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    • 4. 发明申请
    • Multiple purpose quick-changeover extrusion system
    • 多用途快速切换挤出系统
    • US20010036491A1
    • 2001-11-01
    • US09818484
    • 2001-03-27
    • WENGER MANUFACTURING, INC.
    • Lavon G. WengerBobbie W. Hauck
    • A23G001/20
    • B29C47/50A23P30/20B29C47/0009B29C47/10B29C47/1018
    • Improved, high-capacity processing systems including a processing device such as an extruder (26) or a pellet mill (P) are provided which minimize product losses and permit the user to conduct multiple, segregated short runs with a minimum of down time between runs. The extruder systems (20, 220) include an extruder assembly (21, 221) having a special, multiple-position die assembly (28), as well as an upstream preconditioner (24) and feed bin assembly (22). A variable speed, variable output discharge screw feeder (78) is located between the preconditioner outlet (62) and extruder barrel inlet (90). A PLC-type controller (30) coupled to the extruder assembly components establishes a choke full condition at the discharge feeder (78) so that continuous uninterrupted flow of preconditioned material to the extruder (26) at a uniform mass flow rate is maintained for as long as possible. In preferred forms, load cells (46, 72) are operatively coupled to the bin assembly (22) and preconditioner (24) so as to monitor material flow through the systems (20, 220). A multiple stage cascade-type dryer assembly (29) is provided downstream of extruder (26). The assembly (29) is controlled via the controller (30) in coordination with the extruder assemblies (21, 221) so as to maintain the segregation between separate product runs throughout the drying operation. Pellet mill systems include bin and preconditioner assemblies (22, 24) operatively coupled with a pellet mill (P).
    • 提供了改进的大容量处理系统,包括诸如挤出机(26)或颗粒磨(P)的处理装置,其最小化产品损失并且允许用户以最小的运行之间的停机时间进行多个分离的短运行 。 挤出机系统(20,220)包括具有特殊的多位置模具组件(28)以及上游预处理器(24)和进料仓组件(22)的挤出机组件(21,221)。 可变速度可变输出排出螺旋进料器(78)位于预处理器出口(62)和挤出机筒入口(90)之间。 连接到挤出机组件部件的PLC型控制器(30)在排放进料器(78)处建立扼流器完整状态,使得以均匀的质量流速连续不间断地将预处理的材料流入挤出机(26),保持为 尽可能长 在优选形式中,称重传感器(46,72)可操作地联接到箱组件(22)和预处理器(24),以便监测通过系统(20,220)的材料流。 多级级联式干燥器组件(29)设置在挤出机(26)的下游。 与挤出机组件(21,221)协调地通过控制器(30)控制组件(29),以便在整个干燥操作期间保持分开的产品运行之间的偏析。 造粒机系统包括与造粒机(P)可操作地连接的箱和预处理器组件(22,24)。
    • 5. 发明申请
    • Method for continuously producing artificial marble and apparatus therefor
    • 连续生产人造大理石的方法及其设备
    • US20040119191A1
    • 2004-06-24
    • US10618164
    • 2003-07-11
    • Bong-Hyun KwonHang-Young KimDong-Jin BaeKang-Yup Lee
    • B29B013/00A23G001/20
    • B28B5/027B28B1/005B28B1/30B28B11/24B29C67/245
    • Disclosed are a method and an apparatus for continuously producing an artificial marble plate capable of simultaneously and uniformly hardening a raw material compound for an artificial marble plate, preventing the warpage of the artificial marble plate, and improving heat transmission efficiency and productivity. The apparatus includes upper and lower carrier films facing each other and receiving a raw material compound for the artificial marble plate into a gap therebetween; upper and lower horizontal heating plates, each including temperature controlling means and heating means for heating upper and lower surfaces of the raw material compound at the same temperature by the same heat transmission manner to harden the raw material compound, while the upper and lower carrier films moving along a gap between the upper and lower horizontal heating plates; and a pair of gaskets disposed at horizontal edges of the upper and lower carrier films for regulating thickness and width of the artificial marble plate obtained by hardening the raw material compound.
    • 公开了一种用于连续生产人造大理石板的方法和装置,其能够同时均匀地硬化人造大理石板的原料化合物,防止人造大理石板的翘曲,并且提高传热效率和生产率。 该装置包括彼此面对的上和下载体膜,并将人造大理石板的原料化合物接收在其间的间隙中; 上下水平加热板,各自包括温度控制装置和加热装置,用于通过相同的传热方式在同一温度下加热原料化合物的上下表面,以使原料化合物硬化,同时上下载体膜 沿着上下水平加热板之间的间隙移动; 以及设置在上下载体膜的水平边缘的一对垫圈,用于调节通过使原料化合物硬化而获得的人造大理石板的厚度和宽度。
    • 10. 发明申请
    • System and method for manufacturing an assembly including a housing and a window member therein
    • 用于制造包括壳体和窗构件的组件的系统和方法
    • US20040213866A1
    • 2004-10-28
    • US10848492
    • 2004-05-18
    • Thomas WulffRobert SpanoTim Austin
    • B29C045/14A23G001/20A23G001/22A23G003/12B28B001/48B29D019/08
    • G02B27/0025G02B27/0031
    • Described is an assembly, which includes a housing and a window member therein. Also, described is a method and system for manufacturing such assembly. In particular, a first part and a second part are approximated into a molding configuration to create a first mold therebetween. The first mold includes first and second molding cavities. When the first and second parts are in the molding configuration, the second molding cavity is sealed with respect to the first molding cavity. Then, a first molding material is added into the first molding cavity to create a housing. A window member is inserted into the second molding cavity. The second part is replaced with a third molding cavity surrounding a perimeter of the window member. Subsequently, a second molding material is added to the third molding cavity to create a seal surrounding the perimeter of the window member.
    • 描述了一种组件,其中包括壳体和窗口构件。 此外,描述了用于制造这种组件的方法和系统。 特别地,第一部分和第二部分近似成为模制构造以在其间形成第一模具。 第一模具包括第一和第二模腔。 当第一和第二部分处于模制构型时,第二模腔相对于第一模腔被密封。 然后,将第一模制材料添加到第一模制腔中以形成壳体。 将窗构件插入到第二模腔中。 第二部分由围绕窗构件的周边的第三模制腔代替。 随后,将第二模制材料添加到第三模制腔中以产生围绕窗构件的周边的密封。