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DIJIYA ENERGY SAVING TECH INC

Overview
  • Total Patents
    25
  • GoodIP Patent Rank
    67,722
  • Filing trend
    ⇩ 100.0%
About

DIJIYA ENERGY SAVING TECH INC has a total of 25 patent applications. It decreased the IP activity by 100.0%. Its first patent ever was published in 2011. It filed its patents most often in Taiwan, United States and Australia. Its main competitors in its focus markets environmental technology, electrical machinery and energy and transport are SCHOENMEHL CHARLES B, KINGLONG UNITED AUTOMOBILE INDUSTRY SUZHOU CO LTD and PRESTON JOHN EDWARD.

Patent filings per year

Chart showing DIJIYA ENERGY SAVING TECH INCs patent filings per year from 1900 to 2020

Top inventors

# Name Total Patents
#1 Huang Wen-Hung 17
#2 Huang Wen-Hong 7
#3 Wen-Hung Huang 1
#4 Lin Wei-Hung 1
#5 Liang Yi-Ping 1
#6 Chen Sheng-Wei 1
#7 Jhou Kai-Mou 1

Latest patents

Publication Filing date Title
TWI643391B Positive electrode of lithium-sulfur battery core and production method of lithium-sulfur battery core using positive electrode forming the positive electrode, a negative electrode and an isolating membrane arranged between the positive electrode and the negative electrode
TW201922884A Preparation method for a composite comprising sulfur-containing conductive polymer
WO2019095355A1 Preparation method of composite material containing sulfur-containing conductive polymer
TWI636606B Conductive connecting piece of battery and all-pole core capable of effectively reducing the inner resistance to smoothen the conductivity
TW201902072A Analog-to-DC controllable current electronic switch
TWI622203B Solid composite lithium battery cell pole piece and lithium battery cell with same being formed by combining with an insulated rubber layer at each of two ends of a strip-shaped solid composite lithium battery cell pole piece
TWI616021B Electrode Plate Structure for Battery Core
TW201826590A Shock-proof insulation plates assembly for battery cell capable of firmly positioning battery cell for the safety of use
TWI624976B Fabrication process for solid-state battery
TWI599089B A fixed slot shock-proof structure
TWI619286B Solid compound lithium battery core's electrode plate and lithium battery core for using the same
TW201810787A Lithium battery capable of being operated normally under high and low temperature environments thereby stabilizing the performance of the battery and ensuring the safety of use
TW201731603A Lithium battery conductive connection piece and forming method thereof enabling to meet the use needs of charging and discharging of large current having high amplification factor
TW201731152A Preheating structure for battery and battery module using the same
TW201731151A Lithium battery heat conduction module capable of improving use efficiency and service life of the battery by uniformly distributing temperature in the box body of the lithium battery module
TW201728239A Circuit board and battery module using the same capable of simplifying circuit connection for convenient production, saving manufacturing cost and enhancing product quality
TW201724691A Cable and battery module equalized-charging system using the same uniformly charging the battery cells
TW201724686A Battery module charging method using equalization charger in which the equalization charger includes a plurality of charging units and a plurality of battery monitoring units for different battery cells
TW201721984A Integrated conductive connection sheet and forming method thereof comprising a long positioning plate, a bent portion, and a first extending plate
TW201721935A Lithium battery explosion-proof structure and forming method thereof capable of enhancing the tightness of a fixing ring to tightly cover an air vent of a top plate with a thin film