Systems and methods for automated subjective refractions

1. A system for administering a subjective refraction test on a patient, the system comprising:

a phoropter having a plurality of lenses that are adjustable to affect the vision of the patient to administer a plurality of sub-tests of the subjective refraction test;

a display device configured to display a plurality of visual references viewable by the patient through the plurality of lenses of the phoropter; and

a computing device coupled to the phoropter and the display device, the computing device configured to:

generate and display a script and a first plurality of response fields, the script corresponding to a first set of conditions for a first sub-test of the plurality of sub-tests, the first set of conditions corresponding to a first visual reference viewed by the patient through a first combination of the plurality of lenses of the phoropter, the script being displayed for reading by a technician to the patient and the first plurality of response fields configured to receive first feedback from the patient indicative of the patient's vision under the first set of conditions;

receive a first input indicative of the patient's vision under the first set of conditions;

automatically generate and display, based on the first input, an updated script and the first plurality of response fields, the updated script corresponding to an updated first set of conditions for the first sub-test of the plurality of sub-tests, the updated first set of conditions corresponding to an updated first visual reference viewed by the patient through a second combination of the plurality of lenses of the phoropter;

receive a second input indicative of the patient's vision under the updated first set of conditions;

iteratively update the script and the second combination of the plurality of lenses, and maintain the first plurality of response fields to receive feedback from the patient until a predefined number of responses are received during the first sub-test to determine an endpoint for the first sub-test of the plurality of sub-tests;

communicate a signal to the phoropter and the display device causing the patient to be presented with a second set of conditions to administer a second sub-test of the plurality of sub-tests in response to the determined endpoint for the first sub-test, the second set of conditions comprising a second visual reference viewed by the patient and a third combination of the plurality of lenses of the phoropter;

automatically generate and display, based on the determined endpoint for the first sub-test, a second script and a second plurality of response fields, the second script corresponding to the second set of conditions and the second plurality of response fields configured to receive second feedback indicative of the patient's vision under the second set of conditions, wherein the second script provides a prompt for updated patient feedback under the second set of conditions;

receive an updated input corresponding to the updated patient feedback; and

determine an endpoint for the second sub-test of the plurality of sub-tests based on a determined a visual acuity during the second sub-test matching a predefined visual acuity value.

2. The system of claim 1 , wherein the computing device is configured to subsequently administer a third sub-test of the plurality of sub-tests subsequent to determining the endpoint for the second sub-test of the plurality of sub-tests.

3. The system of claim 1 , wherein the first set of conditions and the second set of conditions include a combination of subjective lenses and auxiliary lenses of the phoropter.

4. The system of claim 1 , wherein the computing device is configured to display the script and the updated script on a user interface.

5. The system of claim 1 , wherein the first set of conditions includes a first combination of auxiliary lenses, a first combination of subjective lenses, and the first visual reference, and the second set of conditions includes one of a second combination of auxiliary lenses different from the first combination of auxiliary lenses, a second combination of subjective lenses different from the first combination of subjective lenses, or the second visual reference different from the first visual reference.

6. The system of claim 1 , further comprising a control box configured to enable wireless communication between one or more of the computing device, the display device, and the phoropter.

7. The system of claim 1 , wherein a determination of an endpoint for a third sub-test of the plurality of sub-tests corresponds to receiving a predetermined number of replies from the patient based on a set of conditions for the third sub-test.

8. The system of claim 1 , wherein at least one of the plurality of sub-tests comprises a non-optimum endpoint indicating a visual acuity of the patient not meeting or reaching a predefined value.

9. The system of claim 8 , wherein the first set of conditions and the second set of conditions comprise various combinations of subjective lenses and auxiliary lenses of the phoropter as well as various visual references displayed by the display device.

10. A method of administering a subjective refraction test to a patient, the method comprising:

providing, by a computing device, a script and a first plurality of response fields for administering a first sub-test of a plurality of sub-tests of the subjective refraction test, the script corresponding to a first set of conditions comprising a first visual reference viewed by the patient through a first combination of a plurality of lenses of a phoropter, wherein the first plurality of response fields are configured to receive first feedback from the patient indicative of the patient's vision under the first set of conditions;

displaying, via a display device based on a signal from the computing device, the first visual reference and the first plurality of response fields for viewing by the patient as part of administering the first sub-test of the plurality of sub-tests;

adjusting, via the phoropter based on a signal from the computing device, the plurality of lenses to implement the first combination of the plurality of lenses as part of the first sub-test of the plurality of sub-tests;

receiving, by the computing device, a first input corresponding to patient feedback indicative of the patient's vision under the first set of conditions;

automatically generating and displaying, via the display device and based on the first input and a signal from the computing device, an updated script and the first plurality of response fields, the updated script corresponding to an updated first set of conditions for the first sub-test of the plurality of sub-tests, the updated first set of conditions corresponding to an updated first visual reference for viewing by the patient through a second combination of the plurality of lenses of the phoropter;

receiving, by the computing device, a second input corresponding to patient feedback indicative of the patient's vision under the updated first set of conditions;

iteratively updating the script and the second combination of the plurality of lenses, and maintaining the first plurality of response fields to receive feedback indicative of the patient's vision until a predetermined number of responses are received during the first sub-test to determine, by the computing device, an endpoint for the first sub-test of the plurality of sub-tests;

automatically determining, by the computing device and based on the determined endpoint for the first sub-test, a second set of conditions to administer a second sub-test of the plurality of sub-tests in response to the determined endpoint for the first sub-test, the second set of conditions including a second visual reference, a change to at least one lens in the first combination of the plurality of lenses, and a second script;

controlling, by the computing device, the phoropter in accordance with the change to the at least one lens in the first combination of the plurality of lenses;

controlling, by the computing device, the display device to provide the second visual reference;

displaying, by the computing device, the second script; and

determining, by the computing device, an endpoint of the second sub-test of the plurality of sub-tests based on a determined a visual acuity during the second sub-test matching a predefined visual acuity value.

11. The method of claim 10 , further comprising concluding that the subjective refraction test is complete.

12. The method of claim 10 , further comprising displaying, via the computing device, one or more user interfaces comprising the script and the updated script.

13. The method of claim 10 , wherein the plurality of lenses of at least one of the first and second sets of conditions comprise a combination of subjective lenses and auxiliary lenses of the phoropter.

14. The method of claim 10 , wherein the first combination of the plurality of lenses includes a first set of auxiliary lenses or a first set of subjective lenses, wherein the second combination of lenses includes a second set of auxiliary lenses or a second set of subjective lenses, and wherein the at least one of the first set of auxiliary lenses differs from the second set of auxiliary lenses or the first set of subjective lenses differs from the second set of subjective lenses.

15. The method of claim 10 , wherein the predefined visual acuity value is twenty-twenty.

16. The method of claim 10 , further comprising determining the endpoint for the first sub-test based on receiving the predefined number of patient responses to questions provided in the script during the first sub-test.

17. A system for administering an automated subjective refraction test to a patient, the system comprising:

a processing circuit coupled to a phoropter having a plurality of lenses that are adjustable and a display device configured to display a plurality of visual references viewable through lenses of the phoropter, the processing circuit configured to:

generate a script and a first plurality of response fields, the script configured to be displayed for reading by a technician as part of a first sub-test of the automated subjective refraction test, the script corresponding to a first set of test conditions corresponding to a first combination of the lenses and a first visual reference, and wherein the first plurality of response fields are configured to receive feedback from the patient indicative of the patient's vision under the first set of test conditions;

controlling the phoropter to implement the first combination of the lenses;

controlling the display device to display the first visual reference and the first plurality of response fields;

receiving a first input corresponding to patient feedback regarding the patient's vision under the first set of test conditions;

automatically generating and displaying, based on the first input, an updated script and the first plurality of response fields, the updated script corresponding to an updated first set of conditions for the first sub-test of a plurality of sub-tests, the updated script corresponding to a second combination of the lenses and an updated first visual reference;

controlling the phoropter to implement the second combination of lenses;

controlling the display device to display the updated first visual reference and the first plurality of response fields;

receiving a second input corresponding to patient feedback regarding the patient's vision under the updated first set of conditions;

iteratively updating the script and the second combination of the lenses, and maintaining the first plurality of response fields to receive feedback from the patient until a predefined number of responses are received during the first sub-test to determine an endpoint for the first sub-test of the automated subjective refraction test;

automatically determining, based on the determined endpoint for the first sub-test, a second set of conditions regarding a second sub-test of the automated subjective refraction test, the second set of conditions including either a third combination of the lenses or a second visual reference;

generating a second script to display corresponding to the second set of conditions;

at least one of controlling the phoropter to implement the third combination of the lenses or controlling the display device to display the second visual reference; and

determining an endpoint for the second sub-test of the automated subjective refraction test based on determining a visual acuity during the second sub-test matching a predefined visual acuity value.

18. The system of claim 17 , wherein the first combination of the lenses includes a first set of auxiliary lenses or a first set of subjective lenses, wherein the second combination of the lenses includes a second set of auxiliary lenses or a second set of subjective lenses, and wherein the at least one of the first set of auxiliary lenses differs from the second set of auxiliary lenses or the first set of subjective lenses differs from the second set of subjective lenses.