1
Hirak Chanda
Kenta Mineo, Hirak Chanda: Electronic stability control system indicator. Robert Bosch, Michael Best & Friedrich, March 10, 2015: US08977430 (1 worldwide citation)

An electronic stability control indication system including a bar-graph-type display, a processor, and a memory. The memory stores instructions that, when executed by the processor, control the operation of the electronic stability control indication system. The system receives a first signal from a ...


2
Somakumar R
HOUPT PAUL KENNETH, MCGARRY JEREMY THOMAS, KUMAR AJITH KUTTANNAIR, WORDEN BRET DWAYNE, DAIGLE JEFFREY LOUIS, RAMACHANDRA PANICKER SOMAKUMAR, RYALI VENKATARAO: SYSTEME ET PROCEDE DE REGULATION DE LADHERENCE DUNE LOCOMOTIVE, SYSTEM AND METHOD FOR LOCOMOTIVE ADHESION CONTROL. GENERAL ELECTRIC COMPANY, GENERAL ELECTRIC COMPANY, CRAIG WILSON AND COMPANY, June 4, 2013: CA2613519

A traction control system (156) for use in an electric traction motor propulsion system (22). The system includes at least two traction motors (38, 40) each having an axle- wheel set (50, 52) associated therewith, a speed sensor (62) for sensing a speed parameter representative of speed of the wheel ...


3
Somakumar R
Houpt Paul Kenneth, Mcgarry Jeremy Thomas, Kumar Ajith Kuttannair, Worden Bret Dwayne, Daigle Jeffrey Louis, Ramachandra Panicker Somakumar, Ryali Venkatarao: System and method for locomotive adhesion control. Gen Electric, bianxin qin, July 2, 2008: CN200680024065

A traction control system (156) for use in an electric traction motor propulsion system (22). The system includes at least two traction motors (38, 40) each having an axle- wheel set (50, 52) associated therewith, a speed sensor (62) for sensing a speed parameter representative of speed of the wheel ...


4
Somakumar R
Houpt Paul Kenneth, Mcgarry Jeremy Thomas, Kumar Ajith Kuttannair, Worden Bret Dwayne, Daigle Jeffrey Louis, Ramachandra Panicker Somakumar, Ryali Venkatarao: System and method for locomotive adhesion control. General Electric Company, Houpt Paul Kenneth, Mcgarry Jeremy Thomas, Kumar Ajith Kuttannair, Worden Bret Dwayne, Daigle Jeffrey Louis, Ramachandra Panicker Somakumar, Ryali Venkatarao, GNIBUS Michael, January 11, 2007: WO/2007/005256

A traction control system (156) for use in an electric traction motor propulsion system (22). The system includes at least two traction motors (38, 40) each having an axle- wheel set (50, 52) associated therewith, a speed sensor (62) for sensing a speed parameter representative of speed of the wheel ...


5
David C H Shaw, Judy Z Z Shaw: Vehicle collision avoidance system. Henderson & Sturm, June 25, 1996: US05529138 (327 worldwide citation)

An automobile collision avoidance system based on laser radars is disclosed for aiding in avoidance of automobile collisions. The very small beam width, very small angular resolution and the highly directional character of laser radars provide a plurality of advantages as compared with microwave rad ...


6
Yoshiaki Asayama: Obstacle detecting device for a vehicle. Mitsubishi Denki Kabushiki Kaisha, Sughrue Mion Zinn Macpeak & Seas, January 31, 1995: US05386285 (299 worldwide citation)

An obstacle detecting device for a vehicle comprises a pair of image sensors for taking an image of an object surrounding a vehicle, a display image plane for displaying an image data taken by said pair of image sensors as an image, and a plurality of windows designating regions of said image on sai ...


7
Minoru Nishida, Yoshihiko Utsui, Noriyuki Inoue: Driving environment surveillance apparatus. Mitsubishi Denki Kabushiki Kaisha, Wolf Greenfield & Sacks, December 12, 1995: US05475494 (276 worldwide citation)

A driving environment surveillance apparatus is provided to specify a region where an obstacle is present depending upon an azimuth detected by an obstacle detecting unit so as to derive a two-dimensional image corresponding to the specified region from an image detecting unit, and to extract the ob ...


8
Keiji Saneyoshi: Distance detection system for vehicles. Fuji Jukogyo Kabushiki Kaisha, Beveridge DeGrandi Weilacher & Young, April 26, 1994: US05307136 (267 worldwide citation)

An automobile distance detection system includes an image camera system which photographs an object which exists in a required range external to an automobile, from a plurality of different directions and obtains a plurality of pictures, and a picture processing unit which processes the plural numbe ...


9
Toshiaki Kakinami, Takashi Hida, Jun Sato, Mitsuyoshi Saiki: Vehicle cruising control device. Aisin Seiki, Sughrue Mion Zinn Macpeak & Seas, March 30, 1993: US05197562 (179 worldwide citation)

A vehicle cruising control device includes a detecting device for detecting the current speed of the vehicle, a constant speed control device for maintaining the speed of the vehicle at a selected speed, a measuring device for measuring the current inter-vehicle distance between the vehicle and an a ...


10
Jia Ming Shyu, Chih Li Chang: Automatic working vehicular system. Industrial Technology Research Institute, Cushman Darby & Cushman, April 24, 1990: US04919224 (148 worldwide citation)

An automatic working vehicular system comprises a guiding signal device and an automatic working vehicle which has a power source, driving devices, detecting devices and control devices. By means of a guide wire device for limiting the operational area, the vehicle can start at a preset time, travel ...



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