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    • 1. 发明授权
    • Holder for supporting plastic bags
    • 支架塑料袋支架
    • US5671861A
    • 1997-09-30
    • US615504
    • 1996-03-12
    • Kenneth A. HallJohn R. Fischer
    • Kenneth A. HallJohn R. Fischer
    • B65F1/06B65D90/04
    • B65F1/06B65F2001/061Y10S220/909
    • A holder 20 for supporting loop-handled plastic bags 500 includes a support structure 22, two oppositely positioned cleats 28 and 30 for accepting the loop handles 506, and at least two oppositely positioned downwardly projecting fingers 36 and 40 for downwardly engaging the side portions 508 and 510 of the plastic bags 500 and thereby holding the plastic bags 500 in an open state suitable for receiving deposited items. In a preferred embodiment, cleats 28 and 30 and downwardly projecting fingers 36 and 40 are permanently connected to the mouth 26 of a wastebasket-type container 22. In an alternative embodiment, cleats 128 and 130 and downwardly projecting fingers 136 and 140 are removably connected to container mouth 126 with clips 129 and 150, and are selectively positionable along the mouth 126.
    • 用于支撑回路处理的塑料袋500的保持器20包括支撑结构22,两个相对设置的楔子28和30,用于接收环把手506,以及至少两个相对设置的向下突出的指状物36和40,用于向下接合侧部508 和塑料袋500的510,从而将塑料袋500保持在适于接收沉积物品的打开状态。 在优选实施例中,防滑板28和30以及向下突出的指状物36和40永久地连接到废物筐形容器22的口26.在替代实施例中,防滑板128和130以及向下突出的指状物136和140可拆卸地连接 到具有夹子129和150的容器口126,并且可沿着口126选择性地定位。
    • 2. 发明授权
    • Gas control for superplastic forming
    • 超塑性气体控制
    • US5419170A
    • 1995-05-30
    • US138282
    • 1993-10-15
    • Daniel G. SandersJohn R. FischerChris J. Takayama
    • Daniel G. SandersJohn R. FischerChris J. Takayama
    • B21D26/055B21D26/02
    • B21D26/055Y10S72/709Y10T29/49805
    • A gas management system for delivering forming gas under a controlled pressure through a first portion of a piping network to a region of a forming die between a die lid and a blank to be formed in a superplastic forming machine includes a gas pressure regulator in the piping network and two control loops. The first control loop has a first pressure transducer communicating with the piping network downstream of the gas pressure regulator and operatively with the gas pressure regulator. The second control loop includes a pulse controller downstream of the first pressure transducer and a second pressure transducer communicating with the piping network downstream of the pulse controller and operatively with the pulse controller. The gas pressure regulator receives signals from a controller to adjust the pressure at which the gas pressure regulator opens to release gas through the pressure regulator. The system delivers inert gas to a superplastic forming die at a predetermined pressure on a predetermined schedule to achieve optimum forming speed and quality.
    • 一种气体管理系统,用于在受控压力下通过管道网络的第一部分将成形气体输送到模具盖和坯料之间的成形模具的区域中,以形成在超塑性成形机中,包括管道中的气体压力调节器 网络和两个控制回路。 第一控制回路具有与气体压力调节器下游的管道网络和气体压力调节器可操作地连通的第一压力换能器。 第二控制回路包括在第一压力传感器下游的脉冲控制器和与脉冲控制器下游的管道网络通信并与脉冲控制器可操作地连接的第二压力换能器。 气体压力调节器从控制器接收信号以调节气体压力调节器打开的压力以通过压力调节器释放气体。 该系统以预定压力以预定的时间表将惰性气体递送到超塑性成型模具,以实现最佳的成形速度和质量。
    • 3. 发明授权
    • Metal sandwich structure with integral hardpoint
    • 金属夹层结构具有整体硬度
    • US06419146B1
    • 2002-07-16
    • US09610665
    • 2000-07-05
    • Frederick W. BuldhauptJohn R. FischerMatthew G. KistnerJeffrey D. Will
    • Frederick W. BuldhauptJohn R. FischerMatthew G. KistnerJeffrey D. Will
    • B23K2000
    • B64C1/12B21D26/055B21D47/00B23K26/037B23K26/123B23K26/206B23K26/244B23K26/26B23K26/28B23K26/38B23K2101/02B64C2001/0081Y10T29/18Y10T29/49371Y10T428/1234Y10T428/12347Y10T428/12361Y10T428/12375
    • A superplastically formed, diffusion bonded sandwich structure having integral metal hardpoints, made by joining two superplastic metal core sheets together into a core pack by welding or diffusion bonding along a pattern of lines which form junction lines between the core sheets when the pack is inflated by gas pressure at superplastic temperatures. Face sheets are laid under and over the core pack and metal inserts are interposed between the face sheets and the core. All of the sheets in the pack are sealed together around an outside peripheral edge to create a gas tight envelope. The pack is heated to superplastic temperatures in a cavity in a die, and the top and bottom face sheets are diffusion bonded to top and bottom surfaces of the metal insert by application of heat and pressure from top and bottom inner surfaces of the die cavity. While at superplastic temperatures, the pack is inflated by gas pressure against inside surfaces of a die to form an expanded metal sandwich structure having integral webs and integral hardpoints formed by the metal insert. After forming, the gas pressure is reduced to near atmospheric, the die is opened and the part is removed from the die.
    • 一种具有整体金属硬点的超塑性扩散粘结夹层结构,其通过沿着线形图案通过焊接或扩散接合将两个超塑性金属芯片连接在一起,制成芯组件,该芯线在芯片片材之间形成连接线时, 超塑性气体压力。 将面片放置在芯组件的下面和后面,金属插入件插入在面片和芯之间。 包装中的所有片材围绕外围边缘密封在一起以形成气密封壳。 将包装件加热到模具中的空腔中的超塑性温度,并且通过从模腔的顶部和底部内表面施加热和压力将顶部和底部面板扩散结合到金属插入件的顶部和底部表面。 当在超塑性温度下,该组件通过气压对模具的内表面进行充气,以形成具有整体网状物和由该金属插入件形成的整体硬点的多孔金属夹层结构。 成型后,将气体压力降低至接近大气压,打开模具,将模具从模具中取出。
    • 4. 发明授权
    • Apparatus and methods for single sheet forming using induction heating
    • 使用感应加热单片成型的装置和方法
    • US06914225B2
    • 2005-07-05
    • US10464796
    • 2003-06-18
    • John R. FischerMarc R. MatsenDwayne C. JosephLarry D. HeftiRonald W. Brown
    • John R. FischerMarc R. MatsenDwayne C. JosephLarry D. HeftiRonald W. Brown
    • A61K47/48H05B6/10
    • A61K47/48215A61K47/60
    • Apparatus and methods for single sheet forming using induction heating include a pair of dies defining a die cavity for containing a workpiece, which is inductively heated by an oscillating magnetic field within the die cavity. A susceptor is positioned between the workpiece and one die surface defined by one of the dies. The susceptor is capable of coupling with the oscillating magnetic field to induce a current within the susceptor to heat the susceptor. The susceptor transfers heat to the workpiece. An inlet for pressurized forming fluid injects the fluid between the susceptor and the workpiece to form the workpiece into direct contact with a forming surface defined by one of the dies. The susceptor may be electrically connected to the workpiece to inhibit electrical arcing from the susceptor to adjacent electrically conductive components when current is induced in the susceptor. The apparatus may further include a seal frame that releasably engages the workpiece to form a pressurizing cavity between the susceptor and the workpiece. The inlet injects the fluid into the pressurizing cavity to develop and apply forming pressure to the workpiece.
    • 使用感应加热的单片成形的装置和方法包括一对模具,其限定用于容纳工件的模腔,该模具被模腔内的振荡磁场感应加热。 基座位于工件和由一个模具限定的一个模具表面之间。 感受器能够与振荡磁场耦合以在感受器内感应电流以加热感受体。 基座将热量传递给工件。 用于加压成形流体的入口在基座和工件之间喷射流体,以使工件与由一个模具限定的成形表面直接接触。 当在基座中感应电流时,基座可以电连接到工件以防止从基座到相邻的导电部件的电弧。 该装置还可以包括密封框架,其可释放地接合工件以在基座和工件之间形成加压空腔。 入口将流体注入加压腔中以对工件形成和施加成形压力。
    • 7. 发明授权
    • Superplastic forming diffusion bonding process
    • 超塑性成形扩散粘结工艺
    • US4882823A
    • 1989-11-28
    • US149216
    • 1988-01-27
    • Edward D. WeisertJohn R. FischerWilliam L. McCauley
    • Edward D. WeisertJohn R. FischerWilliam L. McCauley
    • B21D26/055B23K20/18
    • B21D26/055B23K20/18Y10T29/18Y10T29/49339Y10T29/49805
    • A method is set forth of forming a hollow structure having a varying mass distribution. Two sheets of a diffusion bondable and superplastic formable material are formed with one flat surface and an opposite surface contoured to have a selected mass distribution. A stop-off material is applied between selected non-peripheral portions of each of the flat surfaces whereat diffusion bonding is to be prevented and superplastic forming is to be required. An intermediate flat core sheet may also be present. The flat surfaces are positioned in abutting relation to each other or to the intermediate flat core sheet. The sheets are subjected to diffusion bonding conditions. The sheets are superplastically formed to expand them apart against a die. The invention also provides a method of preinflating contoured sheets prior to superplastically forming them to avoid truss core rupture. Hollow aircraft engine components are formed by the methods.
    • 阐述形成具有不同质量分布的中空结构的方法。 两片可扩散粘合和超塑性可成形材料形成有一个平坦表面和相对的表面,具有选定的质量分布。 在每个平坦表面的选定的非外围部分之间施加停止材料,其中需要防止扩散接合,并且需要超塑性成形。 也可以存在中间扁平芯片。 平坦的表面彼此邻接或与中间平的芯片片相对置。 片材经受扩散接合条件。 片材被超塑性地形成以使它们相对于模具分开。 本发明还提供了一种在超塑性成型之前对成形片材进行预压缩以避免桁架芯断裂的方法。 中空飞机发动机部件由方法形成。