Measuring point bolt and method of making the bolt
Measuring-point bolt including a body having a first end and a second end. The first end has an internal opening adapted to receive a measuring device pin. The second end is adapted connect to a hollow pin of another measuring device. A main internal opening is arranged within the body and communicates with the internal opening of the first end. A spring is arranged within the main internal opening. A element is movably arranged within the body. The element is structured and arranged to prevent entry of foreign particles into the body. A sealing member is at least one of non-removably connected to the second end and permanently fixed to the second end. The sealing member is adapted to prevent equalization of air pressure between an outside atmosphere and the main internal opening. This Abstract is not intended to define the invention disclosed in the specification, nor intended to limit the scope of the invention in any way.
1. A measuring-point bolt comprising:
a body comprising a first end and a second end;
the first end comprising an internal opening adapted to receive a measuring device pin;
the second end being adapted to connect to a hollow pin of another measuring device;
a main internal opening arranged within the body and communicating with the internal opening of the first end;
a spring arranged within the main internal opening;
an element movably arranged within the body;
the element is structured and arranged to prevent entry of foreign particles into the body; and
a sealing member being a separate and distinct part from the body and being at least one of:
non-removably connected to the second end, and
permanently fixed to the second end,
wherein the sealing member is adapted to prevent equalization of air pressure between an outside atmosphere and the main internal opening, and
wherein the element is inserted into the body via the second end.
2. The bolt of claim 1 , wherein the sealing member and the element prevent equalization of air pressure between an outside atmosphere and the main internal opening.
3. The bolt of claim 1 , wherein the internal opening comprises an axial opening.
4. The bolt of claim 1 , wherein the main internal opening comprises an axial opening.
5. The bolt of claim 1 , wherein the internal opening is formed by drilling an opening directly into material forming the first end of the body.
6. The bolt of claim 1 , wherein the first end and the body comprises a one-piece member.
7. The bolt of claim 1 , further comprising a flange connected to the body.
8. The bolt of claim 7 , wherein the first end, the flange, and the body comprises a one-piece member.
9. The bolt of claim 1 , wherein the first and second ends each comprise a cylindrical outer surface and wherein the spring comprises a helical compression spring.
10. The bolt of claim 1 , wherein the second end comprises an outer cylindrical surface.
11. A method of making the bolt of claim 1 , the method comprising:
inserting the element and the spring into the body from the second end; and
securing the sealing member to the second end of the body.
12. A method of making the bolt of claim 1 , the method comprising:
drilling the internal opening into the first end;
inserting the element and the spring into the body from the second end; and
securing the sealing member to the second end of the body.
13. A measuring-point bolt comprising:
a body comprising a first end and a second end;
the first end comprising an internal opening adapted to receive a measuring device pin;
the second end being adapted to connect to a hollow pin of another measuring device;
a main internal opening arranged within the body and communicating with the internal opening of the first end;
a spring arranged within the main internal opening;
an element movably arranged within the body;
the element is structured and arranged to prevent entry of foreign particles into the body; and
a sealing member being at least one of:
non-removably connected to the second end, and
permanently fixed to the second end,
wherein the sealing member is adapted to prevent equalization of air pressure between an outside atmosphere and the main internal opening, and
wherein the sealing member is arranged within a recess in the second end.
14. A measuring-point bolt comprising:
a body comprising a first end and a second end;
the first end comprising an internal opening adapted to receive a measuring device pin;
the second end being adapted to connect to a hollow pin of another measuring device;
a main internal opening arranged within the body and communicating with the internal opening of the first end;
a spring arranged within the main internal opening;
an element movably arranged within the body;
the element is structured and arranged to prevent entry of foreign particles into the body; and
a sealing member being at least one of:
non-removably connected to the second end, and
permanently fixed to the second end,
wherein the sealing member is adapted to prevent equalization of air pressure between an outside atmosphere and the main internal opening, and
wherein the sealing member is structured and arranged to slide into the second end after insertion of the element and the spring into the main internal opening from the second end.
15. A measuring-point bolt comprising:
a body comprising a first end and a second end;
the first end comprising an internal opening adapted to receive a measuring device pin;
the second end being adapted to connect to a hollow pin of another measuring device;
a main internal opening arranged within the body and communicating with the internal opening of the first end;
a spring arranged within the main internal opening;
an element movably arranged within the body;
the element is structured and arranged to prevent entry of foreign particles into the body; and
a sealing member being at least one of:
non-removably connected to the second end, and
permanently fixed to the second end,
wherein the sealing member is adapted to prevent equalization of air pressure between an outside atmosphere and the main internal opening, and
wherein the sealing member is arranged within an internal concentric recess arranged in the second end.
16. A measuring-point bolt comprising:
a body comprising a first end and a second end;
the first end comprising an internal opening adapted to receive a measuring device pin;
the second end being adapted to connect to a hollow pin of another measuring device;
a main internal opening arranged within the body and communicating with the internal opening of the first end;
a spring arranged within the main internal opening;
an element movably arranged within the body;
the element is structured and arranged to prevent entry of foreign particles into the body; and
a sealing member being at least one of:
non-removably connected to the second end, and
permanently fixed to the second end; and
a sealing device structured and arranged to provide sealing between the body and the sealing member,
wherein the sealing member is adapted to prevent equalization of air pressure between an outside atmosphere and the main internal opening.
17. The bolt of claim 16 , wherein the sealing device comprises a sealing ring made of an elastic material.
18. A measuring-point bolt comprising:
a one-piece body comprising a flange, a first end projecting from one side of the flange, and a second end projecting from another side of the flange;
the first end comprising an internal opening and being adapted to connect to a measuring device;
the second end being adapted to connect to another measuring device;
a main internal opening arranged within the body and communicating with the internal opening of the first end;
an element movably arranged within the body;
the element is structured and arranged to prevent entry of foreign particles into the body;
a sealing cap being a separate and distinct part from the body and being at least one of:
non-removably connected to the second end, and
permanently fixed to the second end; and
a spring arranged between within the main internal opening between the sealing cap and the element,
wherein the spring biases the element towards the first end, and
wherein the element, the spring, and the sealing cap is inserted into the body via the second end.
19. The bolt of claim 18 , wherein the sealing cap and the element prevent equalization of air pressure between an outside atmosphere and the main internal opening.
20. A method of making the bolt of claim 18 , the method comprising:
inserting the element and the spring into the body from the second end; and
securing the sealing cap to the second end of the body.
21. A method of making the bolt of claim 18 , the method comprising:
forming the internal opening into the first end;
inserting the element and the spring into the body from the second end; and
securing the sealing cap to the second end of the body.
22. A measuring-point bolt comprising:
a one-piece body comprising a flange, a first end projecting from one side of the flange, and a second end projecting from another side of the flange;
the first end comprising an internal opening and being adapted to connect to a measuring device;
the second end being adapted connect to another measuring device;
a main internal opening arranged within the body and communicating with the internal opening of the first end;
an element movably arranged within the body;
the element is structured and arranged to prevent entry of foreign particles into the body;
a sealing cap being at least one of:
non-removably connected to the second end, and
permanently fixed to the second end; and
a spring arranged between within the main internal opening between the sealing cap and the element,
wherein the spring biases the element towards the first end, and
wherein the sealing cap is disk-shaped and is arranged within a recess in the second end.
23. A measuring-point bolt comprising:
a one-piece body comprising a flange, a first end projecting from one side of the flange, and a second end projecting from another side of the flange;
the first end comprising an internal opening and being adapted to connect to a measuring device;
the second end being adapted connect to another measuring device;
a main internal opening arranged within the body and communicating with the internal opening of the first end;
an element movably arranged within the body;
the element is structured and arranged to prevent entry of foreign particles into the body;
a sealing cap being at least one of:
non-removably connected to the second end, and
permanently fixed to the second end; and
a spring arranged between within the main internal opening between the sealing cap and the element,
wherein the spring biases the element towards the first end, and
wherein the sealing cap is structured and arranged to slide into the second end after insertion of the element and the spring into the main internal opening from the second end.
24. A measuring-point bolt comprising:
a one-piece body comprising a flange, a first end projecting from one side of the flange, and a second end projecting from another side of the flange;
the first end comprising an internal opening and being adapted to connect to a measuring device;
the second end being adapted connect to another measuring device;
a main internal opening arranged within the body and communicating with the internal opening of the first end;
an element movably arranged within the body;
the element is structured and arranged to prevent entry of foreign particles into the body;
a sealing cap being at least one of:
non-removably connected to the second end, and
permanently fixed to the second end; and
a spring arranged between within the main internal opening between the sealing cap and the element,
wherein the spring biases the element towards the first end, and
wherein the sealing member is arranged within an internal concentric recess arranged in the second end.
25. A measuring-point bolt comprising:
a one-piece body comprising a flange, a first end projecting from one side of the flange, and a second end projecting from another side of the flange;
the first end comprising an internal opening and being adapted to connect to a measuring device;
the second end being adapted connect to another measuring device;
a main internal opening arranged within the body and communicating with the internal opening of the first end;
an element movably arranged within the body;
the element is structured and arranged to prevent entry of foreign particles into the body;
a sealing cap being at least one of:
non-removably connected to the second end, and
permanently fixed to the second end; and
a sealing device structured and arranged to provide sealing between the body and the sealing cap;
a spring arranged between within the main internal opening between the sealing cap and the element,
wherein the spring biases the element towards the first end.
26. The bolt of claim 25 , wherein the sealing device comprises a sealing ring made of an elastic material.
27. A measuring-point bolt comprising:
a one-piece body comprising a flange, a first end projecting from one side of the flange, and a second end projecting from another side of the flange;
the second end extending from the flange by a greater distance than the first end;
the first end comprising an internal opening and being adapted to connect to a measuring device;
the second end being adapted to connect to another measuring device;
a main internal opening arranged within the body and communicating with the internal opening of the first end;
the internal opening having a smaller diameter than the main internal opening;
a element movably arranged within the body and comprising a large end and a smaller end;
the element being structured and arranged to prevent entry of foreign particles into the body from the first end;
a sealing cap being at least one of non-removably connected to the second end and permanently fixed to the second end;
the sealing cap being structured and arranged to prevent entry of foreign particles into the body from the second end; and
a spring arranged between within the main internal opening between the sealing cap and the element,
wherein the flange comprises openings for connecting the bolt to a wall, and
wherein the sealing can is a separate and distinct part from the body.
28. A method of making the bolt of claim 27 , the method comprising:
inserting the element and the spring into the body from the second end; and
securing the sealing cap to the second end of the body.
29. A method of making the bolt of claim 27 , the method comprising:
forming the internal opening into the first end;
inserting the element and the spring into the body from the second end; and
securing the sealing cap to the second end of the body.
30. A method of making the bolt of claim 27 , the method comprising:
drilling the internal opening into the first end;
inserting the element and the spring into the body from the second end; and
securing the sealing cap to the second end of the body.
31. A measuring-point bolt permanently connected to a wall of an aircraft, the measuring-point bolt comprising:
a body comprising a first end and a second end;
the first end comprising an internal opening adapted to receive a measuring device pin;
the second end being adapted to connect to a hollow pin of another measuring device;
a main internal opening arranged within the body and communicating with the internal opening of the first end;
a spring arranged within the main internal opening;
an element movably arranged within the body and connected to the spring;
the element is structured and arranged to prevent entry of foreign particles into the body;
a sealing member being a separate and distinct part from the body and non-removably connected and permanently fixed to the second end; and
the sealing member being adapted to prevent equalization of air pressure between an outside atmosphere and the main internal opening,
wherein the internal opening of the first end is a drilled hole directly within a material forming the first end of the body.