Support for electrical/electronic structure and/or electrical power supply structure for a hand dynamometer tool, in particular for a torque wrench operating by breaking mechanical equilibrium

1. A dynamometer tool for manually applying torque to a fastener element, the dynamometer tool having a longitudinal axis and comprising:

a drive portion at a distal end of the dynamometer tool;

a handle portion at a proximal end of the dynamometer tool;

an intermediate portion connecting said drive portion to said handle portion, said intermediate portion including a tubular element, said tubular element containing a mechanical calibration device;

a support module totally within the dynamometer tool, said support module including

(i) a body substantially cylindrical in shape and extending along the longitudinal axis, said body being delimited by two end faces, having a passageway extending along the longitudinal axis and being open at each of said two end faces for allowing an operator to insert an adjusting tool from the proximal end of the dynamometer tool and through said passageway in order to access said mechanical calibration device, and having at least one recess arranged around the longitudinal axis, and

(ii) at least one electrical power supply member in said at least one recess; and

an equilibrium-breaking mechanism for delivering a predetermined torsion torque to said drive portion,

wherein said mechanical calibration device extends along the longitudinal axis and is for calibrating a biasing structure that cooperates with said equilibrium-breaking mechanism for setting the predetermined torsion torque.

2. The dynamometer tool according to claim 1 , wherein

said at least one recess faces outwardly relative to the longitudinal axis.

3. The dynamometer tool according to claim 1 , wherein

said at least one recess extends parallel to the longitudinal axis.

4. The dynamometer tool according to claim 1 , wherein

said at least one recess comprises three recesses extending along the longitudinal axis, and

said at least one electrical power supply member in said at least one recess comprises an electrical power supply member in each of said three recesses.

5. The dynamometer tool according to claim 1 , wherein

said support module further includes a tubular guide sleeve extending from at least one of said two end faces, said tubular guide sleeve being coaxial with said passageway so as to define with said passageway a duct.

6. The dynamometer tool according to claim 1 , wherein

at least one of said two end faces has thereon positioning structure for positioning an electronic element perpendicularly to the longitudinal axis and/or fastening structure for fastening an electronic element perpendicularly to the longitudinal axis.

7. The dynamometer tool according to claim 1 , wherein said body comprises a one-piece plastic part.

8. The dynamometer tool according to claim 1 , wherein

said support module further includes an electronic circuit board positioned perpendicularly to the longitudinal axis.

9. The dynamometer tool according to claim 8 , wherein

said electronic circuit board positioned perpendicularly to the longitudinal axis has a contact tab for establishing contact with a terminal of said at least one electrical power supply member.

10. The dynamometer tool according to claim 1 , wherein

said support module is within said handle portion.

11. The dynamometer tool according to claim 1 , wherein

said handle portion comprises a handle support and a separate sleeve mounted on said handle support.

12. The dynamometer tool according to claim 1 , further comprising:

access structure for allowing the adjusting tool to be inserted from outside the proximal end of the dynamometer tool and through said passageway in order to access said mechanical calibration device.

13. The dynamometer tool according to claim 12 , wherein

said access structure comprises a passageway through a stopper at the proximal end of the dynamometer tool, with said passageway through said stopper extending along the longitudinal axis.

14. The dynamometer tool according to claim 1 , wherein

said support module further includes data transmission structure for transmitting data by radio.

15. The dynamometer tool according to claim 1 , wherein

the dynamometer tool is a torque wrench or a torque screwdriver.

16. The dynamometer tool according to claim 1 , wherein

said biasing structure comprises

a compression spring, for biasing said equilibrium-breaking mechanism, such that

said mechanical calibration device is for calibrating said compression spring, and

said mechanical calibration device includes a second drive portion for cooperating with the adjusting tool when the adjusting tool is passed through said passageway.

17. The dynamometer tool according to claim 16 , wherein

the adjusting tool includes a bit constituting a screwdriver blade or a wrench.

18. A dynamometer tool for manually applying torque to a fastener element, the dynamometer tool having a longitudinal axis and comprising:

a drive portion at a distal end of the dynamometer tool;

a handle portion at a proximal end of the dynamometer tool;

an intermediate portion connecting said drive portion to said handle portion, said intermediate portion including a tubular element, said tubular element containing a mechanical calibration device;

a support module totally within the dynamometer tool, said support module including

(i) a body substantially cylindrical in shape and extending along the longitudinal axis, said body being delimited by two end faces, having a passageway extending along the longitudinal axis and being open at each of said two end faces for allowing an operator to insert an adjusting tool from the proximal end of the dynamometer tool and through said passageway in order to access said mechanical calibration device, and having at least one seat arranged around the longitudinal axis, and

(ii) at least one electronic circuit board on said at least one seat; and

an equilibrium-breaking mechanism for delivering a predetermined torsion torque to said drive portion,

wherein said mechanical calibration device extends along the longitudinal axis and is for calibrating a biasing structure that cooperates with said equilibrium-breaking mechanism for setting the predetermined torsion torque.

19. The dynamometer tool according to claim 18 , wherein said at least one seat comprises a seat extending parallel to the longitudinal axis, and said at least one electronic circuit board is on said at least one seat.

20. The dynamometer tool according to claim 18 , wherein

said at least one electronic circuit board includes a data transmission unit for transmitting data via a radio device.

21. A dynamometer tool for manually applying torque to a fastener element, the dynamometer tool having a longitudinal axis and comprising:

a drive portion at a distal end of the dynamometer tool;

a handle portion at a proximal end of the dynamometer tool;

an intermediate portion connecting said drive portion to said handle portion, said intermediate portion including a tubular element, said tubular element containing a mechanical calibration device;

a support module totally within the dynamometer tool, said support module including

(i) a body substantially cylindrical in shape and extending along the longitudinal axis, said body being delimited by two end faces, having a passageway extending along the longitudinal axis and being open at each of said two end faces for allowing an operator to insert an adjusting tool from the proximal end of the dynamometer tool and through said passageway in order to access said mechanical calibration device, and having at least one recess and at least one seat arranged around the longitudinal axis, and

(ii) at least one electrical power supply member in said at least one recess and at least one electronic circuit board on said at least one seat; and

an equilibrium-breaking mechanism for delivering a predetermined torsion torque to said drive portion,

wherein said mechanical calibration device extends along the longitudinal axis and is for calibrating a biasing structure that cooperates with said equilibrium-breaking mechanism for setting the predetermined torsion torque.

22. The dynamometer tool according to claim 21 , wherein

said at least one recess and at least one seat comprises three recesses and one seat, such that said at least one electrical power supply member in said at least one recess and at least one electronic circuit board on said at least one seat comprises an electrical power supply member in each of said three recesses and an electronic circuit board on said one seat extending parallel to the longitudinal axis, and

said support module further includes two electronic circuit boards, each of said two electronic circuit boards positioned at a respective one of said two end faces and extending perpendicularly to the longitudinal axis.

23. The dynamometer tool according to claim 22 , wherein

said two electronic circuit boards are for establishing an electrical power supply circuit for a first electronic circuit.

24. The dynamometer tool according to claim 23 , further comprising:

at least one connection for electrically connecting the electrical power supply circuit to said electronic circuit board extending parallel to the longitudinal axis.