端�通过螺栓与中层支撑�固连；光�支撑�底部相对的两边，一边设有两个凹形铰接头一，且与所述凸形铰接头通过销钉铰接；直线电机的底部通过销钉与直线电机底座铰接。<br>
+
+<br>The utility mannequin gives a photo voltaic light tracking device,  [iTagPro online](https://bbarlock.com/index.php/Tail_It_Bike_GPS_Tracking_Device) which pertains to the sphere of mechanism design. The fastened base plate is provided with a groove base, the horizontal backside floor  [iTagPro product](https://rentry.co/24860-not-that-you-have-ever-used-it) along the inner aspect of the groove base is supplied with a slide rail that cooperates with the slider,  [iTagPro online](https://wiki.american-kingdoms.com/index.php?title=Hidden_GPS_Tracker_For_Car-Three_Years_Battery_Life-Spy_Tracking) and the outer aspect of the groove base is supplied with a stepping motor output shaft passing by the groove wall and passing via the connection. The shaft is fixedly connected with one end of the lead screw. The decrease floor of the screw nut is mounted with the higher floor of the slider,  [iTagPro official](https://healthwiz.co.uk/index.php?title=Real-time_GPS_Tracking) and  [ItagPro](https://xn--9i1bv8kw7jsnma.com/bbs/board.php?bo_table=free&wr_id=1125665) the upper surface of the screw nut is mounted with the bottom of the U-shaped block. 本实用新型涉�机构设计领域。 The utility model relates to the sector of mechanism design. ��世界能�紧缺的�断加剧，太阳能采集已��为了当下的一个热门方�，为了�高太阳能采集效率，太阳光追踪机构也�到了越�越多的�视。<br>
+
+<br>太阳光追踪机构通过实时调整光ä¼�æ�¿è§’度，时刻ä¿�è¯�以最优角度接收阳光照射，以此æ�¥æ��高太阳能å�‘电效率，最终æ��高å�•ä½�é�¢ç§¯å…‰ä¼�æ�¿çš„å�‘电é‡�。 Because the world's energy shortage continues to intensify,  [iTagPro online](https://www.withlovefordressage.nl/cropped-nk-dressuur-2-1-jpg) photo voltaic power harvesting has turn out to be a preferred route at current. So as to enhance the effectivity of photo voltaic power harvesting, solar mild tracking institutions have additionally obtained increasingly more consideration. The solar monitoring mechanism adjusts the angle of the photovoltaic panels in actual time to make sure that the sunlight is acquired on the optimum angle always,  [iTagPro website](https://uliwiki.org/index.php/Kullan%C4%B1c%C4%B1:Adrienne4416) in order to improve the effectivity of solar power generation and finally enhance the ability generation of photovoltaic panels per unit area. ‚该装置结构尺寸较大，å�•è½´æ”¯æ’‘导致整体结构å�¯é� æ€§è¾ƒå·®ï¼Œé™�低了å�Œè½´è¿½è¸ªæœºæž„的实用性。 The double-axis slewing reducer is installed between the assist unit and the lighting bracket unit.<br>
+
+<br>The structure of the machine is giant in measurement, and the only-axis support leads to poor reliability of the general structure, which reduces the practicability of the dual-axis monitoring mechanism. ‚该装置存在以下缺陷，首先整体系统较为å¤�æ�‚，系统体积较大，安装ä¸�便，其次采用液压系统æ�¥å®žçŽ°è¿½è¸ªåŠŸèƒ½ï¼Œæ•´ä½“技术ç»�济比较差，实用价值较低。 The device has the next defects. First, the general system is comparatively complex,  [iTagPro online](https://dev.neos.epss.ucla.edu/wiki/index.php?title=Lenovo_DaaS_Bolsters_Device_And_User_Support_For_Considered_One_Of_Australia%E2%80%99s_Leading_Broadband_Providers) the system is large and  [portable tracking tag](https://gpyouhak.com/gpy/bbs/board.php?bo_table=free&wr_id=2976087) inconvenient to put in. Second, the hydraulic system is used to appreciate the monitoring function. The overall know-how and economy are relatively poor and the practical worth is low. 鉴于上述太阳光追踪装置的情况，研å�‘一ç§�结构简å�•ã€�安全å�¯é� çš„太阳光追踪装置是有必è¦�的。 In view of the above state of affairs of the photo voltaic light tracking device,  [iTagPro online](http://crane.waemok.co.kr/bbs/board.php?bo_table=faq) it's necessary to develop a simple, protected and  [iTagPro online](https://churchilltravel.co.uk/london-to-india-flight-best-fares/) reliable solar light tracking device. 本实用新型的目的是æ��供一ç§�太阳光追踪装置，它能有效地解决太阳能æ�¿çš„能é‡�收集效率低下的问题。<br>