Abstract: An apparatus for automatically handling food cooked in an oven comprises a tray which is positioned inside an oven and which is automatically slidable into a position in which it extends partially out of the oven. During its outward travel, the tray pushes against an oven door to open the door. The tray has an automatic pulley assembly which, when the tray is positioned inside the oven, engages with a motor assembly located in the oven. When the pulley assembly and motor assembly are engaged, the pulley assembly rotates a grill positioned on the tray.

Abstract: An apparatus for automatically handling food cooked in an oven comprises a tray which is positioned inside an oven and which is automatically slidable into a position in which it extends partially out of the oven. During its outward travel, the tray pushes against an oven door to open the door. The tray has an automatic pulley assembly which, when the tray is positioned inside the oven, engages with a motor assembly located in the oven. When the pulley assembly and motor assembly are engaged, the pulley assembly rotates a grill positioned on the tray.

Abstract: An oven using one or more quartz tungsten light bulbs capable of producing 1.5 kW of radiant energy of which a significant portion is light energy in the 0.4 to 0.7 .mu.m wavelength range impinges high intensity visible light wave radiation directly onto a food item. Light sources can be positioned above and below the food item and the inner walls of the oven are preferably highly reflective to reflect light energy onto the food. The intensity of the visible light source is automatically controllable and can be varied throughout the cooking cycle.

Abstract: An oven using one or more quartz tungsten light bulbs or quartz arc bulbs capable of producing 1.5 kW of radiant energy of which a significant portion is light energy in the 0.4 to 0.7 .mu.m wavelength range impinges high intensity visible light wave radiation directly onto a food item. Light sources can be positioned above and below the food item and the inner walls of the oven are preferably highly reflective to reflect light energy onto the food. The intensity of the visible light source is automatically controllable and can be varied throughout the cooking cycle.

Abstract: Buffer storage apparatus is disclosed for use with a semiconductor wafer processing system having plurality of processing stations positioned along a conveyor structure and in which allowance must be made for different processing rates at different stations, the buffer storage apparatus including a first buffer storage station positioned between a first and a second processing station for temporarily holding wafers received from the first processing station and then conveying them to the second processing station, and a second buffer station positioned between the second processing station and the third processing station and including means for conveying a wafer received from the second processing station to the third processing station or for temporarily holding it.

Abstract: An oven using one or more quartz tungsten light bulbs capable of producing 1.5 kW of radiant energy of which a significant portion is light energy in the 0.4 to 0.7 .mu.m wavelength range impinges high intensity visible light wave radiation directly onto a food item. Light sources can be positioned above and below the food item and the inner walls of the oven are preferably highly reflective to reflect light energy onto the food. The intensity of the visible light source is automatically controllable and can be varied throughout the cooking cycle.