Cooking apparatus

A cooker for the thermal processing of material composition for the production of sugar-containing products, the cooker comprising:

• a housing having the form of a tube heat exchanger, the housing having an inner wall and an outer wall;
• at least one heat medium introducing pipe fitting;
• at least one heat medium removing pipe fitting;
• a plurality of deflection plates having perforations, the deflection plates axially disposed in the housing defining flow chambers;
• a plurality of narrowly spaced tubes for carrying the heat medium, the tubes passing through the perforations of the deflection plates, wherein the heat medium is introduced into the tubes by the heat medium introducing pipe fittings and removed from the tubes by the heat medium removing pipe fitting;
• at least one material introducing pipe fitting;
• at least one material removing pipe fitting;
• and
• a segment-like opening located at each deflection plate, wherein the each opening faces the inner wall of the housing, wherein the openings are arranged diametrically offset with respect to each other, wherein the material flows from one flow chamber to the next one by passing through the segment-like opening of each deflection plate;
• wherein the opening of the deflection plate next to the material introducing pipe fitting lies on the opposite side of the pipe fitting;
• wherein the opening in the deflection plate next to the material removing pipe fitting lies on the opposite side of the pipe fitting
• wherein the spacing of the deflection plates can be changed without disassembly of the cooker;
• wherein the shape and size of the segment-like openings (6) in the deflection plates (5) is variable;
• wherein the shape and size of the segment-like openings (6) in the deflection plates (5) can be varied without disassembly of the cooker.

A cooker for the thermal processing of material composition for the production of sugar-containing products, the cooker comprising:

• a housing having the form of a tube heat exchanger, the housing having an inner wall and an outer wall;
• at least one heat medium introducing pipe fitting;
• at least one heat medium removing pipe fitting;
• a plurality of deflection plates having perforations, the deflection plates axially disposed in the housing defining flow chambers;
• a plurality of narrowly spaced tubes for carrying the heat medium, the tubes passing through the perforations of the deflection plates, wherein the heat medium is introduced into the tubes by the heat medium introducing pipe fittings and removed from the tubes by the heat medium removing pipe fitting;
• at least one material introducing pipe fitting;
• at least one material removing pipe fitting;
• and
• a segment-like opening located at each deflection plate, wherein each opening faces the inner wall of the housing, wherein the openings are arranged diametrically offset with respect to each other, wherein the material flows from one flow chamber to the next one by passing through the segment-like opening of each deflection plate;
• wherein the opening of the deflection plate next to the material introducing pipe fitting lies on the opposite side of the pipe fitting;
• wherein the opening in the deflection plate next to the material removing pipe fitting lies on the opposite side of the pipe fitting;
• wherein supplemental deflection slats (8) are provided to extend in the direction of the heating tubes (4) within individual flow chambers.

A cooker for the thermal processing of material composition for the production of sugar-containing products, the cooker comprising:

• a housing having the form of a tube heat exchanger, the housing having an inner wall and an outer wall;
• at least one heat medium introducing pipe fitting;
• at least one heat medium removing pipe fitting;
• a plurality of deflection plates having perforations, the deflection plates axially disposed in the housing defining flow chambers;
• a plurality of narrowly spaced tubes for carrying the heat medium, the tubes passing through the perforations of the deflection plates, wherein the heat medium is introduced into the tubes by the heat medium introducing pipe fittings and removed from the tubes by the heat medium removing pipe fitting;
• at least one material introducing pipe fitting;
• at least one material removing pipe fitting;
• and
• a segment-like opening located at each deflection plate, wherein each opening faces the inner wall of the housing, wherein the openings are arranged diametrically offset with respect to each other, wherein the material flows from one flow chamber to the next one by passing through the segment-like opening of each deflection plate;
• wherein the opening of the deflection plate next to the material introducing pipe fitting lies on the opposite side of the pipe fitting;
• wherein the opening in the deflection plate next to the material removing pipe fitting lies on the opposite side of the pipe fitting;
• an additional auxiliary pipe fittings (15) located between the at least one material introducing pipe fitting and the at least one material removing pipe fitting for providing supplemental introduction or withdrawal of the material between the material introduction pipe fitting (11) and the material withdrawal pipe fitting (12).