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Peter Millius Phones & Addresses

  • New York, NY
  • Atlantic Beach, NY
  • San Juan, PR
  • 8309 Talbot St APT 3N, Kew Gardens, NY 11415 (914) 830-5382
  • Rochelle Park, NJ
  • Suffern, NY

Work

Company: Payment conduit Sep 2017 Position: Chief executive officer

Skills

New Business Development • Strategic Planning • Sales Management • Salesforce.com • Account Management • Business Development • Team Management • Product Management • Contract Negotiation • Strategic Partnerships • Solution Selling • Start Ups • Security • Lead Generation • Team Building • Operations Management • Management • Marketing Strategy • B2B • Business To Business

Industries

Information Technology And Services

Resumes

Resumes

Peter Millius Photo 1

Chief Executive Officer

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Location:
8309 Talbot St, Kew Gardens, NY 11415
Industry:
Information Technology And Services
Work:
Payment Conduit
Chief Executive Officer

Flowency
Chief Executive Officer

Total Recall Corporation - A Convergint Technologies Company Dec 2009 - May 2016
Director of Business Development

Pm Technology Consultants Dec 2009 - May 2016
Chief Executive Officer
Skills:
New Business Development
Strategic Planning
Sales Management
Salesforce.com
Account Management
Business Development
Team Management
Product Management
Contract Negotiation
Strategic Partnerships
Solution Selling
Start Ups
Security
Lead Generation
Team Building
Operations Management
Management
Marketing Strategy
B2B
Business To Business

Publications

Us Patents

Apparatus And Method For Minimizing Cross-Contamination Of Pathogens Between Persons Within A Facility

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US Patent:
20210044925, Feb 11, 2021
Filed:
Oct 29, 2020
Appl. No.:
17/083514
Inventors:
Peter Millius - Atlantic Beach NY, US
James A. White - Voorschoten, NL
Assignee:
INNOVET, LLC - Dover DE
International Classification:
H04W 4/02
H04W 4/029
G08B 21/02
H04W 4/80
G06K 7/14
H04W 4/33
Abstract:
A method of minimizing cross-contamination of pathogens between persons within a facility includes placing tags onto shared resources such as tables, desks, chairs, coffee makers, microwave ovens, sinks, bathroom stalls, etc. A mobile device senses the tags and approximates their locations, in embodiments relative to tagged anchor points. The mobile device can include any combination of tag-sensing and locating features, including a camera, LIDAR, GPS, sonic distance measurement, and accelerometers for inertial position sensing. In embodiments, the approximated tag locations can be verified and corrected as needed by using augmented reality to project the estimated tag locations onto the actual scene. The accurately determined tag locations are then used to assign resources to persons within the facility, whereby spatial distancing between persons and time intervals between usage of the same resource are maximized. A log of the resource assignments can be used to enhance contact tracing.

Apparatus And Method For Minimizing Direct And Indirect Cross-Contamination Of Pathogens Between Personnel Within A Workplace

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US Patent:
20200304944, Sep 24, 2020
Filed:
Jun 5, 2020
Appl. No.:
16/894030
Inventors:
Peter Millius - Atlantic Beach NY, US
James A. White - Voorschoten, NL
International Classification:
H04W 4/02
H04W 4/029
H04W 4/33
H04W 4/80
G06K 7/14
G08B 21/02
Abstract:
An apparatus and method of minimizing pathogen cross-contamination and enhancing infection mitigation at a workplace includes placing tags at selected locations, requiring at least some workplace personnel to carry mobile devices, and logging interactions between the mobile devices and tags as tapping events. Tags can be powered or unpowered. Tapping can include RF or Bluetooth communication, and/or indicia scanning. Tapping events can be wirelessly directed to a server by the tags and/or mobile devices. The logged tapping can be used to identify high risk locations, record user movements, monitor user compliance with assigned schedules and locations, and monitor compliance with specified sanitation schedules. During mitigation of an infection event, the logged tapping can be used to identify users at high risk of direct cross-contamination due to proximity to an infected user and/or surface-mitigated cross-contamination due to occupation of a location shortly after occupation thereof by the infected user.
Peter M Millius from New York, NY, age ~61 Get Report