Zhengmao Ye, 522220 Seven Wins Dr, Austin, TX 78733

2006007, Apr 13, 2006

May 6, 2005

11/124365

Uttam Ghoshal - Austin TX, US
Tat Ngai - Austin TX, US
Srikanth Samavedam - Austin TX, US
Zhengmao Ye - Austin TX, US
Andrew Miner - Austin TX, US

H01L 35/30
H01L 35/28

136205000, 136212000

In certain embodiments, a thermoelectric device apparatus includes a plurality of laterally spaced-apart electrodes disposed upon a supporting structure, and at least one complementary pair of thermoelectric elements, each thermoelectric element coupling an electrode to a laterally adjacent electrode. Such a structure reduces the need for solder joints or other structures or mechanisms to attach multiple substrates, components, or assemblies together to form a thermoelectric device.

2010011, May 6, 2010

Oct 27, 2009

12/606588

Edward B. Fletcher - Austin TX, US
Zhengmao Ye - Austin TX, US
Dwayne L. LaBrake - Cedar Park TX, US
Frank Y. Xu - Round Rock TX, US

MOLECULAR IMPRINTS, INC. - Austin TX

B05D 5/10
H05H 1/24

427569, 4272071

Systems and methods for adhering a substrate to a patterned layer are described. Included are in situ cleaning and conditioning of the substrate, and the application of an adhesion layer between the substrate and the patterned layer, as well as forming an intermediate layer between adhesion materials and the substrate.

2011016, Jul 7, 2011

Nov 24, 2010

12/954376

Zhengmao Ye - Austin TX, US
Frank Y. Xu - Round Rock TX, US
Dwayne L. LaBrake - Cedar Park TX, US
Kosta S. Selinidis - Austin TX, US

MOLECULAR IMPRINTS, INC. - Austin TX

B32B 7/12
B05D 5/10
B05D 3/12

428336, 427208, 427271

Forming an adhesive layer on a nanoimprint lithography template or a double-sided disk. Forming the adhesive layer on the double-sided disk includes immersing the double-sided disk in a liquid adhesive composition and removing the double-sided disk from the adhesive composition. The outer layer of the double-sided disk is a carbon overcoating or an intermediate layer. The adhesive composition is dried to form a first adhesion layer adhered directly to the carbon overcoating or intermediate layer on a first side of the disk and a second adhesion layer adhered directly to the carbon overcoating or intermediate layer on a second side of the disk. Forming the adhesive layer on the nanoimprint lithography template includes applying an adhesive material to the template, allowing the template to remain motionless, and rinsing a portion of the adhesive material from the template with a solvent, and drying the template.

2012005, Mar 8, 2012

Sep 7, 2011

13/227205

Zhengmao Ye - Austin TX, US
Rick Ramos - El Paso TX, US

MOLECULAR IMPRINTS, INC. - Austin TX

G11B 5/84
B08B 1/00
B05D 3/12
B05D 3/10
B05D 3/00
B08B 3/12
B08B 3/08

427127, 134 1

Post sputter cleaning of hard disk substrates for use in an imprint lithography processes. The cleaning removes contaminants including organic contaminants that otherwise may cause repeating void (non-fill) defects in the imprinted pattern.

2012007, Mar 22, 2012

Sep 8, 2011

13/228298

Zhengmao Ye - Austin TX, US
Rick Ramos - El Paso TX, US
Edward Brian Fletcher - Austin TX, US
Christopher Ellis Jones - Austin TX, US
Dwayne L. LaBrake - Cedar Park TX, US

MOLECULAR IMPRINTS, INC. - Austin TX

B05D 5/10
C23C 16/448

4272071, 118715

Described are systems and method of using a vapor delivery system for enabling delivery of an adhesion promoter material during an imprint lithography process.

2023010, Apr 13, 2023

Oct 11, 2021

17/498568

- Tokyo, JP
Alireza Aghili - Austin TX, US
Zhengmao Ye - Austin TX, US

B29C 43/10
B29C 43/02
B29C 43/20
B29C 43/34
B29C 43/18

A shaping system comprises a dispensing station configured to dispense formable material on a substrate, a shaping station configured to contact the dispensed formable material on the substrate with a plate, a positioning system configured to move the substrate having the dispensed formable material from the dispensing system to the shaping station, and a cover having one or more walls. While the substrate having the dispensed formable material is moved by the positioning system from the dispensing station to the shaping station, the cover is positioned to enclose the substrate and the dispensed formable material such that a ratio of a diameter of the substrate to a distance between the cover and the substrate to 80:1 to 30:1.

2021002, Jan 28, 2021

Jul 22, 2019

16/518754

- Tokyo, JP
Zhengmao Ye - Austin TX, US

B41J 2/085
B41J 2/135

An apparatus and method configured to eject an electrically charged liquid. The apparatus and method include a liquid-ejecting apparatus including a reservoir for storing a liquid, an electrically conductive faceplate for ejecting the liquid, a plurality of channels connecting the reservoir to the electrically conductive faceplate, and a voltage source to change and maintain an electric potential difference between the liquid and the electrically conductive faceplate during ejection from the electrically conductive faceplate.

2019017, Jun 13, 2019

Dec 11, 2017

15/837898

- Tokyo, JP
Edward Brian Fletcher - Austin TX, US
Craig William Cone - Austin TX, US
Douglas J. Resnick - Leander TX, US
Zhengmao Ye - Austin TX, US

G03F 7/20
G03F 7/00

An imprinting system and method. An illumination system for imprinting, during a first period of time, that illuminates a first portion of boundary region that surrounds a pattern region with a thickening dosage of light that is within a first dose range, such that the fluid in the first portion of the boundary region does not solidify but does increase a viscosity of the fluid. The illumination system, during a second period of time, illuminates the pattern region with a curing dosage of light that is within a second dose range higher than the first dose range. Prior to illumination, the imprinting includes dispensing droplets and holding a template with a template chuck such that the template contact the droplets and the droplets merge and form a fluid front that spreads through the pattern region and towards the boundary region.