Abstract: The invention concerns a stand (12) for a linear electric motor (14) comprising a primary winding (18) and a secondary winding (20), characterized in that the stand (12) comprises compensating means (52) consisting of elongated slots (58) delimiting connecting bridges (60) and in that said slots (58) constitute cooling openings through which is provided a forced air flow when the stand (12) is moving enabling the primary winding (18) to be cooled.

Abstract: In an arrangement (10) for grouping a plurality of products (Pn, Pn+1) into batches (Li) carried by at least one conveyor belt (12) travelling in a longitudinal direction at a travelling speed (V1), the products (Pn, Pn+1) arrive with at least one determined upstream spacing (E) between two successive products, and including an advanced phaser (22, 23) provided on the path of the products (Pn, Pn+1) and capable of grouping transversally at least two products (Pn, Pn+1) into a row so as to form, at high speed, batches (Li) obtained by grouping the products (Pn, Pn+1).

Abstract: An arrangement (10) for assembling into batches (Ln), via a phasing device (23), a plurality of products (Pn) traveling on a conveyor belt (16) from an intake zone upstream to an exit zone downstream. The phasing device (23) is placed between the intake zone and the exit zone. The arrangement has at least one retractable catch (60, 62, 64), and the catch (60, 62, 64) is moved successively into an engaged position, causing a first product (Pn) to be slowed down until a second product (Pn) located immediately upstream moves up to it, so as to form a batch (Ln), and into a retracted position which enables the previously formed batch (Ln) to continue its downstream movement at the running speed of the belt.

Abstract: An arrangement for the distribution of products (Pn) includes a distribution device consisting of a phaser (23) that includes two belts (50, 52) driven independently and each comprising at least one cam (60) driven at a deflecting speed and selectively controlled in an operation mode for, according to a predetermined distribution sequence, contacting at least one product (Pn) of a first queue (F1) in order to deflect laterally the product (Pn) from an initial position to a determined final position which is transversally offset relative to the initial position so as to form at least a second queue of products (Pn) parallel or orthogonal to the first queue.

Abstract: A regulation method for ordering a flow of two lines of products includes at least: —a first step of slowing when the spacing value between a first product pertinaing to one of the lines and a second product, situated immediately upstream and pertaining to another of the lines is less than a first set value; and—a second step of slowing when the value of the spacing between a downstream product of the first line and the proximal product situated immediately upstream on the second line is lower than a second set value, the first step of slowing and second step of slowing being respectively implemented selectively so as to place in phase the spacings between the products of the first and second lines according to a sequence determined as a function of the device for transferring to cavities.

Abstract: The invention concerns a stand (12) for a linear electric motor (14) comprising a primary winding (18) and a secondary winding (20), characterized in that the stand (12) comprises compensating means (52) consisting of elongated slots (58) delimiting connecting bridges (60) and in that said slots (58) constitute cooling openings through which is provided a forced air flow when the stand (12) is moving enabling the primary winding (18) to be cooled.

Abstract: An arrangement (10) for mounting a stand (12) for a linear electric motor (14) includes a primary winding (18) secured to the stand (12) and a secondary winding (20) secured to a structure (16), of the type wherein the vertical stand (12) is mounted mobile on the structure (16) along a longitudinal displacement direction via guide elements (22) and including a main board (24) bearing the primary winding (18) and at least one upper fastening wing (26) including part (28) of the guide elements (22) designed to co-operate with another complementary part (20) in the structure (16). The stand (12) is suspended relative to the structure (16) via upper guide elements (22), such that the stand (12) is capable of freely expanding along a main expanding direction, that is vertically downwards to compensate the thermal expansion of the material of the stand (12) under the effect of heating of the primary winding (18) and such that the upper guide elements (22) are not affected.

Abstract: An arrangement (10) for assembling into batches (Ln), via a phasing device (23), a plurality of products (Pn) traveling on a conveyor belt (16) from an intake zone upstream to an exit zone downstream. The phasing device (23) is placed between the intake zone and the exit zone. The arrangement has at least one retractable catch (60, 62, 64), and the catch (60, 62, 64) is moved successively into an engaged position, causing a first product (Pn) to be slowed down until a second product (Pn) located immediately uptream moves up to it, so as to form a batch (Ln), and into a retracted position which enables the previously formed batch (Ln) to continue its downstream movement at the running speed of the belt.