Abstract: A method of removing material from a workpiece includes moving a coated abrasive over a receiving surface of a platen, the receiving surface having at least one opening configured for the flow of an ejection material therethrough, moving the platen and workpiece relative to each other to contact the coated abrasive to the workpiece and removing material from the workpiece, and controlling a flow pressure for the ejection material through the at least one opening during removing material from the workpiece, where the flow pressure of the ejection material can be adjusted based on at least one of the operation parameters such as a translation rate of the coated abrasive over the receiving surface, the weight of the coated abrasive, a material removal rate, a coefficient of friction between the coated abrasive and the platen, or a combination thereof.

Abstract: A shoe and shoe ornamenting device is shown. The shoe is shown in an exemplary embodiment, depicted as a preferred loafer having attachment points for attachment of a shoe ornamenting device thereto. The attachment points preferably comprise a loop of material that serves as a point of connection for the shoe ornamenting device. A replaceable band is secured to a first shackle and a second shackle, the shackles being removably secured, respectively, to loops of material at each bridge end of the shoe, using a fastener, such as a pin, which secures the shackle to a loop.

Abstract: A shoe and shoe ornamenting device is shown. The shoe is shown in an exemplary embodiment, depicted as a preferred loafer having attachment points for attachment of a shoe ornamenting device thereto. The attachment points preferably comprise a loop of material that serves as a point of connection for the shoe ornamenting device. A replaceable band is secured to a first shackle and a second shackle, the shackles being removably secured, respectively, to loops of material at each bridge end of the shoe, using a fastener, such as a pin, which secures the shackle to a loop.

Abstract: A demountable wall system includes a frame component that has a base. The demountable wall system also includes a biasing element and a cover that is removably coupled to the frame component. The cover includes a cover body and an engagement projection extending outwards from the cover body, and the biasing element is configured to bias the cover such that the engagement projection engages the frame component.

Abstract: A demountable wall system includes a frame component. The frame component may include a front channel that receives a panel of the demountable wall system. In addition to the front channel, the frame component may include at least one of a front cover, a removable back cover, a leveling system, a supplemental channel, or a joining system. In some examples, the demountable wall system includes a door support system for movably supporting a door relative to the panel of the demountable wall system.

Abstract: A demountable wall system includes a frame component that has a base. The demountable wall system also includes a biasing element and a cover that is removably coupled to the frame component. The cover includes a cover body and an engagement projection extending outwards from the cover body, and the biasing element is configured to bias the cover such that the engagement projection engages the frame component.

Abstract: A demountable wall system includes a frame component. The frame component may include a front channel that receives a panel of the demountable wall system. In addition to the front channel, the frame component may include at least one of a front cover, a removable back cover, a leveling system, a supplemental channel, or a joining system. In some examples, the demountable wall system includes a door support system for movably supporting a door relative to the panel of the demountable wall system.

Abstract: A demountable wall system includes a frame component. The frame component may include a front channel that receives a panel of the demountable wall system. In addition to the front channel, the frame component may include at least one of a front cover, a removable back cover, a leveling system, a supplemental channel, or a joining system. In some examples, the demountable wall system includes a door support system for movably supporting a door relative to the panel of the demountable wall system.

Abstract: A demountable wall system includes a frame component. The frame component may include a front channel that receives a panel of the demountable wall system. In addition to the front channel, the frame component may include at least one of a front cover, a removable back cover, a leveling system, a supplemental channel, or a joining system. In some examples, the demountable wall system includes a door support system for movably supporting a door relative to the panel of the demountable wall system.

Abstract: Embodiments herein provide for imaging and identification of obscured objects. One system herein includes a volumetric data source comprising three dimensional (3D) imaging data of a scene, and a two dimensional (2D) image source comprising 2D image data of the scene. The system also includes a processor operable to process the 2D data and the 3D data to generate a model of a material obscuring an object in the scene from sensors providing the 2D data and the 3D data. The processor is further operable to refine the model with detection data of the material from the volumetric data source, to detect the material obscuring the object based on the refined model, to generate an image of the scene, and to remove data pertaining to the material from the image to reveal the object in the image.

Abstract: A method of removing material from a workpiece includes moving a coated abrasive over a receiving surface of a platen, the receiving surface having at least one opening configured for the flow of an ejection material therethrough, moving the platen and workpiece relative to each other to contact the coated abrasive to the workpiece and removing material from the workpiece, and controlling a flow pressure for the ejection material through the at least one opening during removing material from the workpiece, where the flow pressure of the ejection material can be adjusted based on at least one of the operation parameters such as a translation rate of the coated abrasive over the receiving surface, the weight of the coated abrasive, a material removal rate, a coefficient of friction between the coated abrasive and the platen, or a combination thereof.

Abstract: Embodiments herein provide for imaging and identification of obscured objects. One system herein includes a volumetric data source comprising three dimensional (3D) imaging data of a scene, and a two dimensional (2D) image source comprising 2D image data of the scene. The system also includes a processor operable to process the 2D data and the 3D data to generate a model of a material obscuring an object in the scene from sensors providing the 2D data and the 3D data. The processor is further operable to refine the model with detection data of the material from the volumetric data source, to detect the material obscuring the object based on the refined model, to generate an image of the scene, and to remove data pertaining to the material from the image to reveal the object in the image.

Abstract: A shoe and shoe ornamenting device is shown. The shoe is shown in an exemplary embodiment, depicted as a preferred loafer having attachment points for attachment of a shoe ornamenting device thereto. The attachment points preferably comprise a loop of material that serves as a point of connection for the shoe ornamenting device. A replaceable band is secured to a first shackle and a second shackle, the shackles being removably secured, respectively, to loops of material at each bridge end of the shoe, using a fastener, such as a pin, which secures the shackle to a loop.

Abstract: This disclosure generally relates to networked computing environments, and particularly to propagating current appointment availability of service providers to potential or existing clients of the service providers in a network environment. In some cases, currently available appointment availability of one or more service providers are provided in a manner that includes computer executable instructions that allow potential or existing clients to book one or more of the propagated appointments that are currently available.

Abstract: The present invention relates to novel uses of peptide compounds that are agonists of the erythropoietin receptor (EPO-R). The invention also relates to methods of using such peptide compounds to treat disorders associated with insufficient or defective red blood cell production, including chemotherapy induced anemia. Pharmaceutical compositions, which comprise the peptide compounds of the invention, are also provided. Also provided are kits and articles of manufacture comprising such compounds.

Abstract: A pegboard assembly is secured in a spaced relation against a wall. The pegboard assembly has a plurality of pegboard members, in which a first pegboard member is coupled to a second pegboard member by a connector. The pegboard member has a front side and a rear side, and has a plurality of holes defined therethrough. The rear side has an integral spacer element and is adapted to contact the wall such that the holes are adapted to be spaced from the wall.