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    • 2. 发明授权
    • Feeder system and method for supplying electrical components to a pickup
location
    • 馈线系统和用于将电气部件供应到拾取位置的方法
    • US6039512A
    • 2000-03-21
    • US933190
    • 1997-09-18
    • Kon Hing ChooiKa Tiek LimPing Chow Teoh
    • Kon Hing ChooiKa Tiek LimPing Chow Teoh
    • H05K13/02B65G53/66B65G53/04B65G53/34
    • H05K13/028
    • A feeder system (1) and method supplies electrical components (20) to a pick-and-place machine (14). The feeder system (1) has a hopper (2) coupled by a passage (4) to a pickup location (3). The electrical components (20) are provided by air blasts to a first air outlet (6a) associated with the hopper (2) to agitate the components (20). Air blasts are concurrently supplied to a second and third air outlets (6b, 6c) located in the passage (6b) to thereby retain at least some of the components (20) therebetween. The third air outlet (6c) is disposed between the pickup location (3) and the second air outlet (6b) and in use an air blast from said third air outlet (6c) is effected immediately before an air blast from said second outlet (6b) is effected.
    • 馈送系统(1)和方法将电气部件(20)提供给拾取和放置机器(14)。 馈送系统(1)具有通过通道(4)耦合到拾取位置(3)的料斗(2)。 电气部件(20)由气泡提供到与料斗(2)相关联的第一空气出口(6a)以搅拌部件(20)。 同时将空气吹送到位于通道(6b)中的第二和第三空气出口(6b,6c),从而在其间保持至少一些部件(20)。 第三空气出口(6c)设置在拾取位置(3)和第二空气出口(6b)之间,并且在使用中,来自所述第三空气出口(6c)的气泡在来自所述第二出口 6b)。
    • 4. 发明授权
    • Movable abutment for a component feeder
    • 用于零件进料器的可移动支座
    • US06116822A
    • 2000-09-12
    • US127940
    • 1998-08-03
    • Ping Chow TeohKa Tiek Lim
    • Ping Chow TeohKa Tiek Lim
    • B65G47/14B65G51/02H05K13/02B65G51/30
    • H05K13/028B65G47/1407B65G51/02
    • A feeder (1) has a hopper (2) for storing components (20) and a pick up location (3) for supplying the components to a pick-and-place machine (not shown). A channel (4) provides communication between the hopper (2) and pick up location (3). The channel (4) has an upwardly inclined portion (5) which is upwardly inclined towards the pick up location (3) and there are controlled air jet nozzles (14,6) for providing pulsed air jets to push the components (20) up the inclined portion (5) and towards the pick up location (3). The pick up location (3) has a movable stopper (30) that moves to a feed position when one of the components (20) is fed to the pick up location 3, and that moves to a pick position, prior to the pick and place machine picking up the component (20) at the pick location (3).
    • 进料器(1)具有用于存储部件(20)的料斗(2)和用于将部件供应到拾取和放置机器(未示出)的拾取位置(3)。 通道(4)提供料斗(2)和拾取位置(3)之间的连通。 通道(4)具有朝向拾取位置(3)向上倾斜的向上倾斜部分(5),并且存在用于提供脉冲空气射流以将部件(20)向上推动的受控空气喷嘴(14,6) 倾斜部分(5)并朝向拾取位置(3)。 拾取位置(3)具有可移动止动件(30),当其中一个部件(20)被馈送到拾取位置3时,移动止动器(30)移动到进给位置,并且在拾取位置之前移动到拾取位置, 放置机器在拾取位置(3)拾取组件(20)。
    • 6. 发明授权
    • Conveyor and conveyor system for conveying circuit boards having
different widths
    • 用于输送具有不同宽度的电路板的输送机和输送机系统
    • US5921377A
    • 1999-07-13
    • US859452
    • 1997-05-20
    • Kok Kiang TanHun Chiang LimKa Tiek Lim
    • Kok Kiang TanHun Chiang LimKa Tiek Lim
    • B65G47/22H05K13/00B65G15/10
    • B65G47/22H05K13/0061
    • A conveyor system with a preceding conveyor (2) and a conveyor (3). The conveyor (3) has a plurality of board supports (8) for conveying circuit boards (4,5) having different widths. The board supports (8) are provided with abutment members (16) of which some coact with complementary abutment members (17). The board supports (8) are coupled to a continuous flexible member in the form of a chain (15) and are adjustable to vary a distance (20) between the abutment members (16) and the complementary abutment members (17). The board supports (8) are set by a setting actuator (6) based on widths of the circuit boards (4,5). A resetting actuator resets the board supports (8) after conveying the circuit boards (4,5). Additional embodiments of the board supports (8) include telescopic members and guides.
    • 具有前一输送机(2)和输送机(3)的输送机系统。 输送机(3)具有用于输送具有不同宽度的电路板(4,5)的多个板支撑件(8)。 板支撑件(8)设置有抵靠构件(16),其中一些与互补的邻接构件(17)共同作用。 板支撑件(8)以链条(15)的形式联接到连续的柔性构件,并且可调整以改变抵接构件(16)和互补的邻接构件(17)之间的距离(20)。 基于电路板(4,5)的宽度,板支撑件(8)由设置致动器(6)设置。 复位执行器在传送电路板(4,5)之后复位电路板支架(8)。 板支撑件(8)的另外的实施例包括伸缩构件和引导件。
    • 7. 发明授权
    • Hopper with cartridge opener
    • 料斗开罐器
    • US5881782A
    • 1999-03-16
    • US954260
    • 1997-10-20
    • Kean Fong Steven FooKa Tiek Lim
    • Kean Fong Steven FooKa Tiek Lim
    • B65G47/14B65B1/04
    • B65G47/1407
    • A hopper (20) with a bias member (21) for coacting with a catch (12) for a sliding door (11) on a cartridge (10). Catch (12) has two abutments (13,14) for abutting with bias member (21). When cartridge (10) is inserted into hopper (20), bias member (21) abuts a bottom surface (15) of abutment (13) to force sliding door (11) to open and thereby create an outlet (18). Outlet (18) is on the bottom of cartridge (10) and allows transfer of components (23) into a receiving portion (22) of hopper (20). When cartridge (10) is removed from hopper (20), bias member (21) abuts a top surface (16) of abutment (13) to force sliding door (11) to close and thereby stop the transfer of components (23).
    • 具有偏置构件(21)的料斗(20),用于与用于盒(10)上的滑动门(11)的卡扣(12)共同作用。 捕捉器(12)具有用于抵靠偏置构件(21)的两个邻接部(13,14)。 当药筒(10)插入料斗(20)中时,偏压件(21)邻接邻接件(13)的底表面(15)以迫使滑动门(11)打开,从而形成出口(18)。 出口(18)位于药筒(10)的底部,并允许部件(23)转移到料斗(20)的容纳部分(22)中。 当料斗(10)从料斗(20)中取出时,偏压构件(21)抵靠抵靠件(13)的顶面(16)以迫使滑门(11)关闭,从而停止零件(23)的传送。
    • 8. 发明授权
    • Method of printing with a differential thickness stencil
    • 用差分厚度模板打印的方法
    • US5813331A
    • 1998-09-29
    • US951869
    • 1997-10-16
    • Teik Jin TanLam Cheow AunKa Tiek Lim
    • Teik Jin TanLam Cheow AunKa Tiek Lim
    • B41C1/14B41M1/12H05K3/12
    • H05K3/1225B41C1/14B41M1/12
    • A differential thickness stencil (14') integrally formed from two sieves (601 and 602) having different thicknesses (701 and 702) for a two-stage solder printing process for printing the solder mask for a fine-pitch component alongside that of a larger component. The differential thickness stencil (14') includes a first sieve (602) having at least one through-hole (142) of a first height (702) from a top surface portion (722) of the stencil to the bottom surface (714) of the stencil. This first sieve (702) has at least one inverted well (742) having an opening on the bottom surface (744) and having a second height (746) lower than the first height (702) starting from the bottom surface (714) to an underside ceiling (746) of the top surface of the stencil. A second sieve (601) is integrally joined (603) to the first sieve (602) but this second sieve (601) has at least a second through-hole (142') of a third height (701) from a second top surface portion (711) of the stencil to the bottom surface (714)of the stencil. This third height (701)is lower than the second height of the inverted well (742) of the first sieve (602). Furthermore, this second through-hole (142') corresponds to the location of the inverted well (742).
    • 由具有不同厚度的两个筛子(601和602)整体形成的差分厚度模版(14')用于两阶段焊接印刷工艺,用于将细间距部件的焊接掩模与较大间距部件一起印刷 零件。 差分厚度模板(14')包括第一筛(602),其具有至少一个从模版的顶表面部分(722)到底表面(714)的第一高度(702)的通孔(142) 的模具。 该第一筛(702)具有至少一个在底表面(744)上具有开口的倒置井(742),并具有从底表面(714)开始至低于第一高度(702)的第二高度(746) 模板顶表面的下侧天花板(746)。 第二筛(601)与第一筛(602)整体连接(603),但该第二筛(601)至少具有第二高度(701)的第二通孔(701),第二通孔 模板的部分(711)到模板的底表面(714)。 第三高度(701)低于第一筛(602)的倒置井(742)的第二高度。 此外,该第二通孔(142')对应于倒置井(742)的位置。
    • 9. 发明授权
    • Dynamically reconfigurable assembly line for electronic products
    • 动态可重构的电子产品装配线
    • US06378200B1
    • 2002-04-30
    • US08933319
    • 1997-09-18
    • Ka Tiek LimHun Chiang Lim
    • Ka Tiek LimHun Chiang Lim
    • H05K330
    • H01L22/20G05B19/41865G05B2219/32019G05B2219/32297G05B2219/32305G05B2219/45035H01L2924/014H05K13/08Y10T29/4913Y10T29/49137Y10T29/53178
    • A method of reconfiguring a production line for fabricating printed circuit board assemblies to achieve maximum efficiency and maximum flexibility is disclosed. The production line has one or more placement stations (16, 18, 20), a reflow oven (22), a conveyor (24) and a controller (30). The controller communicates with the various components (placement stations, reflow oven, conveyor) of the production line to transfer information related to the state of assembly of some of the printed circuit board assemblies (15, 17, 19) that are being processed. The controller also communicates information related to the status of the various other stations. The operational functionality of one or more of the placement stations, the reflow oven, or the conveyor is altered in response to the communication by the controller. Other remaining modules continue operation unaltered during this step of dynamic reconfiguration.
    • 公开了一种重新配置用于制造印刷电路板组件的生产线以实现最大效率和最大灵活性的方法。 生产线具有一个或多个放置站(16,18,20),回流炉(22),输送机(24)和控制器(30)。 控制器与生产线的各种组件(放置站,回流炉,输送机)进行通信,以传送与正在处理的一些印刷电路板组件(15,17,19)的组装状态有关的信息。 控制器还传送与各种其他站的状态相关的信息。 一个或多个放置台,回流炉或输送机的操作功能响应于控制器的通信而改变。 其他剩余的模块在动态重新配置的这一步中继续运行。
    • 10. 发明授权
    • Control of workstations in assembly lines
    • 装配线工作站的控制
    • US6104965A
    • 2000-08-15
    • US846451
    • 1997-05-01
    • Ka Tiek LimHun Chiang Lim
    • Ka Tiek LimHun Chiang Lim
    • G05B19/418H01L21/66H05K13/08G06F19/00
    • H01L22/20G05B19/41865H05K13/08G05B2219/32019G05B2219/32297G05B2219/32305G05B2219/45035H01L2924/014Y02P90/04Y02P90/20Y02P90/28
    • A workstation (1) in an assembly line for placing components onto workpieces is associated with a conveyor (3) for conveying the workpieces into and out of workstation (1). A component placer (6) places components from a component feeder (5) onto the workpieces. Controller (4) controls conveyor (3) and component placer (6) and determines placement operations for a workpiece. Information may be provided by a preceding workstation to controller (4) to determine the operations. When an idle status signal from a subsequent workstation is received, controller (4) determines information on how much of the operations have been executed or unexecuted by workstation (1). This information, associated with the workpiece, is then provided to the subsequent workstation when the workpiece is conveyed to the subsequent workstation. Thereafter, workstation (1) provides an idle status signal to the preceding workstation to request for another workpiece.
    • 用于将部件放置在工件上的组装线中的工作站(1)与用于将工件输入和离开工作站(1)的传送器(3)相关联。 组件放置器(6)将组件从组件馈送器(5)放置到工件上。 控制器(4)控制输送机(3)和部件放置器(6),并确定工件的放置操作。 信息可由先前的工作站提供给控制器(4)以确定操作。 当接收到来自后续工作站的空闲状态信号时,控制器(4)确定由工作站(1)执行或未执行多少操作的信息。 然后,当将工件传送到后续工作站时,将与工件相关联的该信息提供给后续工作站。 此后,工作站(1)向前一工作站提供空闲状态信号以请求另一工件。