IP Library Assignment 058601/0723
Patent Assignment
Reel/Frame 058601/0723

Assignment of Assignor's Interest

Recorded: 2021-12-31 Pages: 11
Assignor
FUTUREWEI TECHNOLOGIES, INC.
Executed: 2021-12-30
Assignee
HUAWEI DIGITAL POWER TECHNOLOGIES CO., LTD.
OFFICE 01, 39TH FLOOR, BLOCK A, ANTUOSHAN HEADQUARTERS TOWERS, 33 ANTUOSHAN 6TH ROAD, FUTIAN DISTRICT, SHENZHEN, 518043, CHINA
Covered Properties (132)
Resonant Converters and Methods
Patent: 9,077,255 →
Application: 13/739,920 →
Publication: US 2014/0198536
Coupled Inductor Structure
Application: 13/705,287 →
Publication: US 2014/0152413
Multi-Channel Inverter Systems
Patent: 9,923,485 →
Application: 14/933,723 →
Publication: US 2017/0133947
Llc Resonant Converters
Patent: 9,515,562 →
Application: 13/786,317 →
Publication: US 2014/0254203
Auxiliary Resonant Apparatus for Llc Converters
Patent: 9,190,911 →
Application: 13/786,266 →
Publication: US 2014/0254208
Multi-Level Inverter Systems
Patent: 9,595,862 →
Application: 14/949,568 →
Apparatus and Method for Resonant Converters
Application: 61/812,577 →
Apparatus and Method for Resonant Converters
Patent: 9,178,440 →
Application: 14/033,060 →
Publication: US 2014/0307482
Apparatus and Method for Power Converters
Application: 61/812,125 →
Apparatus and Method for Loosely Regulated Power Converters
Patent: 9,712,063 →
Application: 13/923,112 →
Publication: US 2014/0306669
Soft Switching Dc/Dc Converters and Methods
Patent: 8,564,984 →
Application: 12/964,925 →
Publication: US 2012/0147629
High Efficiency High Power Density Power Architecture Based on Buck-Boost Regulators with a Pass-Through Band
Application: 61/376,994 →
High Efficiency High Power Density Power Architecture Based on Buck-Boost Regulators with a Pass-Through Band
Patent: 8,957,644 →
Application: 12/973,521 →
Publication: US 2012/0049819
High Efficiency High Power Density Power Architecture Based on Buck-Boost Regulators with a Pass-Through Band
Patent: 9,595,870 →
Application: 14/150,473 →
Publication: US 2014/0117962
Novel EMI Reduction Techniques For DC-DC
Application: 61/382,229 →
Common Mode Noise Reduction Apparatus and Method
Patent: 8,670,250 →
Application: 13/219,476 →
Publication: US 2012/0063173
Power Converter Package Structure and Method
Patent: 9,088,215 →
Application: 13/156,203 →
Publication: US 2012/0313595
Power Converter Package Structure and Method
Patent: 9,627,972 →
Application: 14/728,590 →
Publication: US 2015/0263626
High Efficiency Power Regulator and Method
Patent: 8,717,717 →
Application: 13/198,178 →
Publication: US 2013/0033786
High Efficiency Power Regulator and Method
Patent: 9,337,641 →
Application: 14/252,912 →
Publication: US 2014/0226246
High Efficiency Power Regulator and Method
Application: 15/149,685 →
Publication: US 2016/0254751
High Efficiency Power Regulator and Method
Application: 16/565,302 →
Publication: US 2020/0007037
High Efficiency Bridgeless Pfc Converter and Method
Patent: 8,385,032 →
Application: 13/216,081 →
Publication: US 2013/0050879
Holdup Time Circuit and Method for Bridgeless Pfc Converter
Patent: 9,590,495 →
Application: 13/219,513 →
Publication: US 2013/0049709
Holdup Time Circuit and Method for Bridgeless PFC Converter
Application: 15/451,254 →
Publication: US 2017/0179813
Hybrid Dc/Dc Converters and Methods
Patent: 8,970,067 →
Application: 13/307,946 →
Publication: US 2013/0135903
Apparatus and Method for Pulse Width Modulation Control for Power Converters
Application: 61/534,233 →
Apparatus and Method for Pulse Width Modulation Control for Switching Power Converters
Patent: 9,143,044 →
Application: 13/614,933 →
Publication: US 2013/0063185
Soft Transition Apparatus and Method for Switching Power Converters
Application: 61/534,790 →
Soft Transition Apparatus and Method for Switching Power Converters
Patent: 8,908,393 →
Application: 13/280,225 →
Publication: US 2013/0063982
Adaptive Dead Time Control Apparatus and Method for Switching Power Converters
Application: 61/534,797 →
Adaptive Dead Time Control Apparatus and Method for Switching Power Converters
Patent: 9,906,147 →
Application: 13/280,248 →
Publication: US 2013/0063985
Multilevel Inverter Device and Method
Patent: 9,413,268 →
Application: 13/468,130 →
Publication: US 2013/0301314
Multilevel Inverter Device and Method
Patent: 9,806,529 →
Application: 15/222,170 →
Publication: US 2017/0054298
Multilevel Inverter Device and Method
Application: 15/795,794 →
Publication: US 2018/0076628
Multilevel Inverter Device and Method
Application: 16/544,525 →
Publication: US 2019/0372353
Soft Switching Inverter with Auxiliary Switch Facilitating Zero Voltage Switching
Patent: 9,362,846 →
Application: 14/189,606 →
Publication: US 2015/0244284
Multilevel Inverter Device and Operating Method
Patent: 9,385,628 →
Application: 14/217,013 →
Publication: US 2015/0263644
Multilevel Hybrid Inverter and Operating Method
Patent: 9,190,934 →
Application: 14/199,749 →
Publication: US 2015/0256104
Dual Frequency Control of Buck-Boost Regulator with a Pass Through Band
Patent: 9,122,287 →
Application: 13/481,073 →
Publication: US 2013/0318366
Soft Switching Inverter Device and Method
Patent: 9,806,637 →
Application: 13/874,303 →
Publication: US 2014/0319919
Soft Switching Inverter Device and Method
Application: 15/795,506 →
Publication: US 2018/0069490
Apparatus for Resonant Converters
Application: 61/620,876 →
Apparatus for Resonant Converters
Patent: 9,178,438 →
Application: 13/857,834 →
Publication: US 2013/0265804
Apparatus for PWM Gate Drive Circuit
Application: 61/678,443 →
Apparatus for PWM Gate Drive Circuit
Patent: 9,436,192 →
Application: 13/957,080 →
Publication: US 2014/0035552
Resonant Converters and Methods
Patent: 9,467,057 →
Application: 14/724,506 →
Publication: US 2015/0263635
Resonant Converters and Methods
Patent: 9,998,018 →
Application: 15/289,345 →
Publication: US 2017/0033701
Coupled Inductor Structure
Application: 16/200,164 →
Publication: US 2019/0096572
Gate Drive Apparatus for Resonant Converters
Patent: 9,876,435 →
Application: 15/297,818 →
Publication: US 2017/0040903
Gate Drive Apparatus for Resonant Converters
Application: 15/838,745 →
Publication: US 2018/0102713
Apparatus and Method for Multiple Primary Bridge Resonant Converters
Patent: 9,774,271 →
Application: 15/150,138 →
Publication: US 2016/0254757
Apparatus and Efficiency Point Tracking Method for High Efficiency Resonant Converters
Application: 16/173,904 →
Publication: US 2019/0074774
Resonant Converters with Synchronous Rectifier Feedback
Patent: 9,787,200 →
Application: 15/061,717 →
Publication: US 2016/0190946
Parallel Hybrid Converter Apparatus and Method
Application: 15/477,504 →
Publication: US 2017/0207707
Parallel Hybrid Converter Apparatus and Method
Application: 16/726,678 →
Publication: US 2020/0136517
Multi-Channel Inverter Systems Including Coupled Inductors
Application: 15/924,853 →
Publication: US 2018/0212534
Multi-Channel Inverter Systems Including Coupled Inductors
Application: 16/557,324 →
Publication: US 2019/0386580
Control Method for Buck-Boost Power Converters
Application: 16/212,943 →
Publication: US 2019/0123650
Ac/Dc Converters with Wider Voltage Regulation Range
Application: 15/954,424 →
Publication: US 2018/0234022
Method and Apparatus for Filtering a Rectified Voltage
Patent: 9,977,455 →
Application: 15/198,056 →
Publication: US 2017/0294831
Method and Apparatus for Filtering a Rectified Voltage Signal
Patent: 9,923,451 →
Application: 15/095,885 →
Publication: US 2017/0294830
Inverter Apparatus
Patent: 9,979,291 →
Application: 15/335,339 →
Publication: US 2018/0115243
Apparatus and Method for an Active-Switched Inverter Using Multiple Frequencies
Patent: 9,960,708 →
Application: 15/136,836 →
Publication: US 2017/0310238
High-Efficiency Regulated Buck-Boost Converter
Application: 62/435,402 →
High-Efficiency Regulated Buck-Boost Converter
Application: 15/801,608 →
Publication: US 2018/0175732
Isolated Partial Power Converter
Application: 62/437,718 →
Isolated Partial Power Converter
Application: 15/635,705 →
Publication: US 2018/0183347
Isolated Partial Power Processing Power Converters
Application: 15/479,885 →
Publication: US 2018/0294732
Power Systems with Inverter Input Voltage Control
Application: 15/594,231 →
Publication: US 2018/0331540
Power Systems with Inverter Input Voltage Control
Application: 16/741,259 →
Publication: US 2020/0153249
Input-Output Series Stacked Dc-Dc Power Conversion and Architecture
Application: 62/455,381 →
Series Stacked DC-DC Converter with Serially Connected DC Power Sources and Capacitors
Application: 15/650,355 →
Publication: US 2018/0226890
Systems and Methods for Control of Photovoltaic Arrays
Application: 15/583,456 →
Publication: US 2018/0316191
Method and Apparatus for Controlling Solar Power Systems
Application: 15/493,796 →
Publication: US 2018/0309300
Method and Apparatus for Controlling Solar Power Systems
Application: 16/780,293 →
Publication: US 2020/0176991
Photo-Voltaic Panel Mismatch Adaptive Distributed Central Optimizer Architecture
Application: 62/459,774 →
Distributed/Central Optimizer Architecture
Application: 15/650,370 →
Publication: US 2018/0233614
Converter Apparatus and Method with Auxiliary Transistor for Protecting Components at Startup
Application: 15/498,163 →
Publication: US 2018/0316258
Converter Apparatus and Method with Auxiliary Transistor for Protecting Components at Startup
Application: 16/266,983 →
Publication: US 2019/0173374
Hybrid Power Devices
Application: 15/497,390 →
Publication: US 2018/0316342
Hybrid Power Devices
Application: 16/296,419 →
Publication: US 2019/0207601
Hybrid Power Devices
Application: 17/332,510 →
Publication: US 2021/0288641
Multi-Level Power Factor Correction Circit Using Hybrid Devices
Application: 62/532,782 →
Multi-Level Power Factor Correction Circuit Using Hybrid Devices
Application: 16/007,325 →
Publication: US 2019/0020271
Hybrid Resonant Converter
Application: 62/532,789 →
Hybrid Resonant Converter
Application: 16/007,273 →
Publication: US 2019/0020280
Multiple Buck Stage Single Boost Stage Optimizer
Application: 15/489,278 →
Publication: US 2018/0301905
Three-Level Voltage Bus Apparatus and Method
Application: 15/653,854 →
Auxiliary Power Supply Apparatus and Method
Application: 62/540,998 →
Auxiliary Power Supply Apparatus and Method for Isolated Power Converters
Application: 15/819,209 →
Publication: US 2019/0044449
Auxiliary Power Supply Apparatus and Method for Isolated Power Converters
Application: 16/865,762 →
Publication: US 2020/0266720
System and Device for Exporting Power, and Method of Configuring Thereof
Application: 62/585,263 →
System and Device for Exporting Power, and Method of Configuring Thereof
Application: 15/829,846 →
Publication: US 2019/0148947
System and Device for Exporting Power, and Method of Configuring Thereof
Application: 16/889,520 →
Publication: US 2020/0295570
Hybrid Multilevel Inverters
Application: 62/562,565 →
Hybrid Boost Converters
Application: 62/562,100 →
Voltage Converting System and Method of Using the Same
Application: 15/827,508 →
Publication: US 2019/0165665
Multi-Level Boost Converter
Application: 15/863,002 →
Publication: US 2019/0214904
Modular Voltage Converter
Application: 15/884,211 →
Publication: US 2019/0238059
Low Harmonic Down-Converting Rectifier for Wireless Power Transfer Receiver
Application: 15/851,492 →
Ac to Dc Converter with Parallel Converter
Application: 62/631,217 →
Ac to Dc Converter with Parallel Converter
Application: 16/007,731 →
Publication: US 2019/0252995
Power Converter with Wide Dc Voltage Range
Application: 62/631,226 →
Power Converter with Wide Dc Voltage Range
Application: 16/007,750 →
Power Converter with Wide Dc Voltage Range
Application: 16/277,080 →
Publication: US 2019/0252988
Wireless Battery Charging with Improved Efficiency
Application: 62/724,371 →
Out-Of-Band Communication During Wireless Battery Charging
Application: 62/770,335 →
In-Band Communication in Wireless Battery Charging
Application: 62/724,407 →
Hybrid Power Converter and Method
Application: 62/786,140 →
Method for Creating Localized Field with Multi-Tone Signals in Farfield Wireless Power Transfer
Application: 62/831,570 →
Gate Drive Apparatus for Resonant Converters
Patent: 9,479,073 →
Application: 14/077,406 →
Publication: US 2015/0131329
Apparatus and Method for Multiple Primary Bridge Resonant Converters
Patent: 9,337,743 →
Application: 14/052,583 →
Publication: US 2015/0103561
Apparatus and Efficiency Point Tracking Method for High Efficiency Resonant Converters
Patent: 9,444,346 →
Application: 14/056,532 →
Publication: US 2015/0109824
Apparatus and Efficiency Point Tracking Method for High Efficiency Resonant Converters
Application: 15/263,121 →
Publication: US 2016/0380547
Startup Method and System for Resonant Converters
Patent: 9,350,260 →
Application: 14/074,194 →
Publication: US 2015/0124488
Current Sensing Apparatus for Resonant Tank in an Llc Resonant Converter
Patent: 9,467,054 →
Application: 14/074,246 →
Publication: US 2015/0124489
Resonant Converters with Synchronous Rectifier Feedback
Patent: 9,281,752 →
Application: 14/071,446 →
Publication: US 2015/0124492
Adjustable Resonant Apparatus for Power Converters
Patent: 9,484,821 →
Application: 14/071,360 →
Publication: US 2015/0124487
Apparatus and Method for Power Converters
Application: 61/953,602 →
Hybrid Power Converter and Method
Patent: 9,548,668 →
Application: 14/656,627 →
Publication: US 2015/0263634
Hybrid Converter Using a Resonant Stage and a Non-Isolated Stage
Patent: 9,461,554 →
Application: 14/502,196 →
Publication: US 2016/0094136
Parallel Hybrid Converter Apparatus and Method
Patent: 9,614,453 →
Application: 14/548,567 →
Publication: US 2016/0149501
Secondary Side Hybrid Converter Apparatus and Method
Patent: 9,595,877 →
Application: 14/500,486 →
Publication: US 2016/0094135
Buck-Boost Power Converter and Method of Operation Thereof
Application: 14/579,644 →
Publication: US 2016/0181920
Resonant Converters with an Improved Voltage Regulation Range
Patent: 9,812,977 →
Application: 14/676,515 →
Publication: US 2016/0294294
Control Method for Buck-Boost Power Converters
Application: 14/739,827 →
Publication: US 2016/0365790
Zero Voltage Switching Detection Apparatus and Method
Patent: 9,812,968 →
Application: 14/548,106 →
Publication: US 2016/0141960
Control Method for Zero Voltage Switching Buck-Boost Power Converters
Patent: 9,793,810 →
Application: 14/850,125 →
Publication: US 2017/0077815
Multi-Level Inverter Apparatus and Method
Patent: 9,641,098 →
Application: 14/656,611 →
Publication: US 2016/0268924
Boost Converter and Method
Patent: 9,806,601 →
Application: 14/671,181 →
Publication: US 2016/0285371
AC/DC Converters with Wider Voltage Regulation Range
Patent: 9,973,099 →
Application: 14/836,630 →
Publication: US 2017/0063251
Related Assignments (17)
Other recorded transfers of the patents in this record — the chain of ownership.
Assignment of Assignor's Interest Aug 31, 2010
From: MAO, HENGCHUN; FU, DIANBO; CAI, BING
To: FUTUREWEI TECHNOLOGIES, INC.
Reel/Frame 024914/0764 →
Assignment of Assignor's Interest Dec 21, 2010
From: MAO, HENGCHUN; FU, DIANBO; CAI, BING
To: FUTUREWEI TECHNOLOGIES, INC.
Reel/Frame 025547/0457 →
Assignment of Assignor's Interest Feb 14, 2011
From: MAO, HENGCHUN; FU, DIANBO; HOU, ZHAOZHENG; LIU, XUJUN
To: FUTUREWEI TECHNOLOGIES, INC.
Reel/Frame 025801/0094 →
Assignment of Assignor's Interest Aug 11, 2011
From: MAO, HENGCHUN; FU, DIANBO; CAI, BING
To: FUTUREWEI TECHNOLOGIES, INC.
Reel/Frame 026732/0416 →
Assignment of Assignor's Interest Aug 26, 2011
From: MAO, HENGCHUN; WU, RENHUA; LIU, YAN-FEI
To: FUTUREWEI TECHNOLOGIES, INC.
Reel/Frame 026812/0698 →
Assignment of Assignor's Interest Aug 29, 2011
From: FU, DIANBO; MAO, HENGCHUN; CAI, BING
To: FUTUREWEI TECHNOLOGIES, INC.
Reel/Frame 026823/0177 →
Assignment of Assignor's Interest Dec 5, 2012
From: FU, DIANBO; LIU, YUFENG; HU, YANSHEN
To: FUTUREWEI TECHNOLOGIES, INC.
Reel/Frame 029407/0433 →
Assignment of Assignor's Interest Jan 11, 2013
From: FU, DIANBO; YU, WENSONG; MAO, HENGCHUN; DAI, HEPING
To: FUTUREWEI TECHNOLOGIES, INC.
Reel/Frame 029616/0755 →
Assignment of Assignor's Interest Mar 6, 2013
From: DAI, HEPING; MAO, HENGCHUN; FU, DIANBO
To: FUTUREWEI TECHNOLOGIES, INC.
Reel/Frame 029932/0372 →
Assignment of Assignor's Interest Mar 6, 2013
From: DAI, HEPING; FU, DIANBO
To: FUTUREWEI TECHNOLOGIES, INC.
Reel/Frame 029932/0337 →
Assignment of Assignor's Interest Apr 25, 2013
From: CHEN, DAOSHEN; DAI, HEPING
To: FUTUREWEI TECHNOLOGIES, INC.
Reel/Frame 030285/0997 →
Assignment of Assignor's Interest Apr 25, 2013
From: DAI, HEPING; CHEN, DAOSHEN; CAI, BING
To: FUTUREWEI TECHNOLOGIES, INC.
Reel/Frame 030287/0694 →
Assignment of Assignor's Interest Jun 24, 2013
From: DAI, HEPING; CHEN, DAOSHEN; CAI, BING
To: FUTUREWEI TECHNOLOGIES, INC.
Reel/Frame 030673/0138 →
Assignment of Assignor's Interest Sep 20, 2013
From: CHEN, DAOSHEN; DAI, HEPING
To: FUTUREWEI TECHNOLOGIES, INC.
Reel/Frame 031252/0691 →
Assignment of Assignor's Interest Feb 17, 2014
From: MAO, HENGCHUN; FU, DIANBO; CAI, BING
To: FUTUREWEI TECHNOLOGIES, INC.
Reel/Frame 032229/0156 →
Assignment of Assignor's Interest Nov 5, 2015
From: FU, DIANBO; LIU, YUNFENG
To: FUTUREWEI TECHNOLOGIES, INC.
Reel/Frame 036972/0793 →
Assignment of Assignor's Interest Nov 23, 2015
From: FU, DIANBO; LIU, YUNFENG
To: FUTUREWEI TECHNOLOGIES, INC.
Reel/Frame 037122/0862 →