Google Calendar Button

Patent Workshop last Saturday

 Last Saturday in Boston was odd, the temperature was hanging in the mid-60's throughout most of the day. Many of my friends mentioned that this was a statistical oddity driven partially by climate change. This makes sense, the 'weather odds' have been beat all over the world in the last few months with traditionally hotter places getting extreme cold and traditionally colder places getting extreme heat for the season.

Ally and I went to a brunch at The Paramount in Boston that day. It was a neat little place on a nice street near the MGH stop of the Red Line. I got a chorizo omelet and Ally got the western burrito. We'll probably go back there again.


Rocket team stuff, payload looking average


My Notes from patent workshop
Patent law essentials
what scientists engineers and entrpreneurs need to know

saturday 2-6pm EST MIT 56-154

Stephen Hou
Ryan Jin
Julian Pymento

All are electrical engineers, into NYU together, their practice does patent law

Stephen is details, Julian is litigation

people in tech are asking the same questions over and over again

Not allowed digital recording

Who counts as an inventor on a patent?
How that relates to ownership?

Certain requirements any invention needs to make
never gets automatically approved

What is a patent?
A type of property right that enables the holder to exclude others from making using seeling or importing the claimed invention
for a limited term of time
in the jurisdictio that granted the patent

like other property, it may be sold, bequeathed, or licensed
Infringement = "trepassing" on a patent

Negative right, a patent is a negative right, it is the right to exclude others
There are no positive (affirmative) right to practice invention!
"Blocking patent"

Policy rationale:
deal between public and inventor
The inventor discloses the invention, in return the government grants them a limited monopoly
The idea is that this spurs innovation, promotes growth of public technical knowledge, encourages commercialization of inventions, fairly balanced?

Patent term:
When does a US patent expire?
20 years*

*need to pay certain fees
Before June 8th, 1995, 17 years from date of issue

After June 8th, 1995, expires 20 years from earliest effective US filing date, but starts only when patent issues.
WTO agreement on trade-related aspects of inteelectual property rights (TRIPS)

patent pending means provisional patent rights

*Patent term adjustment: ask patent office to adjust term of patent due to delays in approval process

Types of intellectual property:
patents (utility, design, plant)
copyrights: protecting creative works
trademarks: the brand name items
trade secrets: internal company, NDA

Patents
Limited subject matter
<20 year term
public disclosure
long, expensive application process

Trade Secret
Much broader subject range
Unlimited term
no disclosure
no application, immediate effect

What are advantages of patents over trade secrets?
monopoly in return!!!

Uniform trade secret act

Sources of patent law

US Constitution, art 1 sec 8 to promote the progress of science and useful arts, by securing for limited times to authors and inventors the exclusive right to their respective writings and discoveries

Statues
35 USC "the patent code"

Regulations
37 CFR "the patent rules", manual of pat. exam proc (MPEP)

Case Law
precedent

America Invents Act of 2011
Three stages 2011, 2012, and 2013
Sep 16, 2011, Leahy-Smith America invents act (AIA) signed; some provisions immediately enter into force.
Establishment of micro entities
Best mode nearly eliminated
"Human organism" patents prohibited
Patenting tax strategies now much more difficult
"prior commercial use" is introduced as a permissible defense to infrigement"

Sep 16, 2012
PTAB created; post grant proceedings significantly revised

May 16, 2013
"first to invent" "first to file"
"swearing behind" cited prior art no longer permitted
"first to disclose" shield is created
Requirement that some prior art events take place in the US and be in English are abolished
The "secret public use" and "secret on sale" bars may have been abolished
The hilmer doctraine is abolished. Foreign priority can now be both a "sword" and "shield".

March 2013, switch from first to invent to first to file, lots of applications

Three aspects of patent law: prosecution, litigation, and licensing
Prosecution is through the USPTO
Litigation is in the federal courts, three levels: district, CAFC, and SCOTUS
Licensing is in business law, contract law, etc. 
Prudent patent strategy involves all three

The application process:
the applicant goes back and forth with a 'examiner' at the USPTO
Applicant and examiner go back and forth regarding the patentability of the idea
Either get reject or issued patent
if reject, can appeal to PTAB, either affirm reject or overrule
if rejected again,
sue the patent office in federal court
this legal case occurs in court of appeals for the federal circuit (CAFC) 
court can still issue patent is you win

If you get a patent, PTAB can either valid affirm or patent invalid your work through PTAB
failsafes with CAFC and SCOTUS
For infrigement, can take to one of 94 federal district courts
gets messy with back sue for patent invalidation

Looking at parts of a patent
- Name (e.g. pressure sensor)
- Inventor
- Inventor location
- Assignee, person who owns rights at time of issue
- Date of patent (time that you have rights from, on a tuesday)

Drawings: only required if necessary to understand invention
may include graphs flow charts, schematics, blueprints

Specification: satifies written description

Protection is limited to "what is claimed"

Analogous to real property deed defining land ownership

Central claiming "sign posts"

Peripheral claiming "fence posts"

Lot of inventors get confused when application does not get to the 'meat' of the claim but focuses on the fringes.

A claim is always a single sentence. Can be own lexicographer, while a term used in the claims may be given a special meaning in the description of the invention, no term may be repugnant
(used in another way)

"comprising" open ended versus "consisting of" closed ended

Markush group = "the group consisting of x, y, z , w, or h."

Independent claim is a statement not mentioning another claim, opposite is dependent claim

Conception: the formation in the inventor's mind of a definite and permanent idea of the invention including every feature of the subject matter sought to be patented

For joint inventor: to be counted as a co-inventor, person must generally contribute to concenption. Before 1984, must have contributed to every one of the claims, after, not so

Supervisors or funders do not count as co-inventors of patents do not count.

The inventor also holds ownership. 

An improper list of inventors may invalidate a patent. All true inventors and no one else must be named as inventors on a patent application, even when an inventor joint or not.
- refuses to consent to filing a patent app
- is deceased
- is lost and cannot be found

It's the owner, not the inventor that enjoys the rights granted by the patent. Inventorship cannot be negotiatied or transferred. But ownership may be negotiatied or transferred.
Inventorship can never change (except by correction) but ownership may change over time.

Patent inventors must be humans.

Who cannot be inventors or owners of US patents?
- children? No age limit, good to go
- felons? still fine
- contractors for the US DoD? Yes/No messy
- non US citizens? Yes they can

Only one group is restricted, officers and employees of the USPTO cannot file.

What if a co-owner wants to license the patent to company X but the other co-owners do not? 
(United States) Each individual co-owner can decide what they want to let out of the bag

What if a co-owner wants to sue company Y for patent infrigement but the co-owners do not?
(United States) Needs unianimous decision 

Requirements for patentability 35 USC 101
Utility 35 USC 101
Novelty 35 USC 102
Non-obviousness 35 USC 103
Disclosure Agreement 35 USC 112
Enablement, written descriptions, definiteness

Utility: whoever invents or discovers any new and useful process, machine, manufacture, or composition of matter
- must have specific and substantial utility
- threshold is relatively low: even toys have been patented
- biotech: utility does not require FDA approval
- if contravenes scientific principles, rejected as inoperable, a form of 'lack of utility'
- USPTO does not reject on grounds that an invetion is immoral, deceptive, or even illegal

Categorical: whoever invents or discovers any new and useful process, machine, manufacture, or composition of matter, or any new and useful improvement thereof, may obtain a patent therefor,
subject to the conditions and requirements of this title.

Cannot obtain a patent on invention directed to: laws of nature, natural phenomena, or abstract ideas

Cannot enforce patent 35 USC 287 practitioner of patent on certain medical or surgical procedures relieved from liability enacted in 1996

Enablement: how much should an inventor disclose? Policy goal: to put the public in possession of the invention

POSITA: person of ordinary skill in the art

Definiteness: claims must provide with reasonable certainty for those skilled in the art

On Sale bar;
what does it mean for my invention to be on sale

Selling embodiments of the invention different from licensing

Does a mere offer for sale count, even if no one accepts

When does the sale take place? What is completely secret and private?

Pfaff v. Wells US 1998
Nov 1980: engineer Pfaff is asked by TI to design a socket for removing semiconductor chip carriers.
May 1981 Pfaff shows design to TI

Licensing practice tips
- confidentiality and trade secrets agreements
- due diligence on potential licensee

Licensee tips
- clearance studies conducted prior to entering into the license agreement that identify other patents that might form a barrier to exploiting licensed technology
- warranties from the licensor that practicing the licensed technology will not infringe third-party patents

Types of infrigement:
Direct infrigement, makes, uses, offers to sell or sells a patented invention within the US. Imports a patented invention into the US. Infringing device or process must include each element of a patented claim either literally or under the doctraine of equivalance.

Literal infringement: same as

Doctraine of equivalence: for any limitation that is not literally present, the patent holder must show that the differences from the literal claim requirement are insubstantial.

Claim construction: each parties identification of disputed claim terms, each party proposes claim construction on disputed claim, intrinsic evidence (specs), extrinsic evidence (experts)
The Markman hearing, the court may allow expert testimony. 

Defense: inequitable conduct, alleged infringer claims that a party asserting the patent breached its duties of disclosure of candor to the USPTO when the patent was prosecuted. 

A successful inequitable case uses,
reasonable royalty: amount that patent holder and infringer would have agreed to if arms-length license negotiations at a time just before infringement began.
lost profits: compensation for lost sales
preliminary or permanent injunction prevents service

Ex Parte reexamination, any person may request reexamination, 90% of re-exams are the same inventor, used for patent strengthening "flexin on them"

Strategy to re-assure licensee's

Working with a patent practitioner, keep records, be nice, filing

Cost of things

Regular person

small entity: non profit, less than 500 people
micro entity: below 189,000 annual income

fees prior to issue, if regular ~$1,720, if micro entity ~$430
then during issue, regular $13,600, micro entity $3,400

contacts
stephen hou
stephen.hou@law.nyu.edu
ryan jin
hyunjong.jin@law.nyu.edu
julian g pymento
julian.pymento@law.nyu.edu







Back to a Routine with New Perspective

Last Friday I returned from my holiday break at home in Michigan. I think that the change in environment has been helpful for resetting some circuits in my brain. Getting to see my close family and discuss my current setup in life lets me reconfigure my priorities and longer term goals. Such that now, where I am back in Cambridge, MA, I can refocus on these longer term goals in my slightly more natural habitat.

On the left here is me probing the MIT Rocket Team lower electronics DAQ. I need to get an ideal diode IC to get this device to turn on. Which should arrive tomorrow from Digikey.
I noticed in the exit row of my flight back to Cambridge that all the seats in the exit row have screws blocking somebody from using the tray table that is attached to the seat in front of you. Instead, the exit row seats are slightly larger and have tray tables embedded in the arm rests. Cheap fix instead of removing the tray table.

Some groceries, this is what I cook/eat in about a week's worth of time. Minus the meals I get on my work lunch break or out with friends.

My brother got a lot of soap during a Christmas gift swap.

Snow and puffy clouds over my dads house back in Michigan.

Christmas in the Country

One of my favorite days of the year is Christmas. In general, everyone is themselves on Christmas, for better or worse. And the family and friends we reflect with during holidays helps us better ourselves. In lieu of bettering oneself, it's convenient that people are expected to generate 'New Year's resolutions' in less than a week after Christmas. As I reflect on the time between last Christmas and this one, I think that I have become much better at fitting context to a situation. In school, you learn that arguments need backup clauses but this is not always brought over in how a person acts. I have been spending the last year learning how to get better at developing those backup clauses, both in engineering and personnel contexts.

As for worse, I'm probably worse at being spontaneous. Which I think is probably a good thing, you see, you should try and pick 'worse' things which are actually positives... a little spontaneity is bad, a lot of spontaneity is bad. I hope I'm on the right side of the curve headed left.

Next year what will I do? I think I'll think about it for a few days and come back to this blog and write it down.

One of my favorite presents this year was a TS100 portable soldering iron

Slides from 2.013 CDR

My mechanical engineering capstone class finished only a few weeks ago. It seems like such a long time ago now but I'm happy my group was able to put together a solid idea in such limited time.

From the executive summary, the team is developing the Variable-Temperature Cryocooler (VTC), a freezer intended for biological research operations. RNA samples, crucial to research into many emerging diseases, need to be preserved at low temperatures of -80\degree C. Many emerging diseases are primarily found in developing countries in areas without reliable grid power, which makes reliable sample preservation and obtaining usable data difficult. Therefore, the VTC is also designed for off-grid operation.

In addition to the specific use case of RNA sample storage, the team also noted that the market for cryogenic cooling lacked compact devices that offered storage at temperatures below -80\degree C.  We saw this as an opportunity to provide novel innovation, as other biological samples such as stem cells are stored at -150\degree C. The VTC is designed to operate at temperatures between -150\degree C and -20\degree C.

The variable-temperature cryocooler uses a free-piston stirling cycle (FPSC). FPSC technology is smaller in size than traditional cooling cycles and minimizes moving parts for higher robustness. An electronic control system, connect to the FPSC system to adjust the set point temperature of the storage volume. To ensure temperature reliability, the storage volume also contains temperature sensors to monitor and display the interior temperature to the user.

The cold storage volume and surrounding structures are designed to minimize cold loss, offering more stable internal temperatures and reducing power use. The storage volume is surrounded by vacuum-insulated paneling, which greatly reduces thermal losses to the ambient air. The storage volume can accommodate 486 biological sample cryovials. The cryovials slot into a solid aluminum drawer, to maximize conductive heat transfer and minimize the amount of hot air that enters the system when the cooler contents are accessed. The system is also designed with a phase-change material chamber. Phase-change material panels are used for shipment of biological samples, and they can also act as a thermal battery.

In order to provide consistent power to the system in areas where the electrical grid experiences frequent outages, our system has a robust power management system comprised of a generator and backup battery. When there is a power outage, an automatic transfer switch will trigger the generator. The battery serves as a power source to bridge the generator startup time.

Link to Google Slides

Screen-capture from Michael's video of our presentation 

Back Home, Things to Do!

I've been home for three days now. On the plane, I was able to revisit the book I've been touching upon called 'The Measure of History' about the use of measurements throughout primarily the European middle-ages and Renaissance eras.

I'm happy to see lots of old faces. I stopped by my High School last Friday to see my chemistry teacher from those days. We still stay in touch and trade quips from our respective lives. My ole Science Olympiad team is up to good things and I was happy to see some old and plenty of new faces.


<-- Breakfast at the Friendly Toast a week before I left
I am helping restore an old reed organ. More to come later.

Some things I will work on while home (not in any order):

Undergrad Thesis
Shell Techworks Upskilling
NRL Requal and Retraining Materials
Advent Of Code 2019 (getting harder)
C++ tutorials
MIT Rocket Team code and parts order
2.013/2.014 details
pre-registration for Spring
Reading (history, novel, methods, etc.)
Writing (return to Humanism)
Music (listening mostly)
Eating (it's the holidays after all, also tracking macros)



Finishing up with Fall 2019

 As this semester turns down into an end, I am thankful for my good health and my great friends. Yesterday, my mechanical engineering capstone class finished with a final presentation about a free-piston Stirling engine powered cryocooler. It was great to see our work come to a collective summary and let us look forward to the development of a technology for a Spring class next semester. I will be posting the video of the presentation out to my YouTube channel in the next few days as well as some other media from over the semester either there or on this blog.

I am looking forward to this Christmas break. I will probably post about a variety of foodstuffs and relaxing computer projects I will be working on before heading back to Cambridge for IAP.

Also, heading to Vancouver in the third week of January. LA in the end of the 4th week.
My dog Bella at home chewing on a bone.

Building up skills with Advent of Code

I am spending this December working on the Advent of Code 2019 daily challenges. I will be using these fun programming questions to build up my C++ / Rust skills. If I run into harder questions, I may fall back on my stronger Python coding skills. My hope is that I can build better quantitative thinking with this endeavor.

Anyone interested in trying this on their part can check out (https://adventofcode.com/).

Wedding in the Family

  Last week I was in Austin, TX, for an academic conference and the weekend before that I was at my mom's wedding. Only one more wedding...