Hand held portable bar code dataform reader having a rotatable reader module portion

• US 5,796,088 A
• Filed: 08/15/1995
• Issued: 08/18/1998
• Est. Priority Date: 08/15/1995
• Status: Expired due to Fees

• Current Assignee: Symbol Technologies, Inc. (Zebra Technologies Corporation)
• Original Assignee: Teletransactions, Inc.
• Inventors: Wall, Daniel G.
• Primary Examiner(s): Hajec, Donald T.
• Assistant Examiner(s): Rodriguez, Douglas X.
• Application Number:
  US08/515,254
• Time in Patent Office: 1,099 Days
• Field of Search: 235/472, 235/462
• US Class Current: 235/472.01
• CPC Class Codes: G06K 7/10881 constructional details of hand-held scanners

Abstract

A portable hand held bar code dataform reader is disclosed. The reader includes a main body portion configured to be held in an operator'"'"'s hand and a bar code reader module portion rotatably secured to the main body portion. The bar code reader module portion is selectively rotated by the operator to facilitate reading bar code dataforms which are at varying orientations and heights with respect to the operator. An actuation switch is located on a surface facing the operator and is position to be actuated by the thumb of the hand holding the reader.

Claims

1. A hand held dataform reader comprising:

(a) a main body portion configured to be gripped in an operators hand, the main body portion including a top surface and a generally parallel bottom surface separated by an inclined front surface and a side surface, said front surface intersecting said top surface at an angle between 30 degrees and 60 degrees from perpendicular, and

(b) a reader module portion mounted to said front surface and rotatable about an axis of rotation substantially perpendicular to said main body portion front surface, said reader module portion including a dataform reader module for reading a target dataform in a target area, the reader module portion being rotated such that the dataform reader module is directed towards the target area, the reader module portion having an inclined surface which is complimentary to the inclined front surface of the main body portion such that when the reader module portion is rotated with respect to the main body portion, the reader module portion inclined surface and the main body portion inclined front surface move relative to each other in a single plane.

2. The hand held dataform reader of claim 1 wherein the top surface includes a keyboard and a display for user interaction with said reader.

3. The reader of claim 1 wherein the axis that the reader module intersects the top surface.

4. The reader of claim 1 wherein the top surface includes a manually actuating switch for initiating a dataform reading session.

5. The reader of claim 1 wherein the dataform reader module comprises a laser diode directed towards the target area and a photodetector for detecting the variable intensity of illumination from the target area and generating a signal representative thereof.

6. The reader of claim 1 wherein the reader module portion further comprises an illumination module positioned to direct a substantially even field of illumination towards the target area and the dataform reader module includes a two-dimensional photosensor array camera generating a video signal representative of the target area.

7. A hand held dataform reader comprising:

(a) a generally rectangular main housing with a first end and a second end spaced apart by an elongated body portion,

(b) a first dataform reader positioned on said first end,

(c) a second dataform reader supported within a second dataform reader portion rotatable mounted to said second end, and

(d) a first manually activated switch for initiating a bar code reading session by the first dataform reader and a second manually activated switch for initiating a dataform reading session by the second dataform reader.

8. The dataform reader of claim 7 wherein the first dataform reader is a bar code reading wand.

9. The dataform reader of claim 8 wherein the second dataform reader is a laser scanner bar code reader comprising a laser diode directed towards a target area and a photodetector for detecting the variable intensity of illumination from the target area and generating a signal representative thereof.

10. The dataform reader of claim 9 wherein said first switch is positioned closer to said wand bar code reader and said second switch is positioned closer to said reader module.

11. The dataform reader of claim 8 wherein the second dataform reader is an imaging sensor reader comprising an illumination module positioned to direct a substantially even field of illumination towards a target area and a two-dimensional sensor array camera generating a video signal representative of the target area.

12. The dataform reader of claim 11 wherein said first switch is positioned closer to said wand bar code reader and said second switch is positioned closer to said reader module.

13. A method of reading a target dataform using a dataform reader having a generally rectangular main housing with spaced apart ends separated by an elongated body portion and having a first dataform reading module positioned at a first end of the main housing and a second dataform reader module supported in a second dataform reader module portion that is rotatably mounted to a second end the main housing, the housing supporting a first manually activated switch for activating the first dataform reader module to read a dataform and a second manually activated switch for activating the second dataform reading module to read a dataform, said method comprising:

(a) selecting one of the first dataform reader module and the second dataform reader module to read the target dataform,

(b) positioning the main housing such that the target dataform is within a field of view of the the first dataform reader module if the first dataform reader module was selected to read the target dataform,

(c) rotating the second dataform reader module portion with respect to the main housing and positioning the main housing such that the target dataform is within a field of view of the second dataform reader module if the second dataform reader module was selected to read the target dataform,

(d) depressing the first switch to activate the first dataform reader module if the first dataform reader module was selected to read the target dataform, and

(e) depressing the second switch to activate the second dataform reading module if the second dataform reading module was selected to read the target dataform.

14. A hand held dataform reader comprising:

(a) a main body portion configured to be gripped in an operators hand, the main body portion including a top surface and a generally parallel bottom surface separated by an inclined front surface and a side surface, said front surface intersecting said side surface at an angle between 30 degrees and 60 degrees from perpendicular, and

(b) a reader module portion mounted to said front surface and rotatable about an axis of rotation substantially perpendicular to said inclined front surface of the main body portion, said reader module portion including a dataform reader module for reading a target dataform in a target area, the reader module portion being rotated such that the dataform reader module is directed towards the target area, the reader module portion having an inclined surface which is complimentary to the inclined front surface of the main body portion such that when the reader module portion is rotated with respect to the main body portion, the reader module portion inclined surface and the main body portion inclined front surface move relative to each other in a single plane.

15. The hand held dataform reader of claim 14 wherein the top surface includes a keyboard and a display for user interaction with said reader.

16. The reader of claim 14 wherein the axis that the reader module intersects the side surface.

17. The reader of claim 14 wherein the top surface includes a manually actuating switch for initiating a dataform reading session.

18. The reader of claim 14 wherein the dataform reader module comprises a laser diode directed towards the target area and a photodetector for detecting the variable intensity of illumination from the target area and generating a signal representative thereof.

19. The reader of claim 14 wherein the reader module portion further comprises an illumination module positioned to direct a substantially even field of illumination towards the target area and the dataform reader module includes a two-dimensional photosensor array camera generating a video signal representative of the target area.