Specialized keyboard for dental examinations

• US 10,251,735 B2
• Filed: 04/06/2012
• Issued: 04/09/2019
• Est. Priority Date: 08/19/2009
• Status: Active Grant

• Current Assignee: Fadi Ibsies
• Original Assignee: Fadi Ibsies
• Inventors: Ibsies, Fadi
• Primary Examiner(s): Higgs, Stella
• Application Number:
  US13/441,637
• Publication Number:
  US 20120194546A1
• Time in Patent Office: 2,559 Days
• Field of Search: None
• CPC Class Codes: A61C 19/00 Dental auxiliary appliances dental chairs or accessories therefor, working stands whether or not combined with chairs A61G15/00
• CPC Class Codes: G06F 3/0219 Special purpose keyboards
• CPC Class Codes: G16H 40/63 for local operation

Abstract

The present invention includes a device, system and method of use consisting of a specialized dental keyboard wherein the specialized keyboard resides as virtual keys on a touch screen panel on a device such as a tablet computer including such devices as an Apple iPad. The invention includes a software component that enables customer configurable keyboard layouts including a plurality of specialized keys that provide short-cut macros to streamline data entry during a dental exam.

Claims

1. A specialized physical dental keyboard for recording conditions of teeth in a patient during a dental exam, the physical dental keyboard for use with a dental examination software tool resident on a host computer, the host computer having a central processor, at least one output screen or monitor device, and at least one input device, the physical dental keyboard being distinct from the screen or monitor device of the host computer and at least one input device, the 7 physical dental keyboard comprising:

(a) a keyboard body having a plurality of mechanical input keys;

(b) a first mechanical input key grouping having five mechanical input keys, each mechanical input key of the first mechanical input key grouping representing a tooth surface, comprising;

(i) a central mechanical input key;

(ii) a first side mechanical input key;

(iii) a second side mechanical input key;

(iv) a lower mechanical input key; and

(v) an upper mechanical input key;

(c) the central mechanical input key being centrally positioned between the first side mechanical input key, the second side mechanical input key, the lower mechanical input key, and the upper mechanical input key;

(d) the central mechanical input key positioned between the first side mechanical input key and the second side mechanical input key without any intervening mechanical input keys therebetween, the central mechanical input key positioned between the upper mechanical input key and the lower mechanical input key without any intervening mechanical input keys therebetween;

(e) the central mechanical input key, the first side mechanical input key, the second side mechanical input key, the lower mechanical input key, and the upper mechanical input key are arranged in a cross pattern;

(f) the first mechanical input key grouping being offset from other mechanical input keys in that distances between adjacent mechanical input keys of the first grouping are smaller than the distances between the mechanical input keys of the first grouping and mechanical input keys not associated with the first grouping;

(g) a second mechanical input key grouping, each mechanical input key of the second mechanical input key grouping representing a tooth, consisting of;

(i) a first row and a second row of mechanical input keys, the first row and the second row each having 16 or 17 mechanical input keys;

(h) the second mechanical input key grouping being offset from other mechanical input keys in that distances between adjacent mechanical input keys of the second grouping are smaller than the distances between the mechanical input keys of the second grouping and mechanical input keys not associated with the second grouping;

(i) said physical dental keyboard having means for bi-directional communication with said dental examination software tool resident on said host computer;

(j) wherein the first mechanical input key grouping facilitates both accuracy and speed of data entry of tooth surface information, and wherein the second mechanical input key grouping facilitates data entry of specific teeth.

2. The physical dental keyboard of claim 1 wherein said first row of at least 16 mechanical input keys is a first row of at least 16 mechanical input keys, and said second row of at least 16 mechanical input keys is a second row of at least 16 mechanical input keys.

3. The physical dental keyboard of claim 1 wherein said first row of at least 16 mechanical input keys is a first row of 17 mechanical input keys, and said second row of at least 16 mechanical input keys is a second row of 17 mechanical input keys.

4. The physical dental keyboard of claim 1 wherein said first row of at least 16 mechanical input keys is a first row of 17 mechanical input keys, or said second row of at least 16 mechanical input keys is a second row of 17 mechanical input keys.

5. The physical dental keyboard of claim 1 further comprising:

(a) a third mechanical input key grouping, comprising;

(i) a set of three mechanical input keys;

(ii) wherein the third mechanical input key grouping is offset from other mechanical input keys in that distances between adjacent mechanical input keys of the second grouping are smaller than the distances between the mechanical input keys of the second grouping and mechanical input keys not associated with the second grouping.

6. The physical dental keyboard of claim 1 further comprising an integrated display panel to display a sequence of keystrokes.

7. The physical dental keyboard of claim 1 wherein the plurality of mechanical input keys further comprises an image capture mechanical input key.

8. The physical dental keyboard of claim 1 further comprising additional mechanical input keys related to dentistry.

9. The physical dental keyboard of claim 1 further comprising a second mechanical input key grouping, comprising:

(a) each mechanical input key of said first row of at least 16 mechanical input keys designating a specific tooth of the teeth of the upper arch of a mouth;

(b) each mechanical input key of said second row of at least 16 mechanical input keys designating a specific tooth of the teeth of the lower arch of a mouth;

(c) said first row of at least 16 mechanical input keys being positioned substantially adjacent said second row of at least 16 mechanical input keys to produce two rows of mechanical input keys without any intervening mechanical input keys; and

(e) the second mechanical input key grouping being offset from other mechanical input keys in that distances between adjacent mechanical input keys of the second grouping are smaller than the distances between the mechanical input keys of the second grouping and mechanical input keys not associated with the second grouping;

(f) wherein the second mechanical input key grouping facilitates data entry of specific teeth.

10. A specialized physical dental keyboard for recording conditions of teeth in a patient during a dental exam, the physical dental keyboard adapted to communicate bi-directionally with a dental examination software tool resident on a host computer, the host computer having a central processor, at least one output screen or monitor device, and at least one input device, the specialized physical dental keyboard being distinct from the screen or monitor device of the host computer, the physical dental keyboard comprising:

(a) a keyboard body having a plurality of mechanical input keys;

(b) a first mechanical input key grouping having five mechanical input keys, each mechanical input key of the first mechanical input key grouping representing a tooth surface, comprising;

(i) a central mechanical input key;

(ii) a first side mechanical input key;

(iii) a second side mechanical input key;

(iv) a lower mechanical input key; and

(v) an upper mechanical input key;

(c) the central mechanical input key being centrally positioned between the first side mechanical input key, the second side mechanical input key, the lower mechanical input key, and the upper mechanical input key;

(d) the central mechanical input key positioned between the first side mechanical input key and the second side mechanical input key without any intervening mechanical input keys therebetween, the central mechanical input key positioned between the upper mechanical input key and the lower mechanical input key without any intervening mechanical input keys therebetween;

(e) the central mechanical input key, the first side mechanical input key, the second side mechanical input key, the lower mechanical input key, and the upper mechanical input key are arranged in a cross pattern;

(f) the first mechanical input key grouping being offset from other mechanical input keys in that distances between adjacent mechanical input keys of the first grouping are smaller than the distances between the mechanical input keys of the first grouping and mechanical input keys not associated with the first grouping;

(g) a second mechanical input key grouping, each mechanical input key of the second mechanical input key grouping representing a tooth, consisting of;

(i) a first row and a second row of mechanical input keys, the first row and the second row each having 16 or 17 mechanical input keys;

(h) the second mechanical input key grouping being offset from other mechanical input keys in that distances between adjacent mechanical input keys of the second grouping are smaller than the distances between the mechanical input keys of the second grouping and mechanical input keys not associated with the second grouping;

(i) an integrated display panel to display a sequence of keystrokes.

11. The physical dental keyboard of claim 10 wherein said first row of at least 16 mechanical input key is a first row of 17 mechanical input keys, and said second row of at least 16 mechanical input keys is a second row of 17 mechanical input keys.

12. The physical dental keyboard of claim 10 wherein said first row of at least 16 mechanical input key is a first row of 17 mechanical input keys, or said second row of at least 16 mechanical input keys is a second row of 17 mechanical input keys.

13. The physical dental keyboard of claim 10 further comprising:

(a) a third mechanical input key grouping, comprising;

(i) a set of three mechanical input keys;

(ii) wherein the third mechanical input key grouping is offset from other mechanical input keys in that distances between adjacent mechanical input keys of the second grouping are smaller than the distances between the mechanical input keys of the second grouping and mechanical input keys not associated with the second grouping.

14. The physical dental keyboard of claim 10 wherein the plurality of mechanical input keys further comprises an image capture mechanical input key.

15. The physical dental keyboard of claim 10 further comprising additional mechanical input keys related to dentistry.

16. The physical dental keyboard of claim 10 further comprising a second mechanical input key grouping, comprising:

(a) each mechanical input key of said first row of at least 16 mechanical input keys designating a specific tooth of the teeth of the upper arch of a mouth;

(b) each mechanical input key of said second row of at least 16 mechanical input keys designating a specific tooth of the teeth of the lower arch of a mouth;

(c) said first row of at least 16 mechanical input keys being positioned substantially adjacent said second row of at least 16 mechanical input keys to produce two rows of mechanical input keys without any intervening mechanical input keys; and

(d) the second mechanical input key grouping being offset from other mechanical input keys in that distances between adjacent mechanical input keys of the second grouping are smaller than the distances between the mechanical input keys of the second grouping and mechanical input keys not associated with the second grouping.

17. A specialized physical dental keyboard for recording conditions of teeth in a patient during a dental exam, the physical dental keyboard adapted to communicate bi-directionally with a dental examination software tool resident on a host computer, the host computer having a central processor, at least one output screen or monitor device, and at least one input device, the physical dental keyboard comprising:

(a) a keyboard body having a plurality of mechanical input keys, five of the mechanical input keys being part of a first grouping of mechanical input keys, and at least thirty-two of the mechanical input keys being part of a second grouping keys;

(b) the first grouping of mechanical input keys arranged in a cross pattern, the first grouping of mechanical input keys offset from other mechanical input keys in that distances between adjacent mechanical input keys of the grouping are smaller than the distances between the mechanical input keys of the grouping and mechanical input keys not associated with the grouping, the first grouping of mechanical input keys including;

(i) a central mechanical input key;

(ii) a first side mechanical input key;

(iii) a second side mechanical input key;

(iv) a lower mechanical input key; and

(v) an upper mechanical input key; and

(c) the second grouping of mechanical input keys, the second grouping consisting of;

(i) a first row of and a second row of mechanical input keys, the first row and the second row each having 16 or 17 mechanical input keys, the first row being positioned substantially adjacent the second row of mechanical input keys to produce two rows of mechanical input keys without any intervening mechanical input keys; and

(ii) the second mechanical input key grouping being offset from other mechanical input keys in that distances between adjacent mechanical input keys of the second grouping are smaller than the distances between the mechanical input keys of the second grouping and mechanical input keys not associated with the second grouping.

18. The physical dental keyboard of claim 17, wherein the first grouping of mechanical input keys and the second grouping keys are offset from each other in that distances between adjacent input keys of at least one of the groupings are smaller than the distance between the input key of the first grouping that is closest to the second grouping and the input key of the second grouping that is closest to the first grouping.

19. The physical dental keyboard of claim 17 further comprising an integrated display panel to display a sequence of keystrokes.