Bakery Oven/Research Development

Exemplary Design Information

 * Stainless steel outer walls


 * 2 access doors, both hinged opening downward and outward


 * Red Button: hold to add steam to internal volume


 * Button: On/Off


 * Timer: no trigger functions, just normal timer


 * Temperature Reader: Analog


 * Switch: Clockwise or counterclockwise rotation of axle


 * Tray: Rectangular steel plate with 2 additional plates on top of same size but with non-stick material


 * Axle: Horizontal, left to right orientation as seen after opening access doors. Connected to trays via frame; loose connection allows trays to remain parallel to floor (so the baked goods don't fall) even while the axle rotates.


 * External connections: 1 electric outlet (AC and GND), 2 pipes (water inlet, natural gas inlet)

Relevant Links
Rocket Baking Oven, BURN design lab

Development

 * Access Door
 * Handle with which to grab the door
 * Metal plate forming the bulk of the door itself, with a rectangular cut in the middle to fit a window
 * Glass window that allows vision into the oven from outside
 * Hinge on which the door rotates for opening and closing
 * Gasket as heat insulation material between the door and the oven


 * External Structure
 * Stainless steel plates as the surface faces of the box-like bakery oven structure
 * Angles that rigidly hold the surface plates together


 * Electronics
 * Power supply that provides electric power in the necessary voltages and form for bakery oven control and operation
 * Heating element that converts electric energy into thermal energy
 * On/off switch for the heating element
 * Timer for precise baking schedules
 * Temperature reader to permit accurate temperature observation from outside and equilibrium temperature control

Design

 * Requirements
 * Speed
 * Throughput
 * Weight
 * Size Constraints
 * Feed stock
 * Design Description
 * Calculations
 * Drawings and Diagrams
 * Concept and Alternatives
 * Full Design Views
 * Cut-away Views
 * Exploded Parts View
 * 3D Renders
 * Decisions
 * Project Team