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    • 92. 发明授权
    • Control system for non-resonant microwave dryers
    • 非共振微波干燥器控制系统
    • US4035599A
    • 1977-07-12
    • US660443
    • 1976-02-23
    • Satish C. KashyapWalter Wyslouzil
    • Satish C. KashyapWalter Wyslouzil
    • G05D22/02H05B6/68H05B6/78H05B9/06
    • H05B6/788G05D22/02H05B6/68H05B2206/046
    • The control system monitors the input power to and the output from the dryer applicator, and varies the input power to the applicator as a function of change in applicator efficiency and input power. The control system may consist of a first and a second circuit. The first circuit receives a signal P.sub.in.sbsb.1 from a first monitor and a signal P.sub.out.sbsb.1 from a second monitor. These signals are combined into an efficiency signal .eta..sub.1 to which a reference efficiency signal -.eta..sub.o is added. An amplifier having a predetermined gain K amplifies the resulting signal to produce -K(.eta..sub.1 -.eta..sub.o). The second circuit adds the signals P.sub.in.sbsb.1 from the first monitor, -K(.eta..sub.1 -.eta..sub.o) from the first circuit and P.sub.in.sbsb.o, a signal representative of input power for a reference condition, to produce an output signal I.sub.in.sbsb.1 - [P.sub.in.sbsb.o + K(.eta..sub.1 -.eta..sub.o)] which is coupled to the microwave source to control the input power to the applicator. The reference signal P.sub.in.sbsb.o may be generated by a voltage source as a function of transport speed of the load through the applicator.
    • 控制系统监测来自干燥器施加器的输入功率和输出功率,并根据施加器效率和输入功率的变化改变施加器的输入功率。 控制系统可以由第一和第二电路组成。 第一电路从第一监视器接收信号Pin + 291,并从第二监视器接收信号Pout + 291。 这些信号被组合成加入参考效率信号等级的效率信号eta 1。 具有预定增益K的放大器放大所产生的信号以产生-K(eta 1- eta o)。 第二电路将来自第一监视器的信号Pin1,来自第一电路的-K(eta 1- eta o)和代表参考条件的输入功率的信号Pin + 352相加,以产生输出信号Iin + 291-- [Pin + 352 + K(eta 1- eta o)],其耦合到微波源以控制施加器的输入功率。 参考信号Pin + 352可以由电压源产生,作为通过施加器的负载的输送速度的函数。
    • 94. 发明授权
    • Microwave applicator employing a broadside slot radiator
    • 微波炉应用者使用广泛的散热器
    • US3764768A
    • 1973-10-09
    • US3764768D
    • 1972-05-19
    • SAYER W
    • SAYER W
    • H01Q21/00H05B6/78H05B9/06
    • H05B6/705H01Q21/0043H05B6/708H05B6/788
    • A microwave applicator for treating material with microwave energy is disclosed. The applicator includes a broadside radiator formed by a hollow elongated waveguide having an array of resonant slots communicating through the wall of the waveguide, such slots being spaced apart on their centers along the axis of the guide by one half a guide wavelength an array of slot loading members are disposed to project into the waveguide from alternate sides of adjacent slots for coupling microwave energy from the waveguide radiator through the slots in an in-phase relation to obtain a broadside radiator. The loading members may be separately adjusted for adjusting the energy profile coupled from the antenna to the load.
    • 公开了一种用微波能量处理材料的微波加热器。 施加器包括由中空细长波导形成的宽侧辐射器,该中空细长波导具有通过波导壁连通的谐振狭缝阵列,这些狭缝在其中心上沿引导件的轴线间隔开一半的引导波长,槽的阵列 负载构件设置成从相邻槽的交替侧突出到波导中,用于将来自波导辐射器的微波能量以相位关系耦合通过槽,以获得宽边辐射器。 可以单独调节装载构件以调节从天线耦合到负载的能量分布。
    • 95. 发明授权
    • Microwave applicator
    • MICROWAVE APPLICATOR
    • US3710063A
    • 1973-01-09
    • US3710063D
    • 1971-05-25
    • AINE H
    • AINE H
    • H05B6/78H05B9/06
    • H05B6/70H05B6/788
    • A microwave applicator is disclosed employing a ring resonator. The ring resonator is excited such that traveling electromagnetic wave energy repetitively circulates around the ring. The ring resonator is apertured for passage of material to be treated through the ring resonator for treatment by the traveling wave energy therein. In one embodiment the ring resonator is apertured in diametrically opposed regions of the closed loop such that a sheet of material to be treated is subjected to two treatments by the traveling wave energy in one passage through the resonator. In another embodiment, a non-reciprocal directional coupler is employed for exciting the traveling wave energy within the ring resonator.
    • 公开了一种使用环形谐振器的微波施加器。 环形谐振器被激励,使得行进的电磁波能量在环周围重复地循环。 所述环形谐振器用于通过环形谐振器通过待处理的材料,以便通过其中的行波能量进行处理。 在一个实施例中,环形谐振器在闭环的径向相对的区域中开孔,使得待处理的材料片在通过谐振器的一次通过中通过行波能量进行两次处理。 在另一个实施例中,采用非互易定向耦合器来激励环形谐振器内的行波能量。
    • 96. 发明授权
    • Microwave applicator employing a broadside slot radiator
    • 微波炉应用者使用广泛的散热器
    • US3705283A
    • 1972-12-05
    • US3705283D
    • 1971-08-16
    • VARIAN ASSOCIATES
    • SAYER WILLIAM H JR
    • H01Q21/00H05B6/78H05B9/06
    • H05B6/705H01Q21/0043H05B6/708H05B6/788
    • A microwave applicator for treating material with microwave energy is disclosed. The applicator includes a broadside radiator formed by a hollow elongated waveguide having an array of resonant slots communicating through the wall of the waveguide, such slots being spaced apart on their centers along the axis of the guide by one-half a guide wavelength an array of slot loading members are disposed to project into the waveguide from alternate sides of adjacent slots for coupling microwave energy from the waveguide radiator through the slots in an in-phase relation to obtain a broadside radiator. The loading members may be separately adjusted for adjusting the energy profile coupled form the antenna to the load.
    • 公开了一种用微波能量处理材料的微波加热器。 施加器包括由中空细长波导形成的宽侧辐射器,该中空细长波导具有通过波导壁连通的谐振槽阵列,这些狭槽在其中心上沿引导件的轴线间隔开半导体波长, 狭槽加载构件设置成从相邻槽的交替侧突出到波导中,用于将来自波导辐射器的微波能量以相位关系耦合通过槽,以获得宽边辐射器。 可以单独调节装载构件以调节从天线耦合到负载的能量曲线。