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    • 31. 发明授权
    • Combination lock
    • 密码锁
    • US07007520B1
    • 2006-03-07
    • US11080609
    • 2005-03-14
    • Yu-Feng Lin
    • Yu-Feng Lin
    • E05B37/02
    • E05B37/14E05B67/32Y10T70/415Y10T70/43Y10T70/472Y10T70/7141Y10T70/7147
    • Provided is a combination lock capable of being opened by inserting a key into keyhole in addition to turning tumbler wheels to a set series of numbers. In the key opening operation key is turned to rotate shaft, cam, and shuttle assembly for aligning tabs with the grooves, causing the cam to contact and push an L-shaped member laterally to compress a spring-loaded member for opening a gap between the leg and the shackle with a distance between the shaft and a blind end of a channel of the shuttle assembly being decreased to a minimum as the channel slides relative to the shaft, and moving the tabs along the grooves to project the shuttle assembly from one end of a bore of a spring-loaded moveable member to the other end thereof.
    • 提供了一种组合锁,其能够通过将钥匙插入钥匙孔而被打开,除了将滚筒轮转动成一系列数字。 在钥匙打开操作键被转动以转动轴,凸轮和梭组件,用于使突片与槽对准,使得凸轮接触并侧向推动L形构件以压缩弹簧加载构件,以打开 并且当通道相对于轴滑动时,轴和梭组件的通道的盲端之间的距离减小到最小,并且沿着凹槽移动突片以将梭组件从一端突出 弹簧加载的可移动构件的孔的另一端。
    • 36. 发明授权
    • Crust bending apparatus
    • 地壳弯曲装置
    • US08146398B2
    • 2012-04-03
    • US12854830
    • 2010-08-11
    • Kuo-chuan ChiuYu-feng Lin
    • Kuo-chuan ChiuYu-feng Lin
    • B21D5/04
    • B21D5/04B21D5/042H01R13/6581H01R43/16
    • A crust bending apparatus includes a positioning assembling and a bending assembly. The positioning assembly includes a conveyance cylinder, a conveyance block, a positioning cylinder, a positioning rod, a positioning block, a holding cylinder, a holding rod, and a holding block. The bending assembly includes a bending cylinder, a bending rod, a bending block, first and second pivot pins, a line-to-rotation conversion member, and an outer casing. The bending rod has an end coupled to the bending cylinder and an opposite end forming a projection having a circular cross-section on a side surface thereof. The projection is received in a position constraint slot defined in the line-to-rotation conversion member. The apparatus is operated with power cylinder based mechanisms to replace human labor in bending a metal crust in order to reduce undesired influence of human factor and also to realize stable assembling operation and improve product passing rate and throughput.
    • 地壳弯曲装置包括定位组装和弯曲组件。 定位组件包括输送缸,输送块,定位缸,定位杆,定位块,保持缸,保持杆和保持块。 弯曲组件包括弯曲圆筒,弯曲杆,弯曲块,第一和第二枢转销,线对旋转转换构件和外壳。 弯曲杆具有连接到弯曲气缸的端部和形成在其侧表面上具有圆形横截面的突起的相对端。 投影被接收在线对旋转转换构件中定义的位置约束槽中。 该装置采用基于动力油缸的机构,以代替人力劳动来弯曲金属外壳,以减少人为因素的不良影响,并实现稳定的组装操作,提高产品合格率和产量。
    • 37. 发明授权
    • Automatic soldering system
    • 自动焊接系统
    • US08141766B1
    • 2012-03-27
    • US12876217
    • 2010-09-06
    • Tsung-han WeiHung-yuan FangYu-feng LinMu-cun ChenJyun-lin Huang
    • Tsung-han WeiHung-yuan FangYu-feng LinMu-cun ChenJyun-lin Huang
    • B23K1/00B23K37/00B23Q7/00
    • B23K1/0016B23K3/087B23K37/047Y10T29/49144Y10T29/5196Y10T29/5313
    • An automatic soldering system includes a conveyance mechanism, a vehicle, a first part assembling mechanism, a first soldering mechanism, a turn-over mechanism, a second part assembling mechanism, a second soldering mechanism, and a control system. The vehicle is conveyed by the conveyor mechanism for carrying a workpiece. The first part assembling mechanism and the first soldering mechanism assemble and solder a first part to the primary workpiece carried by the vehicle. The turn-over mechanism turns the vehicle that is conveyed by the conveyor mechanism and carries the primary workpiece having the first part assembled thereto by a predetermined angle. The second part assembling mechanism and the second soldering mechanism assemble and solder and position a second part to the primary workpiece. The control system is electrically connected to and thus controls the first part and second part assembling mechanisms, the first and second soldering mechanisms, and the turn-over mechanism.
    • 自动焊接系统包括输送机构,车辆,第一部件组装机构,第一焊接机构,翻转机构,第二部分组装机构,第二焊接机构和控制系统。 车辆由用于承载工件的输送机构输送。 第一部件组装机构和第一焊接机构将第一部件组装并焊接到由车辆承载的主工件。 翻转机构转动由输送机构输送的车辆,并将具有组装在其上的第一部件的主工件承载预定角度。 第二部分组装机构和第二焊接机构组装并焊接并将第二部分定位到主工件。 控制系统电连接到控制系统,从而控制第一和第二部件组装机构,第一和第二焊接机构以及翻转机构。
    • 40. 发明申请
    • Information transmission device
    • 信息传输设备
    • US20050240346A1
    • 2005-10-27
    • US11090556
    • 2005-03-25
    • Yu-Feng Lin
    • Yu-Feng Lin
    • G01S19/21G01S1/00G01S5/00H04B10/04
    • G01S5/0009
    • An information transmission device coupled to a GPS (Global Position System) receiver is proposed. The information transmission device is fixated to a vehicle by a base with a supporting rod, and the base is adapted for supporting a portable electrical device. The base has an opening for exposing an infrared transmitter disposed in the base. The position of the opening for exposing the infrared transmitter corresponds to the position of an infrared transceiver unit of the portable electrical device. GPS signals received by the information transmission device can be transmitted to the infrared transceiver unit of the portable electrical device by the infrared transmitter of the information transmission device, thus the portable electrical device obtains the GPS signals by means of wireless transmission.
    • 提出了耦合到GPS(全球定位系统)接收机的信息传输设备。 信息传输装置通过具有支撑杆的基座固定到车辆,并且基座适于支撑便携式电气设备。 基座具有用于暴露设置在基座中的红外发射器的开口。 用于曝光红外发射器的开口的位置对应于便携式电气设备的红外收发器单元的位置。 由信息发送装置接收到的GPS信号可以通过信息传输装置的红外发射机发送到便携式电气设备的红外收发单元,便携式电气装置通过无线传输获得GPS信号。