System for visualizing body areas

Abstract

The invention is a system comprising an adaptor (10) which comprises an inner chamber (111) into which electronic recording devices that can record images such as smart phones, pocket computer, tablet computer can be placed and a space (112) provided on the location that comes across with the camera of the electronic recording device, characterized in that, said single adaptor (10) comprises a mounting part (113) located on the front side of the adaptor (10) and focusing optic units connected to said mounting part (113) during application and have a lens assembly chosen in accordance with the body part to be visualized, for being used in more than one application such as biomicroscopy, indirect ophthalmoscopy, otoscopy, dermatoscopy and colposcopy.

Claims

1. A system for visualizing human body areas, comprising: a plurality of determined focusing optic units; and an adaptor (10) comprises a body (11), wherein the body (11) further comprises: an inner chamber (111) that is adapted to receive at least one of a plurality of electronic recording devices that record images, wherein the plurality of electronic recording devices are smart phones, pocket computer, or tablet computer; a space (12) that is formed on a location that comes across with a camera of the received electronic recording device; and a mounting part (113) that is located on a front side of body (11) of the adaptor (10), wherein the front side of the body (11) is in opposite side of the inner chamber (111), wherein at least one of the plurality of determined focusing optic units is adapted to connect with said mounting part (113), wherein each of the plurality of determined focusing optic units comprises: a coupling part that is adapted to connect to said mounting part (113) during visualization of body parts, and a lens assembly that is selected in accordance with a respective body part to be visualized, wherein the plurality of determined focusing optic units are adapted to be used in biomicroscopy, indirect ophthalmoscopy, otoscopy, dermatoscopy and olposcopy, wherein said coupling part of the plurality of determined focusing optic units is identical and shaped compatible with said mounting part (113).

2. The system according to claim 1, wherein the plurality of determined focusing optic units are a biomicroscope attachment (20) that is adapted to be used for biomicroscopy, an indirect ophthalmoscope attachment (30) that is adapted to be used for ophtalmoscopy, an otoscope attachment (40) that is adapted to be used for otoscopy, a dermatoscope attachment (50) that is adapted to be used for dermatoscopy, and a colposcope attachment (60) that is adapted to be used for colposcopy.

3. The system according to claim 2, wherein the biomicroscope attachment (20) comprises an adjustable pressing element (21) to adjust diameter of the biomicroscope attachment for mounting of biomicroscopes to the body (11).

4. The system according to claim 2, wherein the indirect ophthalmoscope attachment (30) comprises an aspheric lens (32) that is placed inside of an optic part (31), wherein the optic part (31) makes focusing in order to take indirect ophthalmoscopic retina images, wherein autofocusing of the retina images is carried out by the camera of the received electronic recording device.

5. The system according to claim 2, wherein the otoscope attachment (40) comprises an aspheric lens (42) that is place inside of an optic part (41), wherein the optic part (41) makes focusing in order to take otoscopic images, wherein autofocusing of the otoscopic images is carried out by the camera of the received electronic recording device.

6. The system according to claim 2, wherein the dermatoscopic attachment (50) comprises an aspheric lens (52) that is place inside of an optic part (51), wherein the optic part (51) makes focusing in order to take dermatoscopic images, wherein autofocusing of the dermatoscopic images is carried out by the camera of the received electronic recording device.

7. The system according to claim 2, wherein the colposcope attachment (60) comprises an aspheric lens (62) that is place inside of an optic part (61), wherein the optic part (61) makes focusing in order to take colposcopic images, wherein autofocusing of the colposcopic images is carried out by the camera of the received electronic recording device.

8. The system according to claim 1, wherein a length of each of the plurality of determined focusing optic unit are adjusted according to the characteristics of the focusing distance of the camera of the plurality of electronic recording devices by twisting the plurality of determined focusing optic unit.

9. The system according to claim 1, wherein the plurality of determined focusing optic units comprise zoom lenses (22, 32, 42, 52, 62) which are fixed inside of the lens assembly of the plurality of determined focusing optic units, wherein the zoom lenses (22, 32, 42, 52, 62) are aspheric lenses and replaceable.

10. The system according to claim 1, each of the plurality of determined focusing optic units comprises an optic part (31, 41, 51, 61) to receive said lens assembly.

Description

DESCRIPTION OF THE FIGURES

(1) FIG. 1General view of the main adaptor unit

(2) FIG. 2General view of the main adaptor from a different angle.

(3) FIG. 3aView of biomicroscope attachment.

(4) FIG. 3bView of indirect ophthalmoscope attachment.

(5) FIG. 3cView of otoscope attachment.

(6) FIG. 3dView of dermatoscope attachment.

(7) FIG. 3eView of colposcope attachment.

REFERENCE NUMBERS

(8) 10 Adaptor 11 Body 111 Inner chamber 112 Space 113 Mounting part 114 Side surface 20 Biomicroscope attachment 21Pressing element 30 Indirect ophtalmoscope attachment 31 Optic part 40 Otoscope attachment 41 Optic part 50 Dermatoscope attachment 51 Optic part 60 Colposcope attachment 61 Optic part

DETAILED DESCRIPTION OF THE INVENTION

(9) In this detailed description, novelty subject to the invention is explained solely for a better understanding of the subject, without generating any restrictive effect. Accordingly, in the description and figures below, an adaptor (10) which provides the usage of electronic recording devices such as smart phones, pocket computers, tablet computers etc. (hereinafter, they will be called electronic recording device) in biomicroscopy, indirect ophthalmoscopy, otoscopy, dermatoscopy, colposcopy procedures and focusing optic units configured according to this adaptor, are described.

(10) In FIG. 1, a perspective back view of the adaptor (10) is given. Accordingly, the adaptor (10) has a body (11) configured in such a way that the electronic device can be placed into it. Said body (11) preferably has a rectangular shape and comprises an inner chamber (111) into which the electronic device is placed. Said inner chamber (111) is formed by four side surfaces (114) surrounding the chamber.

(11) In FIG. 2 the view of the adaptor (10) from a different angle is given. In this figure, the front surface of the body (11) is seen. Accordingly, there is a space (112) at the part of the body (11) where the cameras of the electronic recording devices come across with Through this space (112), the electronic recording devices can take videos and/or pictures with the camera. A mounting part (113) is provided on the body (11) to provide the connection of the medical devices such as biomicroscope, indirect ophthalmoscope, otoscope, dermatoscope and colposcope to the body (11).

(12) In FIGS. 3a, 3b, 3c, 3d, and 3e, views of different optic focusing units are given. Said focusing optic units comprise an optic part. The optic part comprises lenses with appropriate features which can make focusing in order to take images according to the usage area of the focusing optic unit.

(13) In FIGS. 3a, 3b, 3c, 3d, and 3e, the general views of a biomicroscope attachment (20), an indirect ophthalmoscope attachment (30), an otoscope attachment (40), a dermatoscope attachment (50), a colposcope attachment (60) are given respectively. The parts of said attachments (20, 30, 40, 50) connected to the mounting part (113) are identical and they are shaped compatible with the mounting part (113).

(14) In accordance with the FIG. 3a, the biomicroscope attachment (20) attached to the mounting part (113) of the adaptor (10) is connected to the body (11) from the mounting part (113). During mounting, it is placed in such a way that it will be compatible with the electronic recording device present in the inner chamber (111) of the body (11). Then, one of the oculars of the microscope is attached to the attachment (20) of the biomicroscope. Biomicroscope attachment (20) comprises a pressing element (21). If the device will be used to visualize the front and back segments of the eye under the biomicroscope (slit lamp), the biomicroscope is attached to the biomicroscope attachment (20) by being adjusted with the pressing element (21) compatible with the biomicroscope brand to be used.

(15) In accordance with FIG. 3b, aspheric lens whose dioptre value (20, 28, 56D etc.) can be changed according to the indirect ophthalmoscopic visualization area and the optic part (31) which can make zooming, focusing and autofocusing are added and thus, indirect ophthalmoscopic retina images can be taken. The autofocusing process of the image is carried out by the camera of the electronic recording device. The devices may also be used in medical visualization if their cameras have the optical zoom feature. In the present invention, the fixed zoom or optic zoom (31) feature (depending on the needs) and the width of the area visualized on the retina are dependant on the features of the lens used in the attachment (30) and the features of the optic part (31) to which the lens is connected. The length of the indirect ophthalmoscope attachment (30) is manufactured so that it is adjusted according to the focusing distance of the camera present on the used electronic device.

(16) In accordance with FIG. 3c, otoscope attachment (40) is a focusing optic unit focusing the inner ear. The optical part (41) of the otoscope attachment (40) comprises an aspheric lens which has a fixed or adjustable zoom and which is solid mounted according to the needs, and whose dioptre value (20, 28, 56D etc.) can be changed. The length of this attachment (40) is manufactured so that it is adjusted according to the focusing distance of the camera present on the used electronic device.

(17) In accordance with FIG. 3d, dermatoscope attachment (50) is a focusing optic unit focusing the skin area. The optical part (51) of the dermatoscope attachment (50) comprises an aspheric lens which has a fixed or adjustable zoom and which is solid mounted according to the needs, and whose dioptre value (20, 28, 56D etc.) can be changed. The length of this attachment (50) is manufactured so that it is adjusted according to the focusing distance of the camera present on the used electronic recording device.

(18) In accordance with FIG. 3e, colposcope attachment (60) is the focusing optic unit focusing the cervical area The optical part (61) of the colposcope attachment (60) comprises an aspheric lens which has a fixed or adjustable zoom and which is solid mounted according to the needs, and whose dioptre value (20, 28, 56D etc.) can be changed. The length of this attachment (60) is manufactured so that it is adjusted according to the focusing distance of the camera present on the used electronic recording device.

(19) Consequently, by the virtue of the invention, after placing the electronic recording device into the inner chamber (111), one of the attachments appropriate for the visualization area is attached to the front of the device camera, namely to the mounting part (113), and thus, the images can be taken. The body part to be visualized is illuminated by the light source of the device camera. The light of the illumination source passes through the related focusing optic unit and reaches to the area to be visualized. Then, the body part is visualized by using the camera feature of the electronic recording device and the images are recorded to the memory unit of the electronic recording device. Therefore, the invention is portable and can be carried in the pocket and may be used in many fields of medicine.