NOVELTY - The method comprises (a) preparing first compact particle films (4) floating on a carrier liquid (16) provided in a transfer area (14) having a particle outlet (26), (b) producing patterns by depositing a substance on each first film in the transfer area along a contour of the pattern, where the substance keeps the particles of the film in contact with the substance together, (c) removing a portion of the first film particles that are located on an inside of the contour or on an outside of the contour, and (d) transferring the patterns onto the substrate via the particle outlet.    USE - The method is useful for depositing particles on a moving substrate that is useful to manufacture an object such as 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 particles to the substrate in an accurate, simple and reliable manner.    DETAILED DESCRIPTION - The method comprises (a) preparing first compact particle films (4) floating on a carrier liquid (16) provided in a transfer area (14) having a particle outlet (26) arranged opposite a moving substrate (38), (b) producing patterns by depositing a substance on each first film in the transfer area along a contour of the pattern, where the substance keeps the particles of the film in contact with the substance together, (c) removing a portion of the first film particles that are located on an inside of the contour or on an outside of the contour, and (d) transferring the patterns onto the substrate via the particle outlet. The method further comprises: setting other elements on the carrier liquid in a hollow zone delimited by the contour before the step (d); producing second compact particle films floating on the liquid carrier in the transfer zone around the contour prior to the step (d); 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; and providing a weld/dot using the substance deposited on the particles, where the cord is removed after deposition on the substrate. The step (d) is performed by moving the pattern and each first film through the particle outlet and with the other elements if necessary and by moving the pattern and each second film through the particle outlet. Each second film is designed with different particles than that of each first film. The step (a) comprises providing the first particles compact films in different separate portions of the transfer zone. The patterns are displaced relatively and optionally compared to each other on the liquid carrier. The substance includes a polymerizable compound that is polymerized after it is deposited on the first compact particles film. The substance is appeared as a liquid or a paste and presents a hydrophobic character.    DESCRIPTION OF DRAWING(S) - The figure shows a schematic sectional view of a method for depositing particles on a moving substrate.    First compact particle films (4)    Transfer area (14)    Carrier liquid (16)    Particle outlet (26)    Moving substrate. (38)