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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
101	IGNITER FOR ELECTRIC DETONATOR	JP25976887	1987-10-16	JPH01189500A	1989-07-28	AIKO KENICHI
PURPOSE:To prevent a bridge from being severed due to such outside influences as thermal shrinkage, expansion, friction, and impact by supporting an integrated circuit for retardation on a substrate having conductor circuits and by providing between electric poles an energy storing capacitor and an input legline for supplying electric energy in parallel with a film resistor. CONSTITUTION:A film resistor 4 of a resistive material consisting of, for example, such a metal as Cr and Ni-Cr or one of their oxides is used to kindle the ignitor around the resistive material by heating by ohmic application of a current. In an ignition ball type using a film resistor 4 as a heating element, the legline 3 and the front end of the ignition ball fixing part 2 which both are molded in a solid with a stop plug 1 of plastic, which is inserted into a tube of an electric detonator constitute the substrate face of the film resistor 4. The unclad end parts 3a, 3b of the legline 3 on the side of the ignition ball are electric poles, which are bent along the top of the ignition ball fixing part 2 or severed. The electric poles 3a, 3b are joined with the film resistor 4 in chip form. The ignitor in ball form is designated by 5 and a protective film for the ignitor by 6.
102		JP12910680	1980-09-12	JPS6311518Y2	1988-04-04

103	ELECTRODE BODY FOR ELECTRIC IGNITER AND MANUFACTURE THEREOF	JP10708985	1985-05-21	JPS612000A	1986-01-07	ARUFUREETO UITSUUEERU

104	IGNITER FOR ARTICLE PROCESSED WITH HEAT	JP27498184	1984-12-28	JPS60159599A	1985-08-21	IBE BARIERE; JIYORUJI GURANNIE

105	JPS5752543U -	JP12910680	1980-09-12	JPS5752543U	1982-03-26

106		JP11713571	1971-12-14	JPS513165Y2	1976-01-29

107	전기 신관용 포울 보디(pole body) 및 그 제조방법	KR850002889	1985-04-29	KR850008216A	1985-12-13
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108	낮은 결함 민감성을 갖는 금속 고정 재료 리드 스루	KR20207035630	2019-07-15	KR20210032932A	2021-03-25
본발명은, 에어백및/또는벨트조임기의점화기(igniter)를위한금속고정재료리드스루(lead-through)로서, 본체의관통개구내에서유리또는유리세라믹고정재료내로융합되는적어도하나의금속핀을포함하고, 금속은후-열처리된상태로존재하며, 고정재료와금속핀 사이의인터페이스및 고정재료와관통개구의내부표면사이의부가적인터페이스를구비하는것인, 금속고정재료리드스루에있어서, 적어도하나의금속핀은, 적어도그의코어영역에서, 스테인리스강, 바람직하게는크롬함유스테인리스강으로이루어지며, 스테인리스강은열팽창계수(α금속핀)를갖는것을특징으로하는금속고정재료리드스루에관한것이다.
109	점화기 조립체와 그의 조립 방법, 및 커버 부재	KR1020157000439	2013-07-04	KR101941741B1	2019-01-23	야마모토,고지

110	점화기 조립체와 그의 조립 방법, 및 커버 부재	KR1020157000439	2013-07-04	KR1020150039608A	2015-04-10	야마모토,고지
본발명은, 점화기본체와수지부가일체로된 점화기조립체로서, 해당점화기본체가도전핀을갖는금속제의헤더와, 점화약의충전공간을형성하도록해당헤더에씌워진금속제컵과, 해당충전공간에충전된점화약과, 해당금속제컵에씌워진커버부재를갖고있으며, 해당커버부재가적어도주벽부의내주면에보강용리브를갖고있는것이고, 해당점화기조립체가적어도해당커버부재의주벽부의일부, 헤더및 해당도전핀의일부가수지부로포위되어있는것인점화기조립체를제공한다.
111	一种运输治具	PCT/CN2019/073929	2019-01-30	WO2020107705A1	2020-06-04	张忠; 甘德淮; 廖腊香; 邓益民; 冯坤; 周军; 纵振; 王爱明
一种运输治具，包括本体，所述本体上设有注塑模具（3）；注塑时，运输治具上的半成品无需从运输治具上取下，利于节约产品生产耗时，提高生产效率；注塑模具（3）靠近夹持机构（4）设置，利于提高注塑精度；注塑下模具可以一直对半成品上的注塑件进行支撑，防止了注塑体垂落，方便后续加工。
112	VERFAHREN ZUR HERSTELLUNG EINES ANZÜNDERSOCKELS	PCT/EP2015/000119	2015-01-22	WO2015113746A1	2015-08-06	BAUER, Christian; THUMFART, Dieter
Es wird Verfahren zur Herstellung eines Anzündersockels (1) für pyrotechnische Systeme vorgeschlagen, umfassend die folgenden Schritte: einen Prägeschritt, bei welchem eine Außenkontur eines Grundkörpers (2) des Anzündersockels (1) unter Ausbildung einer Zylindermantelfläche (3) und einer an der Zylindermantelfläche (3) anschließenden Schulter (4) geprägt wird, wobei eine erzeugende Gerade der Zylindermantelfläche (3) parallel zu der Prägerichtung ist, einen Schabeschritt, bei welchem zumindest die Zylindermantelfläche (3) im Wesentlichen in Richtung der erzeugenden Gerade abgeschabt wird, und einen Stanzschritt, bei welchem die Schulter (4) entfernt wird.
113	ALLUMEUR PYROTECHNIQUE	PCT/EP2014/072873	2014-10-24	WO2015059285A1	2015-04-30	WEBER, Marcus; NEBEL, Raimund; GUGGENBERGER, Andreas
Allumeur pyrotechnique (10) comprenant : au moins une matière pyrotechnique (13) agencée pour être mise à feu par un élément chauffant, un étui (12) refermant ladite au moins une matière pyrotechnique (13) un surmoulage plastique (18) de l'étui 812), formant une interface de fixation de l'allumeur (10), agencée pour être insérée dans un orifice de fixation d'un support (20), jusqu'à une position insérée, l'interface de fixation du surmoulage plastique (18) comprenant un moins une portion déformable agencée pour se déformer élastiquement lors de son passage dans l'orifice de fixation et pour prendre par retour élastique une position de blocage contre le support (20) lorsque l'allumeur (10) est en position insérée, pour empêcher tout retrait de l'allumeur.
114	A METHOD OF ASSEMBLING A PROTECTION ELEMENT IN AN ELECTROPYROTECHNIC INITIATOR, AND AN INITIATOR	PCT/EP2008051622	2008-02-11	WO2008098906A8	2010-08-05	CRESSENT JOSE
The invention relates to a method of assembling an electrostatic discharge protection element in an electropyrotechnic initiator, the method including a step of securing a printed circuit plate to pins (3, 4) passing through a feedthrough (2). According to the invention, the protection element (9) is placed in a cavity (7) in the feedthrough so that the terminals (91, 92) of the protection element face separate solder zones (83, 84) located on the wall defining the cavity (7) in the proximity of the pins (3, 4), and then the solder zones (83, 84) are melted so as to connect them electrically and directly both to the terminals (91, 92) and to the pins (3, 4).
115	PRIMER ELEMENT	PCT/EP2008000043	2008-01-07	WO2008083937A8	2009-12-17	NIEMEYER TORSTEN; VAN DONGEN JOSEPH ADRIANUS MARIA
The invention relates to a primer element (20), in particular for ammunition or similar, comprising at least one primer composition (5, 6) that has at least one sleeve (4, 11 ) acting as the housing for the primer element (20), at least one contact pin (10) and a mass contact (9). Multiple wires (7), (at least two) are used, one end of said wires being connected to the contact pin (10) and the other end of said wires to the mass contact (9). The multiple wires are embedded in the primer composition(s) (5).
116	FOIL BRIDGE INITIATOR AND METHOD OF PRODUCTION OF SAME BY PHOTOLITHOGRAPHY	PCT/US2001/002164	2001-01-23	WO02057704A1	2002-07-25
A fast heat rise resistor comprising a substrate (2), a foil bridge (10) on the surface of the substrate, the foil bridge having an elevated portion and a contact portion, the elevated portion above the substrate, the contact portion in contact with the substrate, a conductive layer (8) attached to the contact portion of said foil bridge. The activation energy and/or response time is reduced as the foil bridge is suspended over the substrate. Another aspect of the invention include a method of manufacturing the foil bridge and application to autoignition vehicle airbags. The resistor may further comprise a layer of film (4) affixed between the substrate and the elevated portion of the foil bridge. The foil bridge may be made of Ni/Cr, the substrate of polyimide and the film of capton.
117	Initiator for an automotive safety device	US16287844	2019-02-27	US10857967B2	2020-12-08	Mason Chappell Wayment
An initiator assembly for an automotive safety device includes a tubular housing with a first end and a second end. A cruciform formed in the second end of the tubular housing is designed to open when the initiator fires. A pyrotechnic load is disposed within the tubular housing at the second end, the pyrotechnic load is formed to define a void comprising an open end and a tip. The void includes sides that extend from the open end to the tip and angle toward the second end of the tubular housing and angle toward a longitudinal axis of the tubular housing. The sides of the void can transition into a tip portion of the void that comprises a geometry distinct from that of the sides.
118	Detonator for passenger restraint systems	US15527281	2015-11-09	US10209041B2	2019-02-19	Günter Dürschinger; Elisabeth Dürschinger
The invention relates to an ignition capsule for a gas generator of an occupant restraint system in a motor vehicle, in particular for the gas generator of an inflatable airbag, said ignition capsule comprising means for supporting extremely high pressures during ignition.
119	RING-SHAPED OR PLATE-LIKE ELEMENT AND METHOD FOR PRODUCING SAME	US15866084	2018-01-09	US20180156582A1	2018-06-07	Helmut Hartl; Thomas Pfeiffer
A base body for a metal-sealing material-feedthrough subject to high pressures in an igniter for an airbag or a belt tensioning device. The base body for the metal-sealing material feedthrough is an element formed by a process of cold forming and having a ring-shape or a plate-like shape. The element includes a feedthrough opening extending from a front side of the element towards a rear side of the element. There is a metallurgic section in the element of the base body with structure-lines or flow-lines that are bent due to a reshaping process of the process of cold-forming.
120	Ring-shaped or plate-like element and method for producing same	US14635291	2015-03-02	US09759532B2	2017-09-12	Helmut Hartl; Thomas Pfeiffer
A ring-shaped or plate-like element, in particular for a metal-sealing material-feedthrough, for example for devices which are subjected to high pressures, such as igniters for airbags or belt tensioning devices, includes a feedthrough opening, whereby the feedthrough opening is located substantially in the center of the ring-shaped or plate-like element and whereby the ring-shaped or plate-like element has a thickness. The ring-shaped or plate-like element has a relief region in the area of the feedthrough opening. Further, the ring-shaped or plate-like element in the relief region has at least one thickness which is reduced by the height of the relief region and which is selected so that the feedthrough opening can be punched out of the ring-shaped or plate like element having the reducing thickness.

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