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    • 1. 发明授权
    • Apparatus for compacting foundry mold making materials
    • 压铸铸造模具制造装置
    • US4609033A
    • 1986-09-02
    • US736261
    • 1985-05-21
    • Alfons KobelNorbert DammWerner GeigerGunter Muller
    • Alfons KobelNorbert DammWerner GeigerGunter Muller
    • B22C15/00
    • B22C15/00
    • In a process for compacting foundry mold making material, that is loosely heaped in a closed mold space over a pattern, the surface of the material is acted on by a compressed gas with a pressure of at the most 8 bar. This gas is caused to undergo expansion out of an inlet space through a valve in an opening at a gas flow rate of over 50 kg/sec and with a pressure increase rate of over 300 bar/sec, into the mold space. The maximum pressure in the inlet space or antichamber is 20 bar. An apparatus for use in the method is made up of a pressure vessel, a mold flask placed thereunder having a filling frame and a pattern plate. The opening cross section of the valve is 50 to 150% of the horizontal cross section of the mold flask and is opened in a short time of the order of milliseconds.
    • 在用于压实铸造模具制造材料的方法中,其在模型上的封闭模具空间中松散地堆积,材料的表面被压力为8巴的压缩气体作用。 使得该气体通过开口中的阀从入口空间中以超过50kg / sec的气体流速和超过300巴/秒的压力增加速率进入模具空间。 入口空间或反炉子的最大压力为20巴。 用于该方法的装置由压力容器,放置在其下方的模具烧瓶组成,具有填充框架和图案板。 阀的开口横截面是模具烧瓶的水平横截面的50至150%,并且在几毫秒的数量级的短时间内打开。
    • 3. 发明授权
    • Apparatus for manufacturing mold parts
    • 用于制造模具零件的装置
    • US4254816A
    • 1981-03-10
    • US76255
    • 1979-09-17
    • Werner Geiger
    • Werner Geiger
    • B22C15/08
    • B22C15/08
    • An apparatus for fabricating boxless casting mold parts. During a first step the sand is pre-compacted in mold boxes or flasks by means of a pressure or compaction plate of a pressure or compaction device to form a casting mold part. Press or pressure punches are displaceably mounted in the pressure plate. By means of a pressurized fluid medium, introduced into a hollow chamber or space of the pressure or compaction device, the press or pressure punches are activated and, during a second step, cause a post-compaction of the casting mold part. There is thus produced an approximately uniform compaction of the casting mold part. The lower part of the pressure or compaction device is structured as the pressure or compaction plate serving for pre-compaction. This compaction plate is provided with recesses which receive the press punches which are arranged in spaced relationship from one another such that, after the compaction operation, there is formed a coherent ejection and standing or support surface of the mold part which is interrupted by recesses or depressions.
    • 一种用于制造无盒铸模部件的装置。 在第一步骤中,砂通过压力或压实装置的压力或压实板预先在模具盒或烧瓶中压实,以形成铸模部件。 压力机或压力冲头可移动地安装在压力板上。 通过加压流体介质,被引入压力或压实装置的中空室或空间中,压力机或压力冲头被启动,并且在第二步骤期间引起铸模部件的后压实。 因此产生了铸造模具部件的大致均匀的压实。 压力或压实装置的下部构造为用于预压实的压力或压实板。 该压实板设置有凹部,该凹槽容纳压力冲压器,它们彼此间隔开地设置,使得在压实操作之后,形成由模具部件的一致的喷射和立起或支撑表面,该表面由凹部或 萧条
    • 4. 发明授权
    • Molding machine for fabricating boxless molds
    • 用于制造无盒模具的成型机
    • US4275783A
    • 1981-06-30
    • US71945
    • 1979-09-04
    • Werner Geiger
    • Werner Geiger
    • B22C11/04B22C11/10B22C21/08B22C17/08
    • B22C11/04B22C11/10
    • A molding machine for fabricating boxless molds wherein the mold boxes or flasks for the mold halves are moved, upon arms of a turnstile or rotatable cross-shaped element, cyclically to various molding stations of the molding machine. Fabrication of a casting mold at the closing or assembly station is rendered possible in that, a support plate of a conveyor device for the further transport of the casting molds is structured as part of the closing or assembly station. An ejector punch, a support means for the mold boxes or flasks and an elevationally displaceable table are arranged such that a mold lower part and a mold upper part are successively ejected into the support plate for the purpose of forming the casting mold.
    • 一种用于制造无盒模具的成型机,其中用于半模的模具盒或烧瓶在旋转门或可旋转的十字形元件的臂上循环地移动到成型机的各个成型站。 在关闭或组装站处制造铸模是可能的,因为用于进一步输送铸模的输送装置的支撑板被构造为关闭或组装工位的一部分。 喷射器冲头,用于模具盒或烧瓶的支撑装置和可升降的工作台被布置成使得模具下部和模具上部连续地弹出到支撑板中以形成铸模。
    • 5. 发明授权
    • Foundry molding machine
    • 铸造成型机
    • US3955614A
    • 1976-05-11
    • US593452
    • 1975-07-07
    • Werner Geiger
    • Werner Geiger
    • B22C11/04B22C15/02B22C15/12B22C9/00B22C13/02
    • B22C11/04B22C15/12
    • A foundary molding machine which for the simultaneous separate production of two foundry mold parts possesses two mold units provided with a respective match plate support and a sand filling- and compaction station. Each of the mold units has operatively associated therewith a pivotal device incorporating pivotal arms pivotable about vertical shafts in a respective horizontal plane. The pivotal arms carry mold frames supported in mold frame holders which they pivot from the sand filling- and compaction station, while rotating the mold frame containing the mold lower part through 180.degree. about a horizontal axis, into a position wherein both mold parts are in superimposed position at an attachment or assembly station where both of the mold parts are deposited on top of one another onto a conveyor mechanism. According to the invention, each pivotal device possesses at least three substantially uniformly offset pivotal arms carrying the mold frames in the mold frame holders and all mold frames of both pivotal devices are rotatable about a respective horizontal shaft through an angle of approximately 180.degree. and arranged to be individually vertically displaceable.
    • 用于同时分开生产两个铸造模具部件的铸造机具有两个模具单元,其中设置有相应的匹配板支撑件和填砂和压实工位。 每个模具单元具有可操作地与其相关联的枢转装置,其包括在相应的水平面内可围绕垂直轴线枢转的枢转臂。 枢转臂携带支撑在模架框架中的模架,它们从砂填充和压实站枢转,同时将包含模具下部的模架绕水平轴线旋转180度,进入两个模具部件处于 其中两个模具部件彼此顶部沉积到输送机构上的附接或组装工位处的叠加位置。 根据本发明,每个枢转装置具有至少三个基本上均匀地偏移的枢转臂,其在模具框架保持器中承载模框,并且两个枢转装置的所有模框可围绕相应的水平轴旋转大约180度的角度并且布置 单独垂直移位。