TH2101007818A - System to print mass food products - Google Patents

Abstract

DEPCT65 system for mass-feed printing of products consisting of production equipment containing: - Printing drums with a large number of product cavities in multiple rows. with each cavity having Perforated side walls and/or bottom The cavity in one row connects to the passageway. This passage extends nicely parallel to the central axis of the drum from one front end. where during the production The press drum rotates relative to the mounting frame from the filling position, where the cavity is filled with the feed mass to the discharge position. whereby the forged product has been Ejection from the cavity and with which the printing drum can be removed from the mounting frame for the purpose In cleaning - Mass feed path for mass feeding to the production cavity in the filling position - Gas pressure supply which is connected to the passage in the release position. Gas which is used to force the formed product out of the cavity. Systems which include a drum cleaner. -------------------------------------------------- ---------

Claims (11)

DEPCT65 1. A system for mass-printing of products consisting of production equipment containing: - Pressing drums with a large number of product cavities in various rows. with each cavity having a wall Spongy sides and/or bottom where a cavity in a row is connected to a passageway, this passage extends nicely parallel to the central axis of the drum from one front end. where during production the printing drum rotates relative to the mounting frame from the filling position. in which the cavity will be filled with the food mass to the discharge position where the formed product is removed from the cavity and by which the press drum can be removed from the mounting frame for cleaning purposes. - Mass feed path for feeding mass to the production cavity in the filling position. which is connected to a passage (7, 13) in the gas discharge position, which is used to force the formed product out of the cavity (2). type(8), which is optimized to connect the cleaning fluid supply (11) to the passage (7, 13) to force the cleaning fluid Clean through passages (7, 13) and/or porous production chambers for cleaning purposes. and incorporates ๐ control system which controls the cleaning of the printing drum (1); ๐ path (12) to clean the external environment of the printing drum (1); path to move path (12) to clean The external environment of the printing drum (1) during drum cleaning ๐ Accumulation chute to accumulate cleaning fluid ๐ Cover so that the cleaning of the printing drum takes place in a closed chamber. This system is equipped with In addition, with a conveyor path to transport the printing drum (1) between the production equipment and cleaning machine It is unique in that it controls the cleaning of the printing drum. automatically in such a way that at least partial cleaning of the printing drum environment (1) Occurs at the same time and/or after the porous cavity has been flushed with the cleaning fluid. 2. A system according to claim 1, which is characterized by the fact that the printing drum (1) is rotated and/or lifted during automatic cleaning. 3. System based on any of the preceding claims which is unique in that the system consists of Including ways to monitor the progress of cleaning 4. System based on any of the preceding claims which is unique in that the system consists of Including drying paths for passage (7, 13) and production cavity (2). 5. System based on any of the preceding claims which is unique in that the passageway and/or The porous production chamber is connected to the antibacterial supply. 6. A system based on one of the preceding claims or the introduction to Clause 1, which is unique in that each porous cavity comprises a porous bottom (3) and an inner wall. porous side (4) and through which the cleaning fluid stream flows through the porous side wall (4) and through the bottom end of the porous wall (3). 7. A system according to claim 6, which is characterized by the flow resistance of the wall The porous side (4) differs from the flow resistance of the porous bottom end wall (3). 8. A system under Claim 6 or Claim 7, which is characterized in that the side walls (4) and the bottom wall (3) are milled and/or reopened. look different 9. A system based on one of the preceding claims comprising one pH sensor. and/or conduction at least one If it's good This sensor should be positioned inside the tank. water and/or chemical tanks and/or storage chute and/or at the inlet of the drain/drain system and/or Other current ends within the drain/drain system 10. Procedure for cleaning press drums (1) with a large number of bores (2) in a large number of rows (9). Each cavity has a perforated side wall and/or bottom (3). , 4) by a cavity in one row get connected through Ideally, passage (7, 13) runs parallel to the central axis. of the drum from one front end (10), characterized by the fact that the control Provided by automatically controlling the printing drum cleaning in such a way that the cleaning The clean environment of the press drum (1) occurs while and/or after the porous cavity has been treated. Wash with cleaning fluid 11. METHODS IN CLAIM 11 INCLUDING A CLEANING MACHINE INCLUDING At least one conductivity sensor and/or a pH sensor, preferably one (one or more) sensors positioned at the inlet of the drain/drain system. and/or further downstream within the drain/drain system and in cases where the flushing/rinsing water is measured to be sufficient to clean, which can stop a specific step in the cleaning process. -------------------------------------------------- ---------