Jun Cai Phones & Addresses
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6647 Woodcrest Dr, Troy, MI 48098
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Clarkston, MI
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Fairport, NY
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Rochester, NY
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Pittsford, NY
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West Lafayette, IN
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W Lafayette, IN
Publications
Amazon
Cai Jun mystery novels: Human world volume 1-3(One of China's most popular suspense novelist)-- BookDNA Series of Chinese Modern Novels (Chinese Edition)
View page"我，从天机回到人间，却丢失了全部记忆。平庸的现实生活，每天厄运缠身，整个世界都与我为敌。忽然，发现自己拥有神奇的读心术，一个惊人的秘密已近在眼前——兰陵王面具忽隐忽现，蓝衣社大门突然敞开。 而我，真的是我自己吗？ 人间，又将何去何从……魔鬼说——“我可以满足你的一切要求，但你不可以对你所拥有的一切产生留恋，否则你的灵魂将永久地被我占有！” 《拯救者》里，你将看到的大结局—— 莫妮卡的浴火重生？ 埋藏千年的兰陵王秘密？ 操纵这个世界的世界？ 人类的未来何去何从？ 高能抑或古英雄的最终命运？ 还有，你自己最大的弱点！蔡骏，中国最受欢迎的悬疑小说家，《...
Author
Cai Jun
Binding
Kindle Edition
Pages
950
Publisher
ZHE JIANG PUBLISHING UNITED GROUP
ISBN #
5
Cai Jun mystery novels: Hell(One of China's most popular suspense novelist) -- BookDNA Series of Chinese Modern Novels (Chinese Edition)
View page深夜，一阵有如大地震的剧烈摇晃中，“未来梦”大厦沉入地下一百五十米，仅二十三人侥幸存活。七天七夜之后，传奇警探叶萧带领救援队深入地下，却只救出六名生还者，同时发现大量谋杀痕迹。六名幸存者对地下发生的事情讳莫如深，真话之中夹杂大量谎言。他们为什么说谎？地下究竟发生了怎样的谋杀？谋杀背后有何隐情？蔡骏，中国最受欢迎的悬疑小说家，《悬疑世界》杂志及网站主编。中国作家协会会员。已出版《生死河》、《地狱变》、《谋杀似水年华》、《天机》、《地狱的第19层》、《荒村公寓》等长篇小说17部、中短篇小说集3部。截止2013年，作品总销量突破850万册，并连续9年保持中国悬疑小说最高畅销纪录。蔡骏作品，以天马行空...
Author
Cai Jun
Binding
Kindle Edition
Pages
451
Publisher
ZHE JIANG PUBLISHING UNITED GROUP
ISBN #
3
Cai Jun mystery novels: the sound of a flute at Midnight(One of China's most popular suspense novelist) -- BookDNA Series of Chinese Modern Novels (Chinese Edition)
View page在书店打工的池翠爱上了一个神秘的男子肖泉，一夜之情使池翠有了孩子，肖泉却失踪了，她找到了肖泉的家，却发现早在一年以前肖泉就已经死了。池翠处于深深的恐惧中：与她有肌肤之亲的那个男人是一个早已死去了的幽灵!她腹中的孩子是幽灵之子！七年以后，单身母亲池翠带着儿子搬进了一栋破旧的住宅楼，第一天就在楼顶发现了一具尸体。同时，附近接二连三地出现孩子半夜失踪事件，每当有孩子神秘失踪，就会有人听到一阵毛骨悚然的笛声，传说中的鬼孩子也开始在黑夜里出没……这个城市的人们想起了五十多年前关于“夜半笛声”的可怕传说……乐团笛手苏醒曾经有过一支神秘的笛子，据说一旦吹响这支笛子就如同打开潘多拉魔盒一样降临灾难。这支珍藏的...
Author
Cai Jun
Binding
Kindle Edition
Pages
199
Publisher
ZHE JIANG PUBLISHING UNITED GROUP
ISBN #
2
Cai Jun mystery novels: Fifteen years ago the murder(One of China's most popular suspense novelist)-- BookDNA Series of Chinese Modern Novels (Chinese Edition)
View page"大雨滂沱的夏夜，南明高级中学对面的杂货店发生了一起离奇的谋杀案，唯一的目击证人是死者十三岁的儿子。十五年后，案件尚未告破，负责此案的刑警因公殉职。在筹备葬礼的过程中，警察的女儿田小麦意外发现父亲遗留的工作手册，提及十五年前那桩谋杀案的凶器：一条奇异的紫色丝巾。为完成父亲的遗愿--在葬礼上播放前东德侦探剧《幻觉》主题曲，田小麦找到一家“可以买到你想要的一切”的淘宝店，却身不由己地卷入扑朔迷离的案情。随着调查的深入，一桩诡异至极的连环凶杀案、一幕时代造成的社会悲剧、一份单纯到绝望的爱情渐渐浮出水面。年华纷纷跌落，真凶逍遥法外，徒留无限怅惘和一丝最后的希望！一个十三岁女孩与她深爱的少年，如何跨越十...
Author
Cai Jun
Binding
Kindle Edition
Pages
290
Publisher
ZHE JIANG PUBLISHING UNITED GROUP
ISBN #
1
Cai Jun Mystery Magazine: Mystery World • Longing(One of China's most popular suspense novelist) -- BookDNA Series of Chinese Modern Novels (Chinese Edition)
View page蔡骏独家连载《蝙蝠的回忆》高潮迭起，那一起神秘的碎尸案、投毒案，会将命运引向何方？李西闽连载小说《姐姐的墓园》，同名实体书即将上市，敬请期待！《了不起的盖茨比》作者司各特菲茨杰拉德专题，最富盛名的短篇小说《里茨饭店一样大的钻石》强势来袭！散文作家黄昱宁《菲茨杰拉德：守望天堂》，一个时代的悲剧！坚果小说主编阿丁《口吃的人》：一段尘封的往事，为你展现恶魔的另一面独家收录《心理罪》系列作者雷米最新短篇《光荣街的秘密》和天涯莲蓬鬼话版主老家阁楼《纸灯笼》还有新人作品《白马戏子》、《童真回忆》精彩呈现……
Author
Cai Jun
Binding
Kindle Edition
Publisher
ZHE JIANG PUBLISHING UNITED GROUP
ISBN #
4
Cai Jun Mystery Magazine: Fantasy Mystery World • Lie（One of China's most popular suspense novelist） (Chinese Edition)
View page《奇幻·悬疑世界》是悬疑大师蔡骏与通俗文学大鳄《今古传奇·奇幻版》携手打造中国悬疑文学旗舰刊物，由蔡骏担当主编，那多、庄秦、雷米、君天、宁航一、王稼骏等众多名家倾力加盟，2012年6月创刊，定价12元。《奇幻·悬疑世界》由原《漫客·悬疑世界》全新改版而来，依然采用“正刊+互动别册”的超值豪华套餐组合，内容丰富，包括小说、漫画、名家访谈、互动话题等，有关悬疑的一切，尽在《奇幻·悬疑世界》。
Author
Cai Jun
Binding
Kindle Edition
Pages
183
Publisher
ZHE JIANG PUBLISHING UNITED GROUP
ISBN #
10
Cai Jun Mystery Magazine: Fantasy Mystery World • Cycle（One of China's most popular suspense novelist） (Chinese Edition)
View page《奇幻·悬疑世界》是悬疑大师蔡骏与通俗文学大鳄《今古传奇·奇幻版》携手打造中国悬疑文学旗舰刊物，由蔡骏担当主编，那多、庄秦、雷米、君天、宁航一、王稼骏等众多名家倾力加盟，2012年6月创刊，定价12元。《奇幻·悬疑世界》由原《漫客·悬疑世界》全新改版而来，依然采用“正刊+互动别册”的超值豪华套餐组合，内容丰富，包括小说、漫画、名家访谈、互动话题等，有关悬疑的一切，尽在《奇幻·悬疑世界》。
Author
Cai Jun
Binding
Kindle Edition
Pages
188
Publisher
ZHE JIANG PUBLISHING UNITED GROUP
ISBN #
9
Cai Jun Mystery Magazine: Fantasy Mystery World • Be Out of Control（One of China's most popular suspense novelist） (Chinese Edition)
View page《奇幻·悬疑世界》是悬疑大师蔡骏与通俗文学大鳄《今古传奇·奇幻版》携手打造中国悬疑文学旗舰刊物，由蔡骏担当主编，那多、庄秦、雷米、君天、宁航一、王稼骏等众多名家倾力加盟，2012年6月创刊，定价12元。《奇幻·悬疑世界》由原《漫客·悬疑世界》全新改版而来，依然采用“正刊+互动别册”的超值豪华套餐组合，内容丰富，包括小说、漫画、名家访谈、互动话题等，有关悬疑的一切，尽在《奇幻·悬疑世界》。
Author
Cai Jun
Binding
Kindle Edition
Pages
199
Publisher
ZHE JIANG PUBLISHING UNITED GROUP
ISBN #
7
Us Patents
Anode Reactive Bleed And Injector Shift Control Strategy
View pageUS Patent:
8088526, Jan 3, 2012
Filed:
Dec 12, 2008
Appl. No.:
12/334040
Inventors:
Jun Cai - Rochester NY, US
Akbar Chowdhury - Pittsford NY, US
Seth E. Lerner - Honeoye Falls NY, US
William S Marley - Rush NY, US
David R Savage - Rochester NY, US
James K Leary - Rochester NY, US
Akbar Chowdhury - Pittsford NY, US
Seth E. Lerner - Honeoye Falls NY, US
William S Marley - Rush NY, US
David R Savage - Rochester NY, US
James K Leary - Rochester NY, US
Assignee:
GM Global Technology Operations LLC - Detroit MI
International Classification:
H01M 8/04
US Classification:
429431, 429454
Abstract:
A system and method for correcting a large fuel cell voltage spread for a split sub-stack fuel cell system. The system includes a hydrogen source that provides hydrogen to each split sub-stack and bleed valves for bleeding the anode side of the sub-stacks. The system also includes a voltage measuring device for measuring the voltage of each cell in the split sub-stacks. The system provides two levels for correcting a large stack voltage spread problem. The first level includes sending fresh hydrogen to the weak sub-stack well before a normal reactive bleed would occur, and the second level includes sending fresh hydrogen to the weak sub-stack and opening the bleed valve of the other sub-stack when the cell voltage spread is close to stack failure.
Method To Detect Gross Loss In Coolant Based On Current Feedback From The High Temperature Pump
View pageUS Patent:
8623567, Jan 7, 2014
Filed:
Apr 7, 2011
Appl. No.:
13/082046
Inventors:
Jun Cai - Rochester NY, US
Seth E. Lerner - Honeoye Falls NY, US
Loren Devries - Rochester NY, US
Steven R. Falta - Honeoye Falls NY, US
Seth E. Lerner - Honeoye Falls NY, US
Loren Devries - Rochester NY, US
Steven R. Falta - Honeoye Falls NY, US
Assignee:
GM Global Technology Operations LLC - Detroit MI
International Classification:
H01M 8/04
US Classification:
429437, 429428, 429430, 429431
Abstract:
A system and method for determining a loss of cooling fluid from a thermal sub-system in a fuel cell system. The method includes monitoring current feedback from a high temperature pump that pumps the cooling fluid through a coolant loop. A measured current from the pump is compared to an expected current for the system operating conditions, and if that current is significantly less than what is expected, then it may be as a result of low cooling fluid. If the measured current is less than the expected current for a predetermined period of time, then the system can take mitigating action as a result of a low cooling fluid. Further, if the pump speed is too low to provide an accurate current measurement, then it can be increased if an overflow tank level sensor indicates a low cooling fluid level.
Feedback Control Of H2 Injection During Park Based On Gas Concentration Model
View pageUS Patent:
20110244348, Oct 6, 2011
Filed:
Apr 5, 2010
Appl. No.:
12/754279
Inventors:
Jun Cai - Rochester NY, US
Joseph Nicholas Lovria - Honeoye Falls NY, US
Sriram Ganapathy - Rochester NY, US
Jaehak Jung - Pittsford NY, US
John P. Salvador - Penfield NY, US
Joseph Nicholas Lovria - Honeoye Falls NY, US
Sriram Ganapathy - Rochester NY, US
Jaehak Jung - Pittsford NY, US
John P. Salvador - Penfield NY, US
Assignee:
GM GLOBAL TECHNOLOGY OPERATIONS, INC. - Detroit MI
International Classification:
H01M 8/04
US Classification:
429429
Abstract:
A method for determining when to inject hydrogen gas into the anode side of a fuel cell stack associated with a fuel cell vehicle when the vehicle is off. The method includes estimating the concentration of hydrogen gas in the anode side of the fuel cell stack using a gas concentration model and determining if the estimated concentration of hydrogen gas is below a first predetermined threshold. If the estimated hydrogen gas is less than the threshold, then hydrogen gas is injected into the anode side from a hydrogen source. While the hydrogen gas is being injected, the method compares the estimated concentration of the hydrogen gas in the anode side to a desired concentration, and generates an error signal there between. If the error signal is greater than a second predetermined threshold, the algorithm continues to inject the hydrogen into the anode side of the fuel cell stack.
Controls Giving -25° C Freeze Start Capability To A Fuel Cell System
View pageUS Patent:
20110262822, Oct 27, 2011
Filed:
Apr 21, 2010
Appl. No.:
12/764749
Inventors:
Bruce J. Clingerman - North Rose NY, US
Aaron Rogahn - Rochester NY, US
Jun Cai - Rochester NY, US
Joseph C. Gerzseny - Spencerport NY, US
Manish Sinha - Pittsford NY, US
Steven D. Burch - Honeoye Falls NY, US
Abdullah B. Alp - West Henrietta NY, US
Aaron Rogahn - Rochester NY, US
Jun Cai - Rochester NY, US
Joseph C. Gerzseny - Spencerport NY, US
Manish Sinha - Pittsford NY, US
Steven D. Burch - Honeoye Falls NY, US
Abdullah B. Alp - West Henrietta NY, US
Assignee:
GM GLOBAL TECHNOLOGY OPERATIONS, INC. - Detroit MI
International Classification:
H01M 8/04
US Classification:
429429
Abstract:
A method for shutting down a fuel cell system including operating a fuel cell stack. the method includes providing an increased cathode air flow so as to dry fuel cell membranes in the stack until a first desired level of high frequency resistance is achieved, rehydrating the cell membranes of the stack until a second desired level of high frequency resistance is achieved, and operating the stack with a decreased cathode input relative humidity until a third desired level of high frequency resistance is achieved.
Extremum Seeking Algorithm In A Variable Time Interval To Detect Anode Pressure Sensor Stuck Failure In A Fuel Cell System
View pageUS Patent:
20140026633, Jan 30, 2014
Filed:
Jul 27, 2012
Appl. No.:
13/560352
Inventors:
Jun Cai - Fairport NY, US
Daniel C. Di Fiore - Scottsburg NY, US
Steven R. Falta - Honeoye Falls NY, US
Sergio E. Garcia - Webster NY, US
Carol A. Galskoy - Webster NY, US
Daniel C. Di Fiore - Scottsburg NY, US
Steven R. Falta - Honeoye Falls NY, US
Sergio E. Garcia - Webster NY, US
Carol A. Galskoy - Webster NY, US
Assignee:
GM GLOBAL TECHNOLOGY OPERATIONS LLC - Detroit MI
International Classification:
G01L 27/00
H01M 8/06
H01M 8/06
US Classification:
73 157, 429415
Abstract:
A system and method for detecting an anode pressure sensor failure in a fuel cell system. The system and method include a controller that sets an initial minimum anode pressure sensor value and an initial maximum anode pressure sensor value. The controller determines a desired time interval for sampling anode pressure measurements and determines a total number of samples of anode pressure measurements to be collected by the controller from an anode pressure sensor. The controller also compares a pressure difference between the initial or a measured minimum anode pressure and the initial or a measured maximum anode pressure to a predetermined pressure difference threshold and sets a pressure sensor fault if the pressure difference between the initial or measured minimum anode pressure and the initial or maximum anode pressure is less than the predetermined pressure difference threshold.
Modeling And Use Of Virtual Temperature Sensor At Fuel Cell Stack Active Area Outlet With Stack Coolant Bypass
View pageUS Patent:
20180323452, Nov 8, 2018
Filed:
May 5, 2017
Appl. No.:
15/587700
Inventors:
- DETROIT MI, US
JUN CAI - PONTIAC MI, US
ANDREW J. MASLYN - FARMINGTON MI, US
JUN CAI - PONTIAC MI, US
ANDREW J. MASLYN - FARMINGTON MI, US
International Classification:
H01M 8/0432
H01M 8/04007
H01M 8/04007
Abstract:
A fuel cell temperature-measuring system includes a coolant source that provides coolant at a total coolant flow rate and an initial coolant temperature. A flow field plate defines peripheral flow channels and active area flow channels through which coolant flows. The flow field plate is adapted to be positioned in a fuel cell stack between individual fuel cells. A total coolant flow provided to the common input divides into a bypass flow that flows through the peripheral flow channels and an active area flow that flows through the active area flow channels. The bypass flow combines with the active area flow to emerge from the common output with an output coolant temperature. The fuel cell temperature-measuring system includes a temperature sensor that measures the output coolant temperature from the common output. Finally, a temperature estimator estimates an active area coolant temperature from the output coolant temperature.
Stack Voltage Control For Recovery Mode Using Boost Converter
View pageUS Patent:
20180034077, Feb 1, 2018
Filed:
Jul 27, 2016
Appl. No.:
15/221024
Inventors:
- DETROIT MI, US
JUN CAI - FAIRPORT NY, US
SERGIO E. GARCIA - COMMERCE TOWNSHIP MI, US
DANIEL W. SMITH - SHELBY TOWNSHIP MI, US
MATTHEW C. KIRKLIN - COLEMAN MI, US
JUN CAI - FAIRPORT NY, US
SERGIO E. GARCIA - COMMERCE TOWNSHIP MI, US
DANIEL W. SMITH - SHELBY TOWNSHIP MI, US
MATTHEW C. KIRKLIN - COLEMAN MI, US
International Classification:
H01M 8/04828
B60L 11/18
H01M 8/24
B60L 11/18
H01M 8/24
Abstract:
A fuel cell voltage recovery system includes a fuel cell stack having a fuel cell stack voltage between fuel cell stack terminals which is at a first voltage during normal fuel cell operation. The system also includes a high voltage electrical system operating at a first DC operating voltage that is generally higher than the first voltage of the fuel cell stack. A boost converter in electrical connection with the fuel cell stack and the high voltage electrical system operates in a normal control mode to transfer electrical power from the fuel cell stack to the high voltage electrical system through regulation and control of average stack output current (boost input current) during normal fuel cell operation. The boost converter can also operate in a voltage control mode to lower the fuel cell stack voltage to a second voltage that is lower than the first voltage. A FCS controller controls the operation of the boost converter.
Systems And Methods For Detecting Leaks In A Fuel Cell System
View pageUS Patent:
20160197366, Jul 7, 2016
Filed:
Jan 5, 2015
Appl. No.:
14/589777
Inventors:
- Detroit MI, US
JUN CAI - FAIRPORT NY, US
MANISH SINHA - ROCHESTER HILLS MI, US
JUN CAI - FAIRPORT NY, US
MANISH SINHA - ROCHESTER HILLS MI, US
International Classification:
H01M 8/04
Abstract:
Systems and methods for detecting and validating a leak in a fuel cell system are presented. In certain embodiments, various fuel cell stack set points may be adjusted such that adequate Hflow data may be obtained to identify and validate an Hleak and/or a location of such a leak. In some embodiments, Hflow data may be obtained by adjusting certain fuel cell system operating parameters under a variety of operating conditions and/or modes and measuring flow data under such various operational conditions.