USPTO Deadlines
Next Deadline
58 days remaining
Non-Final Action Mailed
Due Date
December 29, 2025
Extension Available
Until March 29, 2026
Application History
6 events| Date | Code | Type | Description | Documents |
|---|---|---|---|---|
| Sep 30, 2025 | RFCR | E | NON-FINAL ACTION (IB REFUSAL) PREPARED FOR REVIEW | Loading... |
| Sep 29, 2025 | CNRT | R | NON-FINAL ACTION WRITTEN | Loading... |
| Sep 18, 2025 | DOCK | D | ASSIGNED TO EXAMINER | Loading... |
| Jul 14, 2025 | MAFR | O | APPLICATION FILING RECEIPT MAILED | Loading... |
| Jul 14, 2025 | NWOS | I | NEW APPLICATION OFFICE SUPPLIED DATA ENTERED | Loading... |
| Jul 3, 2025 | REPR | M | SN ASSIGNED FOR SECT 66A APPL FROM IB | Loading... |
Detailed Classifications
Class 007
Fluid pumps, fluid circulating pumps; fluid pressure boosters; integrated plant package for chilled heating and water cooling pump systems, comprising oil free frictionless compressors, horizontal end suction, horizontal split-case or vertical in-line pumps, electric or diesel drives, application-specific batteries and controllers; automatic control, safety and regulating valves for fluid pumps and fluid circulating pumps; pressure relief valves, namely, pressure-indicating thermostatic radiator valves and balancing valves for the following: fluid pumps, fluid circulating pumps, air compressors, fluid pressure boosters and water heaters and coolers.
Class 009
Automation and control software and automation system for operation of water/fluid and air flow based heating and cooling systems utilizing and analyzing system based operational performance data and environmental data to adjust flow rates, pressure and temperature of water/fluid and air in the system for optimal performance.
Class 042
Software as a service (saas) service provider featuring edge computing and cloud base control and automation software for operation of air flow and water/fluid based heating and cooling systems utilizing and analyzing system based operational performance data and environmental data to adjust flow rates, pressure and temperature of air-flow and water/fluid in the system for optimal performance.
Classification
International Classes
007
009
042