Abstract: An improved process for treating an electrically conductive surface of a workpiece by cleaning or coating the surface is provided, comprising the steps of deploying the electrically conducting surface of the workpiece to form a cathode in an electrolytic cell; establishing a DC voltage between the cathode and an anode; forming a working gap between the anode and the cathode, and establishing a seal around the working gap to form a sealed treatment zone; delivering into the working gap an electrically conductive medium selected from the group consisting of: (A) an aqueous electrolyte from which a foam is created; (B) a foam; and a mixture of components (A) and (B), so that electrically conductive medium consisting of a foam comprising a gas/vapor phase and a liquid phase fills the working gap, wherein said electrically conductive medium enters the electrolytic cell through tubes having discharge ends oriented at approximately ten degrees from parallel to the workpiece, and wherein turbulence is created within

Abstract: A device for simulating the torso of an animal or human to determine projectile performance is provided, comprising a support frame; and a plurality of selectively removable simulant inserts, including a hide simulant insert, a muscle simulant insert, a bone simulant insert, and one or more internal organ simulant insert, and wherein the simulant inserts are placed within the support frame in a predetermined order specific to the type of animal or human being simulated. The support frame includes a mounting device to secure the support frame to a ground surface, and a base adapted to orient the support frame at a selectable angle relative to a projectile path. The support frame further includes a locking device adapted to secure the simulant inserts to the support frame. In a preferred embodiment, the locking device includes a fastener slidably disposed within a slot formed in the support frame, and an extended member adapted to contact one of the simulant inserts.

Abstract: A portable cart for solar energy conversion is provided comprising a cart having at least two wheels, wherein the cart includes a frame having a floor, a panel receiving assembly, and a panel holding assembly. The panel holding assembly is removably attachable to the panel receiving assembly. One or more photovoltaic solar panels is attached to the panel holding assembly; and voltage generated from the panels is directed to a charge controller. Electrical energy is stored in one or more batteries within the cart. The direct current from the batteries is directed to at least one inverter for producing AC power. An external stand is provided to mount the solar panels at a distance away from the cart. The external stand includes at least two positions to account for the position of the sun across the seasons. Optionally, the cart includes a charging receptacle for receiving a DC charge from an external source, such as an automobile.

Abstract: A tool (10) includes an elongated shaft (11) having a handle (12) mounted at one end, a working implement (14) mounted to an opposite end, and a sliding weight (16) journalled upon the shaft for movement between the handle and working implement. The working implement includes a handle (41) which is mounted to the end of the shaft and a head (42). The handle has a longitudinal axis LA. The handle head mounting end (44) having two spaced apart flanges (45). Each flange has a central pivot hole (46) and a pull pin hole (47). The head has a central mounting portion (49) and an impact head (51) with an impact surface (52). The central mounting portion includes a central pivot hole (53), which is alignable with the handle flange central pivot hole, and an arcuate series of set pin holes (54), which are alignable with the handle flange set pin holes. A pivot pin (56) extends through the handle flange central pivot holes and head central portion pivot hole.

Abstract: A separation device for removing solids from an input stream is provided, comprising a vessel, such as a production vessel or storage tank, having an inlet for receiving an input stream containing fluids, such as oil and water, and solids, such as sand and silt. The vessel also includes a fluid outlet and a drain outlet. An optional fluid recirculation and injection device is mounted inside the vessel and delivers fluid to facilitate removal of the solids through the drain outlet. The vessel also includes an agitation or flighted device mounted adjacent to the drain outlet for contacting and dislodging solids which have settled within the vessel. The agitation device includes a rotatable shaft driven by a motor, and an agitation element, such as an auger, to break up the solids and move them toward the drain outlet. A method of removing solids is also provided using the auger device.

Abstract: A paint brush container (10) is disclosed which includes has a base (11) and a lid (12) pivotally coupled to the base through an elongated hinge (13). The base has a bottom wall (15) with a linear array of first mounting holes (22) and second mounting holes (23). The base also includes a brush handle holder (24) and two laterally spaced, removably mounted restricting walls (26) which include a pair of mounting posts (27) configured to be releaseable received within the first and second mounting holes (22) and (23). The brush container also includes a pair of latches (41) which enable the lid to be releaseably held to base.

Abstract: An image stabilization or vibration reduction facility for a riflescope and firearm has a transparent optical element that refracts incoming rays passing based on motion, to provide a stabilized image, which is transmitted to a user along an optical path of a rifle scope. A feedback transducer connected an output signal from the stabilization facility indicates a characteristic of the output signal. The transducer may be a second reticle that moves based on motion of the riflescope to indicate the degree of deflection by the stabilization facility, and may illuminate when the stabilization facility is in a neutral condition without deflection. The rifle may include a trigger block the prevents trigger operation until a neutral condition is detected.

Abstract: An improved ratchet strapping device is provided, comprising a frame, an axle, and a handle pivotally installed on the axle. Ratchets are mounted on the axle and adjacent to the exterior of the frame. The frame includes a first detent on the outside of the frame which engages the ratchet. A release device is mounted on the handle, wherein the release device includes a second detent on the outside of the handle which engages the ratchets at another location. The frame includes a first cam having a radius greater than the ratchets and on which the second detent slides, and the handle includes a second cam having a radius greater than the ratchets and on which the first detent slides. Placement of the ratchet and detent components on the outside of the device permits spooling of substantially all of the strap for storage or unused portions of the strap during use.

Abstract: A support (10) is disclosed for use with food service equipment. The support has a tubular upper portion (11) and a tubular lower portion (12) telescopically mounted within the upper portion for adjustable vertical movement. The upper portion has a support body (15) and a steel, externally threaded stud (17). The lower portion includes a plastic, tubular foot (20) having a channel (21) with a t-shaped portion defined by a first portion (22) and a second portion (23). The lower portion also includes a t-shaped metal insert (25) mounted within the t-shaped portion of the channel. The insert is threaded onto the bottom end of the threaded stud for threaded vertical movement along the stud.

Abstract: A therapeutic compression stocking is knitted in an integrated knit format to have an oversized heel pocket from which an ankle arch portion extends that is knitted in a rib stitch format that is free of wrinkles when donned. The foot and leg are of conventional compression stocking construction.

Abstract: A striker plate assembly and security hinge system for use between a door and a door casing is provided, comprising a striker plate having a face plate and a housing adapted to receive an extendible member from the door, and a reinforcing member comprising a first flange having an opening adapted to matably and interlockingly engage said housing of the striker plate, and a second flange having a first hole pattern. The system also includes at least two security hinge assemblies connected between the door, the door casing and the interior wall structure, wherein each security hinge assembly comprises first and second hinging plates operatively connected by a pin, wherein the first hinging plate is attached to the door and includes a backstop plate, and wherein the second hinging plate includes an anchoring plate attached to the interior wall structure. Optionally, a routing guide may be employed which assists in the formation of a slot for the security hinges through the door casing.

Abstract: A light fixture (10) is provided having an upper housing (11), a light diffusor (12), a light source (13), and a heating source (14). The housing includes a mounting plate (17) adapted to be mounted to the ceiling of a structure in conventional fashion. The upper housing includes an upper wall, two oppositely disposed side walls (18), a bottom wall (19) spanning the side walls, and an annular airflow ring (21). The bottom wall has a central opening (23) therein. The airflow ring has a plurality of air exhaust holes (24) and a plurality of air intake holes (25). The mounting plate, bottom wall, and two side walls form an air channel (28) in fluid communication with the exhaust holes of the airflow ring. The heat source includes a pair of heating elements (38) mounted within the airflow channel and a motorized fan (39).

Abstract: A fan (10) is disclosed having an electric motor (13) which rotatably drives an annular array of blade irons (14) each having a blade (15) mounted thereto. Each blade iron has a motor mounting portion (21) configured to be coupled with the electric motor for rotation. The motor mounting portion has an arcuate, vertical wall (26) and a horizontal flange (27). The horizontal flange has a first mounting hole (28) and an oblong second mounting hole (29). A first mounting screw (31) having a first bushing or bearing (32) thereon passes through each first mounting hole and into a threaded mounting hole (34) in the motor (13). Similarly a second mounting screw (35) having a second bushing or bearing (36) thereon passes through each second mounting hole and into a threaded mounting hole (37) in the motor. With this configuration the blade iron can pivot relative to the motor.