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    • 51. 发明授权
    • Elongate plastic articles
    • 细长的塑料制品
    • US5300346A
    • 1994-04-05
    • US963412
    • 1992-10-16
    • Tatsuya TamuraTetsuo Hotta
    • Tatsuya TamuraTetsuo Hotta
    • B29C47/00B29C47/02B60J10/02B32B3/00E06B7/16
    • B29C47/027B29C47/003B60J10/70B29C47/0033B29C47/0038B29C47/0066Y10T428/24182Y10T428/2419Y10T428/24198Y10T428/24479Y10T428/24612Y10T428/24777
    • Method of, and apparatus for continuously manufacturing elongate articles with a plurality of segments of basically same and slightly different cross-sections, such as upper and side segments of automobile molding members. The apparatus includes a single die head formed with a common orifice and at least one additional orifice, as well as a device for selecting and controlling operational modes of the apparatus. The device may comprise a guide device which is movable between different positions corresponding to respective operational modes of the apparatus, and which serves to guide synthetic resin material extruded from the additional orifice. The guide member maintains in its one position a spaced relationship of synthetic resin materials extruded from the orifices to form one segment, and causes in another position the synthetic resin materials to adhere with each other to form another segment.
    • 用于连续制造具有基本上相同且稍微不同横截面的多个段的细长制品的方法和装置,例如汽车模制构件的上部和侧部段。 该装置包括形成有共同孔口和至少一个附加孔口的单个模头,以及用于选择和控制装置的操作模式的装置。 该装置可以包括导向装置,该引导装置可以在对应于装置的相应操作模式的不同位置之间移动,并且用于引导从附加孔口挤出的合成树脂材料。 引导构件在其一个位置处保持从孔口挤出的合成树脂材料的间隔开的关系,以形成一个段,并且在另一位置使合成树脂材料彼此粘附以形成另一段。
    • 52. 发明授权
    • Automobile windshield molding member and method of manufacturing the same
    • 汽车挡风玻璃成型件及其制造方法
    • US5257450A
    • 1993-11-02
    • US2669
    • 1993-01-11
    • Tatsuya Tamura
    • Tatsuya Tamura
    • B60J1/20B60J10/00B60J10/02B23P17/00
    • B60J1/2002B60J10/18B60J10/21B60J10/22B60J10/25B60J10/265B60J10/30B60J10/70Y10T29/4998
    • A molding member includes an elongate pre-shaped main body of initially constant cross-section, with upper and side portions to continuously extend along respective edges of an automobile windshield plate. The main body covers a gap between the windshield plate and an automobile body panel, and has a reference point which is more spaced from the outer surface of the windshield plate along the side portion than along the upper portion. A lip section of the main body can be maintained in contact with the outer surface of the windshield plate along the upper portion with a first angle, and spaced therefrom along the side portion with a second, less steep angle. A weir of a refined appearance, with desired cross-sectional area or height is defined along the side portion, between the windshield plate and the lip section, and prevents water on the windshield plate from flowing across the molding member.
    • 模制构件包括具有初始恒定横截面的细长预形主体,其上侧和侧部沿着汽车挡风玻璃板的相应边缘连续延伸。 主体覆盖挡风板和汽车车身面板之间的间隙,并且具有比沿着侧部更远离挡风玻璃板的外表面的参考点,而不是沿着上部。 主体的唇部可以沿着上部的第一角度与挡风玻璃板的外表面保持接触,并且沿着侧部与第二较小的陡角隔开。 沿着挡风玻璃板和唇部之间的侧部限定具有期望的横截面面积或高度的精细外观的堰,并且防止挡风玻璃板上的水流过模制构件。
    • 57. 发明申请
    • WRAPPED ABSORBENT ARTICLE
    • 包装吸收品
    • US20120123378A1
    • 2012-05-17
    • US13320353
    • 2010-05-13
    • Nobuyuki KatoMasahiro KashiwagiTatsuya TamuraNahomi Nakayama
    • Nobuyuki KatoMasahiro KashiwagiTatsuya TamuraNahomi Nakayama
    • A61F13/84
    • B65D75/20A61F13/5514
    • While a protection sheet 60 is disposed on a non-skin-surface 20a of an absorbent article 1, part of the protection sheet 60 is folded back in such a manner as to reach a position where the part overlaps other part, which comes in contact with the non-skin surface 20a of the absorbent article 1. An end portion 60a of the protection sheet 60 is bonded, while being folded back, to the protection sheet 60 by means of an adhesive material 70. Edge portions 60b and 60c on both sides of the protection sheet 60 in a longitudinal direction of the protection sheet 60 are bonded together through thermal fusion bonding while being folded. A second adhesive region 71 coated with the adhesive material 70 is formed in a predetermined position which faces the non-skin-surface 20a of a backsheet 20. The second adhesive region 71 is formed at a position corresponding to a non-adhesive region 52.
    • 虽然保护片60设置在吸收性物品1的非皮肤表面20a上,但是保护片60的一部分被折回到达到与其他部分重叠的位置的位置 与吸收性物品1的非皮肤表面20a连接。保护片60的端部60a通过粘合材料70在折回的状态下被粘合到保护片60上。两者上的边缘部分60b和60c 保护片60在保护片60的长度方向上的两侧通过热熔接而被折叠而接合在一起。 涂覆有粘合剂材料70的第二粘合剂区域71形成在与底片20的非皮肤表面20a相对的预定位置。第二粘合区域71形成在对应于非粘合区域52的位置。
    • 58. 发明授权
    • Method of manufacturing product having injection molded portion
    • 制造具有注模部分的产品的方法
    • US08123995B2
    • 2012-02-28
    • US12385300
    • 2009-04-03
    • Tatsuya Tamura
    • Tatsuya Tamura
    • B29C45/14B29C45/26
    • B29C45/14778B29C45/14311B29C45/14409B29C45/2669B29K2221/003B29K2621/00Y10T428/31
    • A molded product includes an already-formed member and an injection molded portion. The already-formed member, which has a joining surface, is placed in an injection molding mold, and the joining surface and the injection molding mold define a molding cavity. The injection molding mold further defines a spill cavity that is in communication with the molding cavity. Liquid molding material is injected into the molding cavity. At least some of initial molding material which has initially reached the joining surface flows into the spill cavity due to injection pressure of subsequent molding material injected after injection of the initial molding material, and is replaced with the subsequent molding material, which has a temperature higher than that of the initial molding material and a viscosity lower than that of the initial molding material. When the liquid molding material hardens to form an injection molded portion joined to the joining surface of the first already-formed member, the first already-formed member and the injection molded portion are a joined molded product.
    • 模制产品包括已经形成的部件和注模部分。 已经形成的具有接合表面的构件被放置在注塑模具中,并且接合表面和注塑模具限定了模制腔。 注模模具还限定了与模腔连通的溢流腔。 将液体成型材料注入模腔中。 初始到达接合面的初始成型材料中的至少一些由于在注入初始成型材料之后注入的后续成型材料的注射压力而流入溢出腔,并被随后的成型材料所替代,后者的模塑材料的温度更高 比初始成型材料的粘度低,并且粘度低于初始成型材料的粘度。 当液体成型材料硬化以形成与第一已形成部件的接合面接合的注射成型部时,第一已成形部件和注射成型部分为接合成型品。
    • 60. 发明授权
    • Glass run channel assembly
    • 玻璃运行通道组装
    • US08006437B2
    • 2011-08-30
    • US12434234
    • 2009-05-01
    • Tatsuya Tamura
    • Tatsuya Tamura
    • B60J1/08B60J5/04
    • B60J10/76
    • A glass run channel assembly is provided. In the glass run channel assembly, after being mounted, an elastic force is generated in a vertical side portion which contacts a vertical frame of a door frame, and an elastic force is generated in an upper side portion which contacts an upper frame of the door frame. Here, the cross-sectional shapes of the upper side portion and the vertical side portion are adjusted such that the frictional force per unit length obtained by multiplying a coefficient of static friction of the upper side portion with the upper frame by the elastic force is larger than a frictional force per unit length obtained by multiplying the coefficient of static friction of the vertical side portion with the vertical frame by the elastic force.
    • 提供玻璃运行通道组件。 在玻璃导槽组件中,在安装之后,在与门框的垂直框架接触的垂直侧部分中产生弹力,并且在与门的上框架接触的上侧部分中产生弹力 帧。 这里,调整上侧部分和垂直侧部分的横截面形状,使得通过将上侧部分与上部框架的静摩擦系数乘以弹力而获得的每单位长度的摩擦力较大 比通过将弹性力乘以垂直侧部的垂直框架的静摩擦系数获得的每单位长度的摩擦力。