CN103138532A - 超导能源输出机机芯使用新方法 - Google Patents

超导能源输出机机芯使用新方法 Download PDF

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CN103138532A
CN103138532A CN2011104116056A CN201110411605A CN103138532A CN 103138532 A CN103138532 A CN 103138532A CN 2011104116056 A CN2011104116056 A CN 2011104116056A CN 201110411605 A CN201110411605 A CN 201110411605A CN 103138532 A CN103138532 A CN 103138532A
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superconduction
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superconducting
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高步
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    • Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
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Abstract

本发明属于超导电工程领域，尤其是一超导能源输出机机芯使用新方法，它是由超导输入储能机构，超导输出机构构成，本发明只要输入一倍感应击发空载能量，就可对外界输出无限倍，本发明可用作发电，以及一切加工机械的动力源，并可用作航天、航空、航海、电磁武器、激光武器。

Description

超导能源输出机机芯使用新方法
发明领域本发明属于超导电工程领域，尤其是一种超导能源输出机机芯使用新方法。
背景技术本发明涉及现有技术发明专利，申请超导能源输出机，申请日2007年11月15日，申请号：20071101579242号原发明输出能量小，造价高。
发明内容本发明超导能源输出机机芯使用新方法，对外界输出能量大，造价低，并可输出能量大于输入能量无限倍。
本发明超导能源输出机机芯使用新方法，它是由超导输入储能装置，超导输出储能装置，超导负载储能装置。超导输出储能装置与超导负载储能装置，串联构成超导闭合回路。
超导输入储能装置，它是由超导输入线圈(1)，超导开关(4)，电源(5)，负载(6)组成。
超导输出储能装置。它是由多个超导输出线圈(2)是正整数即N＝1……n1n2n3n4……n50，超导开关(7)，负载(8)并与超导负载储能装置串联构成闭合超导回路，超导输出线圈(2)由于对外界输出能量线圈变成输入线圈，以此类推使超导输出线圈(2)及超导负载线圈(3)巡环放电。超导开关(4)可用磁场、加热、机械开关等。
超导负载储能装置，它是由超导线圈(3)其数与超导输出储能装置中多个超导线圈(2)数量一样多，其数量是正整数妈N＝1……n1n2……n50，由于超导输入线圈(1)对外界释放能量后，由超导器铁芯，波莫金等材料制成并装在杜瓦瓶室温通孔内，在本发明中也可不用铁芯联接可将超导输入线圈(1)直接压在超导输出线圈(2)
(3)上以此类推，直到第50对上。只要给本发明超导能源输出机机芯使用新方法输入一倍感应能量就可对外界输出无限倍能量，本发明可用作发电以及一切加工运输机械的动力源，也可用作航天、航空、航海、激光武器、电磁炮等。
说明书附图
图为本发明电路图
具体实施方式以下所述的实施例详细说明了本发明实施例，由电源(5)给超导输入线圈送电电能达到饱合时将超导开关(4)关闭，将外电源撤掉开关(12)打开，然将超导输出线圈(2)(3)上超导开关(7)关闭，然后将超导线圈(1)上超导开关(4)打开将超导输入线圈内储存的2倍能量输出给负载(6)上使用，同时在超导输出线圈(2)(3)内感应并击发一个反相与超导输入线圈(1)相等的2倍能量，这时超导输出及负载线圈(2)(3)由输出线圈变成输入线圈，向后以此类推巡环转动。然后将超导输出及负载线圈(18)(19)上超导开关(24)关闭，然后将超导输出线圈(2)(3)内储存的1倍能量输出给负载(8)上，这时在超导输入及负载线圈(18)(19)内感应并击发出了一个反相电流，冻结磁通，然后将超导输出线圈(20)(21)上超导开关(29)关闭。然后将超导输出线圈(18)(19)内储存的2倍能量输出给负载(24)上使用以此类推巡环转动，最多可以做到50组线圈，所有超导输出及负载线全都串联构成超导闭合回路，在最后四个超导输出及负载线圈依次输出给其他四个单独充电的超导储能装置中然后在一起输入到输入线圈(1)中，以此使电能在50对线圈中巡环使用。本发明也可不用铁芯(14)(15)(16)(17)，可直接由超导输入线圈(1)压到超导输出线圈(2)上，以此类推使50对超导输出线圈(2)(3)(18)(19)(20)(21)全部叠压组成直接相互感应磁场。本发明只要外界输入一倍能量就可以外界永远输出无限倍能量。本发明可用作发电，以及一切运输加工机械动力源，并可用作航天、航海、航空、电磁武器、激光武器等。

Claims (5)

1.一种超导能源输出机机芯使用新方法，它是由超导输入储能机构，超导输出储能机构，超导负载机构，超导输出储能机构与超导负载储能机构串联构成超导闭合回路。
2.根据权利要求1所述的，超导输出储能机构，它是由多个超导输出线圈(2)(3)(18)(19)(20)(21)组成，其数是N＝1……n1n2n3……n50，每个超导线圈上有一个超导开关(4)(7)(23)(28)组成。
3.根据权利要求2所述的超导输出线圈(2)是由超导线制成，可作成各种形状，并与超导负载线圈(3)串联构成超导闭合回路。
4.根据权利要求2所述的超导开关(4)(7)(23)(28)它是由超导电磁、加热、机械开关制成。
5.根据权利要求2所述的超导输入线圈(1)与超导输出线圈(2)可不用铁芯，可直接相叠压对外界输出磁能。
CN2011104116056A 2011-12-04 2011-12-04 超导能源输出机机芯使用新方法 Pending CN103138532A (zh)

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Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
GB2566579B (en) * 2017-06-30 2020-12-30 Boeing Co System and method for operating a bulk superconductor device
US11070123B2 (en) 2017-07-07 2021-07-20 The Boeing Compan Energy storage and energy storage device

Cited By (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
GB2566579B (en) * 2017-06-30 2020-12-30 Boeing Co System and method for operating a bulk superconductor device
US10971291B2 (en) 2017-06-30 2021-04-06 The Boeing Company System and method for operating a bulk superconductor device
US11070123B2 (en) 2017-07-07 2021-07-20 The Boeing Compan Energy storage and energy storage device

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