NOVELTY - The method comprises placing objects to be transferred in a transfer area (14) containing a carrier liquid (16) forming a conveyor, providing a compact particle film (4) to keep the objects floating on the carrier liquid of the transfer area within which the objects are moved with the particle film so as to be transferred onto a moving substrate (38), and producing a connector (74) on one of the objects, where the connector is produced using a substance including a polymerizable compound and by placing the substance in contact with the object and then polymerizing the substance.    USE - The method is useful for transferring objects onto a moving substrate, where the objects are silicon chips, micro-batteries, organic electronics components, metal elements, photovoltaic cells, batteries and micro-cells (all claimed), sensors, piezoelectric cell, fuel cell, communication system such as radio frequency identification, conductors, resistors, capacitors, welding elements such as preforms, optical components such as lenses, microlenses, diffraction gratings and filters, and microelectromechanical systems.    ADVANTAGE - The method is capable of repeatedly transferring the objects onto the substrate in an accurate, simple and reliable manner.    DETAILED DESCRIPTION - The method comprises placing objects to be transferred in a transfer area (14) containing a carrier liquid (16) forming a conveyor, providing a compact particle film (4) to keep the objects floating on the carrier liquid of the transfer area within which the objects are moved with the particle film so as to be transferred onto a moving substrate (38), and producing a connector (74) on one of the objects, where the connector is produced using a substance including a polymerizable compound and by placing the substance in contact with the object arranged within the transfer area and then polymerizing the substance. The connector is produced between two of the objects by applying the substance including the polymerizable compound to the compact particle film so as to connect the two objects spaced one from the other within the transfer zone and then by polymerization of the substance. The substrate is equipped with a crossing opening intended to place the connector produced between a lower surface of the objects and the compact particle film. The connector is electric, thermal, optical, piezoelectric or mechanical connectors, fits with an upper surface of one of the objects, and fits with the lower surface of one of the objects. The substance is appeared as a liquid or a paste and presents a hydrophobic character. One of the objects to be transferred is arranged in the transfer area floating on the carrier liquid so as to be surrounded by the particle film and placed in the transfer area on the compact particle film so as to create a recess of the support particles in the liquid carrier. Each object has a dimension of higher than 0.2 cm. The method further comprises implementing an inclined ramp for circulating the particles attached to the inlet of the transfer zone, where the liquid carrier is also intended to circulate.    DESCRIPTION OF DRAWING(S) - The figure shows a schematic sectional view of a method for transferring objects onto a moving substrate.    Compact particle films (4)    Transfer area (14)    Carrier liquid (16)    Moving substrate (38)    Connector. (74)