Other

Siemens Water Technologies Holding Corp.

Zih Corporation

Edward L Thomas

Jeffrey Rhodes

James Marcukaitis

Richard Dennis, Ii

Jose Pioquinto

Mark Hirte

Patrick Eiswerth

Ewa Blizniak

The control systems and technique can regulate or control operations of a water treatment system in a primary control mode and, when appropriate, in a secondary or an alternate control mode. The primary control can represent a normal control mode during which the water treatment system is intended to operate. The alternate control mode can represent a second control or mode of operation. The systems can be operated to control or facilitate regulation, monitoring, and performance of one or more operating parameters of one or more water systems between, or to and from, a first mode, a second or alternate mode, and, in some cases, a third or even a fourth control mode. The change in control mode can be triggered by identifying one or more predetermined, pre-selected, and/or programmed conditions.

Water treatment control systems and methods of use

A printer for printing indicia upon media with print head and platen assemblies with ease of exchange and re-alignment features. The print head may be coupled to a print head bracket, the print head bracket removably coupled to the top cover of the printer by, for example, guide tabs of a print head support structure which mate with guide slots of the print head bracket. The print head bracket having alignment forks for aligning the print head with the platen. The printer also includes a platen bracket for maintaining the platen in the printer. The platen bracket being easy to remove to replace the platen.

Printer with quick release print head and platen to promote installation and removal of same

A fastener positioning apparatus includes a magnetized engaging element for slidably holding fasteners next to an elongated member as they are pushed from a first position into a hammering position by a positioning mechanism. In the hammering position, a hammering device seats the fastener into a desired medium. The entire fastener positioning apparatus may be placed on a cart for mobile use, and controlled so as to provide automatic placement of fasteners at predetermined intervals across the medium. Alternatively, manual control may be used instead of automatic control so that fasteners are positioned in accordance with specific selection of an operator. In the cart embodiment, a feed tube connects a tray for holding fasteners with a positioning device. The feed tube may include a vibrating device to ensure proper movement of the fasteners therethrough.

Fastener positioning device

A fastener positioning device is illustrated wherein an elongated member is slidably carried within a housing, the elongated member having a notch at the forward end thereof opening at the front end and on one side of the elongated member for receiving an enlarged fastener with the shank depending through the notch, and a retaining leaf spring engaging the enlarged head of the fastener. Means are provided for moving the elongated member forwardly while the retaining means supports and maintains the fastener within the notch during forward movement of the elongated member, but freeing the fastener when the elongated member is in forward position to permit retraction of the elongated member.

Growing community of inventors

Greenville, SC, United States of America

Edward L Thomas