It is claimed:
1. A venture reporting system comprising:
a server computer having venture data and component applications including venture reporting components, operation components, and security components, the venture data having one or more venture data sets, each set directed to a particular venture, for each venture data set the security components configured to allow full access to the venture data set to a group of individuals, each group having a different member set from the other groups, the security components configured to allow at least one individual full access to all venture data sets.
2. A venture reporting system comprising:
a server computer having component applications including a wizard component configured to guide an individual to set up a venture reporting website.
3. A method for operating a venture reporting system comprising:
receiving payment;
granting to an individual associated with the payment access to a wizard to guide the individual in setting up a venture reporting website; and
running a wizard component to support the individual in setting up the venture reporting website.
4. A method for operating a venture reporting system comprising:
running a server computer hosting more than one venture reporting websites;
providing access to each venture reporting website to a different set of individuals;
allowing different access privileges among at least one of the sets of individuals; and
allowing full access privileges to at least one individual to all of the venture reporting websites.
The claims below are in addition to those above.
All refrences to claim(s) which appear below refer to the numbering after this setence.
What is claimed is:
1. A method of casting an ophthalmic lens within a mold assembly, said assembly comprised of first and second mold portions, said first mold having first and second surfaces, said first surface comprised of a cavity and said second surface comprising an optical lens-forming surface, said second mold having first and second surfaces, said first surface comprising an optical lens-forming surface, said method comprising the steps of
a) charging said first surface of said second mold portion with a polymerizable monomer;
b) assembling said mold portions such that said polymerizable monomer is sandwiched between said lens-forming surface of said first mold portion and said first surface of said second mold portion;
d) irradiating said mold assembly, said radiation comprised of an optical source and a series of optical fibers, said fibers guiding said radiation from said optical source to said first surface of said first mold portion whereby said monomer is cured to form a molded lens.
2. A method of casting an ophthalmic lens within a mold assembly, said assembly comprised of first and second mold portions, said first mold a first and second mold surface, said first surface capable of being attached to a series of optical fibers and said second mold surface comprising an optical lens-forming surface, said second mold having first and second surfaces, said first surface comprising an optical lens-forming surface, said method comprising the steps of:
a) charging said first surface of said second mold portion with a polymerizable monomer;
b) assembling said mold portions such that said polymerizable monomer is sandwiched between said lens-forming surface of said first mold portion and said first surface of said second mold portion;
c) irradiating said mold assembly, said radiation comprised of an optical source and a series of optical fibers such that said optical fibers attach to said first surface of said first mold, said optical fibers guiding said radiation from said optical source to said first surface of said first mold portion whereby said monomer is cured to form a molded lens.
3. A method of casting an ophthalmic lens within a mold assembly, said assembly comprised of first and second mold portions, said first mold having first and second opposing surfaces, said first surface comprising an optical lens-forming surface, said second mold having first and second opposing surfaces, said first surface comprising an optical lens-forming surface, said method comprising the steps of:
a) charging said first surface of said second mold portion with a polymerizable monomer;
b) assembling said mold portions such that said polymerizable monomer is sandwiched between said lens-forming surface of said first mold portion and said first surface of said second mold portion;
d) irradiating said mold assembly, said radiation comprised of an optical source and a series of optical fibers, said fibers guiding said radiation from said optical source to said second surface of said first mold portion whereby said monomer is cured to form a molded lens.
4. The method of claim 3, wherein said first mold portion is an anterior mold portion.
5. The method of claim 3, wherein said first mold portion is a posterior mold portion.