Sensor-enabled fashion timepiece
First Claim
Patent Images
1. A method of manufacturing timepieces, the method comprising:
- receiving a plurality of substantially identical timepiece bodies, each timepiece body comprising an interior surface that defines a cavity, each timepiece body comprising a movement in the cavity that operates independent of a case back;
applying sensor-enabled case backs to a first set of the timepiece bodies, each sensor-enabled case back comprising a sensor package comprising;
a sensor that monitors a timepiece user; and
a battery that powers the sensor; and
applying shell case backs to a second set of the timepiece bodies, each shell case back, when applied, having no sensor package;
wherein the sensor-enabled case back comprises a light-emitting device positioned on a perimeter of the sensor-enabled case back.
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Abstract
In a general aspect, an ornamental jewelry piece, such as a watch, a ring or a bracelet, includes a sensor package. In some aspects, a timepiece includes a timepiece body having an interior surface that defines a cavity. The timepiece includes a sensor package and a movement in the cavity. The sensor package includes a sensor that monitors the user and a battery that powers the sensor. The movement operates independent of the battery in the sensor package. In some instances, the sensor package tracks fitness data based on motion detected by the sensor and generates an output to the user based on the fitness data.
39 Citations
28 Claims
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1. A method of manufacturing timepieces, the method comprising:
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receiving a plurality of substantially identical timepiece bodies, each timepiece body comprising an interior surface that defines a cavity, each timepiece body comprising a movement in the cavity that operates independent of a case back; applying sensor-enabled case backs to a first set of the timepiece bodies, each sensor-enabled case back comprising a sensor package comprising; a sensor that monitors a timepiece user; and a battery that powers the sensor; and applying shell case backs to a second set of the timepiece bodies, each shell case back, when applied, having no sensor package; wherein the sensor-enabled case back comprises a light-emitting device positioned on a perimeter of the sensor-enabled case back. - View Dependent Claims (2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14)
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15. A method comprising:
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providing a timepiece body comprising an interior surface that defines a cavity and a movement in the cavity that operates independent of a case back; providing a shell case back, the shell case back having no sensor package; and providing a sensor-enabled case back, the sensor-enabled case back comprising a sensor package carried in a body of the sensor-enabled case back and comprising; a sensor that monitors a timepiece user; and a battery that powers the sensor; where sensor-enabled case back comprises a body defining a recess and where the sensor is carried in the recess prior to being applied to the timepiece body; and wherein the sensor-enabled case back comprises a light-emitting device positioned on a perimeter of the sensor-enabled case back. - View Dependent Claims (16, 17, 18, 19, 20, 21, 22, 23, 24, 25)
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26. A method of manufacturing timepieces, the method comprising:
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receiving a plurality of substantially identical timepiece bodies, each timepiece body comprising an interior surface that defines a cavity, each timepiece body comprising a movement in the cavity that operates independent of a case back; applying sensor-enabled case backs to a first set of the timepiece bodies, each sensor-enabled case back comprising a sensor package comprising; a sensor that monitors a timepiece user; a battery that powers the sensor; and a processor configured to alert the user when a fitness-metric reaches a predetermined threshold, and configured to alert the user of an incoming communication on a smart phone carried by the user; and applying shell case backs to a second set of the timepiece bodies, each shell case back, when applied, having no sensor package; wherein each shell case back has a maximum height that is smaller than the sensor-enabled case backs; and wherein the sensor-enabled case back comprises a light-emitting device positioned on a perimeter of the sensor-enabled case back. - View Dependent Claims (27, 28)
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Specification