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    • 3. 发明授权
    • Cutting rotor for granulating plastic castings
    • 切割转子用于造粒塑料铸件
    • US07926400B2
    • 2011-04-19
    • US11663094
    • 2005-09-16
    • Stefan Dahlheimer
    • Stefan Dahlheimer
    • B26D7/26B29B9/06B29B9/02
    • B26D7/2614B29B9/065Y10T83/8791Y10T83/913Y10T83/9331Y10T83/9401Y10T83/9464
    • The invention relates to a rotary cutter for the pelletization of plastic extrudates, said rotary cutter being provided with knives projecting axially away from its end surface, said knives being individually affixed to supporting surfaces of the rotary cutter by means of fastening elements. The supporting surfaces are formed by the side walls of radial grooves in the peripheral surface of the rotary cutter and by radial transverse walls in the radial grooves, said radial grooves being limited by the radial transverse walls, the knives each being inserted in hook-like manner with a projecting portion into said radial transverse walls, wherein one side of the projecting portion forms an abutment for the fastening element, said fastening element penetrating a radial transverse wall and pressing on the abutment.
    • 本发明涉及一种用于塑料挤出物造粒的旋转切割机,所述旋转切割器设置有从其端表面轴向突出的刀,所述刀通过紧固元件单独地固定到旋转切割器的支撑表面。 支撑表面由旋转切割器的圆周表面中的径向槽的侧壁和径向凹槽中的径向横向壁形成,所述径向凹槽由径向横向壁限制,每个刀被插入钩状 其中突出部分进入所述径向横向壁,其中所述突出部分的一侧形成用于所述紧固元件的邻接部,所述紧固元件穿透径向横向壁并且压靠在所述基台上。
    • 4. 发明申请
    • Cutting Rotor for Granulating Plastic Castings
    • 切割转子用于造粒塑料铸件
    • US20080000340A1
    • 2008-01-03
    • US11663094
    • 2005-09-16
    • Stefan Dahlheimer
    • Stefan Dahlheimer
    • B27B33/00
    • B26D7/2614B29B9/065Y10T83/8791Y10T83/913Y10T83/9331Y10T83/9401Y10T83/9464
    • The invention relates to a rotary cutter for the pelletization of plastic extrudates, said rotary cutter being provided with knives projecting axially away from its end surface, said knives being individually affixed to supporting surfaces of the rotary cutter by means of fastening elements. The supporting surfaces are formed by the side walls of radial grooves in the peripheral surface of the rotary cutter and by radial transverse walls in the radial grooves, said radial grooves being limited by the radial transverse walls, the knives each being inserted in hook-like manner with a projecting portion into said radial transverse walls, wherein one side of the projecting portion forms an abutment for the fastening element, said fastening element penetrating a radial transverse wall and pressing on the abutment.
    • 本发明涉及一种用于塑料挤出物造粒的旋转切割机,所述旋转切割器设置有从其端表面轴向突出的刀,所述刀通过紧固元件单独地固定到旋转切割器的支撑表面。 支撑表面由旋转切割器的圆周表面中的径向槽的侧壁和径向凹槽中的径向横向壁形成,所述径向凹槽由径向横向壁限制,每个刀被插入钩状 其中突出部分进入所述径向横向壁,其中所述突出部分的一侧形成用于所述紧固元件的邻接部,所述紧固元件穿透径向横向壁并且压靠在所述基台上。
    • 6. 发明授权
    • Oval cutter
    • 椭圆形切割机
    • US06374503B1
    • 2002-04-23
    • US09724862
    • 2000-11-28
    • Christopher CarlsonRobert CornellSteve Suchanek
    • Christopher CarlsonRobert CornellSteve Suchanek
    • B43L900
    • B26F1/3846B26B29/06B43L11/04Y10T83/699Y10T83/6995Y10T83/8791Y10T83/8889
    • An apparatus for rendering ovals of adjustable sizes and ellipticity upon various materials. An oval cutter comprises a clickerplate for adjusting the ellipticity of ovals in a single movement. The clickerplate can be rotated about a base using a knob mounted on the clickerplate. One embodiment of this invention comprises a storage compartment in the knob which can hold, for example, extra blades. A further embodiment of this invention comprises an arm that translates through the clickerplate and a swivel plate used for setting the overall size of the oval by locking the arm at a set length. In yet a further embodiment of this invention, ovals can be rendered in either a clockwise or a counterclockwise direction and an arrow can indicate the direction in which the apparatus is set to render ovals.
    • 用于在各种材料上渲染可调节尺寸和椭圆率的椭圆的装置。 椭圆形切割器包括用于在单个运动中调整椭圆椭圆度的回击板。 可以使用安装在点击面板上的旋钮围绕底座旋转。 本发明的一个实施例包括可以容纳例如额外叶片的旋钮中的储藏室。 本发明的另一个实施例包括一个平移穿过回卷板的臂和用于通过将臂锁定在一定长度上来设定椭圆的整体尺寸的旋转板。 在本发明的另一个实施例中,椭圆可以以顺时针或逆时针方向呈现,并且箭头可以指示装置被设置成呈现椭圆的方向。
    • 10. 发明授权
    • Food processing apparatus
    • 食品加工设备
    • US4979418A
    • 1990-12-25
    • US119662
    • 1987-11-12
    • Darrell L. CovertGary D. CuddefordKenneth J. StanleyJohn C. Julian
    • Darrell L. CovertGary D. CuddefordKenneth J. StanleyJohn C. Julian
    • B26D3/11B26D7/06
    • B26D7/0625B26D3/11Y10S83/932Y10T408/5647Y10T408/896Y10T408/898Y10T83/023Y10T83/501Y10T83/6636Y10T83/8791Y10T83/9394
    • A method and apparatus are disclosed for efficiently cutting food items, such as potatoes, into helical strips. The food items are provided seriatim to the cutting assembly from a conveyor system fed by a trough shaker or other singulator device. Food items on the conveyor are aligned longitudinally and are then impaled on small spikes protruding from the conveyor so that they maintain the longitudinal orientation during their travel to a feed roller portion of the system. The feed rollers firmly grip the food items by their peripheries and advance them into the rotary cutting assembly. This assembly includes a helically shaped cutting member defining at a leading edge thereof a slicing blade and supporting on its front surface a plurality of perpendicularly extending scoring blades. The helically shaped cutting member is mounted at its periphery by being threadedly received in a helical thread cut in an annular holder. This holder, in turn, is affixed to a toothed drive ring which is rotatably mounted in a cutting assembly housing. This composite assembly is removably mounted in the apparatus and the toothed drive ring driven by a drive gear that extends through an opening in the housing. The apparatus cuts food items quickly and efficiently and includes features designed to minimize cutting stresses that may impair the structural integrity of the resulting products.
    • 公开了一种用于有效地将诸如马铃薯等食物切割成螺旋条的方法和装置。 食品通过由搅拌器或其他分离器装置供给的输送机系统提供给切割组件。 输送机上的食品被纵向排列,然后被刺穿在从输送机突出的小钉上,使得它们在行进到系统的进给辊部分期间保持纵向取向。 进料辊通过其周边牢牢地夹住食品,并将其推入旋转切割组件。 该组件包括螺旋形切割构件,其在其前缘处限定切片刀片,并在其前表面上支撑多个垂直延伸的刻划刀片。 螺旋形切割构件通过螺纹接纳在切割成环形保持器的螺旋形螺纹中而安装在其周边。 该支架又固定在可旋转地安装在切割组件壳体中的齿形驱动环上。 该复合组件可移除地安装在装置中,并且齿形驱动环由驱动齿轮驱动,驱动齿轮延伸穿过壳体中的开口。 该设备快速有效地切割食品,并且包括被设计成最小化可能损害所得产品的结构完整性的切割应力的特征。