Algorithmic Approach / IA Input

We had an idea to implement a similarity search for inventors/assignees in the same fields as the given inventor/assignee.
Most of the code is finished  only thing left is to implement the balance between the number of patents the user wants the algorithm to run on and the number of patents he wants to have displayed.
So we need to think how to display the results from each patent the similarity search was ran on, to ensure the best and correct number of results.

For now its done.
Only possible issue is that we made it work so it skips those patents for the algorithm that dont have any similarities or not enough for the purpose of displaying them in order.
One could make it display the rest from the first couple of patents but for now we do not think it is necessary since no specific field is requested.

Notepad for Users preforming search operations

We have almost finished coding a fully function word-editor and PDF saving notepad for users as they preform their search. You are also capable of importing images and links from the web to add to your notes.

We plan on incorporating the Facebook API / Google+ API into the notepad in order to allow posting of notes to your wall / sharing with your colleagues or friends.

User Dashboard

We have begun coding a user dashboard to allow for interaction with saved note files on the server/ usage statistics/ account modification. And in future implementations Facebook connectivity for asking/ communicating with colleagues and fellow users of the system.

Algorithmic Approach / Basic Search Functionalities

Since our tool provides the user with various search functions and rankings, we think it is time to implement the basic search functions, so the user does not have to change the site to the original uspto since we have the same data and possibilities.
So we are going to implement finding patents by:
-Patent Id , Done
-Inventor , Done
-Assignee , Done
-Title , Done

Algorithmic Approach / Multiple Input #2

We think it would be really useful if the user gives two patent Ids and finds all those patents that cited those two.
This would show the possible development of ideas and patents in time.
Also it would show how those two patents combine in that field and might even lead to possible conclusions on field importance.

We successfully implemented this idea and wrote the algorithm which allows the user to find:

1) patents which are cited by both given patents allowing the user to see which patents were needed and are key aspects in both fields.

2) patents which cite both given patents allowing the user to see which patents result from both patent ideas combined and the progress of technology in that field.

Algorithmic Approach / Multiple Input #1

We thought it would be very useful if the user gives two inventor/assignee names and we would run the  similarity algorithm on all those patents from these 2 inventors/assignees 

and check for similarity by cross referencing the results.

Maybe those 2 inventors/assignees have patents in the same field and or even some that are very similar.

We think this is a very valuable feature and would provide the user with more information on the patent field and useful data on the subject of competition.

We came to the conclusion that this would require a lot of computing power and resources to successfully run and return valid information.

Therefore we decided not to implement this idea for now.