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    • 8. 发明授权
    • Label holder
    • 标签架
    • US6006463A
    • 1999-12-28
    • US132785
    • 1998-08-12
    • Paul A. Mueller
    • Paul A. Mueller
    • A47F5/08G09F3/00
    • A47F5/0823A47F5/0869
    • A merchandise display assembly includes a support member and a hook projecting from the support member for slideably suspending associated merchandise items. The hook includes a back end which is mounted to the support member and a front end having a retainer construction for preventing merchandise items from sliding off the hook. A resilient one piece label holder is mounted on the hook for providing product information concerning merchandise items suspended on the hook. The holder includes a mounting section by which the holder is mounted on a back end of the hook. The holder also includes an intermediate section extending from the mounting section. The intermediate section includes a plateau and a border region surrounding the plateau. The plateau is located out of a plane of the border region to add stiffness to the intermediate section. A display section, which extends forwardly from the intermediate section, is so positioned and located as to extend in front of a tip of the hook.
    • 商品展示组件包括支撑构件和从支撑构件突出的钩子,用于可滑动地悬挂相关联的商品。 钩包括安装到支撑构件的后端和具有用于防止商品从钩上滑脱的保持结构的前端。 一个弹性单件标签支架安装在挂钩上,用于提供悬挂在吊钩上的商品的商品信息。 保持器包括安装部分,保持器通过该安装部分安装在钩的后端。 保持器还包括从安装部分延伸的中间部分。 中间部分包括平台和围绕高原的边界区域。 高原位于边界区域的平面之外,以向中间部分增加刚度。 从中间部分向前延伸的显示部分被定位和定位成在钩的尖端的前面延伸。
    • 9. 发明授权
    • Lumber inspection and optimization system
    • 木材检验优化系统
    • US4207472A
    • 1980-06-10
    • US933393
    • 1978-08-14
    • Jerome M. IdelsohnPaul A. MuellerM. David FreedmanRaymond T. HebertEdward A. King
    • Jerome M. IdelsohnPaul A. MuellerM. David FreedmanRaymond T. HebertEdward A. King
    • B27B1/00B27B31/06G01B11/30G01N21/898G01N21/32
    • B27B1/007B27B31/06G01B11/30G01N21/8986
    • A lumber inspection and optimization system is disclosed combining the speed of electro-optic scanning for flaw detection with electronic data manipulation and computation for optimizing the utilization of the lumber in accordance with an order entry list specifying the dimensions, grade and priority of boards desired to cut from each piece of lumber inspected by the system. The system receives input data from an order entry device and an electro-optical scanner. The digital scan data from the electro-optical scanner is electronically processed to form a flaw data buffer containing the edge location of all the detected flaws enlarged to compensate for defective material usually surrounding each flaw. Optimization of the material is accomplished by electronically comparing the order entry data with the location of the flaws in the flaw buffer to generate cut line data indicative of where the board is to be cut. The cut line data may be used to either actuate a saw to cut the lumber at the locations specified by the cut line data or actuate a marker to mark the lumber at the specified locations. When the order entry data includes pieces having permitted defects, the disclosed system includes a defect classification input device permitting a human inspector to insert defect classification data into the flaw data buffer prior to optimization. The preferred embodiment utilizes a mini computer programmed to process the flaw data, optimize the utilization of the board inspected and generate the cut line data.
    • 公开了一种木材检查和优化系统,其结合用于探伤的电光扫描的速度与电子数据操作和计算,以根据指定所需板的尺寸,等级和优先级的订单输入列表优化木材的利用 从系统检查的每块木材切割。 系统从订单输入装置和电光扫描器接收输入数据。 来自电光扫描仪的数字扫描数据被电子处理以形成缺陷数据缓冲器,其包含所有检测到的裂纹的边缘位置,以补偿通常围绕每个缺陷的缺陷材料。 通过将订单输入数据与缺陷缓冲器中的缺陷的位置进行电子比较以产生指示板被切割的位置的切割线数据来实现材料的优化。 切割线数据可以用于致动锯,以在由切割线数据指定的位置处切割木材,或者致动标记以在指定位置标记木材。 当订单输入数据包括具有允许缺陷的部分时,所公开的系统包括缺陷分类输入装置,允许人类检查员在优化之前将缺陷分类数据插入到缺陷数据缓冲器中。 优选实施例使用被编程的微型计算机来处理缺陷数据,优化所检查的板的利用率并生成切割线数据。