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    • 5. 发明授权
    • Gas service line completion kit and method of fabrication and
installation
    • 燃气服务线完成套件及其制造和安装方法
    • US5501331A
    • 1996-03-26
    • US325135
    • 1994-10-20
    • Robert W. LyallJeffrey W. LyallMark E. Huetinck
    • Robert W. LyallJeffrey W. LyallMark E. Huetinck
    • B65D75/00B65D85/00F16L55/07F16L41/08
    • F16L55/07B65D75/004B65D85/00Y10T137/0441Y10T137/5997
    • A gas service line field completion kit for providing a service line connection through a gas meter between a gas distribution main and a gas service inlet pipe fitting spaced a predetermined distance from the main. The kit is characterized by forming an integral gas meter mounting assembly including a pressure regulator mounted thereon, forming an integral riser assembly including a shut-off valve mounted thereto and having an excess coiled length of plastic gas distribution tubing projecting therefrom, packaging the riser assembly and mounting assembly to form the kit, and storing the kit for subsequent shipment. The gas service line completion kit may be rapidly installed in the field by unpackaging the kit at the installation site, coupling the outlet end of the mounting assembly to the gas service inlet pipe, coupling the outlet end of the shut-off valve to the inlet end of the mounting assembly, and uncoiling and coupling the excess length of plastic tubing to the gas distribution main. A gas meter can be subsequently coupled to the gas meter mounting assembly to facilitate gas service.
    • 一种燃气服务线现场完成套件,用于通过气体计量器在气体分配主体和与主体间隔开预定距离的燃气服务入口管件之间提供服务线连接。 该套件的特征在于形成一个整体的气量计安装组件,其包括安装在其上的压力调节器,形成整体的提升管组件,其包括安装在其上的截止阀,并具有从其突出的多余的长度的塑料气体分配管, 和安装组件以形成套件,并存储该套件以用于随后的装运。 燃气服务线完成套件可以通过在安装地点解包装件快速安装在现场,将安装组件的出口端连接到燃气服务入口管,将截止阀的出口端连接到入口 安装组件的端部,以及将多余长度的塑料管开卷并连接到气体分布主体上。 燃气表可以随后连接到燃气表安装组件以便于天然气服务。
    • 8. 发明授权
    • Method of fabricating and installing gas service line completion kit
    • 燃气服务线完工套件的制造和安装方法
    • US5689938A
    • 1997-11-25
    • US520095
    • 1995-08-28
    • Robert W. LyallJeffrey W. LyallMark E. Huetinck
    • Robert W. LyallJeffrey W. LyallMark E. Huetinck
    • B65D75/00B65D85/00F16L55/07B65B35/30F16L41/08
    • B65D75/004B65D85/00F16L55/07Y10T137/0441Y10T137/598
    • Selecting a dimension representing the distance between a residential gas hookup, downwardly through an intended subterranean trench to a gas main typically located along a public right of way, such as a street, and selecting a plastic pipe having a predetermined length at least equal to such dimension. Then, fabricating at a manufacturing site remote from the intended site of installation, a kit including a metallic riser having an upper end formed with a coupling screw thread and a lower end. Inserting one extremity of the plastic pipe through the riser to leave an excess length projecting from such lower end, forming a joint between the plastic pipe and such upper end, coiling such excess length into a coil and securing the assembly in a package to form the kit. A selected number of the kits may then be stored in their packaged form for subsequent shipment to the installation site to be installed and connected to make a hookup between the hookup location at respective residences and such main gas line.
    • 选择表示住宅气体连接件之间的距离的尺寸,向下通过预期的地下沟槽到通常沿公共权利路线(例如街道)定位的气体主体,并且选择具有至少等于预定长度的预定长度的塑料管 尺寸。 然后,在远离预期安装位置的制造场所进行制造,该套件包括具有形成有联接螺纹和下端的上端的金属立管。 将塑料管的一端插入提升管中以留下从该下端突出的多余长度,在塑料管与该上端之间形成接头,将这种多余的卷绕卷成线圈并将组件固定在包装中,形成 套件 然后,所选择的套件数量可以以其包装形式存储,以便随后运送到安装地点以进行安装和连接,从而在相应住宅处的连接位置与该主要气体管线之间连接。
    • 9. 发明授权
    • Method and apparatus for fusing thermoplastic materials
    • 用于融合热塑性材料的方法和装置
    • US4943706A
    • 1990-07-24
    • US182406
    • 1988-04-18
    • Lucian H. LyallKarol Z. Renau
    • Lucian H. LyallKarol Z. Renau
    • B29C65/00B29C65/34H05B3/44
    • B29C65/342B29C66/1122B29C66/1142B29C66/5221B29C66/5229B29C66/91221B29C66/91315B29C66/91411B29C66/91443B29C66/91643B29C66/91655B29C66/961H05B3/44B29C65/3476B29C66/9121B29C66/919B29C66/94B29C66/949B29C66/9592
    • An apparatus and method for attaining fusion temperature at substantially the same time throughout an interface between thermoplastic articles by the controlled application of heat. The method includes providing a sensed temperature signal corresponding with the temperature at the interface, generating a desired temperature signal (such as an analog ramp signal which increases linearly with time) corresponding with a predetermined heat application rate which causes the temperature at substantially all portions of the interface to rise substantially uniformly, providing a heat control signal corresponding with any difference between said signals, and applying heat to the interface at a rate determined by the heat control signal to achieve fusion temperature throughout the interface at the same time. The apparatus includes a heater coil to apply heat to the interface, a sensor to provide the sensed temperature signal, a generator to provide the desired temperature signal, and a differential amplifier to provide the heat control signal. Fault detection circuits stop the process if a heater fault, a temperature sensor fault, or a power supply fault is detected. Testing circuits are included to test the apparatus for proper operation before commencing fusion.
    • 一种用于通过受控施加热量在热塑性制品的界面处基本上同时实现融合温度的装置和方法。 该方法包括提供对应于界面处的温度的感测温度信号,产生对应于预定的热施加率的期望温度信号(例如随时间线性增加的模拟斜坡信号),该预定热施加率导致基本上所有部分的温度 该界面基本均匀地升高,提供对应于所述信号之间的任何差异的热控制信号,并且以由热控制信号确定的速率向接口施加热量,以在整个界面同时实现熔化温度。 该装置包括用于向接口施加热量的加热器线圈,用于提供感测到的温度信号的传感器,提供所需温度信号的发生器,以及提供热控制信号的差分放大器。 如果检测到加热器故障,温度传感器故障或电源故障,故障检测电路会停止该过程。 包括测试电路以测试设备在开始融合之前的正确操作。