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    • 15. 发明授权
    • Method of determining resonant lengths of microwave shielding material
    • 确定微波屏蔽材料谐振长度的方法
    • US4934829A
    • 1990-06-19
    • US335931
    • 1989-04-10
    • Dan J. Wendt
    • Dan J. Wendt
    • B65D81/34
    • B65D81/3453B65D2581/3431B65D2581/3441B65D2581/3472B65D2581/3489
    • A food container for use in a microwave oven is disclosed. The container contains a plurality of food substances, and employs a metal shield to shield at least one of the food substances from microwave radiation. Arcing and other problems associated with the use of metal shielding are avoided by proper selection of the geometry of the metal shield. The metal shield is preferably looped in a manner which provides some electrical inductance, and the ends of the metal shield are overlapped and separated by a dielectric material to provide some electrical capacitance. The geometry of the shield is selected so that the inductance and the capacitance in effect form a "tuned circuit" which minimizes problems associated with resonance and which eliminates arcing.
    • 公开了一种用于微波炉的食品容器。 该容器含有多种食物,并使用金属屏蔽物来遮蔽至少一种食物不受微波辐射。 通过适当选择金属屏蔽的几何形状可以避免与使用金属屏蔽有关的电弧和其他问题。 金属屏蔽优选地以提供一些电感的方式环绕,并且金属屏蔽的端部被电介质材料重叠和分开以提供一些电容。 选择屏蔽的几何形状,使得电感和电容有效地形成“调谐电路”,其最小化与谐振相关的问题并且消除电弧。
    • 17. 发明授权
    • Packages materials for shielded food containers used in microwave ovens
    • 用于微波炉的隔离食品容器的包装材料
    • US4894503A
    • 1990-01-16
    • US113171
    • 1987-10-23
    • Dan J. Wendt
    • Dan J. Wendt
    • B65D81/34
    • B65D81/3453B65D2581/3431B65D2581/3472B65D2581/3489Y10S99/14
    • A package for heating food in a microwave oven is disclosed. The package includes metal shielding or other metal components which cause a gain in electric field strength which is greater than 3. The present invention also involves low load microwave environments where the electric field strength is greater than 10 volts per centimeter. A rigid, dimensionally stable dielectric support is provided in close proximity to a conductive sheet, being spaced less than 0.5 inch from the conductive sheet. The dielectric support is composed of material selected to avoid failure of the dielectric support in high electrical fields which may exist near the conductive sheet during microwave irradiation. The dielectric support material has a dielectric loss factor less than 0.005, and a failure temperature greater than 101.degree. C. The present invention relates to intrinsically nonarcing packages. A method for selecting packaging material for use in a shielded microwave container having a gain greater than 3 is also disclosed. A package material is selected having a combination of dielectric loss factor, heat capacity, density, and failure temperature, such that during microwave heating for a predetermined microwave heating time the failure temperature of the package material would not be exceeded.
    • 公开了一种用于在微波炉中加热食物的包装。 该封装包括金属屏蔽或其它导致大于3的电场强度增加的金属部件。本发明还涉及电场强度大于10伏/厘米的低负载微波环境。 提供刚性尺寸稳定的电介质支撑件,其紧邻导电片,距离导电片间隔小于0.5英寸。 电介质载体由选择的材料组成,以避免在微波照射期间可能存在于导电片附近的高电场中的电介质载体的故障。 电介质载体材料的介电损耗因子小于0.005,故障温度大于101℃。本发明涉及本征非金属封装。 还公开了一种用于选择增益大于3的屏蔽微波容器中使用的包装材料的方法。 选择具有介电损耗因子,热容量,密度和故障温度的组合的封装材料,使得在预定的微波加热时间的微波加热期间,将不会超过封装材料的故障温度。