A wheelchair lift having a pivot and a platform. A rotary position sensor is mounted at the pivot and configured to generate an output signal. A controller is configured to receive the output signal of the rotary position sensor and determine the position of the platform based on the output of the rotary position sensor.
An access system for a vehicle includes a gateway module that connects to the vehicle data bus, and an interface system coupled to the gateway module via a gateway bus. The interface system is also coupled to a ramp control subsystem that operates to stow and deploy a ramp for providing wheelchair access to the vehicle. A door control subsystem is coupled to the vehicle data bus and operates in response to data signals sent over the vehicle data bus. The gateway module is configured to relay signals relating to the status of the ramp from the gateway bus to the vehicle data bus to coordinate operation of the door and the ramp.
Electronic Control System And Method For An Auxiliary Device Interlock Safety System
Ronald Goodrich - Winamac IN, US Keith Heigl - Winamac IN, US Donald S. Sturm - Dayton OH, US
Assignee:
The Braun Corporation - Winamac IN
International Classification:
B60P 1/44
US Classification:
414462, 414540, 414921, 318468
Abstract:
A controller, control system and method for controlling an auxiliary device comprising a wheelchair lift, ramp, or the like are provided. An exemplary embodiment of the auxiliary device controller is microprocessor-based and communicates with a vehicle's OEM controller for receiving a plurality of sensor inputs, which originate from OEM and auxiliary sensors, process the sensor inputs, and control various OEM and auxiliary systems relative to the sensor inputs to effect a number of safety interlocks. The controller may operate to coordinate various OEM and auxiliary subsystems to automate auxiliary device operation to reduce operator error.
Keith D. Heigl - Winamac IN, US Ronald W. Goodrich - Winamac IN, US
Assignee:
The Braun Corporation - Winamac IN
International Classification:
G05D 3/00
US Classification:
318466, 318266, 318468, 318445, 414454
Abstract:
A system and method for coordinating movement of a powered sliding door module and an access ramp for a vehicle. A system control board communicates with a current detector that can detect current on the power wires for the sliding door's motor. The current detector signals the system control board when it detects current and the system control board determines whether the ramp is stowed or deployed. If the ramp is deployed, the system control board stops and reverses the door so that the door remains open. The system control board then stows the ramp and closes the door. If the ramp is stowed, the system control board waits for the current in the door motor to return to zero and then determines if the door is completely open. If the door is not completely open the system control board does nothing. If the door is completely open, the system control board deploys the ramp.
A system and method for coordinating movement of a powered sliding door module and an access ramp for a vehicle is shown in FIG. An OEM key fob () is modified to send a non-OEM signal when a passenger side sliding door button is pressed A non-OE controller () receives the non-OEM signal and, depending on whether the passenger side sliding door is opened or closed, and whether the access ramp is stowed or deployed, sends the OEM signal to open the door before deploying the ramp, or delays sending the OE signal until the ramp is stowed In another embodiment, an OEM receiver is modified to receive a non-OEM signal and the control configured to receive the OEM signal and send or delay sending of the non-OEM signal depending on the condition of the door and ramp.
Electronic Controller For Vehicular Wheelchair Access
Keith Heigl - Corunna IN, US Ronald Goodrich - Logansport IN, US Donald Sturm - Dayton OH, US
International Classification:
B62B001/06
US Classification:
414/454000
Abstract:
A ramp deployment control system includes a controller, a kneeling motor operatively coupled to the controller and a ramp motor operatively coupled to the controller. The controller energizes the kneeling motor to kneel or stand a vehicle and energizes the ramp motor to deploy or stow a ramp. The controller is operatively coupled to a communication pathway, and a door control system is operatively coupled to the controller. The door control system is operable to monitor and control operation of a door. A standard control module is operatively coupled to the communication pathway and is operable to send door operation commands on the communication pathway. The controller selectively delays execution of the door operation commands by the door control system while operating the ramp motor to deploy or stow the ramp.
Michael Kasten - Winamac IN, US Kenneth Thornburg - Culver IN, US Jeffrey Hermanson - Culver IN, US Keith Heigl - Winamac IN, US James Pierrou - Winamac IN, US
International Classification:
A61G 3/06
US Classification:
414546000
Abstract:
A vehicle access system for moving a passenger between the vehicle and ground. Some embodiments have an electrical system, a motive source coupled to the electrical system, an arm coupled to the motive source, a platform coupled to the arm, and a safety restraint system coupled to the electrical system and the platform. The vehicle access system has at least a vehicle access position and a ground access position, wherein the passenger can safely access the platform at either access position. The platform is unable to move from either access position until the safety restraint system is in place. Once operation of the access system has begun, it can continue to operate and move the passenger to one of the access positions even if the safety restraint system is subsequently removed.
Carrier CCS - Huntington, IN since Apr 2012
Manager Residential Controls
Sawdust Farms Furniture since Sep 2008
Co-Owner
Education:
Tri-State University 1976 - 1978
BSEE, Electrical Engineering
Niagara County Community College 1974 - 1976
AAS, Electrical Technology
Skills:
Engineering Cross Functional Team Leadership Electrical Engineering Process Improvement Systems Engineering Testing Integration Electronics Pcb Design Embedded Systems Product Development
Interests:
Exercise Sweepstakes Home Improvement Reading Shooting Gourmet Cooking Sports Food Home Decoration Health Cooking Gardening Outdoors Sewing Electronics Crafts Fitness Music Camping Dogs Family Values Movies Collecting Christianity Kids Medicine Diet Cats Woodwork Travel Investing Traveling