GEL - GRID ELEMENT

BRADLEY, Allan

Application Filed: 2015-07-29

Trademark Application Details

Status

602

Dead/Abandoned

ABANDONED-FAILURE TO RESPOND OR LATE RESPONSE

Research	OneLook Acronym Finder
Serial Number	86709004
Mark Drawing Code	4000: Illustration: Drawing with word(s)/letter(s)/number(s) in Block form
Law Office Assigned	L10
Employee Name	DOMBROW, COLLEEN M

Timeline

2015-07-29	Application Filed
2016-11-22	Abandon
2016-12-29	Location: TMEG LAW OFFICE 101 - EXAMINING ATTORNEY ASSIGNED
2016-12-29	Status: Dead/Abandoned
2018-07-08	Transaction Date

Trademark Applicants & Owners

Owner:	BRADLEY, Allan
Address	14095 Deerwood Drive Red Bluff CA US 96080
Legal Entity Type	Individual
Legal Entity State	US

Documents

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Attorney of Record

BRADLEY, Allan
14095 Deerwood Drive
Red Bluff CA 96080

Good, Services, and Codes

International Codes:	9
U.S. Codes:	021,023,026,036,038

Type Code	Type
GS0091	IoS Grid/GEL (Grid Element) is a unit of coordinate square boundary for reference in the access/distribution and management of IoS digital ecology objects within bounded earth space.Grid elements GELs are referred to by coordinates similar to arrays and similar to a square on a checkerboard grid as an unit of digital measure and location. The nomenclature used is in three (3) dimensional forms (x, y, z) where x and y are the coordinates on a single Grid overlay, with z being the target landscape/facility number (and as allocated to multiple layered Grid overlay identifiers). Unless otherwise stated, the basic grid metric is a spacing of 10 feet. This approximates the normal dimensioning of office buildings, with a floor-to-floor space of about ten feet in average, and gives a reasonable degree of precision for typical business operation layouts. However, Grid GELS elements can have a scaled dimension from feet to miles as there is no limit to grid granularity. The coordinate system is stackable for multi-layered functional articulation of discrete bounded and focused computational core Internet of Space (IoS) programming. The parking garage example is for clarification. However, the power in the 0z Grid coordinate system is that there is no limit to stacked Grids (Logical Grids are 0Y -0A) which can articulate 3D abstraction layers as to apply command and control of sensors, robotics, biometrics and data access staging to discrete landscapes and facility areas. IoS Grid coordinate system is applied to end-to-end circuit switched protocols in that validation in IoS of HGL (Horizontal Grid/GEL Location), VGL (Vertical Grid.GEL Location) and CVIV (Circuit Vector IoS Validation) establish secure traffic certification. GEL coordinates interface to the IoS Grid Controller via Anatomy software GUI to establish data stream and database scripted control of circuit switched program containers in defining user/device discrete physical program transaction site computational dynamics. IoS Grid/GELs utilize the simplest method to provide global reference and different scaling to factor coverage that will accurately define gradation, given a size multiple to discrete areas of larger or smaller granularity that can be chain incorporated into IoS Grid groups. GELs are unit of measure and location to establish digital spatial objects earth space as a Cyberspace navigation system for program, services and network security access/distribution authenticity

Type Code

Type

GS0091

IoS Grid/GEL (Grid Element) is a unit of coordinate square boundary for reference in the access/distribution and management of IoS digital ecology objects within bounded earth space.Grid elements GELs are referred to by coordinates similar to arrays and similar to a square on a checkerboard grid as an unit of digital measure and location. The nomenclature used is in three (3) dimensional forms (x, y, z) where x and y are the coordinates on a single Grid overlay, with z being the target landscape/facility number (and as allocated to multiple layered Grid overlay identifiers). Unless otherwise stated, the basic grid metric is a spacing of 10 feet. This approximates the normal dimensioning of office buildings, with a floor-to-floor space of about ten feet in average, and gives a reasonable degree of precision for typical business operation layouts. However, Grid GELS elements can have a scaled dimension from feet to miles as there is no limit to grid granularity. The coordinate system is stackable for multi-layered functional articulation of discrete bounded and focused computational core Internet of Space (IoS) programming. The parking garage example is for clarification. However, the power in the 0z Grid coordinate system is that there is no limit to stacked Grids (Logical Grids are 0Y -0A) which can articulate 3D abstraction layers as to apply command and control of sensors, robotics, biometrics and data access staging to discrete landscapes and facility areas. IoS Grid coordinate system is applied to end-to-end circuit switched protocols in that validation in IoS of HGL (Horizontal Grid/GEL Location), VGL (Vertical Grid.GEL Location) and CVIV (Circuit Vector IoS Validation) establish secure traffic certification. GEL coordinates interface to the IoS Grid Controller via Anatomy software GUI to establish data stream and database scripted control of circuit switched program containers in defining user/device discrete physical program transaction site computational dynamics. IoS Grid/GELs utilize the simplest method to provide global reference and different scaling to factor coverage that will accurately define gradation, given a size multiple to discrete areas of larger or smaller granularity that can be chain incorporated into IoS Grid groups. GELs are unit of measure and location to establish digital spatial objects earth space as a Cyberspace navigation system for program, services and network security access/distribution authenticity

Trademark Filing History

Description	Date	Event Coding
NEW APPLICATION ENTERED IN TRAM	2015-08-03	1 NWAP I:Incoming Correspondence
NEW APPLICATION OFFICE SUPPLIED DATA ENTERED IN TRAM	2015-08-04	2 NWOS I:Incoming Correspondence
ASSIGNED TO EXAMINER	2015-11-09	3 DOCK D:Assigned to Examiner
NON-FINAL ACTION WRITTEN	2015-11-13	4 CNRT R:Renewal
NON-FINAL ACTION E-MAILED	2015-11-13	5 GNRT F:First Action
NOTIFICATION OF NON-FINAL ACTION E-MAILED	2015-11-13	6 GNRN O:Outgoing Correspondence
TEAS WITHDRAWAL OF ATTORNEY RECEIVED	2016-02-16	7 WOAR I:Incoming Correspondence
WITHDRAWAL OF ATTORNEY GRANTED	2016-02-16	8 WOAG I:Incoming Correspondence
TEAS RESPONSE TO OFFICE ACTION RECEIVED	2016-04-29	9 TROA I:Incoming Correspondence
CORRESPONDENCE RECEIVED IN LAW OFFICE	2016-04-29	10 CRFA I:Incoming Correspondence
TEAS/EMAIL CORRESPONDENCE ENTERED	2016-04-30	11 TEME I:Incoming Correspondence
FINAL REFUSAL WRITTEN	2016-05-20	12 CNFR R:Renewal
FINAL REFUSAL MAILED	2016-05-20	13 CNFR O:Outgoing Correspondence
ABANDONMENT - FAILURE TO RESPOND OR LATE RESPONSE	2016-12-29	14 ABN2 O:Outgoing Correspondence
ABANDONMENT NOTICE MAILED - FAILURE TO RESPOND	2016-12-30	15 MAB2 O:Outgoing Correspondence

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