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Maro
Publications
Special Reports
11/12/2010
$10 per report.
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Special Reports: Each week,the US Patent Literature and recent journal articles are reviewed for polymer related articles. Some are abstracted and listed on Hot Topic Pages while others are listed. Each page has a short introduction with the abstracts and article citations. When they reach at least twenty entries they are assembled into a special report for distribution.
For Topic Reports that are prepared for email distribution, the cost is $10 per report payable through PayPal available on the Maro website. This is true for all reports listed below. Soon after the PayPal notification is received the report will be sent by email. Paper copies are available by regular mail for $20 per report. Reports can also be purchased by email or telephone or regular mail request and an invoice will be sent for payment.
Any topic listed under Hot Topics can be ordered as a special report at $10 per page and or subtopic. Polyrotaxane report listed below has a main page plus 5 suptopic pages for a total of $60. Email delivery is no extra charges and regular mail is an extra $10 plus postage.
Subscribers have access at any time to any of the special Topic reports as they are developed. In addition, the subscriber may elect to have links kept on a special page on the website for a single topic of interest. The Topic may be changed at any time. Subcription rates are $300 for a single person, $1000 per year for a single company site and $2000 per year for a global subscription.
Regular visitors to the website are invited to suggest Topics for inclusion in the Hot Topics List. We are at all times trying to make the website as useful as possible to visitors.
Those wishing to buy a special report. Anyone may purchase through paypal. Be sure to give the name of the special report or email me th request. (RDC)
Available Reports
Note: These reports are based on finding through the listed date. All reports will be updated with the latest findings before delivery. (RDC)
Abbreviations
(USP ---US Patents) (USPa --- US Patent with
abstract)( USPwa --- US Patent without abstract)
(JA --- Journal Article)(JAa --- Journal Article with abstract) (JAwa ---
Journal Article without abstract)
(RA --- Review Article) (RAa --- Review Article with abstract) RA --- Review
Article without abstract)
Injection Molding
Injection molding (British English: moulding) is a manufacturing process for producing parts from both thermoplastic and thermosetting plastic materials. Material is fed into a heated barrel, mixed, and forced into a mold cavity where it cools and hardens to the configuration of the mold cavity. After a product is designed, usually by an industrial designer or an engineer, molds are made by a moldmaker (or toolmaker) from metal, usually either steel or aluminum, and precision-machined to form the features of the desired part. Injection molding is widely used for manufacturing a variety of parts, from the smallest component to entire body panels of cars.” (Wikipedia, Injection Molding, 8/12/2011)
11/23/2011
(Notes, W)(2 USPa)
Total: 35 Subtopics. 51 US Patent abstracts; 1 US Patent without abstract; 20 Journal Article Abstracts.
Applications
11/21/2011 to 11/21/2011
(Notes, W)
Catheters
8/27/2011 to 9/10/2011
(Notes, USP)(3 USPa)Composites
8/12/2011 through 11/23/2011
(Notes, RDC)(5 JAa)Encapsulation
8/26/2011 thorugh 8/26/2011
(Notes, RDC)(1 USPa)Foams
10/20/2011 to 10/20/2011
(Notes, RDC)(1 JAa)Lenses
11/21/2011 to 11/21/2011
(Notes, RDC)(1 USPa)
Co-Injection Molding
9/19/2011 through 11/11/2011
(Notes,
IW)(2 JAa)
Gas Assisted Injection Molding
11/10/2011 through 11/10/2011
(Notes,
IW)(1 JAa)
Machines
9/10/2011 to 9/19/2011
(Notes, W)(2 USPa)
Clamping
9/5/2011 through 11/5/2011
(Notes, RDC,W)(2 USPa)Ejectors
11/21/2011 through 11/21/2011
(Notes, RDC)(1 USPa)Hot Runners
8/19/2011 through 8/19/2011
(Notes, USP)(1 USPa)Nozzles
9/10/2011 to 11/16/2011
(Notes, USP)(3 USPa)
Molds
8/11/2011 through 11/22/2011
(Notes, W)(16 USPa)(1 USPwa)
Heating and Cooling
11/16/2011 through 11/16/2011
(Notes, USP)(1 USPa)(1 JAa)Venting
11/16/2011 through 11/16/2011
(Notes, USP)(1 USPa)
Operations
9/10/2011 through 11/12/2011
(Notes, USP)(3 USPa)(1 JAa)
Process Control
9/28/2011 to 9/28/2011
(Notes, USP)(1 USPa)
Shear
10/13/2011 to 10/13/2011
(Notes, RDC)(1 JAa)
In-Line (On-Line) Testing
9/12/2011 to 9/12/2011
(Notes, RDC)(2 JAa)
In-Mold Decorating
10/14/2011 to 11/5/2011
(Notes, USP)(1 USPa)
In-Mold Coating
11/5/2011 to 11/5/2011
(Notes, USP)(1 USPa)In-Mold Imprinting
11/5/2011 to 11/5/2011
(Notes, USP)(1 USPa)In-Mold Labeling
10/1/2011 to 10/1/2011
(Notes, USP)(1 USPa)
Insert Injection Molding
9/15/2011 through 11/22/2011
(Notes, IW)(7 USPa)
Metal Injection Molding
8/22/2011 to 8/22/2011
(Notes,
USP)(1 JAa)
Micro-Injection Molding
9/7/2011 through 11/10/2011
(Notes,
IW)(2 JAa)
Modeling /Simulations
11/11/2011 to 11/11/2011
(Notes,
RDC)(1 JAa)
Sequential Injection Molding
9/5/2011 to 11/21/2011
(Notes, USP)(4 USPa)
Shrinkage and Warpage
10/13/2011 to 10/13/2011
(Notes, RDC,W)(1 JAa)
Thin Wall Injection Molding
11/22/2011 to 11/11/2011
(Notes, IW)(1 USPa)
Two Color Injection Molding
9/13/2011 to 9/13/2011
(Notes, USP)(1 USPa)
Ultrasonic Assisted Injection Molding
8/22/2011 to 8/22/2011
(Notes, USP)(1 USPa)
Water Assisted Injection Molding (WAIM)
11/10/2011 to 11/10/2011
(Notes, IW)(3 JAa)
Polyrotaxanes
Polyrotaxanes is a class of very strange polymers. Basically they contain a ring group with a dumbell shaped group passing through the ring. It is difficult to imaging useful applications but it will happen as indicated by the recent appearance of a patent. It will be interesting to watch this development. (RDC 6/3/2011)
“A rotaxane is a mechanically-interlocked molecular
architecture consisting of a "dumbbell shaped molecule" which is threaded
through a "macrocycle" (see graphical representation). The name is derived from
the Latin for wheel (rota) and axle (axis). The two components of a rotaxane are
kinetically trapped since the ends of the dumbbell (often called stoppers) are
larger than the internal diameter of the ring and prevent disassociation
(unthreading) of the components since this would require significant distortion
of the covalent bonds.”
(Wikipedia,
Rotaxanes, 11/6/2010)
11/12/2011
(Notes, W, JA) (2 USPa)(4 JAa)(1 RAa)
Total: (3 USPa)(20 JAa)(1 RAa)
Subtopics:
Complexes
8/22/2011
(Notes, RDC) (1 USPa)
Drug Delivery
8/22/2011
(Notes, RDC)(1 USPa)(1 JAa)
Graft Copolymers
8/20/2011
(Notes, RDC)(1 JAa)
Liquid Crystal Polyrotaxanes
8/20/2011
(Notes, RDC)(1 JAa)
Polyethylene Glycol Polyrotaxanes
11/12/2011
(Notes, RDC)(1 USPa)(5 JAa)
Synthesis
11/12/2011
(Notes, RDC)(8 JAa)
Shape Memory Materials
(Notes, USP, W) (2 USPa)(9 JAa)
9/16/2011
Subtopics:
Acrylic Shape Memory Materials
(Notes, RDC) (2 JAa)
Nanocomposite Shape Memory Materials
(Notes, RDC) (1 JAa)
Polycaprolactone /POSS Shape Memory
Materials
(Notes, RDC) (1 JAa)
Polyethylene Shape Memory Materials
(Notes, RDC) (2 JAa)
Polyurethane Shape Memory Materials
(Notes, RDC) (6 JAa)
Silicone Shape Memory
(Notes, RDC) (2 JAa)
Total 2 USPa, 24 JAa or a total of 26 abstracts.
Quantum Dots
10/14/2011
(Notes, W, IW) (1 USPa)(8 JAa)
Subtopics
Biological Properties
10/6/2011
(Notes, RDC)(2 JAa)
Quantum Dot Electronic Structure
8/9/2011
(Notes, W)(1 USPa)
Functionalized Quantum Dots
7/11/2011
(Notes, RDC)(1 JAa)
Photoluminescent Quantum Dots
10/14/2011
(Notes, USP)(2 USPa)(6 JAa)
Quantum Dot Nanofibers
7/29/2011
(Notes, RDC)(3 JAa)
Total 4 US Pa and 20 JAa or a total of 24 abstracts.
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Roger D. Corneliussen
Editor
Maro Polymer Links
Tel: 610 363 9920
Fax: 610 363 9921
E-Mail: cornelrd@bee.net
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Copyright 2011 by Roger D. Corneliussen.
No part of this transmission is to be duplicated in any manner or forwarded by electronic mail without the express written
permission of Roger D. Corneliussen
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Most Recent update; page was started 10/7/2011.