Abstract: An attachment assembly includes a first component, a second component, and a locking device assembly. The locking device assembly is structured to move between an unlocked position corresponding to the second component being attachable to, and removable from, the first component and a locked position corresponding to the second component being securely coupled to the first component.

Abstract: A stator assembly for a progressing cavity pump is provided. The stator assembly includes a number of stator laminates having a planar body defining a primary, inner passage and a number of outer passages, the outer passages disposed effectively adjacent the inner passage whereby the inner passage is at least partially defined by a band, wherein the band is outwardly flexible. The stator laminates are coupled to each other in a stack wherein the stator laminate body inner passages define a helical passage. The helical passage is a flexible helical passage.

Abstract: A stator assembly for a progressing cavity pump is provided. The stator assembly includes a number of stator laminates having a planar body defining a primary, inner passage and a number of outer passages, the outer passages disposed effectively adjacent the inner passage whereby the inner passage is at least partially defined by a band, wherein the band is outwardly flexible. The stator laminates are coupled to each other in a stack wherein the stator laminate body inner passages define a helical passage. The helical passage is a flexible helical passage.

Abstract: A stator assembly for a progressing cavity pump is provided. The stator assembly includes a number of stator laminates having a planar body defining a primary, inner passage and a number of outer passages, the outer passages disposed effectively adjacent the inner passage whereby the inner passage is at least partially defined by a band, wherein the band is outwardly flexible. The stator laminates are coupled to each other in a stack wherein the stator laminate body inner passages define a helical passage. The helical passage is a flexible helical passage.

Abstract: A stator assembly for a progressing cavity pump is provided. The stator assembly includes a number of stator laminates having a planar body defining a primary, inner passage and a number of outer passages, the outer passages disposed effectively adjacent the inner passage whereby the inner passage is at least partially defined by a band, wherein the band is outwardly flexible. The stator laminates are coupled to each other in a stack wherein the stator laminate body inner passages define a helical passage. The helical passage is a flexible helical passage.

Abstract: A stator assembly for a progressing cavity pump is provided. The stator assembly includes a number of stator laminates having a planar body defining a primary, inner passage and a number of outer passages, the outer passages disposed effectively adjacent the inner passage whereby the inner passage is at least partially defined by a band, wherein the band is outwardly flexible. The stator laminates are coupled to each other in a stack wherein the stator laminate body inner passages define a helical passage. The helical passage is a flexible helical passage.

Abstract: A stator assembly for a progressing cavity pump is provided. The stator assembly includes a number of stator laminates having a planar body defining a primary, inner passage and a number of outer passages, the outer passages disposed effectively adjacent the inner passage whereby the inner passage is at least partially defined by a band, wherein the band is outwardly flexible. The stator laminates are coupled to each other in a stack wherein the stator laminate body inner passages define a helical passage. The helical passage is a flexible helical passage.

Abstract: A stator assembly for a progressing cavity pump is provided. The stator assembly includes a number of stator laminates having a planar body defining a primary, inner passage and a number of outer passages, the outer passages disposed effectively adjacent the inner passage whereby the inner passage is at least partially defined by a band, wherein the band is outwardly flexible. The stator laminates are coupled to each other in a stack wherein the stator laminate body inner passages define a helical passage. The helical passage is a flexible helical passage.

Abstract: A stator assembly for a progressing cavity pump is provided. The stator assembly includes a number of stator laminates having a planar body defining a primary, inner passage and a number of outer passages, the outer passages disposed effectively adjacent the inner passage whereby the inner passage is at least partially defined by a band, wherein the band is outwardly flexible. The stator laminates are coupled to each other in a stack wherein the stator laminate body inner passages define a helical passage. The helical passage is a flexible helical passage.

Abstract: A diverter assembly for a downspout is provided. The diverter assembly includes a housing assembly and a deflector assembly. The housing assembly defines a generally vertical passage and includes an inlet port, a first outlet port and a second outlet port. The deflector assembly includes a movable deflector member. The deflector member is disposed in the housing assembly passage and moves between a first position, a dumping position, and a closed position.

Abstract: A support device is provided. The support device includes a support assembly with an elongated first body defining a cantilever mounting and a support surface.

Abstract: A pair of pliers having replaceable jaws is provided. The first plier member has a handle and a jaw assembly. The first plier member jaw assembly includes a body defining an elongated slot and having at least one guide surface. The second plier member has a handle assembly and a jaw assembly. The second plier member jaw assembly is selectively disposed in one of two configurations, a first configuration, wherein the second plier member jaw assembly is separated from the first plier member, and a second configuration, wherein the second plier member jaw assembly is slidably coupled to the first plier member with the second plier member jaw assembly guide member at least one guide surface slidably engaging the first plier member jaw assembly body at least one guide surface.

Abstract: A pair of pliers having replaceable jaws is provided. The first plier member has a handle and a jaw assembly. The first plier member jaw assembly includes a body defining an elongated slot and having at least one guide surface. The second plier member has a handle assembly and a jaw assembly. The second plier member jaw assembly is selectively disposed in one of two configurations, a first configuration, wherein the second plier member jaw assembly is separated from the first plier member, and a second configuration, wherein the second plier member jaw assembly is slidably coupled to the first plier member with the second plier member jaw assembly guide member at least one guide surface slidably engaging the first plier member jaw assembly body at least one guide surface.

Abstract: A sight for a firearm is provided. The sight is structured to fit within a channel defined within the firearm. In some examples, the channel is defined within the slide of a semi automatic handgun. The sight includes a base that fits within the channel, and a visual index portion extending outward from the base. A removable firearm component blocks an open end of the channel, thereby retaining the sight, when the removable firearm component is installed on the firearm. In some examples, a rear sight may be secured within a channel defined within a slide by a firing pin stop. In other examples, a front sight may be secured within a channel defined within a slide by a barrel bushing. Some examples of the sight may include an adjustment mechanism for moving the visual index portion with respect to the base.

Abstract: An air-actuated clamping assembly that is quickly actuated to secure a workpiece in place during machining operations, such as on a waterjet machine. The clamping operation is completed within seconds after a workpiece is placed (for example, when used in conjunction with a waterjet machine) onto the waterjet machine slats. The system greatly minimizes set-up time, allows for an adjustable clamping force, allows for one operator to set up workpieces, keeps the workpiece firmly in place and prevents movement during the machining process, is adaptable to various waterjet brands and models, and is air-actuated so that typical “house air” can be utilized.

Abstract: A storage system is provided. The storage system includes a shelf, a number of elongated frame members and a number of support assemblies having a spherical coupling. The support assemblies are coupled to beams. The frame members extend downwardly from the support assemblies and are coupled to the shelf. The support assemblies' spherical coupling allows for the frame members to be disposed at an adjustable angle relative to the shelf. Thus, regardless of the spacing of the beams, the support assemblies are directly coupled to the beams.

Abstract: A support device is provided. The support device includes a support assembly with an elongated first body defining a cantilever mounting and a support surface.