SENSOR FOR MEASURING MECHANICAL TENSIONS IN A WIRE
First Claim
1. A measurement device for measuring mechanical tensions in wires comprisinga parallelepiped-shaped body (1) tangibly elongated and made of metallic material,supporting and wire-fixing elements (2, 2′
- ) attached to the parallelepiped-shaped body,perimetric indentations furnished at the supporting and wire-fixing elements (2, 2′
) destined to keep a wire (3) in place,a mechanical construction (4) furnished on a surface of the parallelepiped-shaped body (1) to house extensometric gages generating signals corresponding to the levels of load on the wire (3) on which the load is installed, wherein such supporting and wire-fixing elements (2, 2′
) project out through at least one of the faces of the parallelepiped-shaped body (1), wherein the supporting and wire-fixing elements (2, 2′
) are distributed throughout such face and are orthogonally projecting with respect to the plane of the face through which the supporting and wire-fixing elements (2, 2′
) emerge.
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Accused Products
Abstract
A measurement device for measuring mechanical tensions in wires consisting of a metallic parallelepiped-shaped body (1), with a mechanical construction (4) for extensometric gauges from which supporting and fixing elements (2, 2′) stem from either one or both its faces, and which are provided with perimetric indentations. The supporting elements are three rods or rigid pivots arranged on the nodes of a tetractys pattern with respect to the longitudinal axis of the body, one of them (2′) being in an extremal position, mobile, retractile by shift both forwards and backwards in order to allow for it to be brought back to its forward operating position.
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Citations
10 Claims
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1. A measurement device for measuring mechanical tensions in wires comprising
a parallelepiped-shaped body (1) tangibly elongated and made of metallic material, supporting and wire-fixing elements (2, 2′ - ) attached to the parallelepiped-shaped body,
perimetric indentations furnished at the supporting and wire-fixing elements (2, 2′
) destined to keep a wire (3) in place,a mechanical construction (4) furnished on a surface of the parallelepiped-shaped body (1) to house extensometric gages generating signals corresponding to the levels of load on the wire (3) on which the load is installed, wherein such supporting and wire-fixing elements (2, 2′
) project out through at least one of the faces of the parallelepiped-shaped body (1), wherein the supporting and wire-fixing elements (2, 2′
) are distributed throughout such face and are orthogonally projecting with respect to the plane of the face through which the supporting and wire-fixing elements (2, 2′
) emerge. - View Dependent Claims (2, 3, 4, 5)
- ) attached to the parallelepiped-shaped body,
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6. A measurement device for measuring mechanical tensions in wires which, being of the kind made out of a parallelepiped-shaped body (1) tangibly elongated of metallic material, presenting supporting and wire-fixing elements (2, 2′
- ) endowed with a perimetric indentation destined to keep the wire (3) in place and having the body (1) on its surface a mechanical design (4) to house extensometric gages generating the signals corresponding to the levels of load on the wire (3) on which it is installed, wherein such supporting elements (2, 2′
) project out through at least one of the faces of the body (1), distributed throughout such face and orthogonally projecting with respect to the plane of the face through which they emerge. - View Dependent Claims (7, 8, 9, 10)
- ) endowed with a perimetric indentation destined to keep the wire (3) in place and having the body (1) on its surface a mechanical design (4) to house extensometric gages generating the signals corresponding to the levels of load on the wire (3) on which it is installed, wherein such supporting elements (2, 2′
Specification