Honeywell International Inc.

Ademco Inc.

Tai, Derek

Halford, Andrew D.

Cary Leen

David Schultz

Stan Zywicki

Andrew David Halford

Haitao Li

Patrick C Tessier

Eric James Barton

Ke Zhang

Michael Zheng

Roy Kolasa

Gabriel A Bergman

Jayaprakash Meruva

Heidi Finch

Robert J Schnell

Milos Cabel

Mohammad Aljabari

Yidan Zhao

Peilin Li

Xinyan Zheng

Hang Su

Steve C Nichols

Chad W Koster

Chris Mullarkey

James Grenkoski

Jan Tesitel

Soumitri N Kolavennu

Li Long Chen

Steven R Hoglund

Josef Novotny

Hari Thiruvengada

Preston Gilmer

Jaromir Cechak

Thomas C Gessner

Jay Nelson

FoongYeen Chan

Martin Adamek

Evan John Kingston

Juraj Buno

Libor Horky

Martin Skala

Jan Vozenilek

Jeffrey Holmquist

Jan Pospisil

Stefan Andreas Schmidt

Kun Wang

Manish Satyapal Gupta

Robert D Juntunen

Yi Zheng

Amit Kulkarni

Kenneth B Kidder

Qian Jack Liu

Joseph Elisabeth Oberdorf

David Mulhouse

Duo Zhang

Christopher Goh

Unmesh Shankar Kulkarni

Peter Joseph Erickson

Mark W Peterson

Tomas Losak

Daniel Becvar

Arnie Kalla

Adam Nemcek

Zhang Ke

Michael Bruce

Sanjoy Bhattacharjee

Xiaohui Qin

Jiri Frint

Qingyong Zhang

Derek Tai

Barbara Dean-Henricks

Mu Yong

Joris Henricus Antonius Castermans

David Bures

Petr Kasparik

Shannon Spiers

Patty Backlund

Roman Konecny

Jan Malek

Timo Tapio Pihlajasaari

Paul F Meyers

Wei Guo

Eugene J Takach

Steven C Nichols

Jeffrey Boll

Jonathan Paul Frenz

Marcus D Stoner

Reed Bisson

Nagasree Poluri

Vinay Kumar Prasad

Barbara Dean-Hendricks

Wenbin Zhou

Arthur Zhang

Qiang Peng

Hua Tang

Ashu Rawat

Max Peterschmidt

Tonya Tang

Yuliang Chen

Nagesh Narayanappa

Devices, methods, and systems for multi-user commissioning are described herein. One system includes a mobile computing device comprising computer readable instructions stored thereon that are executable by a processor to: retrieve configuration data for a physical controller from a remote database, install the configuration data on the physical controller, receive data associated with a status of the physical controller after the configuration data is installed on the physical controller, and synchronize the data associated with the status of the physical controller with the remote database.

Devices, methods, and systems for multi-user commissioning

I/O adaptor module for use with a building controller

A building control system includes a building controller and a user interface device operatively coupled to the building controller. The building controller is wall mountable and includes a plurality of ports for controlling one or more points that are associated with one or more plants of a building. The building controller controls the one or more points in accordance with one or more programmable point control values that are associated with one or more points. The user interface device provides a user interface for operating the building controller and is configured to display a plurality of menu screens on a display that allow a user to view one or more of the points, change the programmable control value for one or more of the points, and view one or more alarms generated by the building controller for one or more of the points.

User interface module for a building control system

Display screen with graphical user interface for a building controller

A building controller may include a housing having a back plate and a mounting clip, which may be slidably disposed relative to the back plate between a wall mount position used when mounting the building controller to the wall, and a DIN rail mount position used when mounting the building controller to a DIN rail. When in the wall mount position, the mounting clip and the back plate may be configured to hold the mounting clip in the wall mount position until at least a first threshold sliding force is applied to the mounting clip. When in the DIN rail mount position, the mounting clip and the back plate are configured to hold the mounting clip in the DIN rail mount position until at least a second threshold sliding force is applied to the mounting clip.

Building controller with adaptable mount

Building controller

An HVAC controller controlled in response to a natural language audio message that is not recognizable by the HVAC controller as a command, where the natural language audio message is translated into a command recognizable by the HVAC controller. The HVAC controller may be a thermostat and may include a housing that at least partially houses a control module, a microphone, a speaker, a display, and a voice recognition module. The voice recognition module recognizes a predetermined audible trigger from a recorded voice message or streamed voice message, and in response, provide one or more audio clips via the speaker and/or video clips via the display to assist users in operating the thermostat. A user may communicate with the thermostat via the thermostat and/or a remote device.

Devices and methods for interacting with an HVAC controller

A relatively simple status indicator for a building control device that helps the user more quickly and intuitively identify the operation status of the building control system and more quickly troubleshoot faults and/or other problems that may occur within the building control system. This may help reduce the cost of maintain the building control system and may help reduce unwanted downtime of the building control system.

Status indicator for a building controller

The present disclosure relates to a user interface module for a building control system that has flexible mounting options to address mounting constraints that are often encountered in utility rooms and/or equipment panels. In some cases, the user interface module may be provided with interchangeable mounting bases from which an installer can select depending on the mounting constraints presented at a particular installation.

User interface module for a building control system with an interchangeable mounting base

An HVAC controller may include a user interface, along with a memory for storing a recurring programmable schedule having two or more time periods. The user interface may be configured to allow manual modification by a user of the recurring schedule stored in the memory, wherein the user can associate an HVAC-off control mode with any of the two or more time periods. In the HVAC-off control mode, the HVAC controller may not cycle the HVAC unit on regardless of the temperature of the air in the inside space. The HVAC controller further may include an output that is configured to issue operational commands to the HVAC unit in accordance with the programmable schedule.

HVAC schedule with designated off periods

Building control module

Growing community of inventors

Hammond, WI, United States of America

Cary Leen