Honeywell International Inc.

Honeywell G.m.b.h.

Gary Paul Kasper

William J Bray

Paul C Wacker

Gary A Smith

Jason C Laberge

Ankur Jhawar

Paul Grinberg

Siddharth Ghule

Miroslav Mikulica

Ivo Chromy

Stalin Gutha

Aaron D'Souza

Bruce S Johnson

Jeffrey C Randall

Petr Hanel

Jakub Andrzejewski

David Sedlacek

A wall module for controlling a temperature in a building space includes a housing and a temperature sensor disposed within the housing. A touch screen display is mounted relative to the housing and a controller is configured to control what is displayed on the touch screen display and to accept inputs received via the touch screen display. A communication port is operatively coupled to the controller for communicating with an HVAC controller that is remote from the wall module. The controller is configured to permit a user to alter a display arrangement of information displayed on the touch screen display, and to transmit the altered display arrangement to the HVAC controller such that the HVAC controller can subsequently provide the altered display arrangement back to the wall module and/or share the altered display arrangement with other wall modules.

Wall module display modification and sharing

The invention is a system for selecting and previewing a configuration for a wall module before a download of the configuration to the wall module. The configuration may be selected from a set of standard applications or it may be a customized standard application. The configuration may instead be a new application. The configuration may be changed, such as screen segment selection, during a preview of it. A memory usage meter may indicate how much memory is used relative to the amount available in the wall module for the configuration. Also the system may have an autobind to a controller feature for time parameters. New application or customized standard application configurations may be saved to a library for future use.

Wall module configuration tool

A configurable wall module having selectable home screens, custom menu navigation, and incorporating functional design. The display utilizes fixed segments. menu navigation and configuration which may be facilitated with soft keys having indicative labels associated with them. The parameters may be accessed from categories by soft keys via two-level menu navigation. Certain parameter value and setpoint entries may be effected with up/down keys. Module configuration may be performed by a user. To provide such user capability, the module may be programmed and configured by an installer with a software configuration tool used in connection with the building automation system associated with the module.

Configurable wall module system

A system for upgrading firmware in multiple units or devices of a building control or automation system. A computer may have a tool that can reflash the firmware with an upgrade. The tool may reflash the firmware of multiple devices automatically without intervention of an operator. Devices having firmware that need an upgrade may be identified and classified as eligible for a firmware upgrade. Devices having firmware similar to firmware in other devices may be grouped with the latter devices for upgrading together, sequentially or in parallel, to simplify and expedite firmware upgrading of the devices. Firmware of devices in the field may be upgraded via a communication network or the like by the computer with the tool. The firmware upgrade, communications and/or associated activity associated with the upgrade may be proprietary and/or secured from public availability.

System for field upgrading of firmware in multiple units

A system and approach for defining labels for values, such as ordinal numbers, of enumerated parameters in a wall module. Label and number pairs may be downloaded to a wall module as part of definitions of the parameters. The wall module may be a source of a list of labels to a user and then set each parameter to a value associated with a label selected by the user.

System and approach for defining labels for enumeration values of parameters in a wall module

The present disclosure relates generally to building control systems and, more particularly, to methods and devices for configuring and/or displaying parameters or other information such as menu screens on a programmable wall module of a building control system. In an illustrative embodiment, a configuration tool may be configured to create a number of screens for the user interface of the programmable wall module based on a number of user inputs received via the user interface of the configuration tool. In some cases, the number of user inputs received via the user interface of the configuration tool may be less than, and sometimes far less than, the number of screens that are created by the configuration tool. Regardless, with the number of screens created, the configuration tool may upload the number of screens to the programmable wall module for use on the user interface of the programmable wall module.

Methods and apparatus for configuring scheduling on a wall module

Method and apparatus for configuring scheduling on a wall module

An electronic device such as an HVAC controller that accounts for internal heating in determining an environmental condition such as temperature or humidity in the space surrounding the HVAC controller. The HVAC controller may calculate a transient heat rise value that is based upon a powered time period and a first order time lag, especially during a time period before which the HVAC controller reaches a steady state temperature condition.

Controller with dynamic temperature compensation

A setback controller, typically a thermostat, controls a control unit which holds a condition within an enclosure at either a low energy consumption set point or a high energy consumption set point depending on the present time. The controller uses a recovery sensor to measure the state of a condition which can affect the rate at which recovery from the low energy to the high energy set point is likely to occur, and then starts recovery at a time consistent with the state of the condition so as to complete recovery at or near the time selected for the return to the high energy set point. The condition sensor may be located adjacent to the outside of the enclosure to sense one or more conditions. In a temperature control application, the recovery sensor may include a temperature sensor located outdoors near the controlled space and a wind velocity sensor.

Growing community of inventors

Champlin, MN, United States of America

Gary Paul Kasper