Integrated tagging system for an electronic shock absorber
View Patent ↗An integrated tagging system for an electronically controlled shock absorber having a shock absorber with damping characteristics unique to the shock absorber. An electronic control module is in electronic communication with the shock absorber for controlling the shock absorber. A memory device is integrally formed with the shock absorber and is in electronic communication with the electronic control module. The memory device stores calibration data containing the damping characteristics of the shock absorber and stores a unique identification number. The electronic control module accesses the memory device and reads the calibration data and the unique identification number in order to control the shock absorber.
1. An integrated tagging system for an electronically controlled shock absorber comprising:
a shock absorber having damping characteristics;
an electronic control module separate from and in electronic communication with said shock absorber for controlling said shock absorber; and
a memory device integrally formed and attached to said shock absorber said memory device being separate from and in electronic communication with said electronic control module, said memory device storing calibration data containing said damping characteristics of said shock absorber;
wherein said electronic control module accesses said memory device and reads said calibration data in order to control said shock absorber.
2. The tagging system of claim 1 , wherein said memory device includes a unique identification number for said shock absorber, and unique identification number accessible by said electronic control module.
3. The tagging system of claim 1 , wherein said damping characteristics include a tested performance of said shock absorber.
4. The tagging system of claim 1 , wherein said damping characteristics include a deviation from an expected performance of similarly constructed shock absorbers.
5. The tagging system of claim 1 , wherein said memory device is an electronic device containing non-volatile memory.
6. A shock absorber system for use in a motor vehicle comprising:
a shock absorber adapted to be mounted to the motor vehicle;
an electronic controller adapted to be mounted within the motor vehicle separate from said shock absorber for controlling said shock absorber;
a transmission line coupled between said shock absorber and said electronic controller for communicating electronic signals between said electric controller and said shock absorber; and
a memory device in communication with said electronic controller, said memory device being integrally connected to said shock absorber and separate from said electronic controller such that said memory device cannot be separated from said shock absorber, said memory device storing calibration data for said shock absorber.
7. The shock absorber of claim 6 , wherein said transmission line includes a connector and said memory device is integrally formed with said connector.
8. The shock absorber of claim 6 , wherein said memory device is disposed within said transmission line.
9. The shock absorber of claim 6 , wherein said transmission line is selected from one of a group consisting of a T1 line, a I2C bus, and a serial peripheral interface.
10. The shock absorber of claim 6 , wherein said memory device is electronically coupled to said transmission line.
11. The shock absorber system of claim 6 , wherein said shock absorber includes a pressure cylinder forming a working chamber having first and second portions operable to store damping fluid, a first valve member disposed within said pressure cylinder having a first plurality of flow passages, a second valve member disposed within said pressure cylinder having a second plurality of flow passages, said second valve member being displaceable with respect to said first valve member to vary the flow of damping fluid between said first and second portions of said working chamber, and an electronically controlled servo to displace said second valve member with respect to said first valve member.
12. The shock absorber system of claim 11 , wherein said memory device is integrally formed within said electronically controlled servo.
13. The shock absorber of claim 6 , wherein said memory device includes a unique identification number for said shock absorber, said unique identification number accessible by said electronic control module.
14. The tagging system of claim 6 , wherein said damping characteristics include a tested performance of said shock absorber.
15. The tagging system of claim 6 , wherein said damping characteristics include a deviation from an expected performance of similarly constructed shock absorbers.
16. A method for tagging an electronically controlled shock absorber for use in a motor vehicle, the method comprising:
providing an electronic shock absorber;
providing an electronic controller separate from and in communication with said electronic shock absorber;
providing a memory device integrally mounted and attached to said shock absorber and separate from said electronic controller;
testing said shock absorber before installation into the motor vehicle to determine calibration data for said shock absorber;
storing said calibration data in said memory device; and
accessing said calibration data using said electronic controller to calibrate said shock absorber.
17. The method of claim 16 , further comprising assigning a unique identification number to said shock absorber and storing said unique identification number in said memory device.
18. The method of claim 17 , further comprising accessing said unique identification number using said electronic controller to identify said shock absorber.