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    • 1. 发明公开
    • NOVEL POWER TRANSMISSION STRUCTURE APPLICABLE TO ALL-TERRAIN GO-KART
    • EP4265457A1
    • 2023-10-25
    • EP21905471.5
    • 2021-11-24
    • Ma, Liang
    • Ma, Liang
    • B60K17/04B60K17/22B60B35/12B60T17/02
    • The invention discloses a novel power transmission structure suitable for all-terrain karts, comprising a first sprocket support frame, the upper part of the first sprocket support frame is provided with an upper bearing chock of the support frame, and the lower part is provided with a lower bearing chock of the support frame, the engine end output shaft of the engine is connected to the upper bearing chock of the support frame through a suitable coupling and bearing, the engine end output shaft is equipped with a first sprocket and chain mechanism, and the sprocket of the first sprocket and chain mechanism is installed on the sprocket bearing chock. Compared with the prior art, the invention has the advantages that the overall structure is simple and practical, and the power output from the engine is efficiently transmitted to the rear drive axle, so that the vehicle can better adapt to off-road driving, the engine can also be installed on the frame and separated from the drive axle, which reduces the unsprung mass and improves the comfort of the driver and passengers, greatly improves the power transmission efficiency of the kart, and reduces a large amount of costs invested in the early stage and maintenance cost in the later stage, it has good applicability and is easy to promote.
    • 5. 实用新型
    • 散熱模組
    • 散热模块
    • TWM348266U
    • 2009-01-01
    • TW097210885
    • 2008-06-19
    • 葉嘉銘 YEH, CHIA MING葉春木 YEH, CHUN MU馬良處 MA, LIANG CHU
    • 葉嘉銘 YEH, CHIA MING葉春木 YEH, CHUN MU馬良處 MA, LIANG CHU
    • G06F
    • 本創作之散熱模組主要包括有一透氣冷卻體、一陶瓷散熱材,以及一導熱材;其中,透氣冷卻體係至少在其四週佈有若干透氣孔,陶瓷散熱材及導熱材係分別設於透氣冷卻體頂部及底部開口處,並且由導熱材與熱源體接觸,使熱源體的廢熱透過導熱材傳導至透氣冷卻體再經由陶瓷散熱材釋放,形成煙囪效應,利用陶瓷散熱材的微孔洞散熱特性,加上廢熱通過透氣冷卻體的過程可配合由透氣孔均勻吸入外在環境較低溫之空氣以提高空氣對流效應,使透氣冷卻體內之空氣達到熱平衡,進而提升整體散熱模組之散熱效率。
    • 本创作之散热模块主要包括有一透气冷却体、一陶瓷散热材,以及一导热材;其中,透气冷却体系至少在其四周布有若干透气孔,陶瓷散热材及导热材系分别设于透气冷却体顶部及底部开口处,并且由导热材与热源体接触,使热源体的废热透过导热材传导至透气冷却体再经由陶瓷散热材释放,形成烟囱效应,利用陶瓷散热材的微孔洞散热特性,加上废热通过透气冷却体的过程可配合由透气孔均匀吸入外在环境较低温之空气以提高空气对流效应,使透气冷却体内之空气达到热平衡,进而提升整体散热模块之散热效率。
    • 9. 发明申请
    • MANUAL INSTRUMENTED MEDICAL TOOL SYSTEM
    • 手动仪器医疗工具系统
    • WO2011029190A4
    • 2011-03-17
    • PCT/CA2010/001409
    • 2010-09-09
    • ENGINEERING SERVICES INC.UNIVERSITY HEALTH NETWORKGOLDENBERG, Andrew A.TRACHTENBERG, JohnYANG, YiMA, Liang
    • GOLDENBERG, Andrew A.TRACHTENBERG, JohnYANG, YiMA, Liang
    • A61B19/00A61B5/055A61B8/00
    • A medical device is for use in association with a medical image of the gland or organ having a known reference point. The medical device comprises a structural frame, a horizontal joint, a vertical joint, a pan join, a tilt joint a medical instrument assembly and a control system. The medical device is positioned at a predetermined location relative to the medical image reference point. Each of the horizontal joint, the vertical joint, the pan joint and the tilt joint have a position sensor and are operably connected to the frame. The medical instrument assembly is operably connected to a sensor and to the horizontal joint, the vertical joint, the pan joint and the tilt joint. The control system is operably connected to the other elements whereby the control system determines the position of a predetermined location on the medical instrument assembly relative to the structural frame.
    • 医疗装置用于与具有已知参考点的腺体或器官的医学图像相关联。 医疗设备包括结构框架,水平接头,垂直接头,平底接头,医疗器械组件和控制系统的倾斜接头。 医疗设备被定位在相对于医学图像参考点的预定位置处。 水平关节,垂直关节,平底关节和倾斜关节中的每一个都具有位置传感器并且可操作地连接到框架。 医疗器械组件可操作地连接到传感器以及水平关节,垂直关节,平底关节和倾斜关节。 控制系统可操作地连接到其他元件,由此控制系统确定医疗器械组件上的预定位置相对于结构框架的位置。