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    • 1. 发明授权
    • Chimney access with floating head
    • 烟囱进入浮动头
    • US5735082A
    • 1998-04-07
    • US689610
    • 1996-08-12
    • Maurice LecuyerRejean TremblayPierre BergeronAntonio TavaresRaymond LeBlancRobert Tallard
    • Maurice LecuyerRejean TremblayPierre BergeronAntonio TavaresRaymond LeBlancRobert Tallard
    • E02D29/12E02D29/14
    • E02D29/12
    • Disclosed is a chimney access structure which is particularly well adapted for use in grounds subject to freezing. This structure incorporates chimney provided with an upper end on which is mounted an adaptor provided with a vertical through-hole and with a countersink hole of greater diameter that the through-hole. The countersink hole is preferably frusto-conical and extends coaxially within the through-hole at a given depth from the upper face of the adaptor. This countersink hole defines a sleeve with upper portion of the adaptor which is provided with an inwardly projecting flexible sealing ring. A floating head is slidably mounted into the sleeve. This head has a vertical through-hole coaxial with the one of the adaptor. The floating head also has a lower portion provided with an outer lateral surface whose shape and size are selected to fit into the countersink hole of the adaptor and sealingly slide within the same thanks to the sealing ring. A cover-supporting frame and a chimney access cover are fixed on top of the floating head. Thanks to its structure, this chimney access does not suffer from any of the problems presently encountered with the existing chimney access structures, such as unwanted infiltration or jamming of the floating head due to an accumulation of granulates or to a lateral deflection thereof that may occur when the ground is freezing and thawing.
    • 公开了一种烟囱进入结构,其特别适用于在冷冻的地面中使用。 该结构包括设置有上端的烟囱,其上安装有具有垂直通孔的适配器,并具有与通孔更大直径的埋头孔。 埋头孔优选是截头圆锥形的,并且在适配器的上表面的给定深度处在通孔内同轴地延伸。 该埋头孔限定了具有适配器的上部的套筒,该套筒设置有向内突出的柔性密封环。 浮动头可滑动地安装在套筒中。 该头部具有与适配器之一同轴的垂直通孔。 浮动头还具有设置有外侧表面的下部,其外形和尺寸被选择为适合于适配器的埋头孔,并且由于密封环而在其内密封地滑动。 盖支撑框架和烟囱通道盖固定在浮动头的顶部。 由于其结构,这种烟囱进入不会受到现有烟囱进入结构目前遇到的任何问题的影响,例如由于颗粒积聚引起的浮动头的不期望的渗透或卡住或其可能发生的横向偏转 当地面冻结融化。
    • 3. 发明授权
    • Connector pin alignment tool and method for aligning
    • 连接器针对准工具和对准方法
    • US4611399A
    • 1986-09-16
    • US558684
    • 1983-12-06
    • Antonio TavaresTrevor Martin
    • Antonio TavaresTrevor Martin
    • B25B27/14H01R43/22H05K3/30H01R43/20B23P19/00
    • H01R43/22B25B27/14H05K3/306Y10T29/49208Y10T29/53209
    • A tool for aligning the leads or pins of a connector while they are inserted in the holes of the electronic package to which the connector will be attached is described. Guide rails, which are attached to a fixed-block on one end and a removable slidable block at the other end, are placed between the leads to align them in one direction. A comb having protruding teeth is positioned so that the teeth are placed between the leads in a direction perpendicular to the guide rails. The guide rails and teeth align and constrain the leads in the same pattern as the holes of the package and a clamp holds the guide rails and teeth in place. After the leads have been started to be inserted in the holes of the electronic package the comb is removed. The slidable block is removed from one end of the guide rails, and the guide rails are pulled out of their position between the leads. The connector leads are then fully inserted into the holes.
    • 描述了当连接器插入到将要连接到连接器的电子组件的孔中时,用于对准连接器的引线或引脚的工具。 在一端连接到固定块和另一端的可移动滑动块的导轨被放置在引线之间,以将其沿一个方向对齐。 具有突出齿的梳子被定位成使得齿沿垂直于导轨的方向放置在引线之间。 导轨和齿以与包装件的孔相同的图案对准和限制引线,并且夹具将导轨和齿保持在适当位置。 在引线开始插入电子封装的孔中之后,梳子被移除。 可滑动块从导轨的一端移除,导轨从导线之间的位置拉出。 然后将连接器引线完全插入孔中。
    • 4. 发明授权
    • Solder wave apparatus and method
    • 焊波装置及方法
    • US4526313A
    • 1985-07-02
    • US477798
    • 1983-03-22
    • Paul HugAntonio Tavares
    • Paul HugAntonio Tavares
    • B23K3/06B23K1/08
    • B23K3/0653
    • An improved solder wave apparatus and method that minimizes the undesirable phenomenon of solder splash is presented. A V-shaped trough is placed across the top of the inner container or box of an otherwise conventional solder wave machine. The V-shaped trough is positioned so that the bottom thereof is lower than the lowest side wall or walls of the inner container. A hole in the bottom at a first end of the trough allows molten solder to enter therein. A dam is placed along the length of the trough and divides the trough into the first and second sections. The dam includes a hole at the bottom to allow molten solder to pass from the first section into the second section. A slot or opening placed in the side wall of the inner container above a second end of the trough allows the molten solder to fall back into an outer container of the solder wave machine, from which location the solder is pumped back into the inner container in conventional fashion. Articles to be tinned with the molten solder are dipped thereinto in the second section of the trough, the undesirable solder splash phenomenon having already occurred, if at all, while the molten solder was held in the first section of the trough.
    • 提出了一种改进的焊波设备和方法,其最小化了不期望的焊料溅射现象。 V形槽放置在另外常规的焊波机的内容器或盒的顶部。 V形槽被定位成使得其底部低于内部容器的最低侧壁或壁。 在槽的第一端处的底部的孔允许熔融焊料进入其中。 大坝沿着槽的长度放置,并将槽分成第一和第二段。 大坝在底部包括一个孔,以使熔融焊料从第一部分进入第二部分。 位于槽的第二端上方的内容器的侧壁中的槽或开口允许熔融焊料回落到焊波机的外容器中,从该位置将焊料从该位置被泵回内容器 传统时尚。 将熔融焊料镀锡的物品浸在槽的第二部分中,如果熔融的焊料保持在槽的第一部分中,则已经发生了不期望的焊料飞溅现象。