Abstract: A support (1) for communication elements in points of sale of products comprising a supporting body (2), which can be anchored to the structure of an exhibitor (3) for products and defines at least one coupling region (4) for at least one electronic tag (5), which has at least one face (5a) for displaying commercial information; the electronic tag (5) supports engagement means (6) for at least one communication element (7).

Abstract: A support (1) for communication elements in points of sale of products comprising a supporting body (2), which can be anchored to the structure of an exhibitor (3) for products and defines at least one coupling region (4) for at least one electronic tag (5), which has at least one face (5a) for displaying commercial information; the electronic tag (5) supports engagement means (6) for at least one communication element (7).

Abstract: There is described a cereal-based chip-like snack having a very reduced total fat content and an improved shelf-life and a process for the production thereof which comprises the steps of cooking, drying, flaking and toasting. Specifically, chips according to the present invention have size and thickness completely similar to those of the traditional chips. Therefore, they are a highly valid and useful alternative to traditional chips, not only in terms of nutritional and dietetic values, but also in terms of appearance, agreeableness and crispness.

Abstract: A rotary filter (1) for fibrous suspensions (S) is disclosed comprising a rotor (2) coaxially arranged inside a filtering basket (4), an annular hollow space (8) being defined between them. In the annular hollow space (8) there are one or more wing profiles (15) fixed to the outer lateral surface (2a) of the rotor (2) extending in an axial direction along the rotor (2). The outer surface (16) of each wing profile (15) facing the filtering basket has one or more discontinuity zones (16b, 16d) whose points have an increasing distance from the longitudinal axis (3) of the rotor (2).when running on the outer surface (16) of said wing profile (15) in a direction opposite to the rotation direction (V) of the rotor (2).