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    • 2. 发明授权
    • Safety means for pressurized gas containers
    • 加压气体容器的安全装置
    • US4688694A
    • 1987-08-25
    • US819386
    • 1986-01-16
    • Kenneth L. KirkRobert F. O'Connor
    • Kenneth L. KirkRobert F. O'Connor
    • F17C13/04F17C13/12B65D25/00
    • F17C13/04F17C13/123F17C2201/0109F17C2201/0123F17C2205/0165F17C2205/018F17C2205/0329F17C2209/234
    • A container for pressurized gas, having a valve for filling and emptying the container, a frangible safety relief cup located near the valve and a deflector plate attached to the bottom portion of the valve. The safety relief cup is frangible so that the safety relief cup will rupture if the container is filled to too high of a gas pressure. The problem with such safety feature is that upon rupture the escaping gas often travels in an upwards direction at a very high speed, allowing the discharging contents to spray on the face or upper torso by the person causing injury to the face of refrigerant frost bite or the like. The deflector plate is wide enough and extends far enough over top of the frangible safety relief cup to prevent the upwards flow of the escaping pressurized gas from the ruptured safety relief device. Also, if the safety relief cup itself breaks lose due to gas pressure in the container, the deflector plate protects the person standing above the container from being hit in the face or upper torso by the flying safety relief device.
    • 一种用于加压气体的容器,其具有用于填充和排空容器的阀,位于阀附近的易碎安全释放杯和附接到阀底部的偏转板。 安全释放杯是易碎的,因此如果容器充满太高的气体压力,安全泄压杯就会破裂。 这种安全特征的问题是,在破裂时,逸出的气体通常以非常高的速度沿向上的方向行进,允许排出物体在造成对制冷剂霜冻面或面部的伤害的人的脸上或上身上喷洒, 类似。 导流板足够宽,并且在易碎安全释放杯的顶部延伸得足够远,以防止泄漏的加压气体从破裂的安全释放装置向上流动。 此外,如果安全释放杯本身由于容器中的气体压力而损失,则偏转板保护站在容器上方的人员不被飞行安全释放装置撞击在脸部或上身上。
    • 3. 发明授权
    • Tee-type leg bracket
    • 三通型支架
    • US4344645A
    • 1982-08-17
    • US194280
    • 1980-10-06
    • Kenneth L. Kirk
    • Kenneth L. Kirk
    • B65D90/12F16L3/00
    • B65D90/12
    • Tee-type leg bracket for supporting a tank, which has a hemispherical-type of bottom surface and a short nipple mounted on the bottom surface at substantially a right angle thereto. The bracket has a central frame, a tee vertically mounted on the central frame, and three support legs detachably attached to the central frame. The bottom surface of the tank rests on the top portion of the support legs. The contour of the top surface of the support legs matches the contour of the bottom surface of the tank. The top arm of the vertically-mounted tee mates with the short nipple mounted on the bottom of the tank. The means of attaching the support legs to the central frame involves vertical grooves in the edge region of the central frame. The mouth of each of the vertical grooves is narrower than the interior portion thereof. The number of vertical grooves is also equal in number to the support legs. There is a vertical rib on one end of each of the support legs. Each of the vertical ribs has the same horizontal cross-section as the horizontal cross-section of each of the vertical grooves in the central frame and slidably fits into one of the vertical grooves. The tee-type leg bracket has the important advantages: that it provides a unit which contains support legs which self-adjust and self-level when supporting a tank; that it allows easy installation in a piping system and is easily accessible.
    • 用于支撑具有半球形底面的坦克的三通型支架支架和以大致直角安装在底表面上的短接头。 支架具有中央框架,垂直安装在中央框架上的三通和可拆卸地连接到中央框架的三个支撑腿。 容器的底部表面位于支撑腿的顶部。 支撑腿的顶面的轮廓与油箱底面的轮廓相匹配。 垂直安装的三通的顶臂与安装在油箱底部的短乳头相配。 将支撑腿连接到中央框架的装置涉及中央框架的边缘区域中的垂直凹槽。 每个垂直槽的口部比其内部部分窄。 垂直槽的数量也与支撑腿数相等。 每个支撑腿的一端上有一个垂直肋。 每个垂直肋具有与中央框架中的每个垂直槽的水平横截面相同的水平横截面,并且可滑动地装配到一个垂直槽中。 三通型支架具有重要的优点:它提供了一个单元,其包含支撑水箱时自调节和自身水平的支撑腿; 它容易安装在管道系统中,并且易于接近。
    • 7. 发明授权
    • Process of preparing a double wall heat exchanger
    • 制备双壁换热器的工艺
    • US4403385A
    • 1983-09-13
    • US281069
    • 1981-07-07
    • Kenneth L. Kirk
    • Kenneth L. Kirk
    • B21C37/20F28F1/00F28F1/42B23P15/26
    • B21C37/207F28F1/003F28F1/42F28F1/422Y10T29/49361Y10T29/49382Y10T29/49911Y10T29/49913Y10T29/49927
    • A process for forming a double wall heat exchanger. A first ductile tube is placed inside of a second ductile tube. The first tube tightly fitting inside of the second tube. The first tube is the inner tube and the second tube is the outer tube. The combination of the outer tube and the inner tube is finned in a finning apparatus. A helical fin is pressure formed on the outer surface of the outer tube and simultaneously a small helical groove is formed on the inside surface of the outer tube which follows the path of the helical path of the helical fin. The internal pressure being applied to the inner tube causes the inner tube to expand and conform to the inside surface and diameter of the outer tube, with a continuous helical protrusion forming which mates with the internal helical groove of the outer tube, but not entirely filling the internal groove. A helical passageway between the inner and outer tubes is thereby formed. Preferably the inner and outer tubes are made of copper. Also preparably the inner and outer tubes, after being combined and before the rolling step, are annealed in a furnace. The production process provides reduced cost of manufacture, improved heat transfer and the safety feature required by the various state and local codes.
    • 一种形成双壁热交换器的方法。 将第一延性管放置在第二延性管的内部。 第一个管紧紧配合在第二根管子的内部。 第一管是内管,第二管是外管。 外管和内管的组合在翅片装置中形成翅片。 螺旋翅片在外管的外表面上形成压力,同时在外管的内表面上形成小螺旋槽,该螺旋槽沿着螺旋状翅片的螺旋路径的路径。 内管施加的内压导致内管膨胀并符合外管的内表面和直径,形成连续的螺旋突起,其与外管的内螺旋槽配合,但不完全填充 内槽。 由此形成内管和外管之间的螺旋通道。 优选地,内管和外管由铜制成。 也可以将内外管在合并后和轧制步骤之前在炉中进行退火。 生产过程降低了制造成本,改善了传热和各种状态和本地规范所要求的安全特性。