Interface for cable testing

• US 6,255,828 B1
• Filed: 02/19/1999
• Issued: 07/03/2001
• Est. Priority Date: 02/19/1999
• Status: Expired due to Term

• Current Assignee: Eubanks Engineering Company
• Original Assignee: Eubanks Engineering Company
• Inventors: Brant, Roy G., Rockwell, Kenneth N.
• Primary Examiner(s): Metjahic, Safet
• Assistant Examiner(s): Nguyen, Jimmy
• Application Number:
  US09/253,553
• Time in Patent Office: 865 Days
• Field of Search: 324/755, 324/761, 324/756, 324/539, 324/538, 297/05, 361/386, 439/217, 439/402, 439/76, 439/497
• US Class Current: 324/539
• CPC Class Codes: G01R 31/58 Testing of lines, cables or conductors testing of electric windings G01R31/72
• CPC Class Codes: G01R 31/69 of terminals at the end of a cable or a wire harness; of plugs; of sockets, e.g. wall sockets or power sockets in appliances
• CPC Class Codes: H04B 3/46 Monitoring; Testing

Abstract

In circuit tester apparatus using one or more carrier elements, each carrier element having one or more first electrical connectors, the combination comprising one or more base sections, one or more second electrical connectors carried by the section or sections and positioned to interfit the one or more first electrical connectors when the element or elements are assembled to the section or sections, at least two of the multiple base sections located for bridging thereof by at least one carrier element. Carrier elements may comprise adapter cards.

Claims

1. In cable or wire harness tester apparatus for use in testing with one or more carrier elements having first electrical connectors, the combination comprising:

a) multiple base sections connected in end to end longitudinal sequence,

b) and second electrical connectors carried by said sections and positioned to interfit said first electrical connectors when said element or elements are assembled to said end to end connected multiple sections,

c) at least two of said end to end connected multiple base sections located for bridging thereof by at least one first electrical connector,

d) there being at least two carrier elements assembled simultaneously to a single one of said multiple base sections, said at least two carrier elements being selectively positioned linearly on said single one of said multiple base sections,

e) each of said at least two carrier elements having multiple possible linear positions of assembly on said single one of said multiple base sections.

2. The combination of claim 1 including one or more of said first electrical connectors bridging two or more of said end to end connected sections.

3. The combination of claim 1 wherein second electrical connectors carried by two or more of said end to end connected sections are in generally longitudinal alignment.

4. The combination of claim 3 wherein said second electrical connectors carried by two or more of said sections are located in multiple laterally spaced rows, the second connectors in each row being in generally longitudinal alignment successively of said end to end connected sections.

5. The combination of claim 1 wherein said second connectors comprise receptacles configured to receive said first connectors.

6. The combination of claim 2 wherein said first connectors comprise terminal pins, and said second connectors comprise receptacles that receive certain of said terminal pins.

7. The combination of claim 1 wherein successive said sections have plug-in end-to-end connection.

8. The combination of claim 7 including end-to-end alignment plates carried by a section proximate said plug-in end-to-end connection.

9. The combination of claim 1 wherein said base sections have upper plates defining a longitudinal row of openings to receive positioning studs carried by said one or more carrier elements, and acting to position said element or elements laterally and longitudinally relative to the end to end connected base sections.

18. The combination of claim 1 including said carrier elements in the form of adapter cards defining planes parallel to said base sections.

10. The method of employing tester apparatus for testing one or more cables or wire harnesses via one or more adapter cards having first electrical connectors, that includes

a) providing multiple base sections and connecting said sections in end to end longitudinal sequence,

b) and providing second electrical connectors carried by said sections and positioned to interfit said first electrical connectors when the card or cards are assembled to said end to end connected multiple sections,

c) at least two second electrical connectors of the multiple base sections located for bridging thereof by one first electrical connector,

d) said adapter cards including carrier elements and there being at least two carrier elements assembled simultaneously to a single one of said multiple base sections, said at least two carrier elements being selectively positioned linearly on said single one of said multiple base sections,

e) each of said at least two carrier elements having multiple possible linear positions of assembly on said single one of said multiple base sections.

11. The method of claim 10 that includes applying at least one of said cards to bridge two or more of said sections when said first and second electrical connectors are connected.

12. The method of claim 10 including adding a second of said sections to and endwise of a first of said sections, and interfitting one of said first electrical connectors to said first and second sections to interconnect said first and second electrical connectors.

13. The method of claim 11 including operating said tester apparatus to test the circuitry of said one or more cables or wire harnesses electrically connected to said at least one adapter card.

14. The method of claim 12 including operating said tester apparatus to test the circuitry of said one or more cables or wire harnesses electrically connected to said at least one adapter card.

15. The method of claim 10 wherein said sections have like ends, and including providing a removable end cap at the end of the longitudinally endmost one of said sections.

16. The method of claim 11 including providing elongated clamp toggles on said base sections, and displacing said toggles to lock edge portions of said card or cards to one or more of said end to end connected base sections.

17. In circuit tester apparatus using one or more carrier elements, each said carrier element having one or more first electrical connectors, the combination comprising:

a) two or more base sections connected in end-to-end longitudinal succession,

b) two or more second electrical connectors carried by said two or more end to end connected base sections and positioned to interfit said one or more first electrical connectors,

c) two of said second electrical connectors carried by at least two successive base sections and longitudinally elongated and longitudinally aligned to provide a continuous connector structure,

d) said two longitudinally elongated and aligned second electrical connectors positioned to interfit simultaneously one of said first electrical connectors, in a longitudinal bridging mode,

e) there being at least two carrier elements assembled simultaneously to a single one of said multiple base sections, said at least two carrier elements being selectively positioned linearly on said single one of said multiple base sections,

f) each of said at least two carrier elements having multiple possible linear positions of assembly on said single one of said multiple base sections.

19. The combination of claim 17 including said carrier elements in the form of adapter cards defining planes parallel to said base sections.

20. In cable or wire harness tester apparatus for use in testing with one or more carrier elements having first electrical connectors, the combination comprising:

a) multiple base sections connected in end to end longitudinal sequence, the sections having connection parts at their longitudinal ends to establish said longitudinal connection sequence,

b) and second electrical connectors carried by said sections and positioned to interfit said first electrical connectors when said element or elements are assembled to said end to end connected multiple sections,

c) at least two of said end to end connected multiple base sections located for bridging thereof by at least one first electrical connector,

d) there being at least two carrier elements assembled simultaneously to a single one of said multiple base sections, said at least two carrier elements being selectively positioned linearly on said single one of said multiple base sections,

e) each of said at least two carrier elements having multiple possible linear positions of assembly on said single one of said multiple base sections.

21. The combination of claim 20 wherein said end to end connected base sections have upper plates defining a longitudinal row of upwardly opening openings to receive positioning studs carried by said one or more carrier elements, and acting to position said element or elements laterally and longitudinally relative to the end to end connected base sections.

22. In circuit tester apparatus using one or more carrier elements, each said carrier element having one or more first electrical connectors, the combination comprising:

a) two or more base sections connected in end-to-end longitudinal succession, the sections having connection parts at their end-to-end connected longitudinal ends to establish said longitudinal connection sequence,

b) two or more second electrical connectors carried by said two or more end-to-end connected base sections and positioned to interfit said one or more first electrical connectors,

c) two of said second electrical connectors carried by at least two successive base sections and longitudinally elongated and longitudinally aligned to provide a continuous connector structure,

d) said two longitudinally elongated and aligned second electrical connectors positioned to interfit simultaneously one of said first electrical connectors, in a bridging mode,

e) there being at least two carrier elements assembled simultaneously to a single one of said multiple base sections, said at least two carrier elements being selectively positioned linearly on said single one of said multiple base sections,

f) each of said at least two carrier elements having multiple possible linear positions of assembly on said single one of said multiple base sections.