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    • 1. 发明授权
    • Box for encasing an electrical device
    • 用于封装电气设备的盒子
    • US4260850A
    • 1981-04-07
    • US123603
    • 1980-02-22
    • Donald R. BrownOtto T. Masopust, Jr.John R. Meal
    • Donald R. BrownOtto T. Masopust, Jr.John R. Meal
    • H01G4/224H05K5/02
    • H01G4/224
    • A rolled metallized film capacitor is encased between a pair of box halves (13 and 13') each having a pair of dovetailed slots (36 and 37) formed in opposite walls so that when the box halves are assembled about a capacitor blank (10) the slots in the respective box halves are aligned with each other. The box halves are mounted in abutting relation about a pair of parallel wires (11 and 12), and then heat fusible metal (46 and 47) is deposited in the aligned slots to lock the box halves together while bonding the wires (11 and 12) to opposite ends of the capacitor blank (10). When assembled, the boxed capacitor with the laterally extending leads may be readily machine inserted or otherwise assembled in a circuit module, such as a printed circuit board.
    • 轧制的金属化薄膜电容器被封装在一对半盒(13和13')之间,每对半盒(13和13')各自具有形成在相对的壁中的一对燕尾槽(36和37),使得当箱体半部围绕电容器坯件(10)组装时, 相应的箱半部中的槽彼此对准。 盒半部围绕一对平行的线(11和12)以邻接的方式安装,然后将热熔金属(46和47)沉积在对准的槽中,以将盒子半部分锁定在一起,同时将电线(11和12) )到电容器坯体(10)的相对端。 当组装时,具有横向延伸的引线的盒式电容器可以容易地机器插入或以其他方式组装在诸如印刷电路板的电路模块中。
    • 2. 发明授权
    • Method of fabricating a packaged electrical device
    • 制造封装电气装置的方法
    • US4221034A
    • 1980-09-09
    • US16045
    • 1979-02-28
    • Donald R. BrownOtto T. Masopust, Jr.John R. Meal
    • Donald R. BrownOtto T. Masopust, Jr.John R. Meal
    • H01G13/00H01G4/32
    • H01G13/006Y10T29/435Y10T29/49171
    • A rolled metallized film capacitor is encased between a pair of box halves (13 and 13') each having a pair of dovetailed slots (36 and 37) formed in opposed walls so that when the box halves are assembled about a capacitor blank (10) the slots in the respective box halves are aligned with each other. The box halves are mounted in abutting relation about a pair of parallel wires (11 and 12), and then heat fusible metal (46 and 47) is deposited in the aligned slots to lock the box halves together while bonding the wires (11 and 12) to opposite ends of the capacitor blank (10). When assembled, the boxed capacitor with the laterally extending leads may be readily machine inserted or otherwise assembled in a circuit module, such as a printed circuit board.
    • 轧制的金属化薄膜电容器被封装在一对半盒(13和13')之间,每对半盒(13和13')各自具有形成在相对的壁中的一对燕尾槽(36和37),使得当箱体半部围绕电容器坯件(10)组装时, 相应的箱半部中的槽彼此对准。 盒半部围绕一对平行的线(11和12)以邻接的方式安装,然后将热熔金属(46和47)沉积在对准的槽中,以将盒子半部分锁定在一起,同时将电线(11和12) )到电容器坯体(10)的相对端。 当组装时,具有横向延伸的引线的盒式电容器可以容易地机器插入或以其他方式组装在诸如印刷电路板的电路模块中。
    • 3. 发明授权
    • Packaged electrical capacitor
    • 封装电容器
    • US4250534A
    • 1981-02-10
    • US123604
    • 1980-02-22
    • Donald R. BrownOtto T. Masopust, Jr.John R. Meal
    • Donald R. BrownOtto T. Masopust, Jr.John R. Meal
    • H01G2/12H01G1/02
    • H01G2/12
    • A rolled metallized film capacitor is encased between a pair of box halves (13 and 13') each having a pair of dovetailed slots (36 and 37) formed in opposed walls so that when the box halves are assembled about a capacitor blank (10) the slots in the respective box halves are aligned with each other. The box halves are mounted in abutting relation about a pair of parallel wires (11 and 12), and then heat fusible metal (46 and 47) is deposited in the aligned slots to lock the box halves together while bonding the wires (11 and 12) to opposite ends of the capacitor blank (10). When assembled, the boxed capacitor with the laterally extending leads may be readily machine inserted or otherwise assembled in a circuit module, such as a printed circuit board.
    • 轧制的金属化薄膜电容器被封装在一对半盒(13和13')之间,每对半盒(13和13')各自具有形成在相对的壁中的一对燕尾槽(36和37),使得当箱体半部围绕电容器坯件(10)组装时, 相应的箱半部中的槽彼此对准。 盒半部围绕一对平行的线(11和12)以邻接的方式安装,然后将热熔金属(46和47)沉积在对准的槽中,以将盒子半部分锁定在一起,同时将电线(11和12) )到电容器坯体(10)的相对端。 当组装时,具有横向延伸的引线的盒式电容器可以容易地机器插入或以其他方式组装在诸如印刷电路板的电路模块中。
    • 6. 发明授权
    • Apparatus for bonding leads to capacitor blanks
    • 用于将引线连接到电容器毛坯的装置
    • US4333213A
    • 1982-06-08
    • US225579
    • 1981-01-16
    • John R. MealDonald K. Sandmore
    • John R. MealDonald K. Sandmore
    • H01G13/00H01G4/32
    • H01G13/00Y10T29/435Y10T29/49172Y10T29/5142
    • A boxed and encapsulated rolled metallized film capacitor susceptible to facile machine insertion is fabricated by cyclically advancing a lead frame 32 through a number of stations (36,37) whereat pairs of leads (24,26) of the lead frame are bent downwardly and secured to end electrodes (22,23) formed on the capacitors, and then boxes (29) partially filled with encapsulant are moved over each capacitor secured to a pair of leads. Next, the lead frame is advanced to move each box and capacitor into position to receive additional encapsulant from a nozzle (38) which is projected through a feed hole (34) formed in the lead frame.
    • 通过将引线框架32循环地推进穿过多个工位(36,37),其中引线框架的成对引线(24,26)向下弯曲并固定,制造易于容易插入的盒装和封装的卷绕金属化薄膜电容器 到形成在电容器上的端部电极(22,23),然后将部分填充有密封剂的盒子(29)移动到固定到一对引线上的每个电容器上。 接下来,引导框架被推进以将每个盒子和电容器移动到适当位置,以从喷嘴(38)接收附加的密封剂,喷嘴(38)通过形成在引线框架中的馈送孔(34)突出。