Perpetual Meter with Noise Damping
First Claim
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1. A housing assembly for a flow meter configured for measuring the flow of a liquid, said housing assembly comprising:
- a housing defining an housing outer surface, a housing inner surface and a housing-void configured for receiving flow measurement components, wherein a portion of said housing outer surface defines a register interface configured for being mechanically associated with a register, and wherein at least part of said housing inner surface further defines a cover receiver portion defining an distal-end and a receiver inner-wall defining at least one of (a) inner-wall-threads and (b) a retaining-element receiver;
wherein said housing further comprises an input-port and an output-port wherein said input-port is configured for being associated with a fluid source to allow fluid flow into said housing-void and said output-port is configured for being associated with a supply line to allow fluid flow out of said housing-void;
wherein said receiver inner-wall defines a shelf that extends perpendicularly form said receiver inner-wall a predefined distance thereby defining a shelf-surface having a shelf-width wherein said shelf is located a predefined shelf-offset-distance from said distal-end and wherein said shelf-surface further defines a sealing-member-receiver running angularly along said shelf-surface, said sealing-member-receiver configured for receiving a sealing-member;
a cover defining inside cover surface and an opposing outside cover surface connected by a cover peripheral edge, said cover further defining a perimeter-cover-thickness and an inner-cover-thickness and further defining a sealing surface running along the perimeter of said inside cover surface, said cover suitably configured to be associated with said cover-receiver so that said sealing surface is associated with said sealing-member;
a first damping element configured for separating at least part of said cover inside surface from at least part of said measuring components; and
wherein said cover is releasably mechanically associated with said housing by at least one of (a) a retaining-element and (b) peripheral-edge-threads defined by said cover peripheral edge and configured for being mechanically associated with said inner-wall-threads.
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Abstract
Disclosed are utilitarian and ornamental features of fluid flow meter housing technologies. Such housing technologies comprises removable covers where such covers are associated with the meter housings without using bolts to better distribute pressure across the surfaces of the flow measurement components inside the meter. Such configuration reduces measurement component deformation over time. Further disclosed are damping elements configured to reduce noise from the measurement elements disposed inside a fluid flow meter.
20 Citations
18 Claims
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1. A housing assembly for a flow meter configured for measuring the flow of a liquid, said housing assembly comprising:
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a housing defining an housing outer surface, a housing inner surface and a housing-void configured for receiving flow measurement components, wherein a portion of said housing outer surface defines a register interface configured for being mechanically associated with a register, and wherein at least part of said housing inner surface further defines a cover receiver portion defining an distal-end and a receiver inner-wall defining at least one of (a) inner-wall-threads and (b) a retaining-element receiver; wherein said housing further comprises an input-port and an output-port wherein said input-port is configured for being associated with a fluid source to allow fluid flow into said housing-void and said output-port is configured for being associated with a supply line to allow fluid flow out of said housing-void; wherein said receiver inner-wall defines a shelf that extends perpendicularly form said receiver inner-wall a predefined distance thereby defining a shelf-surface having a shelf-width wherein said shelf is located a predefined shelf-offset-distance from said distal-end and wherein said shelf-surface further defines a sealing-member-receiver running angularly along said shelf-surface, said sealing-member-receiver configured for receiving a sealing-member; a cover defining inside cover surface and an opposing outside cover surface connected by a cover peripheral edge, said cover further defining a perimeter-cover-thickness and an inner-cover-thickness and further defining a sealing surface running along the perimeter of said inside cover surface, said cover suitably configured to be associated with said cover-receiver so that said sealing surface is associated with said sealing-member; a first damping element configured for separating at least part of said cover inside surface from at least part of said measuring components; and wherein said cover is releasably mechanically associated with said housing by at least one of (a) a retaining-element and (b) peripheral-edge-threads defined by said cover peripheral edge and configured for being mechanically associated with said inner-wall-threads. - View Dependent Claims (2, 3, 4, 5, 6, 7, 8, 9, 10)
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11. A fluid meter damping assembly configured for reducing noise generated by a fluid meter, said fluid meter damping assembly comprising:
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a first damping element configured for separating at least part a fluid meter cover inside surface from at least part of flow measuring components disposed inside a fluid meter housing; a second damping element configured for separating at least a portion the inner surface of said fluid meter housing from at least part said flow measuring components; and an output damping element configured for being removably mechanically associated with a flow-output defined by said flow measuring components, said output damping elements configured from separating at least part of said flow-output from said fluid meter housing. - View Dependent Claims (12, 13, 14, 15, 16, 17, 18)
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Specification