DISPOSABLE SHOE COVER REMOVAL MACHINE

Abstract

The present invention consists of a machine with a collector of disposable shoe covers and endowed with platform to support the foot wearing the disposable shoe cover positioned on an upper belt in a direction opposite that of the lower belt where both make up a drag mechanism of the disposable shoe covers. The machine is endowed with traction motor and driven by a switch or by an inductive sensor. The machine is endowed with steering rollers for defining the directions of the stretches of the belts which form an L shape. The lower belt has a mechanism comprised of an articulated roller mounted on displacers driven by springs and mounted on guides for adjusting the passage of the shoe cover inside the machine to an upper level of said belts for reaching the height of the collector where the shoe cover is collected.

Claims

1. A disposable shoe cover removal machine comprising a platform to support the foot mounted between structural walls and endowed with a recipient collector, wherein characterized in that said platform is positioned on the upper belt, which has a displacement direction opposite the direction of the lower belt, wherein the belts make up a drag mechanism of the shoe covers in the free space between said belts; in that the device is endowed with traction motor that drives the drive roller of the upper belt which by attrition drives the lower belt endowed with the articulated roller and in that the recipient collector is positioned at the upper end of the belts.

2. The according to claim 1, wherein in that the upper belt is rotated by the drive roller and mounted on steering rollers, a trio of steering rollers and stretching rollers.

3. The according to claim 1, wherein in that the lower belt is mounted on the steering rollers, pair of rollers, trios of steering rollers and stretching rollers; the lower belt is endowed with an articulated roller said articulated roller being mounted between displacers pressed by spring with axial movement on guides.

4. The according to claim 1, wherein in that the traction motor is powered by a VDC source driven by a switch on the safety bar or by an inductive sensor located on the side of the platform.

5. The according to claim 1, wherein in that the traction motor is powered by pneumatic circuit.

Description

LIST OF ACCOMPANYING DRAWINGS

[0017] So that the present invention is fully understood and can be put into practice by any skilled person from this technological field, it is now described clearly, precisely and fully, based on the accompanying drawings listed below:

[0018] FIG. 1Left side perspective of the device;

[0019] FIG. 2Right side perspective of the device, the right structural wall being suppressed;

[0020] FIG. 3Right side view, the right structural wall being suppressed;

[0021] FIG. 4Right side perspective detailing the articulation mechanism of the lower belt.

DETAILED DESCRIPTION OF THE INVENTION

[0022] FIG. 1 illustrates from a left side perspective view the machine (1) with the residue collector (10) at its rear portion. The machine (1) is endowed with a platform (2) to support the foot wearing the disposable shoe cover. Said platform (2) is mounted between the structural walls (4) and positioned on the upper belt (3.1) in the direction opposite to that of the lower belt (3.2) where both make up a drag mechanism (3) of the disposable shoe covers into the machine (1).

[0023] The machine (1) is endowed with a traction motor (5) powered by a VDC source (6) and manually driven by way of a switch (7) installed on the safety bar (9) or automatically through the inductive sensor (8) located on the side of the foot support platform (2).

[0024] FIGS. 2 and 3 illustrate the machine (1) with one of the structural walls (4) suppressed in order to detail the constructive arrangement employed between the steering rollers (5.2), pair of steering rollers (5.3) and trio of steering rollers (5.4) for defining the directions of the stretches of the belts which form an L shape, establishing a specific angle for dragging the insole up to the top of the entry of the collector. The pair of steering rollers (5.3) and the trios of steering rollers (5.4) are disposed with the aim of preventing the disposable shoe cover from being introduced between the belt and the steering roller during the passage of said shoe cover between the belts. The belts (3.1 and 3.2) are endowed with stretching rollers (5.8) at their ends located in the highest segment of the device (1) on the collector (10).

[0025] The direction of rotation of said belts (3.1) and (3.2) is indicated in FIG. 2 by direction arrows and its movement occurs by rotation of the drive cylinder (5.1) given by the traction motor (5). In these figures it is possible to see the positioning of the inductive sensor (8) on the structural wall (4) relative to the platform (2).

[0026] FIG. 4 is a blown-up perspective view of the drag mechanism (3) where the upper belt (3.1) and lower belt (3.2) meet to drag the shoe cover into the device (1). The lower belt (3.2) has a mechanism comprised of an articulated roller (5.5) with the ends of its axle mounted on displacers (5.6) driven by springs, said displacers (5.6) being mounted on guides (5.7). This mechanism enables the adaptive movement of the articulated cylinder (5.3) to adjust the passage of the disposable shoe cover between itself and the drive roller (5.1).