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图。图6示出了根据本发明的实施例中涉及改进的全波整流的原理的简单连接。将解释其中76的原理,使得它们可以通过本领域的贯通来应用于更复杂的实施例。无线电接收器,例如图1中所示。1可以容易地具有施加到其上的全波整流,以产生提高的效率,并且接收较强。图6是SFULL波整流装置的另一个重要特征,其放大的相对较少的放大阶段可以从相对较弱的辐射波产生高电压,并且该电压可以逐步下降到商业上可用的电压实用的热度。

在图1中。在图6中,接收器连接包括从一个合适的设计的电路中的常用天线99,其中信号E. F. F.通过导体101通过导体101,它们并联地连接到其上的一对栅格泄漏冷凝器102和103。栅格泄漏的电阻是三个MeGoHMS的顺序,电容器的容量为0.00025 MicroFarad。The E. M. F. passing grid leak 103 follows conductor 104 to the screen 48 of a chemical rectifier 105 so that the rectification of the alternating E. M. F. takes place between member 48 and plate 49 and direct pulsating E. M. P. is taken off from plate 56 through conductor 106 over which it passes to one of a pair of magnetic pulsating generators 107 passing through the coil 108 and energizing the core 109 and returning to its negative or common ground through conductor S10. The magnetic pulsating generators in this embodiment are of the type shown in Fig. 2, the like parts other than the coils being referred to by like reference numerals. The permanent magnet 29 is oscillated by the pulsating E. M. F. in coil and core 108-109 and the movement of the pole causing a positive charge to be set up in the coils III and 112 which is taken off through conductor 113 connected across the top ends of said coils. The conductor 113 is connected with conductor 114 which leads to a regenerating coil 115 in the antenna circuit regenerating back to coil 100 for increasing oscillations therein. The opposite end of coil 115 connects by conductor 116 to a utilizing instrumentality, e. g., the head phones 117. The opposite sides of head phones I17 are connected by conductors 118 and 119 to the negative ends 120 of coils III and 112.

The E. M. F. passing grid leak condenser 102 follows conductor 121 to screen element 48 of chemical rectifier 122 effecting rectification between it and plate 49 of said chemical rectifier and putting forth D. C. pulsating E. M. F. through plate 56 of the chemical rectifier and conductor 123 which connects with the top of coil 124 in the second of the pair of magnetic pulsating generators indicated generally at 125. Coil 124 is grounded to conductor 126. The D. C. pulsating E. M. F. energizes coil 124 and its core effecting oscillation of the permanent magnet 29 in the manner previously described. This sets up the augmented pulsating D. C. E. M. F. the positive of which is taken from the top of electromagnet coils 127 and 128 passes through conductor 129 and thence over the conductor 114 through regenerating coil 115 and conductor 116 to the head phones 117 and thence over conductor 113 to the negative side of coils 127 and 128 through conductor 130.

化学整流器和磁性脉动发生器的组合如图2所示。如图1所示,如图1所示。如图1所示,这里描述的和如图2所示可以在电路中适当地连接,其激活器械可以是适当控制的电源或者可以如图2所示。如图5所示,磁型麦克风(下文中描述),其中后一种情况,发射器不需要局部能量的来源,以便在声音产生的振动中传输具有它们的调谐能量波。

现在参考图1.如图5所示,通过撞击其隔膜132的声波的振动,在麦克风变压器134的初级133中设定磁性麦克风131,从而激励变压器次级135.麦克风后来详细。次级135中的感应能量通过磁脉动发生器131的电磁铁线圈136的下端通过,从而进入公共接地线138.线圈135的另一端在139处连接到网格电路,使得二次能量在其中构建天线线圈140.该能量也在导体141和142中构成。

栅格泄漏冷凝器143以实际恒定保持能量,允许它传递到化学整流器144的屏幕元件48和板49。线圈136中的能量导致永磁体29的摇摆,并且这设置了A. C.

E. M. F. in coils 145 and 146. These coils are connected at one end by conductor 141 with plate 49 and at the opposite end by conductor 148 to coil 149 which has regenerative relation to coil 140. The coil 149 connects through conductor 150 with plate 56 of the chemical rectifier 144 where rectification or intensification takes place and this energy is impressed upon the antenna 151. In this operation the chemical rectifier serves as a valve.

如图1和图2所示。如图7和8所示,磁性型麦克风包括中空缠绕线圈152,其中心延伸为枢转的磁簧153,磁簧153枢转为154并且具有从一端延伸的臂155,所述臂携带隔膜132。永磁体158,优选地of horse shoe type, has its opposite ends 157 and 153 disposed closely in the path of the armature or reed 153 so that oscillation of said armature about its pivot may induce the weak E. M. F. in coil 152 which is transmitted to the primary 133 of transformer 134.

应当理解,刚刚描述的发射机可以根据已知的做法来放大,以包括图1中所示的一般字符的推挽变压器连接。如图1所示,具有串联的磁性脉动发生器数量增加,信号大大增加在天线上可能施加强度。

还应理解,图1中所示的简化形式的磁脉动发生器。1,可以在施加在天线上施加的终极信号强度降低。通过对艺术的术语通过图3的检查,将容易地理解连接的操作和一般形成。5结合本声明。

Referring again to the preferred method of connecting the chemical rectifier (see Fig. 3) to an A. C. input source, the plate 14 would be connected to a conductor 159 and the screen member 15 would be connected to a conductor 160. The A. C. input would be connected to these connectors and the rectified current would be taken off through conductors 159 and 161, the latter conductor being connected to plate 13. Conductors 159 and ISO are bridged with a 1 microfarad fixed condenser and a three million ohm resistance.

Y7在导体160和161之间提供类似的布置。冷凝器在162处表示,并且在165处的电阻。

磁性脉动发生器和本发明的化学整流器适用于电视工作中的使用,除非常规光电电池之外,没有任何商用电流。在这种情况下获得了大大澄清的图像,因为如前所述,磁脉动发生器和化学整流器结合效果静态抑制静态或杂散脉冲。磁性脉动发生器和化学整流器可以在该工作的电阻耦合放大器中连接。

上述几种公开内容将为本领域技术人员提供清楚的方式,本发明可以在其各种装置中实施本发明的方式,该装置可以在其任何已知应用中采用辐射能量。所示和描述的实施例是实用的并且经过修改和详细。

在图1中。如图9所示,示出了具有如图2中识别的部件的脉动发生器。这基本上是永磁体29的重复,并且由输入线圈17的两端和其核心Ib操作的输出线圈20和23。在一些条件下,输出E.M的一些条件下方的60%。与图2的装置的输出相比已经获得。当线圈17通电时,两种磁体同时吸引或被芯18的端部吸收或被排斥。每个磁体的运动在其输出线圈20和23中设置有用电压,其向公共输出电路供给。

所要求保护的是:33 1.一种磁脉动发生器,包括输入电磁铁线圈,其中层叠铁芯,输出电磁铁线圈,用于所述输出线圈的层叠铁芯,安装在所述末端的有限振荡的永磁体核心,所述永磁体具有邻近每个所述芯设置的磁极,所述磁芯安装在磁性不连续的关系中,由此所述输入线圈的相对较弱的通电可以实现永磁体的振荡,以引起所述输出线圈中的电动势。

2.磁性脉动发生器,包括其上具有输入线圈的芯,枢转地安装有磁极的永磁体,其邻近所述芯的杆,第二芯在其上具有输出线圈并且在所述永久的领域内具有磁极。磁铁,所述输出线圈用于通过所述输入芯和线圈在永磁体振荡时构建感应电动势。

在磁性脉动发生器中,U形永磁体的组合,在所述磁体上从所述U形部分的一条腿朝向U形部分的相对腿延伸的所述磁体上的横向整体杆部分,所述磁体具有相同的在腿部和杆的连接处和杆的杆处,在杆的自由端,所述磁铁的自由腿的端部具有相反的极性,绝缘装置安装所述磁体用于振荡,输入线圈具有紧密相邻的核心终止所述腿的连接和所述磁铁的所述杆部分,一个U形叠片芯,其具有其端部,其邻近地邻近所述永磁体的杆部分的端部和所述永磁体的自由腿和一对相对卷绕的电磁铁所述U形芯的腿上的线圈,所述最后提到的线圈适合于7g,与利用工具并联连接。

4.一种磁性脉动发生器,包括输入电磁铁线圈,其中层叠铁芯,一对输出电磁铁线圈,在磁连续性中连接的层叠铁芯,所述芯具有减小和延伸的端部,安装了永久磁铁在所有所述芯的端部附近的限量振荡,所述永磁体具有邻近每个芯设置的杆,并且其端子极与芯的减小的延伸端紧密相邻。

在磁性脉动发生器中,输入电磁铁线圈的组合,用于所述线圈的芯,一对U形永磁体,每个元形永磁体具有从其朝向另一条腿的一条腿的端部延伸的条形部分,所述磁体安装在相对于输入芯和线圈上的振动和如此设置,以便在所述芯的每个端部处设置一个上述永磁体的腿部和杆的连接,相对缠绕的电磁铁输出线圈设置在输入的每一侧上线圈,每对输出线圈在一端设置在一端紧密相邻的相应永磁体的磁极,每对输出线圈在磁性连续度和导体装置中具有芯,并联连接所有输出电磁铁线圈。詹姆斯马里恩费舍尔。

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