Device for selecting an EVC orthosis
Method for selecting an elastic venous restraint orthosis intended to be slipped onto a lower limb of a patient. Acquisition of a photograph representing the skin of the limb and a calibration map including one or more calibration zones. The calibration map is placed on the limb in a position termed the “acquisition position.” Calibration of the photograph by the calibration zone or zones, in such a way that the representation of the skin on the photograph exhibits a calibrated colour. Selection, as a function of the calibrated colour, by computer and from a set of colours of a tone chart, of a tone chart colour, preferably of the tone chart colour closest to the calibrated colour, termed the “optimal colour,” and then determination, by computer, of an orthosis colour as a function of the tone chart colour selected. Selection of an orthosis exhibiting the orthosis colour.
1. Method for selecting an elastic venous restraint orthosis intended to be slipped onto a lower limb of a patient, the said method comprising the following steps:
1) acquisition of a photograph representing the skin of the said limb and a calibration map comprising one or more calibration zones, the calibration map being placed on the said limb in a position termed the “acquisition position”;
2) calibration of the photograph by means of the calibration zone or zones, in such a way that the representation of the said skin on the photograph exhibits a calibrated colour, and then selection, as a function of the calibrated colour, by computer and from a set of colours of a tone chart, of a tone chart colour, termed the “optimal colour”, and then determination, by computer, of an orthosis colour as a function of the tone chart colour selected;
3) selection of an orthosis exhibiting the said orthosis colour.
2. Method according to claim 1 , in which, in step 2), the orthosis colour determined in step 2), termed the “derived colour”, is different from the orthosis colour closest to the tone chart colour selected.
3. Method according to claim 2 , in which the derived colour is determined by statistical analysis of responses of a group of patients to an opinion survey.
4. Method according to claim 3 , in which the group of patients consists of people for whom the implementation of steps 1) and 2) culminates in the said selected tone chart colour.
5. Method according to claim 3 , in which the group of patients consists of people sharing one and the same characteristic.
6. Method according to claim 1 , in which the tone chart comprises orthosis colours.
7. Method according to claim 1 , in which, before step 2), the operator chooses a range of orthoses from which the selection in step 3) is performed, and, in step 2), the computer selects the orthosis colour solely from among the orthosis colours which are colours of orthoses of the said range.
8. Method according to claim 1 , in which, in step 1), use is made of an acquisition apparatus chosen from among a mobile telephone and a tablet, the said acquisition apparatus comprising a screen displaying at least one reference marker to be associated with a reference of the calibration map so as to attain a predetermined acquisition position.
9. Method according to claim 1 , in which, in step 1), use is made of a calibration map configured to hug the shape of the limb in the acquisition position or made of a hypoallergenic material or comprising an opening through which the skin of the limb is visible in the acquisition position.
10. Method according to claim 1 , in which, in step 2), use is made of a computer integrated into the apparatus used to acquire the photograph in step 1) or a computer independent of the said apparatus to which the said apparatus transfers the photograph on completion of step 1).
11. Method according to claim 1 , in which, in step 3), the said selection is performed by computer and communicated to an operator of the computer.
12. Method according to claim 11 , in which the computer provides a state of the stocks of the selected orthosis or a delivery timescale for the selected orthosis or is configured so that the operator places an order for the selected orthosis.