20240025076. NOZZLE FOR SPRAYING CONCRETE OR SIMILAR MATERIAL, PORTIONS OF THE SAME AND STRUCTURE MANUFACTURING APPARATUS USING THE SAME simplified abstract (Mobbot SA)

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NOZZLE FOR SPRAYING CONCRETE OR SIMILAR MATERIAL, PORTIONS OF THE SAME AND STRUCTURE MANUFACTURING APPARATUS USING THE SAME

Organization Name

Mobbot SA

Inventor(s)

Thomas Ribeaud of Fribourg (CH)

[[:Category:Benjamin Gal� of Fribourg (CH)|Benjamin Gal� of Fribourg (CH)]][[Category:Benjamin Gal� of Fribourg (CH)]]

Agnès Petit of Fribourg (CH)

NOZZLE FOR SPRAYING CONCRETE OR SIMILAR MATERIAL, PORTIONS OF THE SAME AND STRUCTURE MANUFACTURING APPARATUS USING THE SAME - A simplified explanation of the abstract

This abstract first appeared for US patent application 20240025076 titled 'NOZZLE FOR SPRAYING CONCRETE OR SIMILAR MATERIAL, PORTIONS OF THE SAME AND STRUCTURE MANUFACTURING APPARATUS USING THE SAME

Simplified Explanation

The present invention is related to a spraying nozzle that has a material inlet portion. This inlet portion includes a first inlet for bringing in a first material and at least one second inlet for bringing in a gas/air material. The first inlet defines a portion of the main channel in the flow direction, while the second inlet defines a secondary channel that branches into the main channel. The secondary channel has an outlet for outputting the gas/air material centrally with respect to the main channel, so that the gas/air material is surrounded by the first material when it exits the outlet.

  • The spraying nozzle has a material inlet portion that allows for the introduction of both a first material and a gas/air material.
  • The first material enters through a first inlet and flows through a main channel.
  • The gas/air material enters through at least one second inlet and flows through a secondary channel that branches into the main channel.
  • The secondary channel has an outlet that is centrally located with respect to the main channel, allowing the gas/air material to be surrounded by the first material when it exits the outlet.

Potential applications of this technology:

  • Coating processes: The spraying nozzle can be used in various coating processes where it is necessary to combine a first material with a gas/air material. This can include painting, varnishing, or applying protective coatings.
  • Chemical reactions: The nozzle can be used in chemical reactions where a gas/air material needs to be mixed with a first material to initiate or enhance the reaction.
  • Cleaning applications: The spraying nozzle can be used in cleaning applications where a gas/air material is combined with a cleaning agent to create a cleaning solution.

Problems solved by this technology:

  • Efficient mixing: The design of the spraying nozzle ensures that the gas/air material is surrounded by the first material, allowing for efficient mixing and distribution of the materials.
  • Controlled output: The central outlet of the gas/air material helps in controlling the direction and dispersion of the materials, ensuring precise application or reaction.

Benefits of this technology:

  • Improved coating quality: The efficient mixing of the materials ensures a more uniform and consistent coating, resulting in improved quality and appearance.
  • Enhanced reaction rates: The controlled mixing and distribution of the materials can lead to enhanced reaction rates in chemical processes.
  • Reduced waste: The precise application and controlled output of the materials help in reducing waste and optimizing material usage.


Original Abstract Submitted

the present relates to a material inlet portion () of a spraying nozzle () for bringing materials in said spraying nozzle comprising a first inlet () adapted to bring a first material in the spraying nozzle and defining a first portion () of a main channel () in a flow direction, and at least one second inlet () adapted to bring a gas/air material in the spraying nozzle and defining a secondary channel () branching into said main channel () and presenting an outlet () for outputting the air/gas material centrally with respect to the main channel () such that the air/gas material is to be surrounded by the first material upon exiting the outlet ().