特斯拉专利汇总

1、12015023933115/8/27吸收和分布利用集成的电池包的侧面冲击能量系统22015024403615/8/27储能系统的热管散热管理32015024404715/8/27电池安装和冷却系统42015021765415/8/6冷却的充电电缆52015022216215/8/6加压和地心吸力-液体冷却的电动马达62015016592115/6/18确定电池直流阻抗72015016847715/6/18在冗余通讯线中断检测82015017164415/6/18快速充电的电池使用可调电压控制92015015511215/6/4电磁开关与阻尼界面102015014760015/5/28电化学电

2、池盖112015013776815/5/21充电率优化122015012351115/5/7电机的磁通盾132015011108215/4/23单元模块程序集142015008350515/3/26集成的电机装配152015007705715/3/19低温快速充电162015006055815/3/5暖通空调系统的正温度系数沿热杆长度变化时172015006132115/3/5挤压的成员与蚀变径向鳍182015003529615/2/5控制器设备和传感器的车门把手192015003918015/2/5控制器设备和传感器的车门把手202015003925515/2/5充电电池安全的方法21201

3、4037516614/12/25控制预平衡纺丝过程结束环平衡222014037699514/12/25气密滑结构缝不使用密封胶232014036806414/12/18转子装配与热管冷却系统242014036808214/12/18限制在转子动平衡的径向膨胀252014034701814/11/27基于位置的充电控制系统262014033995014/11/20转子装配与电子束焊接端盖272014033208514/11/13自激活的排水系统282014033308614/11/13折叠和充填面向后方车辆座椅292014032635114/11/6异种两端挤压件302014025302314/

4、9/11快速充电的电池使用可调电压控制312014025761314/9/11全轮驱动电动汽车的控制系统322014020934414/7/31电力电子联网为电动马达驱动器332014021269514/7/31作为高压挠性印制电路互连在电池模块342014021270814/7/31电池包排气喷嘴352014019368314/7/10电池包基地板式换热器362014018295814/7/3吸收和分布利用集成的电池包的侧面冲击能量系统372014017872214/6/26电池安装和冷却系统382014015225814/6/5稳态探测到的一系列特殊收费事件连接电池元件3920140152

5、25914/6/5探测到的一系列滥收费用事件响应连接电池元件402014015226014/6/5探测到的一系列电池过放事件响应连接电池元件412014015231514/6/5瞬态探测到的一系列特殊收费事件连接电池元件422014015315014/6/5能源分布系统中的动态电流保护432014012186614/5/1快速充电模式下为长时间的旅行的442014009310714/4/3自动音频优化系统452014009502314/4/3汽车空气悬架控制系统462014009502914/4/3天窗控制接口472014009503114/4/3利用位置预设的天窗控制接口4820140095

6、99714/4/3音频系统优化界面492014009600314/4/3汽车音响系统接口502014009605014/4/3启动应用程序，然后选择应用程序目标窗口的方法512014009605114/4/3启动应用程序，然后选择应用程序目标窗口的方法522014009606914/4/3在用户界面中选择目标应用程序窗口的方法532014008880914/3/27在电池组的过电流的检测542013033770513/12/19高压电缆连接器552013032751113/12/12改进的冷却系统的被动空气流血562013032853113/12/12作为环境氧浓度函数的金属-空气电池充电速率

7、调制572013030747513/11/21充电率优化582013030747613/11/21用于服务高电压电池包方法和系统592013030747813/11/21高电压电池包的二级服务端口602013030748013/11/21自放电高电压电池包612013030749113/11/21双向多相多模转换器包括升压和降压-升压模式622013029325113/11/7在冗余通讯线中断检测632013029422213/11/7主机通信体系结构642013029452913/11/7在电噪声环境下的鲁棒通讯652013029453013/11/7冗余态信号662013029795413

8、/11/7在通信系统中的远程客户端发起的主机状态控制672013028455913/10/31狭窄的传输公园锁682013028560213/10/31综合归纳和导电电子收费系统692013027074913/10/17在模块化的程序集的嵌入式的光学702013026019213/10/3电池包压力监测热事件检测系统712013024144513/9/19操作的双电机驱动和控制系统的电动汽车的方法722013023464813/9/12低温快速充电732013022843113/9/5电气接口联锁系统742013022191613/8/29电动汽车电池寿命优化业务模式7520130221928

9、13/8/29电动汽车电池寿命优化业务模式762013021157913/8/15自动焊接控制772013019618413/8/1电池模块与综合热管理系统782013018759113/7/25扩展范围混合动力电池组系统的电动汽车792013018151113/7/18扩展范围混合动力电池组系统的电动汽车802013017901213/7/11在电池组的过电流的检测812013015331713/6/20汽车电池包热障822013015435213/6/20烟火的高电压电池断开连接832013009794013/4/25控制双铰接的车辆门的方法842013009952313/4/25双铰接的

10、车辆门852013009952413/4/25用双铰接的车辆门控制系统862013008804413/4/11系统的吸收和分布侧冲击能量利用集成的电池包和侧窗台大会872013008804513/4/11系统的吸收和分布侧冲击能量利用与湿陷性的窗台上插入侧窗台大会882013008805113/4/11天窗定位和定时元素892013008248613/4/4与连续的一部分指南天窗机制联系跟踪902013008248713/4/4在行外滑动全景天窗轨道912013008248813/4/4集成到结构天窗框架机制组件922013008248913/4/4利用两个独立的马达的天窗9320130074

11、41113/3/28燃料与无线端口门 unlatching 致动器的耦合器942013007452513/3/28与混合阀换热器的热管理系统952013007498513/3/28车港门与无线驱动 unlatching 大会962013007605113/3/28综合的能量吸收车辆碰撞构造972013007605913/3/28电荷港门与电磁闭锁大会982013007607613/3/28棱形前车盖密封总成992013007849413/3/28为尽量减少内部电池热失控传播刚性细胞分离器1002013007883913/3/28漏斗形收费入口1012013007884113/3/28为控制车辆

12、收费入口访问机电棘爪1022013007890013/3/28空气出口方向流控制器与集成的关断门1032013006947613/3/21一个电动马达的转子设计1042013007170113/3/21对高压电解电池包中的冷却液的反应1052013007322913/3/21高电压电解的冷却剂在电池组的检测1062013007323313/3/21低电压电解电池包中的检测1072013007323413/3/21低电压电解电池包中的响应1082013006650413/3/14双模式范围扩大电动汽车1092013006650513/3/14双模式范围扩大电动汽车1102013006650613

13、/3/14双模式范围扩大电动汽车1112013005720913/3/7多端口车辆直流充电系统与可变功率分布1122013005721013/3/7操作多端口的汽车充电系统的方法1132013005918113/3/7高效率通风口电池盖组件1142013004997113/2/28利用电池包隔离监测的电池热事件检测系统1152013002704913/1/31通过双总线监测电池包绝缘电阻的测定方法1162013001581413/1/17收费混乱监视和通知系统1172013001582313/1/17作为环境氧浓度函数的金属-空气电池充电速率调制1182013000217313/1/3牵引电机

14、控制器与散热方式1192013000482013/1/3电池冷却液夹克1202012031261512/12/13汽车电池包防弹盾牌1212012031551712/12/13电池包除湿机与积极恢复系统1222012030528312/12/6电力电子联网为电动马达驱动器1232012030885712/12/6方法和维护细胞壁完整性用高屈服强度外壳1242012030885812/12/6电池包外壳与控制热失控发布系统1252012030885912/12/6电池包外壳与控制热失控发布系统1262012028066212/11/8使用变量隔离的充电效率1272012026691412/10/

15、25清洗功能电动充电连接器1282012027008012/10/25集成的电池卸压和终端隔振系统1292012023780312/9/20电池组指示排气系统1302012022909812/9/13使用可选隔离的充电效率1312012023130612/9/13电池组排气系统1322012022283312/9/6多功能汽车散热器、 冷凝器系统中控制气流活跃百叶系统1332012019411912/8/2快速开关逆变电源1342012019507912/8/2快速开关逆变电源1352012019508512/8/2快速开关逆变电源1362012019508712/8/2快速开关逆变电源137

16、2012018099712/7/19冷却剂曝气水库1382012018381512/7/19双模式冷却剂回路的热管理系统1392012018382612/7/19装置的外部应用程序的电池包灌封胶1402012017589712/7/12汽车前部结构参数的前纵梁配置1412012017589812/7/12保险杠安装双通道前纵梁板1422012017589912/7/12前纵梁加固系统1432012017590012/7/12一辆车的双重负载路径设计1442012017591612/7/12扫描前扭矩框1452012016812512/7/5多功能汽车散热器、 冷凝器气流系统1462012016

17、902312/7/5车辆前避震器支架1472012016908912/7/5后方车辆转矩框1482012016008812/6/28汽车电池包防弹盾牌1492012016058312/6/28一个汽车电池组的集成系统1502012016142912/6/28增广的车辆座位安装1512012016143012/6/28三-车用 cng (压缩天然气) 缸安装装置45W2012016147212/6/28吸收和分布利用集成的电池包的侧面冲击能量系统1532012015184312/6/21汽车车门二次密封系统1542012015367512/6/21增强 b 柱与钢筋摇杆联合大会155201201

18、5368212/6/21单件车辆摇杆面板1562012015371812/6/21热管理系统集成的电机装配用1572012015390112/6/21从一个电池组撤出热的方法1582012011144412/5/10填补港口为电动汽车电池外壳1592012011144512/5/10穿孔电动车电池外壳1602012010501512/5/3电池组过充保护系统1612012009850112/4/26高效铅酸电池充电1622012009195312/4/19交流电流控制的手机电池充电器1632012004679512/2/23方法和延长生存期充电固定能源存储设备1642012004681512/

19、2/23优化电池包温度的方法1652012003731012/2/16胶粘剂在模块化的程序集的选择性治疗1662012003831412/2/16扩展范围混合动力电池组系统的电动汽车1672012004021012/2/16利用这两个金属-空气和金属-空气电池包的电源热能量传输系统1682012004021212/2/16在使用金属-空气电池的电池包内减灾1692012004025312/2/16收集、 存储和使用的金属-空气电池包出水1702012004025512/2/16通过气体流动通信之间电池组减灾1712012004162212/2/16作为环境氧浓度函数的金属-空气电池充电速率调制

20、1722012004162312/2/16作为环境氧浓度函数的金属-空气电池充电速率调制1732012004162412/2/16扩展范围混合动力电池组系统的电动汽车1742012004162512/2/16高效的双源电池组系统的电动汽车1752012004162612/2/16高效的双源电池组系统的电动汽车1762012004162712/2/16高效的双源电池组系统的电动汽车1772012004162812/2/16控制、 收集和使用的金属-空气电池包出水1782012003093212/2/9电池内部的控制单元格级融合方法1792012003449712/2/9电池组与单元格级融合180

21、2012003450112/2/9要减少灾害与内部短路的电池包配置1812012002576512/2/2电动汽车的充电状态指示灯1822012001919412/1/26泄漏电流减少组合电机驱动和能量存储补给系统中1832012001921212/1/26双向多相多模转换器包括升压和降压-升压模式1842012002125812/1/26系统温度控制的方法来延长电池包寿命1852012001334112/1/19方法和电动自行车电池单元来模拟内部短路1862012000753212/1/12转子温度估计和电机控制的矢量控制交流感应电机的转矩限制1872011029685511/12/8双模式

22、冷却剂回路的热管理系统1882011029841711/12/8充电电池安全的方法1892011026700411/11/3操作利用的电压除以加热器充电系统的方法1902011026278311/10/27电池单元组成的一种膨胀型材料的中心销1912011025451211/10/20涓流充电器的高能存储系统1922011021480811/9/8胶粘剂在模块化的程序集的选择性治疗1932011021235611/9/1挤压和肋热接口用于冷却系统电池1942011020696911/8/25塑封热接口用于冷却系统电池1952011019743111/8/18缠绕线型三层膜的制作方法196201

23、1019896011/8/18双层缠绕模式及制造相同的方法1972011019896111/8/18三层缠绕模式及制造相同的方法1982011019896211/8/18感应电机的铺层设计1992011019896311/8/18双层缠绕线型2002011017455611/7/21电池包气排气系统2012011016544611/7/7耐腐蚀电池安装好2022011015664111/6/30状态的收费范围2032011015666111/6/30快速充电与消极但凡当前配置文件2042011011740311/5/19电池单元组成的一种低熔点材料中心销2052011009176011/4/2

24、1系统和抑制的放热的事件传播30W2011008261511/4/7用户可配置车辆用户界面2072011008261611/4/7车辆与邻近激活的用户界面2082011008261811/4/7自适应听觉反馈提示车辆用户界面2092011008261911/4/7汽车用户界面自适应软按钮2102011008262011/4/7自适应车辆用户界面2112011008262711/4/7变形车用户界面2122011008262811/4/7巡航控制修改2132011007653811/3/31方法和外部电池包胶粘剂的应用2142011007787911/3/31确定电池直流阻抗2152011006

25、281911/3/17一个电动马达的转子设计2162011001256211/1/20低温充电的锂离子电池2172011001450611/1/20方法和维护使用高屈服强度外套筒的细胞壁完整性2182011001451411/1/20用膨胀材料外层细胞2192011000318311/1/6在电池组的常见模式电压枚举2202011000443811/1/6在电池组的常见模式电压枚举2212010031689410/12/16集成的电池卸压和终端隔振系统2222010031826610/12/16汽车功能控制通过触摸屏接口2232010030205110/12/2使用热可中断的电导体的电池热事件

26、检测系统2242010027303410/10/28电池包外壳与控制热失控发布系统2252010024461210/9/30交流电机绕组模式2262010022295310/9/2双电机驱动和控制系统的电动汽车2272010021233810/8/26电池组温度优化控制系统2282010021233910/8/26为延长电池包寿命智能温度控制系统2292010018702410/7/29所有轮驾驶电动汽车动力都辅助传动系统2302010018790510/7/29所有轮驾驶电动汽车动力都辅助传动系统2312010018804310/7/29优化电池包截止电压系统2322010018804610

27、/7/29电池单元监测和平衡回路2332010018804710/7/29电池单元监测和平衡回路2342010015130810/6/17通过差热转移热失控增加的抗性2352010014108010/6/10改进的转矩密度感应电动机33W2010013302310/6/3所有轮驾驶电动汽车动力都辅助传动系统2372010013407310/6/3电池充电时间优化系统2382010013535510/6/3使用光纤的电池热事件检测系统2392010013638410/6/3电导体用热可中断的绝缘子的电池热事件检测系统2402010013638510/6/3方法和维护期间使用外层的膨胀材料的热失控

28、的细胞壁完整性2412010013638710/6/3电池盖组件与嵌入式的终端和扩大绝缘垫片2422010013639110/6/3在电池组内使用主动热失控减灾系统2432010013639610/6/3为尽量减少内部电池热失控传播细胞分离器2442010013640210/6/3密封的电池外壳2452010013640410/6/3包含内部电池热失控传播热障结构34W2010013640710/6/3为改进的电池包力学性能和热性能的部分介质阻挡电池2472010013640910/6/3为改进的电池包力学性能和热性能的部分介质阻挡电池2482010013641310/6/3方法和外部应用程序

29、的电池包灌封胶2492010013642110/6/3电池盖组件与嵌入式的终端和扩大绝缘垫片12015023933108/27/15System for absorbing and distributing side impact energy utilizing an integrated battery pack22015024403608/27/15Energy storage system with heat pipe thermal management32015024404708/27/15Battery mounting and cooling system42015021765

30、408/06/15Cooling of charging cable52015022216208/06/15Pressurized and gravity-fed liquid cooling of electric motor62015016592106/18/15Determining battery dc impedance72015016847706/18/15Wire break detection in redundant communications82015017164406/18/15Fast charging of battery using adjustable volt

31、age control92015015511206/04/15Electromagnetic switch with damping interface102015014760005/28/15Cap for electrochemical cell112015013776805/21/15Charge rate optimization122015012351105/07/15Flux shield for electric motor132015011108204/23/15Cell module assemblies142015008350503/26/15Integrated elec

32、tric motor assembly152015007705703/19/15Low temperature fast charge162015006055803/05/15Hvac system with positive temperature coefficient varying along length of heat rod172015006132103/05/15Extruded member with altered radial fins182015003529602/05/15Controller apparatus and sensors for a vehicle d

33、oor handle192015003918002/05/15Controller apparatus and sensors for a vehicle door handle202015003925502/05/15Methodology for charging batteries safely212014037516612/25/14Controlling end ring balance in pre-balancing spinning process222014037699512/25/14Air-tight slip-on structural joint not using

34、sealant232014036806412/18/14Rotor assembly with heat pipe cooling system242014036808212/18/14Limiting radial expansion in rotor balancing252014034701811/27/14Location based charging control system262014033995011/20/14Rotor assembly with electron beam welded end caps272014033208511/13/14Self-activate

35、d draining system282014033308611/13/14Folding and stowing rear-facing vehicle seat292014032635111/06/14Extrusion piece with dissimilar ends302014025302309/11/14Fast charging of battery using adjustable voltage control312014025761309/11/14Control system for an all-wheel drive electric vehicle32201402

36、0934407/31/14Power electronics interconnection for electric motor drives332014021269507/31/14Flexible printed circuit as high voltage interconnect in battery modules342014021270807/31/14Battery pack exhaust nozzle352014019368307/10/14Battery pack base plate heat exchanger362014018295807/03/14System

37、for absorbing and distributing side impact energy utilizing an integrated battery pack372014017872206/26/14Battery mounting and cooling system382014015225806/05/14Steady state detection of an exceptional charge event in a series connected battery element392014015225906/05/14Response to detection of

38、an overcharge event in a series connected battery element402014015226006/05/14Response to detection of an overdischarge event in a series connected battery element412014015231506/05/14Transient detection of an exceptional charge event in a series connected battery element422014015315006/05/14Dynamic

39、 current protection in energy distribution systems432014012186605/01/14Fast charge mode for extended trip442014009310704/03/14Automated audio optimization system452014009502304/03/14Vehicle air suspension control system462014009502904/03/14Sunroof control interface472014009503104/03/14Sunroof contro

40、l interface utilizing position presets482014009599704/03/14Audio system optimization interface492014009600304/03/14Vehicle audio system interface502014009605004/03/14Method of launching an application and selecting the application target window512014009605104/03/14Method of launching an application

41、and selecting the application target window522014009606904/03/14Method of selecting an application target window in a user interface532014008880903/27/14Detection of over-current in a battery pack542013033770512/19/13High voltage cable connector552013032751112/12/13Passive air bleed for improved coo

42、ling systems562013032853112/12/13Charge rate modulation of metal-air cells as a function of ambient oxygen concentration572013030747511/21/13Charge rate optimization582013030747611/21/13Method and system for servicing high voltage battery packs592013030747811/21/13Secondary service port for high vol

43、tage battery packs602013030748011/21/13Self-discharge for high voltage battery packs612013030749111/21/13Bidirectional polyphase multimode converter including boost and buck-boost modes622013029325111/07/13Wire break detection in redundant communications632013029422211/07/13Host communications archi

44、tecture642013029452911/07/13Robust communications in electrically noisy environments652013029453011/07/13Redundant multistate signaling662013029795411/07/13Host initiated state control of remote client in communications system672013028455910/31/13Park lock for narrow transmission682013028560210/31/1

45、3Integrated inductive and conductive electrical charging system692013027074910/17/13Embedded optics in modular assemblies702013026019210/03/13Battery pack pressure monitoring system for thermal event detection712013024144509/19/13Method of operating a dual motor drive and control system for an elect

46、ric vehicle722013023464809/12/13Low temperature fast charge732013022843109/05/13Electrical interface interlock system742013022191608/29/13Electric vehicle battery lifetime optimization operational mode752013022192808/29/13Electric vehicle battery lifetime optimization operational mode762013021157908

47、/15/13Control for automated soldering772013019618408/01/13Battery module with integrated thermal management system782013018759107/25/13Electric vehicle extended range hybrid battery pack system792013018151107/18/13Electric vehicle extended range hybrid battery pack system802013017901207/11/13Detecti

48、on of over-current in a battery pack812013015331706/20/13Vehicle battery pack thermal barrier822013015435206/20/13Pyrotechnic high voltage battery disconnect832013009794004/25/13Method of controlling a dual hinged vehicle door842013009952304/25/13Dual hinged vehicle door852013009952404/25/13Control

49、system for use with a dual hinged vehicle door862013008804404/11/13System for absorbing and distributing side impact energy utilizing an integrated battery pack and side sill assembly872013008804504/11/13System for absorbing and distributing side impact energy utilizing a side sill assembly with a c

50、ollapsible sill insert882013008805104/11/13Sunroof positioning and timing elements892013008248604/04/13Sunroof mechanism linkage with continuous one part guide track902013008248704/04/13In-line outer sliding panorama sunroof tracks912013008248804/04/13Mechanism components integrated into structural

51、sunroof framework922013008248904/04/13Sunroof utilizing two independent motors932013007441103/28/13Fuel coupler with wireless port door unlatching actuator942013007452503/28/13Thermal management system with heat exchanger blending valve952013007498503/28/13Vehicle port door with wirelessly actuated unlatching assembly962013007605103/28/13Integrated e