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MOTIVE POWER INDUSTRY CO LTD

Overview
  • Total Patents
    178
  • GoodIP Patent Rank
    8,777
  • Filing trend
    ⇧ 25.0%
About

MOTIVE POWER INDUSTRY CO LTD has a total of 178 patent applications. It increased the IP activity by 25.0%. Its first patent ever was published in 2005. It filed its patents most often in Taiwan, EPO (European Patent Office) and China. Its main competitors in its focus markets transport, mechanical elements and environmental technology are NAF NEUNKIRCHENER ACHSENFABRIK AG, AUTOMOBILWERKE H BUESSING AG and CHONGQING BAOJIN MACHINERY MFG CO LTD.

Patent filings per year

Chart showing MOTIVE POWER INDUSTRY CO LTDs patent filings per year from 1900 to 2020

Top inventors

# Name Total Patents
#1 Cheng Hsin-Lin 88
#2 Teng Ching-Chung 42
#3 Cheng Xin-Lin 28
#4 Deng Jing-Zhong 18
#5 Cheng Kai-Wen 15
#6 Hsin- Lin Cheng 8
#7 Cheng Hsin Lin 7
#8 Wu Yi-Huan 7
#9 Teng Ching Chung 6
#10 Hsin-Lin Cheng 6

Latest patents

Publication Filing date Title
TWI668382B Series-connection two-way full clamping mechanism of continuous speed change device capable of stably clamping the transmission ball bodies, transmitting power between the power input side and the power output side
TWI648491B Stepless gear box with coaxially electric boost capable of reducing the volume and transmitting power more instantaneously and stably
TWI644032B Parallel two-way full clamping mechanism of stepless transmission can stably clamp the transmission ball
TWI662205B Two-way stressing mechanism of stepless gearbox for facilitating transmission of power to the power output side from the power input side and transmission of power to the power input side from the power output side of the stepless gearbox
TWI663347B Bidirectional ramp-type power transmission mechanism of continuous gearbox capable of transmitting power to the power output side from the power input side of the continuous gearbox and further transmitting power back to the power input side from the power output side of the continuous gearbox
TWI653409B Two-way power transmission mechanism of stepless gearbox characterized in that the present invention can transmit power to the power output side from the power input side of the stepless gearbox and also can transmit back to the power input side from the power output side of the stepless gearbox
TWI652419B Continuous variable transmission capable of constantly outputting force characterized in capable of more stably transmitting power in a more real-time manner
TWI653411B Continuous gear position sensing device capable of simplifying the process of sensing the gear position, reducing the installation cost and improving the reliability of sensing the gear position
TWI642863B Linear moving device with continuous gear position using the pressure regulating unit and the H-shaped piston to push and move the moveable wheel for achieving effects of simple structure and fast speed variation
JP2019027468A Continuously variable speed control system of rolling vehicle
TWI628092B Wheel body quick disassembling mechanism including a hub and a fixing member
TW201908192A Crank quick release mechanism capable of fast performing detachment and installation of the transmission shaft with respect to the crank without needing specific tool when a user wants to replace the crank with different lengths
TWI637118B Continuously variable transmission control system for rolling vehicle
TWI628093B Electronic variable suspension system
JP2018204745A Shaft drive stepless gear change clutch mechanism of rolling vehicle
JP2018194069A Clutch device of continuously variable transmission
TWI613382B Shaft-transmission stepless speed changing clutch mechanism of rolling vehicle characterized by reducing the waste heat and lowering the wear loss
TWI636917B Electronic continuously variable transmission (ECVT) system and control method for the same
TWI621790B Clutch device of continuously variable transmission comprising a power input rotor and a power output rotor and capable of integrating the clutch device into the continuously variable transmission so as to reduce volume and weight and save production cost
KR20180119292A Two-Wheeler Suspension System