Abstract: An apparatus for wrapping material around a utility line is provided, the apparatus comprising one or more wheels configured to engage with the utility line and facilitate controlled movement of the apparatus along a length of the utility line; and a material-wrapping subsystem, wherein the material-wrapping subsystem comprises at least one reel configured to hold at least one roll of material; and at least one motor configured to move the at least one reel in an orbital path around the utility line to wrap the utility line using the at least one roll of material as the apparatus moves along the length of the utility line.

Abstract: Various methods, apparatuses/systems, and media for data management are disclosed. A processor integrates internal data, third party data, user-generated content data, and historical data into key data that relates to management of one or more stores and branches in a network of stores and branches. The key data is stored into a single centralized database. The processor generates analytical insights data from analysis of the key data and historical data. The analytical insights data is displayed onto a graphical user interface (GUI) for considering and analyzing the analytical insights data by a user. User's feedback data is received that corresponds to the user's response based on analyzing the analytical insights data. The processor apples machine learning (ML) algorithms for continuously analyzing all available data including the user's feedback data and extracting and classifying contents of available data including the feedback data to provide targeted recommendations data onto the GUI.

Abstract: An earth boring drill bit comprising a bit body having a longitudinal axis along a path of the bit, a first plurality of cutters mounted to the body, and a second plurality of cutters rotatably mounted to the body, wherein a longitudinal axial relationship between the first plurality of cutters and the second plurality of cutters is adjustable. The first and/or second plurality of cutters may be mounted to the body in such a manner as to allow them to slide parallel to the longitudinal axis. The longitudinal axial relationship may be adjusted to exchange the first plurality of cutters and the secondary plurality of cutters between a primary cutting position and a secondary cutting position. The bit may include a sensor to provide an indication of a formation type being excavated by the bit and a processor to control the longitudinal axial relationship based on the indication.

Abstract: An earth boring drill bit comprising a bit body having a longitudinal axis along a path of the bit, a first plurality of cutters mounted to the body, and a second plurality of cutters rotatably mounted to the body, wherein a longitudinal axial relationship between the first plurality of cutters and the second plurality of cutters is adjustable. The first and/or second plurality of cutters may be mounted to the body in such a manner as to allow them to slide parallel to the longitudinal axis. The longitudinal axial relationship may be adjusted to exchange the first plurality of cutters and the secondary plurality of cutters between a primary cutting position and a secondary cutting position. The bit may include a sensor to provide an indication of a formation type being excavated by the bit and a processor to control the longitudinal axial relationship based on the indication.

Abstract: A casing bit, which may comprise a composite structure, for drilling a casing section into a subterranean formation, and which may include a portion configured to be drilled therethrough, is disclosed. Cutting elements and methods of use are disclosed. Adhesive, solder, electrically disbonding material, and braze affixation of a cutting element are disclosed. Differing abrasive material amount, characteristics, and size of cutting elements are disclosed. Telescoping casing sections and bits are disclosed. Aspects and embodiments are disclosed including: at least one gage section extending from the nose portion, at least one rotationally trailing groove formed in at least one of the plurality of blades, a movable blade, a leading face comprising superabrasive material, at least one of a drilling fluid nozzle and a sleeve, grooves for preferential failure, at least one rolling cone affixed to the nose portion, at least one sensor, discrete cutting element retention structures, and percussion inserts.