Hand held sensor and display

• US 6,249,113 B1
• Filed: 08/14/1998
• Issued: 06/19/2001
• Est. Priority Date: 08/14/1998
• Status: Expired due to Term

• Current Assignee: Zircon Corporation
• Original Assignee: Zircon Corporation
• Inventors: Kook, Donald D., Krantz, Norman L.
• Primary Examiner(s): Oda, Christine
• Assistant Examiner(s): JOLLY, ANTHONY S
• Application Number:
  US09/134,157
• Time in Patent Office: 1,040 Days
• Field of Search: 324/67, 324/671, 324/225, 324/228, 324/243, 324/326, 324/658, 324/662, 324/667, 324/133, 324/207.16, 324/207.26, 324/672, 324/202
• US Class Current: 324/67
• CPC Class Codes: G01V 3/15 specially adapted for use during transport, e.g. by a person, vehicle or boat

Abstract

An improved hand-held sensor having a recessed LED array for indicating the location of an object behind a wall surface. The array displays in an arrow shaped format the location of the sensor relative to the object. The LED'"'"'s can be offset both laterally and in depth from the surface of the sensor exterior case and are recessed from the surface. The sensor includes a soft feeling slip-resistant gripping surface for the user. One form of the sensor includes a slide switch actuator, which is retained in one wall of the sensor case to enable actuation of a switch mechanism without physical loading on the switch mechanism.

Claims

1. A hand-held sensor for locating an object behind a surface, said sensor comprising:

a housing formed of a hard material and having an upper surface and a pair of grips formed on opposite side and top walls of a rear portion of said housing, said grips formed of an elastomeric material that is softer than said housing material; and

an LED arrow shaped array formed on a front portion of said upper surface, having a central arrow shaped segment aligned with a center line of said housing, with therein;

said elastomeric grip material including a plurality of scallops spaced along the length thereof.

2. The sensor of claim 1, including said central arrow shaped segment raised above said upper housing surface.

3. A hand-held sensor for locating an object behind a surface, said sensor comprising:

a housing having an upper surface and a pair of grips formed on opposite side and top walls of a rear portion of said housing;

an LED arrow shaped array formed on a front portion of said upper surface, having a central arrow shaped segment aligned with a center line of said housing, with said LED'"'"'s mounted below said upper surface of said housing in apertures formed therein; and

including a plurality of arrow shaped segments formed in pairs in said array on both sides of said central arrow shaped segment, each segment including at least one LED, and including each of said pair of arrow shaped segments offset in depth from said upper housing surface, and each LED mounted below an upper surface of the respective segment.

4. The sensor of claim 3, including each of said pair of segments formed increasingly offset in depth from said central arrow shaped segment.

5. A hand-held sensor for locating an object behind a surface, said sensor comprising:

a housing having an upper surface and a pair of grips formed on opposite side and top walls of a rear portion of said housing; and

an LED arrow shaped array formed on a front portion of said upper surface, having a central arrow shaped segment aligned with a center line of said housing, with said LED'"'"'s mounted below said upper surface of said housing in apertures formed therein; and

,

including a multiposition slide actuator reciprocally inserted in a slot in said upper housing surface, including said slide actuator mounted on a pair of support arm flanges formed adjacent said slot.

6. The sensor of claim 5, including said slide actuator including a switch post capture structure extending between a space formed between said flanges, said capture structure designed to capture a switch post and actuate the switch via said post when said slide actuator is reciprocated.

7. The sensor of claim 6, including said slide actuator insertable into said slot through said housing to engage said support arm flanges and capture said switch post.

8. A hand-held sensor for locating an object behind a surface, said sensor comprising:

a housing having an upper surface and pair of grips formed on opposite side and top walls of a rear portion of said housing; and

an LED arrow shaped array formed on a front portion of said upper surface, having a central arrow shaped segment with a pair of LED'"'"'s aligned with a center line of said housing, including a plurality of arrow shaped segments formed in pairs in said array on both sides of said central arrow shaped segment, each segment including at least one LED, with said LED'"'"'s mounted below said upper surface of said housing in apertures formed thereon and each of said pair of arrow shaped segments offset in depth from said upper housing surface and each LED mounted below an upper surface of the respective segment.

9. The sensor of claim 8, including each of said pair of segments formed increasingly offset in depth from said central arrow shaped segment.

10. The sensor of claim 9, including said central arrow shaped segment raised above said upper housing surface.

11. The sensor of claim 10, including said grips formed of a softer elastomeric material than said housing material.

12. The sensor of claim 11, including said elastomeric grip material including a plurality of scallops spaced along the length thereof.

13. A hand-held sensor for locating an object behind a surface, said sensor comprising:

a housing having an upper surface and pair of grips formed on opposite side and top walls of a rear portion of said housing;

an LED arrow shaped array formed on a front portion of said upper surface, having a central arrow shaped segment aligned with a center line of said housing, with said LED'"'"'s mounted below said upper surface of said housing in apertures formed therein; and

a multiposition slide actuator reciprocally inserted in a slot in said upper housing surface, including said slide actuator mounted on a pair of support arm flanges formed adjacent and extending into said slot below said surface.

14. The sensor of claim 13, including said slide actuator including a switch post capture structure extending between a space formed between said flanges, said capture structure designed to capture a switch post and actuate the switch via said post when said slide actuator is reciprocated.

15. The sensor of claim 14, including said slide actuator insertable into said slot through said housing to engage said support arm flanges and capture said switch post.

16. The sensor of claim 13, including a plurality of arrow shaped segments formed in pairs in said array on both sides of said central arrow shaped segment, each segment including at least one LED.

17. The sensor of claim 16, including each of said pair of arrow shaped segments offset in depth from said upper housing surface and each LED mounted below an upper surface of the respective surface.

18. The sensor of claim 17, including each of said pair of segmented formed increasingly offset in depth from said central arrow shaped segment.

19. The sensor of claim 18, including said central arrow shaped segment raised above said upper housing surface and including a pair of LED'"'"'s.

20. The sensor of claim 13, including said grips formed of a softer elastomeric material than said housing material.

21. The sensor of claim 20, including said elastomeric grip material including a plurality of scallops spaced along the length thereof.