FLARE-BUSTER

Mark For: FLARE-BUSTER® trademark registration is intended to cover the categories of commercial industrial processing equipment, namely, synthesis gas reactor systems for making a gas that contains primarily carbon monoxide and molecular hydrogen, consisting primarily of autothermal reformers, partial oxidation units, and steam methane reformers; and Fischer-Tropsch reactor systems for making hydrocarbon fuels, consisting primarily of reactors for receiving synthesis gas and converting it to C2+ hydrocarbons. [all]

Status

2022-09-12 UTC
⟳ Refresh

DEAD REGISTRATION Cancelled Invalidated

Research	OneLook Acronym Finder
Serial Number	76202618
Registration Number	2971071
Mark Literal Elements	FLARE-BUSTER
Mark Drawing Type	1 - TYPESET WORD(S) /LETTER(S) /NUMBER(S)
Mark Type	TRADEMARK
Standard Character Claim	No
Register	PRINCIPAL
Current Location	PUBLICATION AND ISSUE SECTION 2005-06-07
Basis	1(a)
Class Status	SECTION 8 - CANCEL
Primary US Classes	013: Hardware, Plumbing and Steamfitting Supplies 021: Electrical Apparatus, Machines and Supplies 023: Cutlery, Machinery, Tools and Parts Thereof 031: Filters and Refrigerators 034: Heating, Lighting and Ventilating Apparatus
Primary International Class	011 - Primary Class Environmental control apparatus) Apparatus for lighting, heating, steam generating, cooking, refrigerating, drying, ventilating, water supply and sanitary purposes.
Filed Use	No
Current Use	Yes
Intent To Use	No
Filed ITU	Yes
44D Filed	No
44E Current	No
66A Current	No
Current Basis	No
No Basis	No
Cancellation Code	2
Attorney Name	Julianna P. Deligans
Attorney Docket Number	737250.00640
Law Office Assigned	M60
Employee Name	GAYNOR, BARBARA ANNE

Timeline

(CANCELLED)
IC 011. US 013 021 023 031 034. G & S: Commercial industrial processing equipment, namely, synthesis gas reactor systems for making a gas that contains primarily carbon monoxide and molecular hydrogen, consisting primarily of autothermal reformers, partial oxidation units, and steam methane reformers; and Fischer-Tropsch reactor systems for making hydrocarbon fuels, consisting primarily of reactors for receiving synthesis gas and converting it to C2+ hydrocarbons. FIRST USE: 19980000. FIRST USE IN COMMERCE: 20040914