Blowing device for a cold-product interleaving machine

Abstract

The present invention is a blowing device to be used in interleaver machines for cold cuts. This blowing device enables the plastic used in interleaving, responsible for separating the cold cuts, to be very thin, not folding or being mispositioned, since the device generates negative pressure between the cold cut slice and the plastic.

Claims

1. A blowing device (100) for a cold product interleaving machine having a cold cut slicer, comprising: an upper extractor (1) having an elongated body and a hook-like profile, said upper extractor including at least one internal air flow duct and at least one hole for air escape; a lower extractor (2) having an elongated body with a stretched shape and a hook-like shape; rubber rollers (11, 12), said rubber rollers (11, 12) being internally coupled to the blowing device (100), between the upper extractor (1) and the lower extractor (2); an engine (10) linked to the rubber rollers (11, 12) to cause movement of the rollers; said blowing device (100) is fixed to the cold cut slicer.

Description

DESCRIPTION OF THE DRAWINGS

(1) The description of the figures will help to understand the interleaving blowing device (100).

(2) FIG. 1 illustratively shows the front view of the blowing device (100).

(3) FIG. 2 illustratively shows the lower view of the blowing device (100).

(4) FIG. 3 illustratively shows a side cut view of the blowing device (100).

(5) FIG. 4 illustratively shows an isometric view of the upper extractor (1), which is an integral part of the blowing device (100).

(6) FIG. 5 illustratively shows an isometric view of the lower extractor, which is an integral part of the blowing device (100).

DETAILED DESCRIPTION OF THE INVENTION

(7) With reference to the presented figures, as shown by FIG. 1, the blowing device (100) is constituted by an upper extractor (1), lower extractor (2), fixing plate (9) for the servo motor (10) per se. The servo motor (10) is responsible for moving the gear (8) as shown by FIG. 2, which moves the rubber rollers (11, 12) responsible for pulling the interleaving plastic to the position where blowing will be performed.

(8) FIG. 3 shows a cut view of the blowing device (100), shown in lateral view. It shows and simplifies the whole operation of the blowing device (100). As shown, the rubber rollers (11, 12) are internally coupled to the upper extractor (1) and the lower extractor (2), which will be responsible for pulling and guiding the plastic to be used to interleave the cold cut after slicing. The pneumatic system is also shown on that Figure; the area (7) shows the route taken by the air, so that the pneumatic connection (6) is responsible for regulating the air flow; and, finally, the plate (5) which is responsible for joining and fixing the blowing device (100) to the slicer (not shown).

(9) FIGS. 4 and 5 show the upper extractor (1) and the lower extractor (2), which are an integral part of the blowing device (100). The upper and lower extractors (1, 2) are specifically responsible for enabling the quality of interleaving the cold cuts, since their embodiment arrangement, jointly with the pneumatic connection, allows the plastic traveling through the rubber rollers (11, 12) to be guided and blown under control, so that, after the cold cut slicing, the plastic suffers negative pressure on its face to be in contact with the cold cut, thus creating a low pressure region between the plastic and the cold cut slice, causing the plastic to be correctly and quickly positioned over the cold cut slice, so to assure quality in interleaving, with no plastic folds or mispositioning. Also, high speeds are thus applied to this interleaving process, due to the used method, not influencing the quality of interleaving and keeping thin plastic thicknesses.

(10) The blowing device (200) allows the user to make use of thinner and consequently cheaper plastics, while having perfect interleaving with high yielding against the current state of the art.

(11) The presented disclosure should not be interpreted as a limitation, but rather as a base to understand the invented object and a representative base for the claims to teach an expert in the art how to use and put into practice the development of the proposed device, since there may be, now or in the future, other possible arrangements for conceiving the invented object, not depriving the inventive idea from its characteristics, such as e. g. a variation in the measurement of its extractors (1, 2), since, depending on the kind of machine for which the device will be used, said changes will be required to enable the blowing device as disclosed by this description to be coupled, as well as other small changes just to adapt it to the machine to be used to perform the cold cut slicing task.