Boilers for food and racking systems.

Abstract

------08 / 11 / 2560------(OCR) ------------

Claims

------08 / 11 / 2017------(OCR)1.Method of use of the steam boiler, which method of assembly includes:a) bringing the lower edge of the spacer away from the upper edge of the vessel adjusted to create steam;b) positioning the spacer above the support racks; andc) interlocking the perforated racks held in a removable manner within the internal cavity of the spacer by lowering the spacer to surround the support racks, whereby the support racks support the perforated racks when interlocked with them.2.Method of claim 1 where the vessel is adjusted to The spacer contains the fluid and includes the base and the essential vertical side walls that extend between the base and the top edge of the container; whereby the spacer includes one or more common vertical side walls that form the boundary of the spacer and that define the cavity between them; whereby, when the spacer is placed on the container, the bottom edge of the spacer and the top edge of the container are in a general sealed interlock; and whereby the perforated shelves are firmly interlocked with the side walls when positioned within that cavity.3.Method of Reputation 2 whereby the side walls of the spacer, including the wings, are positioned much closer to the bottom edge than to the top edge of the spacer and extend inward relative to the cavity, and whereby the wings support the perforated shelves when the perforated shelves are positioned within the cavity.

4. Method of Reputation 1 whereby the supporting shelves consist of a top frame and at least three legs supporting the top frame, and whereby the top frame engages the perforated shelves in a supporting manner when the spacer is lowered to enclose the supporting shelves.

5. Method of Reputation 4 which is further incorporated by removing the lid from the top edge of the spacer before removing the bottom edge of the spacer from the top edge of the container. 6.The method of claim 2, which includes additionally: a) removing the lower edge of the second spacer from the upper edge of the first spacer before positioning the first spacer above the first support shelf; b) positioning the second spacer above the second support shelf; and c) interlocking the second perforated shelf, which is confined in a removable manner within the internal cavity of the second spacer by lowering the second spacer to enclose the second support shelf, whereby the second support shelf supports the second perforated shelf when interlocked with it.

7. The method of claim 6, whereby the second spacer is adjusted to be selectively positioned on the first spacer and incorporates one or more common vertical side walls which form the boundary of the second spacer and which define the cavity between them, whereby, when the second spacer is positioned on the upper edge of the first spacer, the lower edge of the second spacer and the upper edge of the first spacer are in a common sealed interlock. 8.Method of Claim 7 whereby the side walls of the second spacer, including the wings, are positioned below the lower edge and extended internally relative to the cavity, and whereby the wings support the second perforated shelf when the second perforated shelf is positioned within the cavity.

9. Method of Claim 7 whereby the second support shelf consists of a top frame and at least three legs supporting the top frame, and whereby the top frame interlocks with the second perforated shelf in a supporting manner when the second spacer is lowered to enclose at least the upper part of the second support shelf, and whereby the legs position the top frame at a height greater than the height of the second spacer.

10. Method of Claim 6 which is further incorporated by removing the cover from the top edge of the second spacer before removing the bottom edge of the second spacer from the top edge of the first spacer.Methods of using a steam vessel, where the method of assembly includes: a) removing the lower edge of the spacer from the upper edge of the vessel adjusted to contain the steam; b) positioning the spacer above the support shelves; and c) interlocking the perforated shelves, which are confined in a removable manner within the internal cavity of the spacer, by lowering the spacer to surround the support shelves, where the support shelves support the perforated shelves when interlocked with them.

2. Method of claim 1, where the vessel is adjusted to contain the fluid and includes a substantial base and vertical side walls extending between the base and the upper edge of the vessel; where the spacer includes one or more common vertical side walls which form the boundary of the spacer and which define the cavity between them; where, when the spacer is placed on the vessel, the lower edge of the spacer and the upper edge of the vessel are in a general sealed interlock; and where the perforated shelves are firmly interlocked with the side walls when positioned within that cavity. 3.Method of Reputation 2 whereby the side walls of the spacer, including the wings, are positioned much closer to the bottom edge than to the top edge of the spacer and extend inward relative to the cavity, and whereby the wings support the perforated shelves when the perforated shelves are positioned within the cavity.

4. Method of Reputation 1 whereby the supporting shelves consist of a top frame and at least three legs supporting the top frame, and whereby the top frame engages the perforated shelves in a supporting manner when the spacer is lowered to enclose the supporting shelves.

5. Method of Reputation 4 which is further incorporated by removing the lid from the top edge of the spacer before removing the bottom edge of the spacer from the top edge of the container. 6.The method of claim 2, which includes additionally: a) removing the lower edge of the second spacer from the upper edge of the first spacer before positioning the first spacer above the first support shelf; b) positioning the second spacer above the second support shelf; and c) interlocking the second perforated shelf, which is confined in a removable manner within the internal cavity of the second spacer by lowering the second spacer to enclose the second support shelf, whereby the second support shelf supports the second perforated shelf when interlocked with it.

7. The method of claim 6, whereby the second spacer is adjusted to be selectively positioned on the first spacer and incorporates one or more common vertical side walls which form the boundary of the second spacer and which define the cavity between them, whereby, when the second spacer is positioned on the upper edge of the first spacer, the lower edge of the second spacer and the upper edge of the first spacer are in a common sealed interlock. 8.

9. The method of claim 7 whereby the side walls of the second spacer, including the wings, are positioned below the lower edge and extended internally relative to the cavity, and whereby the wings support the second perforated shelf when the second perforated shelf is positioned within the cavity.

10. The method of claim 7 whereby the second support shelf consists of a top frame and at least three legs supporting the top frame, and whereby the top frame interlocks with the second perforated shelf in a supporting manner when the second spacer is lowered to enclose at least the upper part of the second support shelf, and whereby the legs position the top frame at a height greater than the height of the second spacer.

11. The method of claim 6 which is further incorporated by removing the cover from the top edge of the second spacer before removing the bottom edge of the second spacer from the top edge of the first spacer;