Linear inductive fluid level sensor
OwnerLance Ronald Strayer, Michael D. Lutton +3inventors
InventorsLance Ronald Strayer, Michael D. Lutton, Chris C. Begley, Robert J. Byram, Daniel A. Crawford
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OwnerLance Ronald Strayer, Michael D. Lutton +3inventors
InventorsLance Ronald Strayer, Michael D. Lutton, Chris C. Begley, Robert J. Byram, Daniel A. Crawford
Estimating the term…
An inductive coil is disclosed comprising a bobbin and a coil encircling the bobbin. The coil encircling the bobbin defines at least one layer of coil extending over a first portion of the bobbin. At least one other layer of the coil extends over less than the first portion of the bobbin. A method of constructing a coil sensor including a bobbin comprises beginning at a first location on the bobbin, encircling the bobbin with a coil defining thereby at least one layer of the coil, the at least one layer extending over a first portion of the bobbin; wherein at least one other layer of the coil extends over a second portion of the bobbin less than the first portion of the bobbin.
An inductive coil element comprising:
A method of linearizing the change in the effective inductance of an inductive coil element including a bobbin with respect to the position of a magnetic core within a cavity defined within the bobbin, the method comprising:
A method of constructing an inductive coil element including a bobbin, the method comprising:
A fluid level sensor comprising:
An inductive coil element comprising:
Dependencies are inferred from the claim text.