Holder for mounting a device for high-flow nasal therapy

Abstract

The subject of the application is a holder for mounting a device for intranasal high-flow therapy, which consists of: a lower horizontal base and a vertical base, which are permanently connected to each other at an angle in the range of 80° to 110°, preferably at a right angle. The vertical base is a solid with at least one flat surface, preferably in the shape of a rectangle, square, or quadratic circle. The lower horizontal base is a solid with at least one flat surface, preferably in the shape of a square or rectangle, most preferably a rectangle with rounded corners on one of the shorter edges, which edge is opposite the edge connected to the vertical base. The flat surface of the vertical base shares an edge with the flat surface of the lower horizontal base, forming a seat for the device.At least one locking device, preferably rectangular in shape, most preferably a rectangular plate with at least two rounded vertices, is attached to the edge in the lower horizontal base - opposite to the edge connected to the vertical base - at an angle in the range of 80° to 110°, most preferably at a right angle. Furthermore, the lower horizontal base has a through battery and power supply opening (21), which is a cutout in the base at the edge opposite to the edge with the locking device.Perpendicular to the lower horizontal base, along the edges located between the edge with the lock and between the edge connected to the vertical base, L-shaped stabilizing walls are permanently attached, parallel to each other: a right-side stabilizing wall and a left-side stabilizing wall, wherein: the lower arm of the right-side stabilizing wall and the lower arm of the left-side stabilizing wall are permanently connected to the lower horizontal base, and the upper arm of the right-side stabilizing wall and the upper arm (13) of the left-side stabilizing wall are permanently connected to the vertical base. Furthermore, in the upper arm of the right-side stabilizing wall or in the upper arm (13) of the left-side stabilizing wall, along the edge parallel to the edge connected to the vertical base, there is at least one through arm hole for a hinge.Furthermore, in the recess of the stabilizing walls, the wings are placed and connected by means of at least one hinge, i.e.: in the right-side stabilizing wall, the right wing is placed, while in the left-side stabilizing wall, the left wing is placed, wherein the wing has the shape of a rectangular trapezoid with a right angle placed in the recess of the L-shaped stabilizing wall. In the left wing or the right wing, along the edge connected to the upper arm (13) of the left-side stabilizing wall or the upper arm of the right-side stabilizing wall, there is at least one through wing opening for a hinge.Furthermore, on the upper base of the right wing and the upper base of the left wing, as well as on the oblique edge of the right wing and the oblique edge of the left wing, a right-sided and a left-sided top stabilizer is permanently arranged, which is preferably rectangular in shape, being positioned at an angle of 80° to 110°, most preferably at a right angle to the wings, with the part protruding beyond the wing edge directed towards the center of the holder. Furthermore, in the right-sided stabilizing wall in the lower arm or in the left-sided stabilizing wall in the lower arm (14) is permanently mounted—preferably at a right angle to the lower arm—at least one arm base with a hole (23) for a pressing screw, wherein the arm base protrudes outside the holder, i.e. protrudes beyond the lower horizontal base.Furthermore, at least one wing support with a hole (23) for a set screw is permanently secured in the lower base of the right wing or in the lower base of the left wing, preferably at a right angle to the wing, wherein the wing support protrudes outside the holder, i.e. protrudes beyond the lower horizontal base. After closing the wing, the wing support and the arm support are aligned with each other so that one rests on the other, so that the holes therein constitute a single through hole through which the set screw passes.