Abstract: A Dynamic Multi Axis Mounting Platform System includes at least one mounting platform with receiver hitch couplers and extension arms secured by receiver hitch pins and safety clips. The system incorporates multiple receiver hitch coupler types and extension arms including outriggers, legs, and columns that enable secure mounting in various orientations. An optional vertical/horizontal clevis swing plate assembly may be used if necessary in some configurations and provides 180-degree rotation capabilities in both planes, while swing jacks enable leveling and height adjustment. The system's modular design accommodates diverse applications including solar panel mounting, structural support, marine installations, and trailer bed configurations. Manufactured using various materials with specialized surface treatments, the system maintains structural integrity across different environments.

Abstract: A storage assembly can hang clothing items while providing for adjustable storage for a long gun and/or one or more pistols. The storage assembly includes a main arm having a plurality of holes formed therethrough with a hanging member disposed on a first end of the main arm. An extension arm can telescopingly extend from and be adjustably attached to an open bottom end of the main arm. An upper securing device is adjustably positioned along a length of the front of the main arm. A lower base member is disposed at the front of the distal end of the extension arm. The lower base member can support the stock of a long gun, while the upper securing device can attach to the barrel of the long gun. One or more pistol holders can be placed adjustably along the back side of the main arm.

Abstract: A method for positional analysis, comprising the steps of: receiving, from a user device, location information indicating a location of the user device; identifying a location of at least one reference target; determining at least one intended location of the user device by applying a structure model to the location of the, or each, reference target; determining a difference between the, or each, intended location and the location of the user device; determining a first result indicating whether the difference meets a threshold distance of a predefined threshold rule; determining a second result indicating whether the predefined threshold rule is satisfied based at least in part on the first result; and in response, communicating an instruction to the user device indicating that the predefined threshold rule is satisfied, and associated system and device.

Abstract: The invention relates to a method for detecting a distance between a radar system and a reflecting surface. The method comprises the steps of transmitting a frequency modulated continuous wave (FMCW) radar signal from the radar system and receiving a reflected FMCW radar signal being the transmitted signal that has been reflected by the reflecting surface. Further, the method comprises the steps of providing a beat signal having a frequency that is equal to the frequency difference between the transmitted signal and the received signal and determining harmonics of the beat signal. The method also comprises the step of using phase shift information of at least one of said harmonics for determining a distance between the radar system and the reflecting surface.

Abstract: The invention relates to a method for detecting a distance between a radar system and a reflecting surface. The method comprises the steps of transmitting a frequency modulated continuous wave (FMCW) radar signal from the radar system and receiving a reflected FMCW radar signal being the transmitted signal that has been reflected by the reflecting surface. Further, the method comprises the steps of providing a beat signal having a frequency that is equal to the frequency difference between the transmitted signal and the received signal and determining harmonics of the beat signal. The method also comprises the step of using phase shift information of at least one of said harmonics for determining a distance between the radar system and the reflecting surface.

Abstract: A coupling for connecting a pair of pipe ends together. The inventive device includes a main body having a mounting aperture for securing to a first pipe end and a hollow interior which receives a telescoping tube therewithin. A seal is releasably positioned within a circumferential seal mounting groove formed along an interior surface of the main body and engages a seal mounting groove formed along the telescoping tube during a positioning of the telescoping tube within the main body. Once engaged to the seal, the telescoping tube can be slidably positioned within the main body to desired position, with the seal precluding a passage of fluid across a juncture of the telescoping tube and the main body. The telescoping tube can be extended from the main body to couple with a second pipe end positioned a predetermined and fixed distance away from the first pipe end to fluidly couple the pipe ends together.