专利检索_ .所用的起爆器专利检索_ .所用的起爆器专利检索查询

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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
81	Igniter	JP19036083	1983-10-12	JPS6082798A	1985-05-10	KOBARI KOUICHI; SUGI YOSHIKAZU

82	JPS5817157B2 -	JP10749775	1975-09-04	JPS5817157B2	1983-04-05	DEEBITSUDO TOOMASU ZEBURII

83	Apparatus within industrial detonator for low energy signal tube	JP4154479	1979-04-05	JPS54138112A	1979-10-26	HANSU HANDOBORUGU; REIFU KURISUTENSEN; SUTEIGU NIKUBUISUTO

84	電気回路遮断装置	JP2016129098	2016-06-29	JP2018006081A	2018-01-11	酒井俊行; 藤原友秀
【課題】強度を維持したまま小型化できる電気回路遮断装置の提供。【解決手段】樹脂ハウジング10内に点火器20、棒状発射体40、導体片50、絶縁空間61を有しており、棒状発射体40とハウジング10の内壁面の間に金属シリンダー30が配置され、さらに外側のハウジング10内部に補強用フレーム70が配置されている。絶縁空間61とハウジングの第2端部電気回路遮断装置1の間に点火器20の作動により生じた燃焼生成物の排出経路を有している。【選択図】図1
85	改良型点火管制御回路	JP2014530679	2012-08-27	JP6069326B2	2017-02-01	クック、ブルース、エム

86	膨張式のエアバッグシステムと共に使用するための小型の点火器組立体	JP2015506992	2013-03-11	JP2015519245A	2015-07-09	ライアンマークハバード，; ジェフキダ，
小型のインフレータ及び従来の寸法のインフレータと共に用いるよう適合された小型の点火器組立体を開示する。このような点火器組立体は、アダプタ、点火部、及びこの点火部に連結された、点火部からアダプタの開口へと第1の方向に延在する複数の導体を備えることができる。コネクタは、点火部からアダプタの開口への導体の延在に対応した第1の方向を横断する第2の方向に開口内へと摺動するよう適合される。点火器組立体は、膨張式のエアバッグシステムインフレータの本体に連結でき、このインフレータ本体は、多量のガス発生剤を閉じ込めてよい。膨張式のエアバッグクッションシステムと共に用いるために適合されたインフレータを作製する方法も含まれる。
87	改良型点火管制御回路	JP2014530679	2012-08-27	JP2014533447A	2014-12-11	クック、ブルース、エム
点火管等の別のデバイスを付勢するように構成されている改良型制御回路。回路の第1の部分は、第1のトランジスタを含み、コンデンサに蓄積された電荷の第1の部分を第1の速度で放電するように構成されている。回路の別の部分は第2のトランジスタを含み、電荷の第1の部分の放電後に、電荷の第2部分を第1の速度より大きい第2の速度で放電するように構成されている。【選択図】図3
88	Cover member for igniter	JP2012157619	2012-07-13	JP2014020617A	2014-02-03	YAMAMOTO KOJI
PROBLEM TO BE SOLVED: To provide a cover member for covering a metallic cup of an igniter with high strength.SOLUTION: A cover member 10 covers a metallic header 24 with an electro-conductive pin 22, and a metallic cup 26 covering the header 24 so as to form an ignition agent charging space. The cover member 10 has a bottom surface part 12 and a peripheral wall part 16, and has a plurality of reinforcing ribs 18 on an inner circumferential surface of the peripheral wall 16.
89	Header assembly	JP2011511682	2009-04-30	JP5400142B2	2014-01-29	ダリオ，ジー．ブリジゲッラ，; マイケル，ペリージョーダン，; デイヴィッド，オーラルバラム，; グレード，アランメレル，; ジェフリー，グレッグボー，

90	Electric detonators of the small explosives, and, micro systems using this equipment	JP2006505789	2004-04-09	JP2006523816A	2006-10-19	ブリュノコラン，; パトリックブロワイエ，; ドニロレ，
【課題】微小火薬の電気式起爆装置、及び、この装置を使用したマイクロシステムの提供。【解決手段】本発明は、少なくとも一つの微小火薬（３）の電気式起爆装置であって、中央制御装置（８）の第一の端子に連結された少なくとも一つの導電性指状突起（６）を有する土台部分を含み、上記中央制御装置（８）の第二の端子は微小火薬（３）のための導電性土台に電気的に連結されることを意図したものであることを特徴とする装置に関する。また、本発明は、上記起爆装置を使用したマイクロアクチュエーター（１、１ａ〜１ｈ）及びマイクロシステム（１'）にも関する。
91	Sealed electrical feed-through device that includes an insulating pin of the elliptical cross-section in a circular glass seal	JP2003346504	2003-10-06	JP3787702B2	2006-06-21	ヒーケニール

92	Thermal cutting, the igniter for the spear oxygen for drilling, etc.	JP2002551263	2001-12-17	JP2004516445A	2004-06-03	ベールジェエリクソン，; レナルトエリクソン，
この発明による方法と装置によれば、酸素やり（１３）の点火器の点火装薬（６ａ，６ｂ）の点火を開始する従来の純火工材料プライマーが少量の粉末ジルコニウム（７）により置き換えられる。ジルコニウムは通常の空気中では普通の木材ほど易燃性ではないが、純酸素の十分な量の存在下に、それが十分大きな表面積を持つとすれば発火性であり、従って発火する。【選択図】図１
93	Sealed electrical feed-through device provided with isolated pin having oval cross section in circular glass seal	JP2003346504	2003-10-06	JP2004144465A	2004-05-20	HEEKE NEIL
PROBLEM TO BE SOLVED: To provide a sealed electrical feed-through device in which a conductive isolated pin is sealed with a glass seal, and in which distortion is dispersed uniformly along the whole glass seal. SOLUTION: A conductive main body 11, having a front surface and a back surface, is provided with a circular through hole O. A conductive isolated pin 13 is sealed with the glass seal 17 at a center of the circular through hole O to be extended from the back surface of the conductive main body 11 outward, with one end accessible from the front surface of the conductive main body. A conductive grounding pin 15 is connected to the back surface of the conductive main body in parallel to the pin 13 to be extended from the back surface of the conductive main body 11 outward. The isolated pin 13 is provided with an oval or elliptical cross section 13a extended through the glass seal 17 from the back surface of the conductive main body to one end of the pin. Bridge wire of different lengths can thus be connected between the front surface of the conductive main body and one end of the isolated pin that is accessible from the front surface of the conductive main body 11. COPYRIGHT: (C)2004,JPO
94	Quick expansive metal mixture capsule structure	JP2002308694	2002-10-23	JP2003214800A	2003-07-30	KIM CHANG SUN
PROBLEM TO BE SOLVED: To provide the quick expansive metal mixture capsule structure for easily providing a trigger temperature for generating the oxidation reaction in the quick expansive metal mixture. SOLUTION: This capsule structure contains an insulating outer casing 14, the quick expansive metal mixture 12 filled in the outer casing 14, a pair of arc discharging trigger needles 24 and 24 embedded in the quick expansive metal mixture 12, and a pair of power source supply rods 22 and 23 connected to the pair of arc discharging trigger needles 24 and 24 to transmit a high voltage from an external high voltage generating device to the pair of arc discharging trigger needles 24 and 24. A line of the trigger needle rods 20 formed by arranging a plurality of trigger needle rods 20 connected to one outward-directed arc discharging trigger needle rods 24 and 24 at one end thereof between the pair of arc discharging trigger needles 24 and 24 connected to the pair of power source supply rods 22 and 23 so that the arc discharging trigger needles 24 and 24 opposite to each other are arranged with a space. COPYRIGHT: (C)2003,JPO
95	Rolling laser detonator detonator	JP16625691	1991-06-12	JP2945173B2	1999-09-06	NAKANO MASASHI; IKEGAMI TAKASHI; EBITANI YASUHARU; TAKANO MIKIO; MYAJIMA TOSHIKAZU; SATO TOSHIBUMI

96	Electrical delay detonator	JP25086	1986-01-07	JPH0820198B2	1996-03-04	研一愛甲; 洋一栗原

97	Signal delay assembly body	JP3514291	1991-02-06	JPH0534100A	1993-02-09	RONARUDO EMU DEYUFUREIN; AANESUTO ERU GURATSUDEN; ROBAATO JII PARANKU
PURPOSE: To retain a delay fuse wire fireworks composition that reacts securely by controlling the speed of pressure that operates on a signal delay assembly body that is used with a detonation device or a signal transmission pipe delay device, giving function time for accurate prediction, and improving reliability. CONSTITUTION: A delay fuse wire ignition buffer member 45 is located between a percussion device housing 15 or a transmission pipe 11 in a signal transmission pipe housing and a delay fuse wire 25. A buffer member controls speed where a transmission pipe temperature/pressure pulse operates on the surface of a delay fuse wire fireworks composition, attenuates pulse effect, and makes accurate delay timing. The buffer member attenuates the rapid pressure reduction effect in a percussion device caused by the explosion of the transmission pipe or the discharge of a pipe from the housing, thus preventing the reacting fireworks composition from being separated. When the fireworks composition is separated by mistake, the reaction stops at the point of separation and hence the delay fuse wire that should continue the combustion of the fireworks composition for its length fails.
98	Multi-directional initiator for explosive	JP2412489	1989-02-03	JPH028697A	1990-01-12	DEI ERU KENEDEI; DEI JII TORUU; DEI EMU UERUSHIYU
PURPOSE: To achieve omni-directional full order blasting of a column of explosives confined in a blasting hole by blasting the column of explosives with a fuse assembly or a similar initiator and supplying an explosion wave simultaneously in the opposite directions along the column of explosives. CONSTITUTION: At the time of blasting, a blasting hole is inserted with a case of emulsion explosives cartridge until substantially one half of the hole is filled with explosives. A fuse carrier containing fuses 1, 8 is then inserted into the blasting hole to produce a single case of explosives. Remaining part of the blasting hole is then charged hermetically with another case of explosives. The fuses 1, 8 are blasted substantially simultaneously. Energy from the fuse 1 is directed downward toward the base of the muzzle while energy from the fuse 8 is directed upward toward the muzzle. More specifically, explosives in the blasting hole is blasted simultaneously in all directions at high speed thus attaining a maximum explosion energy while minimizing unexploded residue in the blasting hole. COPYRIGHT: (C)1990,JPO
99	JPS6224400B2 -	JP4154479	1979-04-05	JPS6224400B2	1987-05-28	HANSU HANDOBORUGU; REIFU KURISUTENSEN; SUTEIGU NIKUISUTO

100	Identification of primer	JP20555584	1984-10-02	JPS6184676A	1986-04-30	KURIHARA YOICHI

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