Abstract: A separating device with integrated storage securing an electrical charging device and providing wire management for portable computers, such as notebook computers or laptop computers, in a cart, pedestal, desk-mounted depot, or similar devices is shown herein. Briefly stated, in its preferred embodiment, the separating device comprises a sheet of rigid material with a thin thickness cut in a roughly trapezoidal profile, a plurality of holes, a plurality of tabs, and a plurality of slots. The separating device is designed to accept a portable computing device and its charging device. Wires running from the charging device to the portable computing device are fed through the separating device for wire management. Wires running from the charging device to a power plug are wrapped around the separating device for further wire management. Also, the separating device may be attached to a device capable of accepting the separating device.

Abstract: A modular a lower body support device is shown herein. An adjustable frame supports the bodyweight of a user such that the knee of the user rests within a knee frame, the shin of the user rests within a bend frame, and the ankle of the user rests within an ankle frame; a knee pad insert is removably attachable to the frame, and a skid plate insert is removably attachable to the knee pad insert; straps and slots are used to fasten the user to the frame; the user may sit on an integrated seat while kneeling, or may wear the device while ambulatory.

Abstract: A lower body support device is shown herein. The lower leg of the user is positioned such that the knee of the user rests within the area defined by a knee frame, the shin of the user rests within the area defined by a bend frame, and the ankle of the use rests in the region of an ankle frame. A strap bar means connected to the knee frame allows for the securing of a knee pad, such knee pad is user chosen, worn by the user and strapped to the knee frame via the strap bar means. A seat insert is secured to the top of the ankle frame. The user wears one leg support device on each leg. While resting on a surface, the bottom of the knee frame and the bottom of the ankle frame, and possibly the knee pad worn by the user, contact said surface. Preferably, the buttocks of the user rests on the seat insert, which transfers a significant portion of the weight of the user to the surface via the frames. The ankle frame and knee frame greatly limit the possibility of side-to-side motion.

Abstract: A crib device is provided for raising and lowering the dropside of a slatted crib. The dropsides are fitted with side rails attached to the outer slats. The side rails are channeled to receive a rod. The side rails fit within corner legs which are slotted to receive the side rails. The corner legs are also channeled to receive a rod. When the side rails are fitted within the corner legs, a slide rod is positioned through the respective channels. A latching mechanism is used to lock the dropside in place via a latching rod and latch rod recesses, which are located on the corner legs. When the latching mechanism is activated the dropside moves vertically along the slide rod with reduced risk of injury to both the user of the crib and the occupant of the crib as the outer slats block unwanted access to the slotted region of the corner legs.

Abstract: A method and apparatus for monitoring, controlling, recording, and transmitting operational parameters of an aquifer test, municipal well, dewatering project, pump and treat remediation project, or similar activity is presented. Water from a water source, typically a well, is directed through a flow control and monitoring assembly containing sensors to measure well parameters. Sensor readings are sent to a computing device for processing. Discrepancies are detected and operational parameters adjusted to avoid discrepancy-related failures. On-site and off-site personnel interface with the system through a man-machine interface or telephonic communication means, respectively. Performance and efficiency are determined in terms of drawdown, yield, rate of flow, residual drawdown, and specific capacity.