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序号	专利名	申请号	申请日	公开（公告）号	公开（公告）日	发明人
1	触发事件的方法	CN96199529.7	1996-11-08	CN1288609C	2006-12-06	大卫·斯麦尔
触发移动设备中事件的方法，此方法包括计算此设备的位置、计算所计算出的位置与预定点间的距离、当计算出的距离不超过预定的解除保险距离时解除此设备的保险、以及当计算出的距离不超过预定的触发距离或当计算出的距离增加或是当计算出的距离不小于解除保险距离时使此事件触发。
2	遥控燃点的安全型鞭炮	CN201710005669.3	2017-01-04	CN107152894A	2017-09-12	徐建俭
此发明公开了一种遥控燃点的安全型鞭炮，涉及电子设备领域。现时燃放鞭炮，大多用一根火柴来就近燃点，存在很大的安全隐患。此发明旨在提供一种遥控燃点的安全型鞭炮，为达此目的，此发明的技术方案包括如下内容：一种遥控燃点的安全型鞭炮，其特征是：包括：鞭炮本体、鞭炮火药引线、钢制大底盆、电致发热丝、可充电池、遥控接收装置、遥控发射装置及其电池、钢制大底盆上盖体，其中：所述鞭炮本体可为单个鞭炮，也可以一长串鞭炮；所述钢制大底盆的底部明显大于其上部，重心底至地面，其重量在3KG以上，在长串鞭炮的爆炸中，也会飞弹起来，也不会翻覆。从上可知，此发明具有燃放鞭炮安全度更高的有益效果。
3	触发事件的方法	CN96199529.7	1996-11-08	CN1207192A	1999-02-03	大卫·斯麦尔
触发移动设备中事件的方法,此方法包括计算此设备的位置、计算所计算出的位置与预定点间的距离、当计算出的距离不超过预定的解除保险距离时解除此设备的保险、以及当计算出的距离不超过预定的触发距离或当计算出的距离增加或是当计算出的距离不小于解除保险距离时使此事件触发。
4	Event trigger system	JP51768797	1996-11-08	JP2001504574A	2001-04-03	デービッド・スモール
(57)【要約】移動装置(roving apparatus)において、当該装置のいる場所と、少なくとも、もう一つのトリガリング前提がベースとなってイベントがトリガーされる装置。
5	JPS6229720B2 -	JP11241578	1978-09-14	JPS6229720B2	1987-06-27	KURAUSU MYUNTSUERU; PANAIOTEISU KARAYANNISU; HANSU IERUKU NEEFU

6	Electromagnetically proximitv radio fuse	JP6280378	1978-05-25	JPS549500A	1979-01-24	AAKE NIRUSON

7	Projectile	JP6448377	1977-06-01	JPS54500A	1979-01-05	KIKUTA MASUMI
PURPOSE:To provide a projectile, which incorporates therein an arrangement capable of detecting the distance and relative velocity between a target object and the projectile and also detecting the meeting point of them, thereby improving the function of tis warhead for exploding the target object.
8	JPH0532680B2 -	JP4647686	1986-03-05	JPH0532680B2	1993-05-17	KURUTO SHUREEGERU; TSUEE FURIIDEMAN BETSUTSU

9	JPS6355034B2 -	JP6280378	1978-05-25	JPS6355034B2	1988-11-01	AAKE NIRUSON

10	Projectile mechanism	JP16425885	1985-07-26	JPS6152599A	1986-03-15	RICHIYAADO TOOMASU JIEMUBA; RICHIYAADO WAREN MAKUREI; JIEFU AREN SHIIWAATO

11	Method of intercepting aerial target	JP7913585	1985-04-12	JPS6141900A	1986-02-28	PIEERU ROORE

12	Electronic ignitor for bullet	JP11241578	1978-09-14	JPS5456300A	1979-05-07	KURAUSU MIYUNTSUERU; PANAIOTEISU KARAYANNISU; HANSUIERUKU NEEFU

13	JPS49102200A -	JP473074	1973-12-29	JPS49102200A	1974-09-26

14	Event trigger system	JP51768797	1996-11-08	JP3726143B2	2005-12-14	デービッド・スモール

15	Intercept method of aerial target	JP7913585	1985-04-12	JPH0785000B2	1995-09-13	ローレピエール

16	Distance measuring equipment	JP25595086	1986-10-29	JPS62105070A	1987-05-15	KUROODO PIRORI; JIYAN PIEERU FUIROI

17	Small-sized firearm and shot thereof	JP4647686	1986-03-05	JPS61252499A	1986-11-10	SCHLEGEL KURT; BETZ FRIEDEMANN C

18	JPS5821200B2 -	JP473074	1973-12-29	JPS5821200B2	1983-04-27	BYORUN DAARU

19	Proximity fuse	JP454378	1978-01-19	JPS5497396A	1979-08-01	YAMANE HIDEO
PURPOSE:To make a warhead explode invariable near a target plane under no influence of a relative speed between a guidance flying body and the target plate, by changing the beam direction of a proximity fuse according to the relative speed. CONSTITUTION:Once guidance flying body 1 is discharged, the speed detector detects a relative speed between it and target plane 2 and converts the speed into an equivalent signal. This signal passes through the frequency control circuit and is then applied to the transmitter, thereby varying an oscillation frequency. By the frequency of the signal, an output signal transmitted from the transmitter to the antenna makes angle 4 against the axis of a beam small as shown by 5, when the relative speed is high, to shorten the time until the detection of target 2, and also make angle 4 large as shown 6, when the relative speed is low, to prolong the time until the detection of target 2 throug the movement of antenna 7. In this way, the radiation direction of the beam of a proximity fuse is changed corresponding to a relative speed with target plane 2, so that a warhead can be made to explode timing with the relative speed.
20	JPS4944760B1 -	JP6387270	1970-07-22	JPS4944760B1	1974-11-29

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