Abstract: Methods and systems for installing a floating sink. The systems may comprise a sink, the sink having an integrated bracket configured to attach to a wall and two spring assisted fasteners configured to attach the sink to the wall through the integrated bracket. Systems may include a drain plate integrated into a base of the sink, a drain pan configured to be attached to a drain pipe, and an attachment mechanism configured to temporarily attach the drain pan to the drain plate, wherein the drain pan can be connected and disconnected from the drain pan at the attachment mechanism. Systems may include an overflow assembly for the sink, including an overflow backplate attached to a backside of the ramp sink, an overflow collar attached to a drain pipe, and tubing connecting the overflow backplate to the overflow collar.

Abstract: A control system for an industrial automation facility and a method for programming and operating the control system use a program for the control system which is developed with a development tool. Data from a web server built into the control system is transmitted to a computer which is connected to the control system via a network. The data includes a web-based development environment. A representation of the development environment in a web browser is embodied on the computer. A program for the control system is developed or processed by a user. The program developed and/or processed by the user is converted into a high-level language program by a conversion module embodied in the web browser. The high-level language program is transmitted to the control system and converted into a binary program inside the control system. The binary program is implemented by the control system.

Abstract: Methods and systems for installing a floating sink. The systems may comprise a sink, the sink having an integrated bracket configured to attach to a wall and two spring assisted fasteners configured to attach the sink to the wall through the integrated bracket. Systems may include a drain plate integrated into a base of the sink, a drain pan configured to be attached to a drain pipe, and an attachment mechanism configured to temporarily attach the drain pan to the drain plate, wherein the drain pan can be connected and disconnected from the drain pan at the attachment mechanism. Systems may include an overflow assembly for the sink, including an overflow backplate attached to a backside of the ramp sink, an overflow collar attached to a drain pipe, and tubing connecting the overflow backplate to the overflow collar.

Abstract: A control system for an industrial automation facility and a method for programming and operating the control system use a program for the control system which is developed with a development tool. Data from a web server built into the control system is transmitted to a computer which is connected to the control system via a network. The data includes a web-based development environment. A representation of the development environment in a web browser is embodied on the computer. A program for the control system is developed or processed by a user. The program developed and/or processed by the user is converted into a high-level language program by a conversion module embodied in the web browser. The high-level language program is transmitted to the control system and converted into a binary program inside the control system. The binary program is implemented by the control system.