Free weight monitoring system
AssigneeICON Health & Fitness, Inc.
InventorScott R. Watterson
Life of this patent
Estimating the term…
Abstract
A free weight system for collecting and transmitting exercise related data from a free weight device includes a free weight handle assembly having a gripping portion and a weight receiving portion, one or more weight plates positionable on the weight receiving portions, and a data collecting mechanism at least partially enclosed within an internal cavity of the free weight handle assembly. The data collecting mechanism includes a weight identification mechanism that identifies the weight of the one or more weight plates.
Claims17
A free weight system for collecting and transmitting exercise related data from a free weight device, the system comprising:
- a free weight handle assembly that includes a gripping portion, a left weight receiving portion, and a right weight receiving portion, wherein the gripping portion is positioned between the left and right weight receiving portions and wherein the free weight handle assembly defines an internal cavity;
- one or more weight plates positionable on the left and right weight receiving portions;
- and
- a data collecting mechanism at least partially enclosed within the internal cavity, the data collecting mechanism including a weight identification mechanism that identifies the weight of the one or more weight plates;
- wherein the weight identification mechanism includes a sensor enclosed within the internal cavity and a magnet located in one of the weight plates, the magnet being spaced a distance from the sensor;
- wherein the distance of the magnet provides a relative magnetic field strength that correlates with the weight of the weight plate.
A free weight system for collecting, transmitting, and making available for viewing exercise related data, the system comprising:
- a free weight device including a free weight handle assembly, a communication mechanism, and a movement sensing mechanism;
- wherein the movement sensing mechanism includes a first accelerometer that measures movement from an exercise session in a first direction, a second accelerometer that measures movement in a second direction, and a third accelerometer that measures movement in a third direction;
- wherein the free weight handle assembly defines an internal cavity that at least partially encloses the movement sensing mechanism;
- wherein the communication mechanism transmits data collecting by the movement sensing mechanism;
- a communication system that receives the data collected by the movement sensing mechanism and transmitted by the communication mechanism, wherein the communication system converts the data received into a displayable form that includes a graphical representation of the exercise session and makes the graphical representation available for viewing;
- and
- a weight identification mechanism, including a sensor enclosed within the internal cavity and a magnet located in one of the weight plates, the magnet being spaced a distance from the sensor;
- wherein the distance of the magnet provides a relative magnetic field strength that correlates with the weight of the weight plate.
Dependencies are inferred from the claim text.