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    • 5. 发明申请
    • CROSSWALK DETECTION DEVICE, CROSSWALK DETECTION METHOD AND RECORDING MEDIUM
    • CROSSWALK检测装置,CROSSWALK检测方法和记录介质
    • US20130016915A1
    • 2013-01-17
    • US13583868
    • 2011-03-08
    • Yoshikuni HashimotoJun AdachiMasahiro Mizuno
    • Yoshikuni HashimotoJun AdachiMasahiro Mizuno
    • G06K9/68
    • G08G1/166G06K9/00798
    • A crosswalk detection device executes a predetermined arithmetic processing on a calculated value calculated based on data obtained through a scanning operation using a main pattern. Next, the device determines whether or not a crosswalk is in a predetermined image based on a relationship between a calculated result of the arithmetic processing and a position of the main pattern MP on the predetermined image. The above-explained calculated value is, for example, an average of the brightness of pixels overlapping each sub pattern of the main pattern. Hence, even if a white pattern of the crosswalk is cracked or the white pattern has a separated part, the value of data is hardly affected. Accordingly, it is possible to precisely determine whether or not the crosswalk is in the predetermined image.
    • 人行横道检测装置对基于通过使用主图案的扫描操作获得的数据计算的计算值执行预定的运算处理。 接着,根据运算处理的计算结果与预定图像上的主图案MP的位置之间的关系,确定人行横道是否在预定图像中。 上述计算值例如是与主图案的每个子图案重叠的像素的亮度的平均值。 因此,即使人行横道的白色图案破裂或者白色图案具有分离的部分,数据的价值几乎不受影响。 因此,可以精确地确定人行横道是否在预定图像中。
    • 6. 发明授权
    • Embroidery data processing device and computer program product
    • 刺绣数据处理装置和电脑程序产品
    • US07515985B2
    • 2009-04-07
    • US11453002
    • 2006-06-15
    • Mikitoshi SuzukiMasahiro MizunoShoichi TaguchiYukiyoshi MutoAkihiro Wakayama
    • Mikitoshi SuzukiMasahiro MizunoShoichi TaguchiYukiyoshi MutoAkihiro Wakayama
    • D05C5/02D05B19/00
    • D05B19/08
    • The disclosure presents an embroidery data processing device and a computer program product capable of tearing off an elastic sheet easily after an item of embroidery has been sewn, thus enhancing working efficiency. A CPU extracts a contour line from needle drop points PN (N=1, 2, . . . , n) stored in embroidery data (S1 to S3). When the CPU judges that each needle drop point QN on the contour line is separated from an adjacent needle drop point Q (N+1) by more than a specified distance, the CPU forms needle drop points between adjacent needle drop points QN and, Q (N+1) separated from each other by more than a specified distance, reads out from a ROM tearing stitch data for forming a stitch of satin stitching different in stitch width in an inside direction of an embroidery region, and adds the tearing stitch data to the embroidery data so that a sewing sequence of stitches of satin stitching is ahead of a sewing sequence of stitches of the embroidery pattern main body in the embroidery region (Yes at S4 to S6).
    • 本发明提供一种刺绣数据处理装置和能够在缝制刺绣物品之后容易地撕开弹性片的计算机程序产品,从而提高工作效率。 CPU从存储在刺绣数据(S1至S3)中的针落点PN(N = 1,2,...,n)中提取轮廓线。 当CPU判定轮廓线上的每个针落点QN与相邻的针落点Q(N + 1)分开超过指定距离时,CPU在相邻针落点QN之间形成针落点,并且Q (N + 1)彼此分离大于指定距离的数据,从在刺绣区域的内侧方向上形成针迹宽度不同的缎纹针迹针的ROM撕裂针迹数据读出,并且将撕裂缝数据 刺绣数据,使得绣花线缝合线序列在绣花区域内的绣花图案主体的缝合线序列之前(S4〜S6为“是”)。
    • 8. 发明申请
    • Commodity Trade Assisting System and Computer Program
    • 商品贸易协助系统和计算机程序
    • US20080208710A1
    • 2008-08-28
    • US11573575
    • 2005-08-30
    • Tetsuya TaguchiMasahiro Mizuno
    • Tetsuya TaguchiMasahiro Mizuno
    • G06Q30/00
    • G06Q30/06G06Q30/0633G06Q30/0641G06Q30/0643
    • A commodity trade assisting system, for assisting a shop in exhibiting a commodity traded at the shop in a virtual shop and managing it, includes: a communication unit for communicating with a shop terminal which records and manages information on the commodity over a network; a database for storing commodity information sent from the shop terminal as information on the commodity to be sold over the network and received by the communication unit; and an application server (AS) having a function of preparing and posting explanation and other reports about the commodity shown on a commodity guide page of the virtual shop with reference to the commodity information sent from the shop terminal and received by the communication unit and a function of transmitting a signal representing a request to send back information on the commodity to be sold over the network at predetermined time intervals to the shop terminal, updating the information in the database according to the information sent back from the shop terminal in response to the request, receiving information on an order of the commodity shown on the commodity guide page and ordered, and updating the information in the database according to the order information.
    • 一种商品贸易辅助系统,用于协助商店展示在虚拟商店中商店交易的商品并对其进行管理,包括:通信单元,用于与通过网络记录和管理关于商品的信息的商场终端进行通信; 用于存储从商场终端发送的商品信息的数据库,作为要通过网络销售并由通信单元接收的商品的信息; 以及具有如下功能的应用服务器(AS),其具有参考从商店终端发送并由通信单元接收的商品信息来准备和发布关于虚拟商店的商品指南页上所示的商品的说明和其他报告,以及 发送表示将通过网络出售的商品的信息的信号发送到商店终端的信号的功能,根据从商店终端响应于该商店终端的信息更新数据库中的信息 请求,接收关于商品指南页面上显示的商品的订单的信息并订购,并根据订单信息更新数据库中的信息。
    • 9. 发明申请
    • Quilting data processing apparatus and computer program product
    • 绗缝数据处理装置和计算机程序产品
    • US20070032892A1
    • 2007-02-08
    • US11475222
    • 2006-06-27
    • Shoichi TaguchiYukiyoshi MutoMikitoshi SuzukiMasahiro MizunoAkihiro Wakayama
    • Shoichi TaguchiYukiyoshi MutoMikitoshi SuzukiMasahiro MizunoAkihiro Wakayama
    • G05B15/00
    • G05B19/40932D05B11/00G05B2219/36077G05B2219/36325G05B2219/45195Y02P90/265
    • The disclosure presents a quilting data processing apparatus and a program capable of displaying changes of fabric caused by a sewing line, and or easily displaying a visual image of a finished state of quilting. The CPU receives the fabric pattern of quilting, the thickness of fabric, the thickness of elastic material, and the sewing line of quilting, and, when the preview button is pressed, creates a basic mesh pattern, calculates the total deformation degree, deforms the basic mesh pattern sequentially along the sewing line to a deformation degree commensurate with the total deformation degree, and deforms each mesh adjacent to deformed meshes commensurately with the deformation degree, thereby creating a deformation mesh pattern (S1 to S5). Consequently, the CPU adheres to each mesh the fabric pattern displayed in a specified size in accordance with the deformation mesh pattern so as to create deformation fabric image data, overlaps the sewing line data to the upper side of the deformation fabric image data, and displays as a quilting pattern (S6 to S7).
    • 本公开内容提供了一种绗缝数据处理装置和能够显示由缝制线引起的织物变化的程序,或者容易地显示完成的绗缝状态的视觉图像。 CPU接收绗缝的织物图案,织物的厚度,弹性材料的厚度和绗缝的缝制线,并且当按下预览按钮时,创建基本网格图案,计算总变形度,使变形 基本网格图案沿着缝合线顺序地变形到与总变形程度相称的变形程度,并使与变形网格相邻的每个网格与变形程度相应地变形,从而形成变形网格图案(S 1至S 5)。 因此,CPU根据变形网格图案,粘贴到以规定尺寸显示的织物图案的每个网格,以产生变形织物图像数据,将缝合线数据重叠到变形织物图像数据的上侧,并且显示 作为绗缝图案(S 6〜S 7)。
    • 10. 发明申请
    • Embroidery data processing device and computer program product
    • 刺绣数据处理装置和电脑程序产品
    • US20070014436A1
    • 2007-01-18
    • US11475199
    • 2006-06-27
    • Yukiyoshi MutoMikitoshi SuzukiMasahiro MizunoShoichi TaguchiAkihiro Wakayama
    • Yukiyoshi MutoMikitoshi SuzukiMasahiro MizunoShoichi TaguchiAkihiro Wakayama
    • G06K9/46G06K9/00
    • D05C5/00
    • The disclosure presents an embroidery data processing device and a computer program product capable of creating a single unit of tree structure vector data by coupling plural pieces of independent tree structure vector data. A coupling node N22 is added between nodes N2 and N5 of a tree structure vector data (TV1), and a vector data N2 to N22 for coupling nodes N2 and N22, and a vector data N22 to N5 for coupling nodes N22 and N4 are created, and thereby a tree structure vector data (TVa) is created (S1 to S3). In a tree structure vector data (TV2), the node mutual direction is converted so that the node N22 existing at the connecting position may be a root node, and a tree structure vector data (TVb) is created, and this root node N22 is coupled with the coupling node N22 of the tree structure vector data (TVa), and a single tree structure vector data is created (S4 to S6).
    • 本发明提供了一种刺绣数据处理装置和能够通过耦合多个独立的树结构向量数据来创建树形结构向量数据的单个单元的计算机程序产品。 在树结构矢量数据(TV 1)的节点N 2和N 5之间添加耦合节点N 22,以及用于耦合节点N 2和N 22的矢量数据N 2到N 22,以及矢量数据N 22到 创建用于耦合节点N 22和N 4的N 5,从而创建树结构向量数据(TVa)(S 1至S 3)。 在树结构矢量数据(TV2)中,转换节点相互方向,使得存在于连接位置的节点N 22可以是根节点,并且创建树结构矢量数据(TVb),并且该根节点 N 22与树结构矢量数据(TVa)的耦合节点N 22耦合,并且创建单个树结构向量数据(S 4至S 6)。