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    • 2. 发明申请
    • STREAMLINED PRODUCTION OF ELECTRIC MOTOR ARMATURES AND STATORS
    • 电动马达和定位器的生产
    • WO1988009080A1
    • 1988-11-17
    • PCT/US1987001061
    • 1987-05-07
    • BLACK & DECKER INC.
    • BLACK & DECKER INC.WHEELER, Dale, K.
    • H02K15/00
    • B23Q7/1421H02K15/00H02K15/02H02K15/08
    • Two production lines for the manufacture of armatures or stators for electric motors are separated over at least part of their length by a common partition (104). The juxtaposed proximity of the two production lines allows operations on articles on both lines to be carried out simultaneously by equipment mounted on a common operating head. Shuttles (171, 172) are provided upstream and downstream of coil winding areas (137) so that armature or stator bodies from one production line can be automatically diverted to a winder on the other production line and returned when wound. The height of the laminations is determined by picking a stack close to the maximum height permissible, measuring this height and, if necessary, removing a lamination via a vacuum line mounted on a measuring head. After winding, the ends of the magnetic wires on the armature are stripped using a laser. The dual highway style production lines provide economy in floor space and operators, and by use of the transfer shuttles (171, 172) enable bottlenecks of one line to be handled by the other line.
    • 用于制造用于电动机的电枢或定子的两条生产线在其长度的至少一部分上通过公共隔板(104)分开。 两条生产线的并置接近允许在两条生产线上的物品上的操作由安装在公共操作头上的设备同时进行。 在线圈绕组区域(137)的上游和下游提供了梭子(171,172),使得来自一个生产线的电枢或定子体可以自动地转移到另一个生产线上的卷绕机上,并且在缠绕时返回。 叠片的高度是通过挑选接近允许最大高度的一个叠层来测定的,测量这个高度,如有必要,通过安装在测量头上的真空管线去除叠层。 绕组后,使用激光剥离电枢上的磁线的端部。 双路公路式生产线提供了地板空间和操作人员的经济性,通过使用转移梭(171,172)可以使另一条线处理一条线的瓶颈。
    • 4. 发明申请
    • BATTERY PACK FOR CORDLESS DEVICE
    • 用于无线设备的电池组
    • WO1994023460A1
    • 1994-10-13
    • PCT/US1994003534
    • 1994-03-30
    • BLACK & DECKER INC.
    • BLACK & DECKER INC.WHEELER, Dale, K.MOORES, Robert, G., Jr.WALTER, Richard, T.
    • H01M02/10
    • H01M2/1055H01M2/20H01M2/30H01M6/44
    • A battery pack (13) comprises an elongated cylindrical, metal casing (35), a plurality of cells (41, 43) in casing (35) and three coaxial pack terminals (46, 54, 61). For enhanced convenience, pack terminals (46, 54, 61) are electrically connectable in a cordless device (11) regardless of the angular orientation of the pack (13) about casing axis (33). To reduce cost and increase durability, pack (13) has no welded connections and will permit high current discharge rates. Cells (41, 43) are electrically connected but are mechanically disconnected. A spring (73) engages cell (41) and biases cells (41, 43) tightly together in compression to form good, low resistance electrical contact between cells (41, 43), casing base cap (45) and top (53). To provide a pack with two output voltages, the third pack terminal (61) has a polarity, relative to first pack terminal (46), the same as second pack terminal (54) and is electrically connected to the cell can terminal (43b) of forward cell (43), thereby electrically by-passing cell (43).
    • 电池组(13)包括细长的圆柱形金属外壳(35),壳体(35)中的多个电池单元(41,43)和三个同轴电缆组件端子(46,54,61)。 为了增强便利性,包装端子(46,54,61)可在无绳装置(11)中电连接,而与包装件(13)围绕套管轴线(33)的角度方向无关。 为了降低成本和提高耐用性,pack(13)没有焊接连接,并允许高电流放电率。 电池(41,43)电连接,但机械断开。 弹簧(73)与电池(41)接合,并且将电池(41,43)紧紧地偏压在一起,以在电池(41,43),外壳底盖(45)和顶部(53)之间形成良好的低电阻电接触。 为了提供具有两个输出电压的包,第三包装端子(61)相对于第一包装端子(46)具有与第二包装端子(54)相同的极性,并且电连接到电池罐端子(43b) 的正电池(43),从而电旁路电池(43)。
    • 5. 发明申请
    • CHUCK AND METHOD OF ASSEMBLY
    • 阻塞和组装方法
    • WO1988007425A1
    • 1988-10-06
    • PCT/US1988000887
    • 1988-03-18
    • BLACK & DECKER INC.
    • BLACK & DECKER INC.WHEELER, Dale, K.COLEMAN, Charles, W.
    • B23B31/12
    • B23B31/123B23B31/1253Y10S279/902Y10T279/17615Y10T279/17658
    • A keyless chuck (10) includes a jaw assembly (18) with jaws (32) that can be advanced in respective guideways (40) to grip a tool bit and retracted to loosen the grip on the tool bit. A jaw thrust member (34) is operatively coupled to the jaws (32) and to a threaded spindle (24) and is forced forwardly or rearwardly on rotation relative to the threaded spindle (24) to advance or retract the jaws (32). The threaded spindle (24) engages the jaw thrust member through a small-area contact patch (72) to limit the operating friction and thus provide a chuck which can be readily hand-thightened and which self-tightens in response to torque transmitted through the chuck. A lock mechanism is provided to selectively lock the threaded spindle (24) relative to the jaw assembly (18); or allow, optionally limited, uni-directional movement of the threaded spindle (24) relative to the jaw assembly (18). The lock mechanism includes a lock plate (104) coupled to a chuck adjusting sleeve (20) and includes a set of teeth (114) on an axial face for engagement with complementary teeth (108) on an axial face of a chuck adjusting nut (42) forming part of the jaw assembly (18). The lock plate (104) is normally spring-biased into engagement with the chuck adjusting nut (42) but can be disengaged from the chuck adjusting nut (42) to temporarily disable the locking mechanism. The keyless chuck (10) is assembled in such a way that the run-out of the finished chuck is minimal.
    • 10. 发明公开
    • STREAMLINED PRODUCTION OF ELECTRIC MOTOR ARMATURES AND STATORS
    • STROMLINIIERTE生产锚及电动机定子。
    • EP0357596A1
    • 1990-03-14
    • EP87904154.0
    • 1987-05-07
    • Black & Decker Inc.
    • WHEELER, Dale, K.
    • H02K15B23Q7
    • B23Q7/1421H02K15/00H02K15/02H02K15/08
    • Les chaînes de production pour la fabrication d'induits ou de stators pour moteurs électriques sont séparées sur au moins une partie de leur longueur par une cloison commune (104). La proximité juxtaposée des deux chaînes de production permet d'effectuer simultanément sur les deux chaînes des opérations sur des articles, grâce à un équipement monté sur une tête commune de manoeuvre. Des navettes (171, 172) sont prévues en amont et en aval des zones d'enroulements (137) afin que les corps d'induits ou de stators formant une chaîne de production puissent être automatiquement déviés vers une bobineuse, sur l'autre chaîne de production, et retournés une fois enroulés. On détermine la hauteur des lamelles en prenant une pile proche de la hauteur maximum admissible, en mesurant cette hauteur et, si nécessaire, en retirant une lamelle par une conduite de vide montée sur une tête de mesure. Après enroulement, on démoule les extrémités des fils magnétiques sur l'induit au moyen d'un laser. Les chaînes de production doubles de type jumelé permettent de réaliser une économie d'espace et de main-d'oeuvre, et du fait de l'utilisation de navettes de transfert (171, 172) permettent la prise en charge des encombrements survenant sur une chaîne, par l'autre chaîne.