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    • 4. 发明申请
    • MELON CUTTING APPARATUS
    • 梅龙切割设备
    • WO2009006266A1
    • 2009-01-08
    • PCT/US2008/068502
    • 2008-06-27
    • HARTCO, LLCHECK, Richard, D.AFFELDT, Henry, A.
    • HECK, Richard, D.AFFELDT, Henry, A.
    • A23N7/08A47J17/02B26D3/26B26D7/06
    • A23N7/08A47J17/14B26D1/0006B26D3/26B26D7/0608B26D2001/0033
    • The present invention relates to a melon cutting apparatus that cuts a melon portion or melon half. The apparatus cuts the melon pulp into sections, and removes the rind from the pulp. The apparatus includes a base having an opening; a cutting matrix that has a plurality of blades, wherein the cutting matrix communicates with the opening. The apparatus also includes a sweeping blade that is curved and positioned at or near the cutting matrix and is used to cut the rind from the melon pulp. The apparatus further includes an actuator that engages the sweeping blade. The apparatus embodies an arm attached to the apparatus, and a pressure cap that is mounted to the arm, opposite the cutting matrix. Additionally, the present invention pertains to systems and methods of using the apparatus.
    • 瓜切割装置技术领域本发明涉及一种切瓜子部分或瓜半部的瓜切割装置。 该设备将甜瓜切成切片,并将纸从纸浆中取出。 该装置包括具有开口的底座; 具有多个叶片的切割矩阵,其中所述切割矩阵与所述开口连通。 该设备还包括一个扫描刀片,其被弯曲并定位在切割基体处或附近,并用于从瓜纸上切割外皮。 该装置还包括接合扫掠刀片的致动器。 该装置包括附接到该装置的臂,以及安装在与切割基体相对的臂上的压力盖。 另外,本发明涉及使用该装置的系统和方法。
    • 5. 发明申请
    • METHOD AND APPARATUS FOR NON-INVASIVE LASER BASED LABELLING OF PLANT PRODUCTS
    • 基于非入射激光的植物产品标签的方法和装置
    • WO2007130968A2
    • 2007-11-15
    • PCT/US2007/067921
    • 2007-05-01
    • SUNKIST GROWERS, INC.HECK, Richard, D.IBARRA, Juan GutierrezSHEFFLER, James, B.
    • HECK, Richard, D.IBARRA, Juan GutierrezSHEFFLER, James, B.
    • G06K7/10
    • G06K1/126
    • A method and apparatus for labeling plant products based on laser activation of a color-changing compound is disclosed. In the preferred embodiment, a nozzle sprays a coating of photosensitive material containing color-changing chemical component. An optional drying station is set up to optimize homogeneity and adhesiveness of the color-changing coating. A laser equipped with beam steering optics is used to image the desired mark on the plant product by inducing a change of color in the photosensitive coating, without contacting the plant product skin and at a high speed. An optional nozzle sprays a sealant coating after printing, for extended durability of the imaged label. In addition, an optical sensor detects the incoming plant product, determines its size and sends information for selecting the proper label to be imaged. An additional optical sensor can be placed at the end of the process to verify the quality and legibility of the imaged label. The apparatus described can be extended to multiple marking stations, which can be controlled by a central computer to allow for dynamic updating of the desired label(s).
    • 公开了一种基于变色化合物的激光活化来标记植物产品的方法和设备。 在优选实施例中,喷嘴喷射含有变色化学成分的感光材料的涂层。 设置可选的干燥站以优化变色涂层的均匀性和粘合性。 配备有光束转向光学元件的激光器用于通过在感光涂层中引起颜色变化而不与植物产品皮肤接触并以高速度对植物产品上的所需标记进行成像。 可选的喷嘴在印刷后喷涂密封剂涂层,以延长成像标签的耐久性。 此外,光学传感器检测输入的植物产品,确定其尺寸并发送用于选择要成像的正确标签的信息。 可以在处理结束时放置一个附加的光学传感器,以验证成像标签的质量和易读性。 所描述的装置可以扩展到多个标记站,其可由中央计算机控制以允许所需标签的动态更新。
    • 6. 发明申请
    • METHOD AND APPARATUS FOR NON-INVASIVE LASER BASED LABELLING OF PLANT PRODUCTS
    • 基于非入射激光的植物产品标签的方法和装置
    • WO2007130968A3
    • 2008-11-13
    • PCT/US2007067921
    • 2007-05-01
    • SUNKIST GROWERS INCHECK RICHARD DIBARRA JUAN GUTIERREZSHEFFLER JAMES B
    • HECK RICHARD DIBARRA JUAN GUTIERREZSHEFFLER JAMES B
    • B23K26/18B07C5/08B07C5/10B07C5/342B07C5/36
    • G06K1/126
    • A method and apparatus for labeling plant products based on laser activation of a color-changing compound is disclosed. In the preferred embodiment, a nozzle sprays a coating of photosensitive material containing color-changing chemical component. An optional drying station is set up to optimize homogeneity and adhesiveness of the color-changing coating. A laser equipped with beam steering optics is used to image the desired mark on the plant product by inducing a change of color in the photosensitive coating, without contacting the plant product skin and at a high speed. An optional nozzle sprays a sealant coating after printing, for extended durability of the imaged label. In addition, an optical sensor detects the incoming plant product, determines its size and sends information for selecting the proper label to be imaged. An additional optical sensor can be placed at the end of the process to verify the quality and legibility of the imaged label. The apparatus described can be extended to multiple marking stations, which can be controlled by a central computer to allow for dynamic updating of the desired label(s).
    • 公开了一种基于变色化合物的激光活化来标记植物产品的方法和设备。 在优选实施例中,喷嘴喷射含有变色化学成分的感光材料的涂层。 设置可选的干燥站以优化变色涂层的均匀性和粘合性。 配备有光束转向光学元件的激光器用于通过诱导光敏涂层中的颜色变化而不与植物产品皮肤接触并以高速度对植物产品上的所需标记进行成像。 可选的喷嘴在印刷后喷涂密封剂涂层,以延长成像标签的耐久性。 此外,光学传感器检测输入植物产品,确定其尺寸并发送用于选择要成像的适当标签的信息。 可以在过程结束时放置一个附加的光学传感器,以验证成像标签的质量和易读性。 所描述的装置可以扩展到多个标记站,其可由中央计算机控制以允许动态更新期望的标签。
    • 7. 发明申请
    • METHOD AND APPARATUS FOR DETECTING SURFACE FEATURES OF TRANSLUCENT OBJECTS
    • 用于检测透明物体表面特征的方法和装置
    • WO1996014169A1
    • 1996-05-17
    • PCT/US1995011318
    • 1995-09-06
    • SUNKIST GROWERS, INC.HECK, Richard, D.AFFELDT, Henry, A.
    • SUNKIST GROWERS, INC.
    • B07C05/342
    • G01N21/88B07C5/3416
    • The topographic surface features of a translucent object, such as a citrus fruit with a peel, are scanned and evaluated to permit the classification thereof according to its surface features. In the case of citrus fruit, the coarseness or pebbliness, puff and crease, ridge and valley, cuts, punctures, scrapes and splits, clear rot or sour rot of the peel is optically identified through digital analysis of the pixel scans and sorted based upon the peel surface quality. The object is classified by separating the scanned image of the fruit from the background image and removing the blackground image. A statistical evaluation of the image of the object as a whole, including both hemispheres of the object, is made to determine if there is any surface feature variation which might qualify as a defect or be a suitable basis upon which a classification judgement can be made. If there is, the object image is subject to high frequency or low pass filtering and thresholding of the pixel intensities to derive a refined image. The refined image is then tabulated or organized into neighborhoods contiguous to sharp transitions or gradual transitions to identify specific areas defined as blobs which, when compared against a given minimum area, shape requirement and/or width can be identified as one of the surface imperfections sought.
    • 扫描和评估半透明物体(例如具有剥离物的柑橘类水果)的地形表面特征,以便根据其表面特征对其进行分类。 在柑橘类水果的情况下,通过对像素扫描的数字分析进行光学鉴定,通过像素扫描的数字分析来确定粗糙度或鹅卵石,烟雾和褶皱,脊和谷,切口,穿刺,刮伤和分裂,透明腐烂或酸腐烂,并根据 剥皮表面质量。 通过将水果的扫描图像与背景图像分离并去除黑色图像来分类物体。 对物体的整体图像进行统计评估,包括物体的两个半球,以确定是否存在可能符合缺陷的任何表面特征变化,或作为可以进行分类判断的适当基础 。 如果存在,则对象图像经受高频或低通滤波和阈值处理像素强度以导出精细图像。 然后将精细图像列表化或组织到邻近的尖锐过渡或逐渐过渡的邻域,以识别被定义为斑点的特定区域,当与给定的最小面积比较时,形状要求和/或宽度可以被识别为寻求的表面缺陷之一 。