Other

Fischer & Porter Company

Daniel J Evans

Peter J Herzl

Lawrence A Brown

John S Yard

Hubert Riester

A portable fluid dispensing apparatus comprising an fluid reservoir, an air compressor, and a dispensing gun. The fluid reservoir is fitted with a pressure switch which regulates the pressure within said fluid reservoir. Once fluid is charged into the fluid reservoir, the air compressor is activated to pressurize said fluid reservoir and the apparatus is ready for use. The fluid dispenser is then transported to the servicing site. An operator pulls the trigger on the dispenser gun for delivery of fluid on demand. When the pressure in the fluid reservoir drops, the air compressor is automatically triggered to raise the pressure to the predetermined set point. The fluid reservoir may be replenished with fluid as needed by simply depressurizing the fluid reservoir, refilling and repressurizing same. The fluid dispenser may additionally be fitted with a manually operated pump. The fluid reservoir may also be thermally insulated with heat tape to maintain the desired viscosity of the fluid contained therein.

Portable automatic fluid dispenser

A method, apparatus, and kit are provided for non-invasively freezing a content of a pipe. The method comprises the steps of applying a substantially continuous seal over an outside surface of a pipe at a location where a content of the pipe is to be frozen, covering a surface area of the pipe with a cover sheet in such a way that the substantially continuous seal separates the cover sheet from the surface area to define a cavity between the surface area and the cover sheet, and introducing a cryogenic fluid into the cavity to draw heat away from a content of the pipe, through the surface area. A periphery of the cavity is defined by the substantially continuous seal. The method advantageously provides an apparatus for freezing the content of the pipe. A kit can be used to assemble the apparatus. Advantageously, the method, apparatus 80, and kit provide a non-invasive way of freezing the pipe's content. There is no need to penetrate the wall of the pipe to insert any complex structures or mechanisms. Nor do the method, apparatus, and kit require multiple complex devices, each of which accommodates different diameters of pipe. The method, apparatus, and kit advantageously can be used at locations along the pipe where there are external obstructions 30. They also can be used in such a way that the escape of cryogenic fluids into the atmosphere is minimized, if not eliminated.

Method and apparatus for non-invasively freezing a content of a pipe

A cryogenic tool capable of freezing the pipe content which otherwise flows through a pipe is provided to permit isolation of a repair site in the pipe. The cryogenic tool comprises a tool body and a cryogenic device. The tool body has a tip which is adapted for insertion through a wall of the pipe. The tip is of sufficient length to extend entirely through the wall of the pipe and into the pipe content. The cryogenic device is connected to the tip. The cryogenic device is adapted to reduce the temperature of the tip sufficiently to freeze the content of the pipe in the vicinity of the tip. Also provided is a method of freezing the content of a pipe to prevent flow through the pipe. The method comprises the steps of: inserting a thermally conductive tip of a cryogenic tool through a wall of the pipe so that the cryogenic tool extends into the content; and applying a cryogenic fluid to the conductive tip so that heat from the content of the pipe is transferred through the tip to the cryogenic fluid, to vaporize the cryogenic fluid.

Invasive cryogenic tool and method for freezing the content of a pipe

A golf club holder can be folded up to be carried in a golfer's pocket and can then be unfolded or extended so that its ground-piercing legs can be pushed into the ground. The golf club holder includes a clamp, having first and second clamping surfaces, at least one of which is movable relative to the other for clamping the golf club onto the golf club holder. The golf club holder is clamped onto the club and is then pushed into the ground simply by holding the grip of the club and pushing the club down until the head of the club rests on the ground. To remove the holder, the golfer simply pulls the club by its grip, pulling the holder out of the ground, and then removes the holder from the club. In this way, the golfer can keep a spare club handy without its grip getting wet and without having to bend down to pick up a club from the ground.

Golf club holder

A protective shield and bracket assembly adapted to cooperate with a flowmeter in which a variable-area flow tube subject to breakage in the course of operation is supported in an upright position within a meter body having a rear wall in a manner exposing all but the rear portion of the tube, whereby the vertical position assumed by a float within the tube may be observed to provide a reading of flow rate. The bracket is formed by a strip which lies against the rear wall of the meter body and is secured thereto, the strip being provided with resilient arms which project forwardly from opposite sides thereof and terminate in fingers to which opposing margins of a channel-shaped transparent plastic shield are attached, whereby the exposed sides of the meter tube are enveloped by the shield to define a safety chamber which confines explosion products resulting from breakage of the tube. Fluid discharged from the shattered tube is exhausted rearwardly from the chamber to prevent injury to personnel in the vicinity of the flowmeter.

Shield and bracket assembly for flowmeter

An adapter for a vortex-shedding flowmeter serving to render the meter capable of measuring low flow rates below its normal operating range. The flowmeter includes a flow tube forming a passage for the fluid to be measured and an obstacle assembly mounted therein for generating fluidic oscillations which frequency is proportional to flow rate. The adapter includes means that act to restrict the effective area of the fluid traversing the obstacle assembly, whereby for the same velocity of flow past the assembly a smaller amount of fluid is metered. By providing a set of adapters introducing different areas of restriction, the meter is then able to function as a multi-range instrument.

Growing community of inventors

Kissimmee, FL, United States of America

Daniel J Evans