Abstract: An exemplary plow includes a moldboard having a wear surface and a blade having a wear surface. A wear resistant coating is applied to at least a portion of at least one of the wear surfaces of the blade and moldboard. The wear resistant coating includes a plurality of scales. Each scale has a leading edge, a trailing edge, a raised portion disposed between the leading edge and the trailing edge, and a peak of the raised portion disposed closer to the trailing edge than the leading edge. The scales of the wear resistant coating are arranged in a plurality of rows, and gaps formed between scales in one row are offset from gaps formed between scales in an adjacent row.

Abstract: A monitoring system that monitors at least one component of a cutting edge supported on an implement, the monitoring system comprising a monitor controller; at least one sensor in sensing communication with the at least one component, the at least one sensor configured to monitor wear of the at least one component; wherein the at least one sensor is connected to the monitor controller to communicate a sensor signal indicative of the wear of the at least one component to the monitor controller; the monitor controller including an output, wherein upon receiving a selected signal from the at least one sensor, the monitor controller is configured to communicate an alert via the output.

Abstract: A support system may separate a structure from a roof of a building. The support system may include a base portion. The base portion may include at least one rounded edge configured to reduce the engagement of the base portion with the structure. A support portion may be coupled to the base portion. The support system may include at least one support channel sized and shaped to receive the structure. The support channel may straddle the structure when the structure is received in the support channel. The base portion may define at least one cutout configured to reduce the amount of drag on the support system, for instance when the support system is exposed to wind.

Abstract: An exemplary plow includes a moldboard having a wear surface and a blade having a wear surface. A wear resistant coating is applied to at least a portion of at least one of the wear surfaces of the blade and moldboard. The wear resistant coating includes a plurality of scales. Each scale has a leading edge, a trailing edge, a raised portion disposed between the leading edge and the trailing edge, and a peak of the raised portion disposed closer to the trailing edge than the leading edge. The scales of the wear resistant coating are arranged in a plurality of rows, and gaps formed between scales in one row are offset from gaps formed between scales in an adjacent row.

Abstract: Concepts and technologies are described herein for presenting and interacting with a hyperlink dialog. In accordance with the concepts and technologies disclosed herein, a hyperlink module can present a hyperlink dialog and can obtain hyperlink data that corresponds to user interactions with the hyperlink dialog. The hyperlink module can be configured to populate the hyperlink dialog with clipboard data, application data, web data, and/or other data. The hyperlink dialog can include a number of pages or tabs for identifying, selecting, and/or otherwise specifying a resource to be referenced by a hyperlink. Hyperlink data corresponding to the specified hyperlink can be output by the hyperlink module and stored or used for various purposes.

Abstract: An exemplary plow includes a moldboard having a wear surface and a blade having a wear surface. A wear resistant coating is applied to at least a portion of at least one of the wear surfaces of the blade and moldboard. The wear resistant coating includes a plurality of scales. Each scale has a leading edge, a trailing edge, a raised portion disposed between the leading edge and the trailing edge, and a peak of the raised portion disposed closer to the trailing edge than the leading edge. The scales of the wear resistant coating are arranged in a plurality of rows, and gaps formed between scales in one row are offset from gaps formed between scales in an adjacent row.

Abstract: A specimen retrieval system for use with minimally invasive surgical procedures is disclosed. The system permits excised tissue having a dimension, a size, a shape, or a volume larger than a natural orifice or a surgical incision used in a minimally invasive procedure to access the surgical site, to be removed from the body through the natural orifice or surgical incision. The system comprises a specimen retrieval container and a compression structure. The compression structure is configured to apply a compressive force to the container to reduce or alter at least one of a dimension, a size, a shape, and a volume of the container and the tissue contained therein, such that the tissue can be removed through the natural orifice or surgical incision without need to surgically alter or enlarge the orifice or original incision.

Abstract: Concepts and technologies are described herein for presenting and interacting with a hyperlink dialog. In accordance with the concepts and technologies disclosed herein, a hyperlink module can present a hyperlink dialog and can obtain hyperlink data that corresponds to user interactions with the hyperlink dialog. The hyperlink module can be configured to populate the hyperlink dialog with clipboard data, application data, web data, and/or other data. The hyperlink dialog can include a number of pages or tabs for identifying, selecting, and/or otherwise specifying a resource to be referenced by a hyperlink. Hyperlink data corresponding to the specified hyperlink can be output by the hyperlink module and stored or used for various purposes.

Abstract: A support device is provided herein and includes a pliable support structure. The support device further includes a plate structure for use with the pliable support structure. The plate structure is disposed on the support structure. A coupling member is associated with the plate structure allowing for other members to be coupled to the support device. Elevating assemblies are optionally further included to elevate elongate structure supported by the support device.

Abstract: A support device is provided herein and includes a pliable support structure. The support device further includes a plate structure for use with the pliable support structure. The plate structure is disposed on the support structure. A coupling member is associated with the plate structure allowing for other members to be coupled to the support device. Elevating assemblies are optionally further included to elevate elongate structure supported by the support device.

Abstract: A support device is provided herein and includes a pliable support structure. The support device further includes a plate structure for use with the pliable support structure. The plate structure is disposed on the support structure. A coupling member is associated with the plate structure allowing for other members to be coupled to the support device. Elevating assemblies are optionally further included to elevate elongate structure supported by the support device.

Abstract: A support device is provided herein and includes a pliable support structure. The support device further includes a plate structure for use with the pliable support structure. The plate structure is disposed on the support structure. A coupling member is associated with the plate structure allowing for other members to be coupled to the support device. Elevating assemblies are optionally further included to elevate elongate structure supported by the support device.

Abstract: The invention relates to systems and methods for making fertilizer compositions out of potassium phosphate brine solutions recovered from meat processing operations. In an embodiment, the invention includes a method for making a fertilizer composition including filtering a meat-processing waste solution, and measuring the concentration of a salt in the meat-processing waste solution. In an embodiment, the invention includes a method for disposing of a meat-processing brine solution including filtering the meat-processing brine solution, and measuring the concentration of a salt in the meat-processing brine solution.

Abstract: The invention relates to systems and methods for controlling salt concentration in a brine solution using a liquid potassium phosphate composition. In an embodiment, the invention includes a method for operating a meat product processing machine including removing a diluted brine solution from a reservoir, and adding a liquid composition comprising greater than about 50 wt. % of a potassium phosphate salt to the reservoir. In an embodiment, the invention includes a method for processing meat products. In an embodiment, the invention includes a method for treating meat products. In an embodiment, the invention includes a method for automatically controlling salt concentrations in a meat processing reservoir. In an embodiment, the invention includes a method for maintaining the concentration of a brine solution used in meat processing.

Abstract: A support device is provided herein and includes a pliable support structure. The support device further includes a plate structure for use with the pliable support structure. The plate structure is disposed on the support structure. A coupling member is associated with the plate structure allowing for other members to be coupled to the support device. Elevating assemblies are optionally further included to elevate elongate structure supported by the support device.

Abstract: A support device is provided herein and includes a support structure which has a recess therein. The support device optionally further includes a plate which has a depression therein. The plate is disposed on the support structure, where the depression of the plate is disposed at least partially within the recess of the support device. An elongate strut is disposed within the depression of the plate, where the elongate strut is coupled to the plate. A support device optionally includes support structure having a cut out or a recess therein.

Abstract: A mounting system providing protection to the mounting surface and flexibility to accommodate movement of the mounted structures. In one application, a pipe mounting system for rooftop mounting which provides a base conforming to the roof and protects the roof from penetration of the roof membrane by the base. The pipe mounting system providing freedom of motion in every direction to prevent damage to the roof structure. The pipe mounting system designed to withstand weather extremes.

Abstract: A mounting system providing protection to the mounting surface and flexibility to accommodate movement of the mounted structures. In one application, a pipe mounting system for rooftop mounting which provides a base conforming to the roof and protects the roof from penetration of the roof membrane by the base. The pipe mounting system providing freedom of motion in every direction to prevent damage to the roof structure. The pipe mounting system designed to withstand weather extremes.