Multi-use tongue depressor instrument and method of use

Abstract

A multi-use tongue depressor fabricated using the same materials and dimensions as commercially available ones. The tongue depressor depresses, retracts, move, shifts or sweeps a patient's tongue during a healthcare provider's examination of the patient's oral cavity in such a way as to maximize visibility of a target pathology inside the patient's oral cavity, the tongue depressor is adapted to conduct distance, depth and position measurements in the patient's oral cavity so as to assist health care providers in the identification and treatment of oral pathologies.

Claims

1. A multi-use tongue depressor wherein the tongue depressor is fabricated using a material comprising wood, polymer material, hard plastic, stainless steel, or ceramic composites, the tongue depressor being used to depress, retract, move, shift or sweep a patient's tongue during a healthcare provider's examination of the patient's oral cavity to maximize visibility of a target pathology inside the patient's oral cavity, the tongue depressor being adapted to conduct distance, depth and position measurements in the patient's oral cavity so as to assist health care providers to identify and treat oral pathologies, the tongue depressor comprising: a) substantially flat elongated blade comprising a front end, a back end, an upper horizontal surface, an under horizontal surface, two longitudinal lateral edges running along the surfaces and a centerline running along the center of the upper horizontal surface; and b) multiple dimensional markings comprising millimeters, centimeters, or inches dimensions, wherein a first set of the multiple dimensional markings is printed or etched in increasing numbers starting on the front end and continuing ascendingly along a first lateral edge of the lateral edges, a second set of the multiple dimensional markings is printed or etched in decreasing numbers starting on the front end and continuing descendingly along a second lateral edge of the lateral edges, and a third set of the multiple dimensional markings is printed or etched in increasing numbers starting on the front end and continuing ascendingly in a middle portion of the upper horizontal surface between the first set of the multiple dimensional markings and the second set of the multiple dimensional markings and along the centerline, the multiple dimensional markings allowing and facilitating measuring a size of the target pathology in the patient's oral cavity and a relative location of the target pathology linearly, top or bottom, using a known reference point in the patient's mouth, the reference point being a fixed marker in the patients oral cavity such as a tooth, with the third set of dimensional markings located on the centerline of the upper horizontal surface scaled in increasing numbers starting on the front end and continuing ascendingly thus allowing and facilitating the measurement of the depth or center of the target pathology relative to the known reference point in the patient's oral cavity, and with the first and second set of dimensional markings located on along the lateral edges of the upper horizontal surface allowing and facilitating measuring the size of the target pathology and the relative location of the target pathology linearly, top or bottom, relative to the reference point in the patient's oral cavity, and with the multiple dimensional markings being black or colored so as to create a contrast with respect to the blade's color, thus maximizing visibility of said multiple dimensional markings.

2. The tongue depressor of claim 1, wherein the polymer material comprising a thermoplastic, disposable plastic, or recyclable plastic.

Description

BRIEF DESCRIPTION OF THE DRAWINGS

(1) The embodiments of the present invention will be further described in detail hereinafter with reference to the drawings, wherein:

(2) FIG. 1: a top view of the upper surface of the tongue depressor of the present invention illustrating three markings' lines; one at each edge and a third one at the centerline position. Wooden tongue depressor (standard size 16 mm×150 mm).

(3) FIG. 2: a perspective view of the tongue depressor of the present invention being used in a patient's mouth.

(4) FIG. 3: an exploded view of the tongue depressor of the present invention being used in a patient's mouth showing it making an example measurement between a lesion area and a pre-determined, pre-measured point of reference.

DETAILED DESCRIPTION OF THE INVENTION

(5) In the main embodiment of the invention, the tongue depressor is a standard wooden one, with the markings being black, as illustrated in FIG. 1, or colored so as to create a contrast with respect to the blade's color, thus maximize visibility, and further being permanently applied to the upper surface of the tongue depressor during fabrication.

(6) In the embodiment comprising a wooden tongue depressor, methods available to print on wooden surfaces such as woodcut, etching, pressing, engraving, stenciling or direct printing are used.

(7) Woodcut, etching, pressing, engraving and stenciling usually require an additional printing and/or inking step. For obvious reasons, any ink or printing materials used would have to be non-toxic and susceptible to sterilization without losing the quality of the print.

(8) Another process useful to achieve the marks on the upper surface of the tongue depressor would be to affix a pre-fabricated sticker already comprising the marks to the upper surface of the tongue depressor.

(9) In an alternative embodiment of the present invention, the tongue depressor can be fabricated using a variety of non-toxic medical grade materials such as medical polymers (e.g., thermo-plastics) or stainless steel. Those embodiments require that a pre-fabricated sticker comprising the marks be affixed to the tongue depressor during fabrication.

(10) Another embodiment of the present invention comprises an upper surface further comprising a front end and a back end, the front end comprising illuminating means such as those known in the prior art (See, e.g., U.S. Pat. Nos. 4,807,599 and 5,318,009 to Robinson).

(11) The main object of the present invention is to provide a tongue depressor instrument useful to visualize the position of the target of an oral examination, i.e., an oral lesion(s) such as a growth, defect or trauma. That object is accomplished by using the tongue depressor to depress, retract, move, shift or sweep the patient's tongue in such a way as to maximize visibility of a target area inside the oral cavity.

(12) Another object of the present invention is to provide a tongue depressor instrument that also allows the user to measure the target area's dimensions. FIG. 2 and FIG. 3 illustrate the tongue depressor of the present invention being used to visualize the position of a lesion (one on the patient's cheek and the other on the patient's tongue), to measure the target area's dimensions, and to determine the lesion's position relative to other structures or markers in the patient's mouth. Still another object of the present invention is to provide a tongue depressor instrument that further allows the user to accurately document the dimensions and position (relative to other oral structures) of the target area(s) of the examination.

(13) During oral examination using the tongue depressors of the prior art, the healthcare provider conducting the examination often visualizes and estimates the target or affected areas such as lesions, resulting in inaccurate documentation. Moreover, examinations of oral lesions usually require the healthcare provider to fetch an additional measuring device and conduct a second examination.

(14) The present invention saves time, reduced the number of instruments used in oral examinations targeting lesions and improve the accuracy of visualizing and measuring the lesion and documenting its size and location in the healthcare provider's notes. That documentation becomes crucial for the purposes of diagnosing a medical condition related to the lesion(s), designing the appropriate treatment or any necessary any follow-up examination and or surgical procedure that might be necessary.

(15) Obtaining the measurements and exact location of an oral lesion or affected area (growth, deformity, abnormality, etc.) allows the healthcare practitioner to accurately describe the lesion(s) in its notes for the purposes of, for example, referring the patient to a specialist or simply to be able to recall the lesion(s) characteristics at a later date. Further, the measurement of a patient's anatomical structures and characteristics greatly aids a healthcare provider's treatment planning of dental or surgical procedures to treat conditions including, but not limited to oral pathologies, skeletal deformities and dental defects.

(16) The present invention is also useful in the dental and periodontal care fields because it aids the healthcare provider to obtain measurements that facilitate the often-necessary dental, specifically periodontal, description of teeth, dental relationships, range of motion of jaw and the general anatomy of the oral cavity.