SlideShare une entreprise Scribd logo
1  sur  18
INTELLECTUAL
PROPERTY
PROTECTION
By Trevor Yates
Patent
Your invention:
Product: entire assembly
Component: member of a collection
Characteristic: descriptive quality
Element: most elementary member, a subunit of a component or product
Attribute: capability
Example
• Cover Page
• Background
• Summary
• Description
Composition and Process For Treating
Metal
• Abstract: “…provides a conversion coating with good
protection against corrosion while requiring substantially
less chromium than previous coatings of equal corrosion
protection quality.”
• Background: “A very wide variety of materials have been
taught in the prior art for the general purposes of the
present invention, but most of them contain hexavalent
chromium or other inorganic oxidizing agents which are
environmentally undesirable….”
Summary of the Invention
• A. “a component of dissolved fluoroacids of one or more
metals selected from the group of elements consisting of
titanium, zirconium, hafnium, boron, aluminum,
silicon, germanium, and tin”
• B. “a component of one or more:”
• 1. dissolved or dispersed finely divided forms of
metals such as…but later mentions dispersion is
preferred
• 2. the oxides, hydroxides, and carbonates of such
metals that can chemically interact
Summary Continued
• A + B in sufficiently high enough concentrations, then
chemical reactions may occur at ambient temperatures
within 24 hours
• Some agitation and heating will help speed up the
reaction
• Also you do not want particles to settle in dispersed phase
• Compositions resulting from chemical interaction may
then be utilized as metal treating compositions, optionally
after being combined with a component (C) and
component (D) and component (E).”
What is Component (C)?
A water soluble or dispersible polymer and/or copolymer,
preferably selected from the groups consisting of:
• 1.) “Polymers and copolymers of one or more
x-(N—R1—N—R2-aminomethyl)-4-hydroxy-styerenes
x = 2, 4, 5, or 6 and R1 is preferably a methyl group
R2 = H(CHOH)nCH2--, where n is an integer 1 to 7 but
preferably 3 to 5
2.) epoxy resins
3.) polymers and copolymers of acrylic and methacrylic acids
and their salts
-Or a composition containing hexavalent chromium and
optionally trivalent chromium
What is Component (D) and (E)?
Component D
• Made up of water soluble oxides, carbonates, or
hydroxides of at least one metal element Ti, Zr, Hf, B, Al,
Si, Ge, and Sn
• Must be added after A + B
Component E
• Consists of oxidizing agents other than compounds
containing hexavalent chromium
• Comprises both nitrate (16-18 mM/L) and halide (0.50-
0.55 mM/L) ions
Patent Timeline
Lawyer Fees
• Odds increase that a meaningful patent will issue when
using an attorney with more skill and experience
• $10,000 to $20,000 for non-provisional
Average Pendency US Patent Application
25 24
27
32 32
41 40 41
0
5
10
15
20
25
30
35
40
45
2000 2002 2004 2006 2008 2010 2012 2014
Months
Months
• 1600 – Biotechnology and Organic Chemistry
• 1700 – Chemical and Materials Engineering
• 2100 – Computer Architecture, Software, and Information
Security
• 2400 – Computer Networks, Multiplex communication, Video
Distribution, and Security
• 2600 – Communications
• 2800 – Semiconductors, Electrical and Optical Systems and
Components
• 2900 – Designs
• 3600 – Transportation, Construction, Electronic Commerce,
Agriculture, National Security and License & Review
• 3700 – Mechanical Engineering, Manufacturing, Products
Laws
• Provisional vs. non-provisional
• Patents undergo serious examination by USPTO patent examiner
• Patent examiners have incentive to reject over approve
• Professional response to case objections is a combination of claim
amendments and arguments on the law as applied to the case’s facts
Is it worth it?
• Protection
• Legitimacy
• Leverage
• Time
• Money
• Exposure
Business Strategy
• Licensing deals
• Trade secrets
“In the pharmaceutical industry it costs an average of $350
million for a new drug to be developed and 95% of drugs tested
on people cannot be proven to be both safe and effective.”
-Forbes
“IP-intensive industries are estimated to generate 72% more
value-added per employee than non-IP-intensive industries.”
-RTI Group

Contenu connexe

En vedette

Electronics 2015 web
Electronics 2015 webElectronics 2015 web
Electronics 2015 web
Alan Gardner
 
Asopos tragedy
Asopos tragedyAsopos tragedy
Asopos tragedy
dpurpler
 
Anti arthritic-efficacy-and-safety-of-crominex-3+(trivalent-chromium-phyllant...
Anti arthritic-efficacy-and-safety-of-crominex-3+(trivalent-chromium-phyllant...Anti arthritic-efficacy-and-safety-of-crominex-3+(trivalent-chromium-phyllant...
Anti arthritic-efficacy-and-safety-of-crominex-3+(trivalent-chromium-phyllant...
Annex Publishers
 
Zinc and zinc nickel plating
Zinc and zinc nickel platingZinc and zinc nickel plating
Zinc and zinc nickel plating
camzurv
 
Chromium and insulin sensitivity
Chromium and insulin sensitivityChromium and insulin sensitivity
Chromium and insulin sensitivity
fpgg
 

En vedette (19)

Jian-tao-CV
Jian-tao-CVJian-tao-CV
Jian-tao-CV
 
Examples of poisoning
Examples of poisoningExamples of poisoning
Examples of poisoning
 
Electronics 2015 web
Electronics 2015 webElectronics 2015 web
Electronics 2015 web
 
Asopos tragedy
Asopos tragedyAsopos tragedy
Asopos tragedy
 
Project Management Challenges in an Effluent Treatment Plant Construction
Project Management  Challenges in an Effluent Treatment Plant Construction Project Management  Challenges in an Effluent Treatment Plant Construction
Project Management Challenges in an Effluent Treatment Plant Construction
 
Hinkley Contamination
Hinkley ContaminationHinkley Contamination
Hinkley Contamination
 
tannery industry
tannery industrytannery industry
tannery industry
 
Adsorption of cr (vi) from aqueous environment using neem leaves powder
Adsorption of cr (vi) from aqueous environment using neem leaves powderAdsorption of cr (vi) from aqueous environment using neem leaves powder
Adsorption of cr (vi) from aqueous environment using neem leaves powder
 
2. evaluation of remediation in heavy metal tolerance and removal by comamona...
2. evaluation of remediation in heavy metal tolerance and removal by comamona...2. evaluation of remediation in heavy metal tolerance and removal by comamona...
2. evaluation of remediation in heavy metal tolerance and removal by comamona...
 
Anti arthritic-efficacy-and-safety-of-crominex-3+(trivalent-chromium-phyllant...
Anti arthritic-efficacy-and-safety-of-crominex-3+(trivalent-chromium-phyllant...Anti arthritic-efficacy-and-safety-of-crominex-3+(trivalent-chromium-phyllant...
Anti arthritic-efficacy-and-safety-of-crominex-3+(trivalent-chromium-phyllant...
 
Chromium
ChromiumChromium
Chromium
 
TripleHard - Trivalent Based Hard Chrome - Case Tecnocrom
TripleHard - Trivalent Based Hard Chrome - Case TecnocromTripleHard - Trivalent Based Hard Chrome - Case Tecnocrom
TripleHard - Trivalent Based Hard Chrome - Case Tecnocrom
 
Zinc and zinc nickel plating
Zinc and zinc nickel platingZinc and zinc nickel plating
Zinc and zinc nickel plating
 
Chromium ppt
Chromium pptChromium ppt
Chromium ppt
 
Chromium ppt
Chromium pptChromium ppt
Chromium ppt
 
Chromium and insulin sensitivity
Chromium and insulin sensitivityChromium and insulin sensitivity
Chromium and insulin sensitivity
 
40 cfr 261.4(b)(6) The RCRA Exclusion From Hazardous Waste for Trivalent Chro...
40 cfr 261.4(b)(6) The RCRA Exclusion From Hazardous Waste for Trivalent Chro...40 cfr 261.4(b)(6) The RCRA Exclusion From Hazardous Waste for Trivalent Chro...
40 cfr 261.4(b)(6) The RCRA Exclusion From Hazardous Waste for Trivalent Chro...
 
Removal of chromium
Removal of chromiumRemoval of chromium
Removal of chromium
 
Chromium problems
Chromium problemsChromium problems
Chromium problems
 

Similaire à Intellectual Property Protection

2015.04 - IBC Capabilities Overview
2015.04 - IBC Capabilities Overview2015.04 - IBC Capabilities Overview
2015.04 - IBC Capabilities Overview
Solomon Berman
 
2015.04 - IBC Capabilities Overview
2015.04 - IBC Capabilities Overview2015.04 - IBC Capabilities Overview
2015.04 - IBC Capabilities Overview
David Martin
 
Surface Modification of Aluminum, Titanium and Magnesium Alloys by Plasma Ele...
Surface Modification of Aluminum, Titanium and Magnesium Alloys by Plasma Ele...Surface Modification of Aluminum, Titanium and Magnesium Alloys by Plasma Ele...
Surface Modification of Aluminum, Titanium and Magnesium Alloys by Plasma Ele...
Solomon Berman
 
P020111127522715742267.ppt
P020111127522715742267.pptP020111127522715742267.ppt
P020111127522715742267.ppt
Ja Veed
 
Materials & Manufacturing Process - Mechanical Engineering
Materials & Manufacturing Process - Mechanical EngineeringMaterials & Manufacturing Process - Mechanical Engineering
Materials & Manufacturing Process - Mechanical Engineering
ssuser802475
 
Electroplating, Phosphating, Powder Coating and Metal Finishing
Electroplating, Phosphating, Powder Coating and Metal Finishing Electroplating, Phosphating, Powder Coating and Metal Finishing
Electroplating, Phosphating, Powder Coating and Metal Finishing
Ajjay Kumar Gupta
 
Basic Mechanisms of Corrosion and Corrosion Control for Water and Wastewater ...
Basic Mechanisms of Corrosion and Corrosion Control for Water and Wastewater ...Basic Mechanisms of Corrosion and Corrosion Control for Water and Wastewater ...
Basic Mechanisms of Corrosion and Corrosion Control for Water and Wastewater ...
GustavoGonzlezServa
 

Similaire à Intellectual Property Protection (20)

2015.04 - IBC Capabilities Overview
2015.04 - IBC Capabilities Overview2015.04 - IBC Capabilities Overview
2015.04 - IBC Capabilities Overview
 
2015.04 - IBC Capabilities Overview
2015.04 - IBC Capabilities Overview2015.04 - IBC Capabilities Overview
2015.04 - IBC Capabilities Overview
 
material selection of tubing
material selection of tubingmaterial selection of tubing
material selection of tubing
 
Material selection and design - No audio.pptx
Material selection and design - No audio.pptxMaterial selection and design - No audio.pptx
Material selection and design - No audio.pptx
 
Conquer Corrosion with Materials Selection | 2017 Offshore Europe Cinema Semi...
Conquer Corrosion with Materials Selection | 2017 Offshore Europe Cinema Semi...Conquer Corrosion with Materials Selection | 2017 Offshore Europe Cinema Semi...
Conquer Corrosion with Materials Selection | 2017 Offshore Europe Cinema Semi...
 
Surface Modification of Aluminum, Titanium and Magnesium Alloys by Plasma Ele...
Surface Modification of Aluminum, Titanium and Magnesium Alloys by Plasma Ele...Surface Modification of Aluminum, Titanium and Magnesium Alloys by Plasma Ele...
Surface Modification of Aluminum, Titanium and Magnesium Alloys by Plasma Ele...
 
Cathodic protection
Cathodic protectionCathodic protection
Cathodic protection
 
P020111127522715742267.ppt
P020111127522715742267.pptP020111127522715742267.ppt
P020111127522715742267.ppt
 
Materials & Manufacturing Process - Mechanical Engineering
Materials & Manufacturing Process - Mechanical EngineeringMaterials & Manufacturing Process - Mechanical Engineering
Materials & Manufacturing Process - Mechanical Engineering
 
Structures and Materials- Section 5 Major Structural Materials for Aeronautic...
Structures and Materials- Section 5 Major Structural Materials for Aeronautic...Structures and Materials- Section 5 Major Structural Materials for Aeronautic...
Structures and Materials- Section 5 Major Structural Materials for Aeronautic...
 
Hydrogen Induced Cracking
Hydrogen Induced CrackingHydrogen Induced Cracking
Hydrogen Induced Cracking
 
Hydrogen Induced Cracking
Hydrogen Induced CrackingHydrogen Induced Cracking
Hydrogen Induced Cracking
 
Welding lectures 1 3
Welding lectures 1 3Welding lectures 1 3
Welding lectures 1 3
 
Advance Material IN Mechanical Engineering Paper Presentation PPT.pptx
Advance Material IN Mechanical Engineering  Paper Presentation PPT.pptxAdvance Material IN Mechanical Engineering  Paper Presentation PPT.pptx
Advance Material IN Mechanical Engineering Paper Presentation PPT.pptx
 
Metal Matrix Composite (Research Aspect).pptx
Metal Matrix Composite (Research Aspect).pptxMetal Matrix Composite (Research Aspect).pptx
Metal Matrix Composite (Research Aspect).pptx
 
STW on Failure Analysis of Refractories
STW on  Failure Analysis of RefractoriesSTW on  Failure Analysis of Refractories
STW on Failure Analysis of Refractories
 
Corrosion and Degradation of Materials-chapter 16
Corrosion and Degradation of Materials-chapter 16Corrosion and Degradation of Materials-chapter 16
Corrosion and Degradation of Materials-chapter 16
 
Chapter-1. Introduction.pptx
Chapter-1. Introduction.pptxChapter-1. Introduction.pptx
Chapter-1. Introduction.pptx
 
Electroplating, Phosphating, Powder Coating and Metal Finishing
Electroplating, Phosphating, Powder Coating and Metal Finishing Electroplating, Phosphating, Powder Coating and Metal Finishing
Electroplating, Phosphating, Powder Coating and Metal Finishing
 
Basic Mechanisms of Corrosion and Corrosion Control for Water and Wastewater ...
Basic Mechanisms of Corrosion and Corrosion Control for Water and Wastewater ...Basic Mechanisms of Corrosion and Corrosion Control for Water and Wastewater ...
Basic Mechanisms of Corrosion and Corrosion Control for Water and Wastewater ...
 

Intellectual Property Protection

  • 2. Patent Your invention: Product: entire assembly Component: member of a collection Characteristic: descriptive quality Element: most elementary member, a subunit of a component or product Attribute: capability
  • 3. Example • Cover Page • Background • Summary • Description
  • 4. Composition and Process For Treating Metal • Abstract: “…provides a conversion coating with good protection against corrosion while requiring substantially less chromium than previous coatings of equal corrosion protection quality.” • Background: “A very wide variety of materials have been taught in the prior art for the general purposes of the present invention, but most of them contain hexavalent chromium or other inorganic oxidizing agents which are environmentally undesirable….”
  • 5. Summary of the Invention • A. “a component of dissolved fluoroacids of one or more metals selected from the group of elements consisting of titanium, zirconium, hafnium, boron, aluminum, silicon, germanium, and tin” • B. “a component of one or more:” • 1. dissolved or dispersed finely divided forms of metals such as…but later mentions dispersion is preferred • 2. the oxides, hydroxides, and carbonates of such metals that can chemically interact
  • 6. Summary Continued • A + B in sufficiently high enough concentrations, then chemical reactions may occur at ambient temperatures within 24 hours • Some agitation and heating will help speed up the reaction • Also you do not want particles to settle in dispersed phase • Compositions resulting from chemical interaction may then be utilized as metal treating compositions, optionally after being combined with a component (C) and component (D) and component (E).”
  • 7. What is Component (C)? A water soluble or dispersible polymer and/or copolymer, preferably selected from the groups consisting of: • 1.) “Polymers and copolymers of one or more x-(N—R1—N—R2-aminomethyl)-4-hydroxy-styerenes x = 2, 4, 5, or 6 and R1 is preferably a methyl group R2 = H(CHOH)nCH2--, where n is an integer 1 to 7 but preferably 3 to 5 2.) epoxy resins 3.) polymers and copolymers of acrylic and methacrylic acids and their salts -Or a composition containing hexavalent chromium and optionally trivalent chromium
  • 8. What is Component (D) and (E)? Component D • Made up of water soluble oxides, carbonates, or hydroxides of at least one metal element Ti, Zr, Hf, B, Al, Si, Ge, and Sn • Must be added after A + B Component E • Consists of oxidizing agents other than compounds containing hexavalent chromium • Comprises both nitrate (16-18 mM/L) and halide (0.50- 0.55 mM/L) ions
  • 10. Lawyer Fees • Odds increase that a meaningful patent will issue when using an attorney with more skill and experience • $10,000 to $20,000 for non-provisional
  • 11. Average Pendency US Patent Application 25 24 27 32 32 41 40 41 0 5 10 15 20 25 30 35 40 45 2000 2002 2004 2006 2008 2010 2012 2014 Months Months
  • 12.
  • 13.
  • 14.
  • 15. • 1600 – Biotechnology and Organic Chemistry • 1700 – Chemical and Materials Engineering • 2100 – Computer Architecture, Software, and Information Security • 2400 – Computer Networks, Multiplex communication, Video Distribution, and Security • 2600 – Communications • 2800 – Semiconductors, Electrical and Optical Systems and Components • 2900 – Designs • 3600 – Transportation, Construction, Electronic Commerce, Agriculture, National Security and License & Review • 3700 – Mechanical Engineering, Manufacturing, Products
  • 16. Laws • Provisional vs. non-provisional • Patents undergo serious examination by USPTO patent examiner • Patent examiners have incentive to reject over approve • Professional response to case objections is a combination of claim amendments and arguments on the law as applied to the case’s facts
  • 17. Is it worth it? • Protection • Legitimacy • Leverage • Time • Money • Exposure
  • 18. Business Strategy • Licensing deals • Trade secrets “In the pharmaceutical industry it costs an average of $350 million for a new drug to be developed and 95% of drugs tested on people cannot be proven to be both safe and effective.” -Forbes “IP-intensive industries are estimated to generate 72% more value-added per employee than non-IP-intensive industries.” -RTI Group