Donnelly Corporation

Ajjer L.l.c.

Polyceed Inc.

Agienic, Inc.

Los Alamos National Security, LLC

Other

Chromera, Inc.

Electro Chromix, Inc.

Glass Dyenamics

Berylliant, Inc.

University of California

Huntsman International LLC

Magna Donnelly Corporation

Schott North America Inc.

Schott Donnelly LLC

Anoop Agrawal

John P Cronin

Lori L Adams

Juan Carlos L Tonazzi

Niall R Lynam

Desaraju V Varaprasad

Craig Allen Dornan

Juan Carlos Lopez Tonazzi

Mingtang Zhao

Pierre-Marc Allemand

Donald R Uhlmann

Pierr-Marc Allemand

Robert Steven LeCompte

Gimtong Teowee

Nicholas R Krasnow

Susana J Castillo

Raymond L Zhang

Benjamin P Warner

Anthony Keiran Burrell

T Mark McCleskey

Juan Carlos Tonazzi

Kevin C McCarthy

Paul Atkinson

James Robert Kruest

Sahila Perananthan

Juan Carlos Lopez-Tonazzi

Ryan J Reeser

Andrew R Ingle

Barbara A Bigelow

Daniel J Tarico

F Randall Grimes

Murat Akarsu

Christopher C Angelo

Juan C L Tonazzi

Torsten Holdmann

Jonathan M Boulton

Steve R Kennedy

Michael Trosky

Maha Achour

Matthew Denesuk

Lan Cao

Douglas A Fischer

Simon Berners Hall

Yasser Elkadi

Joseph E Kucharczyk, Jr

Pierre Marc Allemand

Mingtao Zhao

Carl Baertelin

Clemens Hofbauer

Stephan Hansen

Zarif Farhana Mohd Aris

Jason Kyle Smith

Michael E Hogan

Yelena Feinstein

Henry Tran

Frederick R Grimes

Christopher Angelo

Scott Gilje

Todd J Gudgel

Juan C Lopez-Tonazzi

Alan G Goodyear

Randall F Grimes

Juan C Lopez Tonazzi

Yongjin Yao

Steven R Kennedy

Akshay Agrawal

Juan Carlos Lopez

Bob Lecompte

A G Goodyear

David W Galbraith

Stephan G Hansen

Farhana Mohd Aris Zarif

Robert S Lecompte

A Gordon Goodyear

This disclosure provides compositions of electrochromic dyes, functionalized electrochromic dyes and dye macromers which may be incorporated into electrochromic devices with tailored optical properties. The disclosure provides electrochromic devices and electrochromic materials which do not use halogenated anions. This disclosure also provides EC compositions and devices for controlling color.

Electrochromic devices using non-halogenated anions

This disclosure provides compositions of electrochromic dyes, functionalized electrochromic dyes and dye macromers which may be incorporated into electrochromic devices with tailored optical properties. The disclosure provides an electrochromic dye with an attached functionalization group wherein the said dye colors by at least one of oxidation and reduction and contains at least two moieties wherein a first moiety is electrochromic and a second moiety is an electrochromic moiety, an electron donating moiety, or an electron receiving moiety and wherein the functionalization group. This disclosure also provides EC compositions and devices for controlling color.

Electrochromic dyes and their use in electrochromic devices

Methods and materials to fabricate laminated variable transmission devices are disclosed, particularly the laminates of electrochromic devices where the electrolytic interlayer is deposited by 3d printing (or also called additive manufacturing process). Printing may be used to form both an interlayer and a sealant located at the perimeter of the interlayer. A lamination process to form the EC device combines the assembly of a protective film using a third substrate is also disclosed.

Fabrication of variable transmission devices using printed interlayers

Methods and materials to fabricate electrochromic including electrochemical devices are disclosed. In particular, emphasis is placed on the composition, fabrication and incorporation of electrolytic sheets in these devices. Composition, fabrication and incorporation of redox materials and sealants suitable for these devices are also disclosed. Incorporation of EC devices in insulated glass system (IGU) windows is also disclosed.

Polymeric ion-conductive electrolyte sheet

Methods and materials to fabricate laminated devices are disclosed, particularly the laminates where the interlayer is deposited by 3d printing (or also called additive manufacturing process). In particular, emphasis is placed on the fabrication of electrooptical devices, including electrochromic, thermochromic and liquid crystal devices. In the electrochromic devices at least the electrolytic interlayer or optionally some of the other layers are deposited by this process, and for the other two the interlayer contains thermochromic and the liquid crystalline material respectively. In one embodiment printing is used to form both an interlayer and a sealant located at the perimeter of the interlayer. Laminated glass and plastic objects using this invention have many applications including their use in windows for building and transportation.

Method to fabricate laminate devices using printed interlayers

The present invention relates to variable optical transmission windows and window panels which are used for architectural applications, particularly in building entryway systems. This disclosure is directed to the use and powering of such panels in door and windows that, in part, physically open by manual or automatic sliding, tilting, pushing or rotating about the hinges, unless specifically mentioned otherwise. The doors may also have other electronic devices which provided added user functionality.

Entryway systems with variable light transmission panels

The present invention relates to variable optical transmission windows and window panels (VLTP) which are used for architectural applications such as building entryway systems and windows. The optical transmission of the VLTPs is reversibly changed by applying an electrical voltage. This disclosure includes combination of more than one VLTP in a single window which darken to different colors. This disclosure is directed to the use and powering of such panels in door and windows. The doors and windows having these VLTPs may also have other electronic devices which provide added user functionality.

Window and entryway systems with variable light transmission panels

This disclosure includes variable light transmission panels (VLTPs) and their assembly into insulated glass units (IGUs), which can be incorporated into buildings. Disclosed windows provide uniform appearance from outside during the day when a number of such windows are incorporated in a building regardless of their state of light transmission. These disclosures may also be used to make windows which tint to different transmitted colors but during the day still appear to be uniform from outside.

Insulated glass units with variable light transmission structures

The present invention relates to the methods of recycling electrochromic devices and also designing such devices while keeping recyclability in perspective. Recyclability includes recovering of certain materials for re-use within the same application or other applications. Using recycling reduces or eliminates waste stream quantities to be disposed of and/or reduces toxicity of these waste streams.

Recycling of smart windows

Proppants are used in oil and gas extraction, particularly in fracking operations. The invention relates to resin coated proppants. The coatings on proppants have antimicrobial materials incorporated within these coatings. The antimicrobially active agents are incorporated in a concentration less than 70% by weight of the coatings or the active agent from these coatings can be released from these coatings in the environment of the proppants.

Proppant coatings containing antimicrobial agents

Methods and materials to fabricate electrochromic including electrochemical devices are disclosed. In particular, emphasis is placed on the composition, fabrication and incorporation of electrolytic sheets in these devices. Composition, fabrication and incorporation of redox layers and sealants suitable for these devices are also disclosed. Incorporation of EC devices in insulated glass system (IGU) windows is also disclosed.

Methods of making ion-conductive polymer films for electrochromic devices

This disclosure includes variable light transmission panels (VLTPs), which can be incorporated into buildings. Disclosed windows provide uniform appearance from outside during the day when a number of such windows are incorporated in a building regardless of their state of light transmission. These disclosures may also be used to make windows which tint to different transmitted colors but during the day still appear to be uniform from outside.

Variable light transmission structures with improved optical properties

Briefly, an intelligent label is associated with a good, and includes one or more permanent and irreversible electrochromic indicators that are used to report the condition of that good at selected points in the movement or usage of that good. These electrochromic indicators provide immediate visual information regarding the status of the good without need to interrogate or communicate with the electronics or processor on the intelligent label. In this way, anyone in the shipping or use chain for the good, including the end user consumer, can quickly understand whether the product is meeting shipping and quality standards. If a product fails to meet shipping or quality standards, the particular point where the product failed can be quickly and easily identified, and information can be used to assure the consumer remains safe, while providing essential information for improving the shipping process. It will be understood that the label may take many forms, such as a tag attached to the good, integrated into the packaging for the good, integrated into the good itself, or may even be an information area on a prepaid card for example. The label may also include, for example, print information regarding the good, usage or shipping rules, or address and coded information.

Intelligent label device and method

A method of determining beryllium or a beryllium compound in a sample is disclosed by measuring fluorescence. This method discloses use of highly strong acids to extract beryllium from samples into the acidic medium, and then using these solutions in combination with highly alkaline fluorescent indicating dye solutions to determine the amount of beryllium in the samples.

Methods to process samples in acidic solutions to detect beryllium in samples by optical fluorescence

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Tucson, AZ, United States of America

Anoop Agrawal