Methods and systems for coating eyeglass lens molds
First Claim
1. An eyeglass mold member storage system, comprising:
- a body comprising a plurality of mold member storage locations;
one or more shelves, wherein one or more of the shelves are angled between about 5 degrees and 15 degrees off of horizontal;
one or more indicators proximate one of more of the mold member storage locations, wherein at least one of the indicators is configured to produce a user detectable signal upon receipt of an activation signal; and
a plurality of mold members configured to be disposed within the plurality of mold member storage locations, wherein one or more of the mold members comprises an identifying mark.
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Accused Products
Abstract
Systems and methods for storing, locating, identifying and coating eyeglass lens mold members for use in the production of eyeglass lenses are disclosed. An embodiment includes storing eyeglass lens mold members in a storage array. A plurality of indicators may be coupled to the storage array and associated with storage locations. A controller may be configured to select mold members, and to identify the locations of the mold members. A user may input mold member identifying information. The controller may activate indicators associated with determined storage location. A mold reader may be used to input the mold member identifying information. The mold reader may detect a light pattern formed by illumination of the identifying information and determine the identity of the mold member based on the light pattern. Additional embodiments relate to separating a cast lens from a lens mold. Such embodiments may include a clamping mechanism for elastically deforming the lens mold. The lens mold and lens may then be separated by applying a separating force.
326 Citations
37 Claims
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1. An eyeglass mold member storage system, comprising:
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a body comprising a plurality of mold member storage locations; one or more shelves, wherein one or more of the shelves are angled between about 5 degrees and 15 degrees off of horizontal; one or more indicators proximate one of more of the mold member storage locations, wherein at least one of the indicators is configured to produce a user detectable signal upon receipt of an activation signal; and a plurality of mold members configured to be disposed within the plurality of mold member storage locations, wherein one or more of the mold members comprises an identifying mark. - View Dependent Claims (2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16, 17, 18, 19, 20, 21, 22, 23, 24, 25, 26, 27, 28, 29, 30, 31, 32, 33, 34)
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35. An eyeglass mold member storage system, comprising:
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a body comprising a plurality of eyeglass mold member storage locations; wherein the eyeglass mold member storage locations are configured to hold a plurality of mold members, and wherein at least one of the mold member storage locations comprises a plurality of rocking cam members configured to use the weight of a first mold of the mold members to inhibit a second mold of the mold members from moving toward the first mold member.
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36. An eyeglass mold member storage system, comprising:
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a body comprising a plurality of eyeglass mold member storage locations; wherein the eyeglass mold member storage locations are configured to hold a plurality of mold members, and wherein at least one of the mold member storage locations comprises a dispensing end, the dispensing end comprising one or more mold member retaining devices, wherein at least one of the mold member retaining devices comprises a resilient member configured to reduce an exit opening size of the mold member storage location.
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37. An eyeglass mold member storage system, comprising:
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a body comprising a plurality of mold member storage locations; a plurality of mold members configured to be disposed within the plurality of mold member storage locations, wherein at least one of the mold members comprises an identifying mark; one or more indicators proximate at least one of the mold member storage locations, wherein at least one of the indicators comprises at least one light configured to produce a plurality of user detectable signals comprising different colors of light.
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Specification