Jim Whitney Economics 495

a. Patents

    "European patents for inventions began in the Republic of Venice in 1474 and were formalized in England in the Statute of Monopolies in 1623." (CU123)

    1st US patent law: 1790
    Patents protect new ideas
: "a new and useful process, machine, manufacture, or composition of matter, or [a] new and useful improvement thereof." (35 U.S. Code 101)


 

    Lowell (p) v. Lewis (d), 15 F. Cas. 1018 (1817) --  Judge Story, Circuit Justice (charging jury): "All that the law requires is, that the invention should not be frivolous or injurious to the well-being, good policy, or sound morals of society. The word "useful," therefore, is incorporated into the act in contradistinction to mischievous or immoral. For instance, a new invention to poison people, or to promote debauchery, or to facilitate private assassination, is not a patentable invention. But if the invention steers wide of these objections, whether it be more or less useful is a circumstance very material to the interests of the patentee, but of no importance to the public. If it be not extensively useful, it will silently sink into contempt and disregard." (F132)
    (verdict for defendant, supporting trial court conclusion that the product was new)

  1. What are the facts of the case?
  2. How much does plaintiff recover in the event of a finding of infringement?
  3. Suppose you invent first, try marketing it for a few months, and then file. In the meantime, a competitor files first. Would you get the patent?
  4. Suppose most people couldn't figure out your invention, but professional colleague couldn't. Would you get the patent?
  5. Suppose your invention doesn't seem likely to be very useful. Will you get a patent?
  6. According to the court opinion, how specifically does patent law promote ultimate dissemination of patented information?

    Establishes patent criteria: must be (1) novel, (2) nonobvious and (3) useful

    Novel: patent goes to the "first inventor" (elsewhere in the world the rule is first to file)
    Non-obvious: someone skilled in the art could not work it out for himself, on the basis of publicly available information
    Useful:
the invention should not be frivolous or injurious to the well-being, good policy, or sound morals of society

    Specifies a rule for damages: 3 times the profits resulting from the infringement
    "the rule for damages is ... case, to allow the plaintiff treble the amount of the profits actually received by the defendant, in consequence of his using the plaintiff's invention.... that wrong doers may not reap the fruits of the labor and genius of other men."


 

    Rickard (p--patent holder) v. Du Bon (d--infringer), 103 Fed. 868 (1900) -- Tobacco flecking case. The patent was void for want of utility, "except to deceive." So Du Bon's infringement was OK. Flecked tobacco is of higher quality, so flecking deceived customers, making it pernicious Do Bon won his case and could commit the fraud too. (F131-2)

  1. What are the facts of the case?
  2. What did the Court decide? (confirmed lower court decision that there was no actionable infringement)
  3. Why did the court refuse to protect the patent in this case?
  4. Does the case allow DuBon to market flecked tobacco?
  5. Do you find that ironic?
  6. If an acquaintance of yours invents a new way to ingest cocaine, would you suggest applying for a patent?

    Denies patent protection for inventions with a "pernicious use."


 

    Brenner (d, appellant) v. Manson (p) 383 U.S. 519 (1966)

  1. What are the facts of the case?
  2. What did the Supreme Court decide? (reversed lower court decision--a process is not patentable)
  3. Suppose you invent a new process for detecting the physical memory structures in mouse brains. Can you patent it? Why or why not?
  4. Can you think of any drawback to the court's stance?
  5. How can you protect your invention since you can't patent it? Do you think that's a good or bad alternative compared to patenting the product?
  6. Do you think Judge Story from Lowell vs. Lewis would have granted you a patent?

    Sets a higher bar for "usefulness"
    Denies patent protection for inventions with no known use
    Risks discouraging basic research in favor of applied research


 

    Sears, Roebuck (d, appellant) & Co v. Stiffel Co. (p) 376 U.S. 225 (1964)

  1. What are the facts of the case?
  2. What did the Supreme Court decide? (reversed lower court support of Stiffel and award to damages)
  3. When is it legal for a firm to compete by copying?
  4. If you are granted a patent, will the courts protect you from copying by others?
  5. Do you think "the consuming public is deeply interested" in the legal right to copy?
  6. What option exists for buyers to tell the difference between real and fake Gucci bags?

    Denies IPR without a valid patent or copyright
    reinforces priority of competition over monopoly


 

 

    about 3/4 of applications get approved. 1970s--70-80K per year; 1990s: 150K per year. (CU123)

    Patents aim to increase dissemination of new ideas:
    (1) limited term
-- idea becomes part of public domain afterwards
    (2) limited scope -- nonpatented parts of ideas are part of public domain    Note: If patent application fails, competitors will be able to use freely the invention described in the application. If the application succeeds, competitors will have a precise description of the invention, so they can try to emulate it without trespassing on the patent." (CU124)


 

b. Copyright

    "[T]he first copyright law in England dates from 1710 (and gave much less protection than modern copyright law), yet publishing had flourished for hundreds of years in England despite censorship and widespread illiteracy." (LEA209)

    More costly to copy then, freedom of expression thought then to have negative externalities. (LEA209)

    --Copyright vs. patent

    (1) What it protects:
    Patent: an idea
    Copyright: the
"expression of an idea"

    (2) Benefit of protection
    More important for copyright due to ease of copying

    Copying writings is much easier than copying ideas, since all you have to do is photo-offset--no engineering required.
    Eliminating copyright protection would 
    -- reduce creative output (more than eliminating patent production would reduce invention)
    -- make output more faddish to frontload benefits
    -- promote other protection techniques (ex: private circulation) (LEA209)

    (3) Enforcement costs
    Lower for copyright due to ease of detecting copying
    Patent: relatively high <-- fuzzy boundaries
   Literal copying is easy to define and recognize, subject to some enforcement problems (i.e. individual copying is virtually impossible to track)
    Non-literal infringement is more of a problem, but still easier than for ideas

    (4) Rent seeking risk
    Patent: relatively high--patent race
    Copyright:
negligible for copyright
    The chance that two people would independently write the same book is very close to zero, so when I write a book and copyright it I do not significantly limit your opportunities, so there is no significant negative externality, rent seeking problem, etc.
    One cost: Copyright can reduce output by raising cost of expression (LEA209)


 

    "Patent protection creates a form of property that is hard to define, hard to enforce, costly to transact over, and contains a potential inefficiency due to patent races leading to duplication and inefficiently early inventions. Hence we give patents grudgingly and for a short term. Copyright protection against literal copying creates a form of property that is easy to define, cheap to enforce, relatively easy to transact over, and subject to no rent-seeking problem. Hence we give copyright easily and for a long term." (F135-6)

    (5) How to obtain it
    Patent: apply to Patent Office up to within one year of commercialization
    Copyright:
exists for any "protectable work" even without notice. (F131)
    "No effort is made by the Copyright Office to search copyrighted works before issuing an copyright, so copyright is simply asserted by the author or publisher." (LEA210)
    Registering it gives you statutory damages--otherwise you can sue to make someone stop violating your copyright, or for actual damages.

    (6) How long it lasts
    Patent: 20 years from date of application
    Copyright:
life + 70 years since 10/98 Copyright Term Extension Act
    Historically: 1790: 28 years total (14+14 renewal); 1831: 42 (28+14 renewal); 1909: 56 (28+28); 1976: life + 50 years.

    Why not forever?
    nontrivial tracing costs --> time duration on copyrights (P41)
    longer term raises tracing costs (heirs and out-of-print) (LEA215)
    Current formula  frees up all work at a common date--also reduces tracing costs


 

    --Copyright coverage
    originally only for
writings, (that's the literal word in the Constitution)
    Ex: paper tape for player pianos was not copyrightable since it was not intended to be read. Early software cases suggested not copyrightable either; more like a part of a machine. But wrong on function grounds--copyright protection is warranted (reading is not the only way to experience the expression of an idea). (F137)
    Since expanded to computer programs, pictures, music, and much else. (F128)
    federal laws prevent
mold design copies for computer chips and boat hulls. (F138)
    A lot of the recent action is in Software copyright. Ex: spreadsheets. (F129)
    Is the interface of Lotus 123 an expression or an idea?

    Derivative works--translation, movie

   --Copyright exclusions

    (1) Independent duplication
    Accidental duplication is OK; not so with patents (LEA210)

    (2) Merger doctrine: expression = idea
    http://www.law.gwu.edu/facweb/claw/ch4b.htm
    Ex: Rosenthal Corp. v. Kalpakian (1971) -- jeweled bee pin

    (3) "scènes à faire" (scenes of action) doctrine: genre
    stock of the trade expressions
    Ex: common plots in literature or performing arts


 

    (4) "fair use" (nonprofit and education versus commercial); the nature of the work; the amount copied; and the effect on the revenue of the copyright holder. (F130)
    Fair use situations:
    (i) high transaction costs: ex: small excerpts.

    Denial for performance of full pieces: American Society for Composers, Authors, and Publishers (ASCAP) and Broadcast Music, Inc. (BMI) gets nonexclusive performance rights and licenses to users for an annual fee for full access. Fair use for performance would undermine this, and "performance distributions from ASCAP are an important part of composers' incomes" (LEA214)
    (ii) book reviews--a credible form of free advertising (LEA214)
    Fair use allows book reviewer to quote without permission. "[M]ost reviews are favorable, because most people are more interested in being told what they should read than what they should not read." (P42)
    favorable reviews are complements of the book, but video recorder and public performance are both complements and substitutes. (P43)

    (iii) parody (LEA215)
    "moral right" in continental Eur and gaining headway in US gives artists right to prevent alteration even after sale. Gaining headway because of Berne convention commitments. (P65)


 

    Past: protection without copyright
    1900--US had no copyright protection treaty with Britain, but first-mover advantage allowed Britain to get some royalties anyway. (F142)

    Present: copyright without protection. [unethical to use office Word at home] (F143)
    Ex:
Sony v. Universal Studios (1984). the Betamax case: copying OK for "time-shifting: purposes but not necessarily for "archiving." (CU132)
    VCRs enlarge audience so can raise advertising revenues (but many can screen out ads now) (P42)

   
Vault Corp. v. Quaid Software Limited 655 F. Supp. 750 (1987) -- an important case on copy protection of disks. Vault provided the software with which companies produced copy protected disks; Quaid produced the software with which people copied them. Vault failed in its attempt to legally suppress Quaid's activities. (F143)

    There are revenue options without copyright protection:
    "selling support, getting revenue from tie-in sales of products that cannot be easily copied, relying on the honesty of its customers, or getting most of its revenue from firms too large to risk being caught with pirated software." (F143)


 

c. Trademark

    Also called servicemarks.

   "The common law and statutes protected trademarks from as early as thirteenth century in England. Modern trademark law in the United States stems from the Federal Trademark Act of 1946, commonly called the Lanham Act."  (CU134)

    trademarks:
    "fanciful" marks = invented words (Ex: Kodak);
    "descriptive" mark = indentifying phrase (Ex: Holiday Inn allowed only if it has acquired a "secondary meaning.") (P43)

    no tracing costs, so time period = forever unless
(i) abandoned (CU134)
(ii) becomes generic (P43)

    Ex: Sterling Drug Company, 1921, lost "Aspirin" trademark for acetyl salicylic acid." Bayer has kept it in Canada and Mexico.  (CU135)

    Assessment:

    Benefits:
    Lower consumer search cost
(P43)
    Higher product quality.
    Competition by brand

    Cost:
    Trademark protection efforts
    Coca-Cola: spends $2 million annually for a team of 25 investigators. "Since 1945, Coca-Cola has sued approximately 40-60 retailers per year." ("Mixing with Coke over trademarks is always a fizzle. Coco-Cola adds a little lif in court to those failing to serve the real thing." Wall Street Journal, March 9, 1978: p.1, col. 4.) (CU136)

    Potential monopoly
    Ex: Retailers complain it is costly to tell each consumers that they aren't using Coke in "Rum and Coke" so the real cost is to ensure a Coke monopoly


 

d. Trade Secrets

    Trade secret: "'Trade secret' means information, including a formula, pattern, compilation, program, device, method, technique or process, that (i) derives independent economic value, actual or potential from not being generally known to, and not being readily ascertainable by proper means by, other persons who can obtain economic value from its disclosure or use, and (ii) is the subject of efforts that are reasonable under the circumstances to maintain its secrecy." (Uniform Trade Secrets Act) (F139, The law)

    Establishes
    (i)
rights against wrongful acquisition--breach of contract, employee disloyalty; trespass.

    Ex:  breach of contract: "An employee or contractor with a Silicon Valley company is routinely required to sign a non-disclosure agreement (NDA)." (CU121)

    Ex: trespass: E.I du Pont deNemours & Co. v. Christopher 431 F.2d 1012 (1970) -- a competitor obtained information by hiring a pilot to fly over a chemical plant under construction and photograph it. The court held that this was a violation of du Pont's rights, even though the flight itself was lawful. (F139)

    (ii) limited rights against recipients of pirated secrets
    If you find out that what you have is a stolen trade secret before you do anything with it, you are not allowed to use it, but ...
    If you have already built the factory to employ the trade secret, so that not being able to use it would leave you worse off than you were before, you can run the factory.
   Damages usually; not usually an injunction against an innocent 3rd party beneficiary. (F139)

    If the info leaks, it can be freely used. "Recent survey research concludes that trade secrets protection is not very effective in Silicon Valley." (CU122)
    Ex: Church of Scientology cases -- they have won their copyright claims but lost their trade secret claims--not because the material is not in principle protectable, but because once one person has posted it on the net it is no longer a trade secret, and a second poster is therefore not liable. And things can be (and were) posted anonymously.


 

    Trade secret law does not establish a property right--someone who gets possession of the trade secret without doing anything wrong has a legal right to use it.
    Ex: reverse engineering is legal: "clean room" reverse engineering of IBM PC read only memory (ROMs): The software built into the PC's read only memory is copyrighted. But the software in clones has to function exactly the same way, in order that programs for the IBM will run on it.
    The solution is "clean room" reverse engineering. Team A looks at the IBM ROMs and writes out a detailed functional specification of exactly what they do. Team B is never allowed to look at the ROMs. Instead, they read team A's specifications, and write code that does exactly what team A says the original ROMs did. (F130)