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    • 61. 发明授权
    • Synthetic resin bottle
    • 合成树脂瓶
    • US08727154B2
    • 2014-05-20
    • US11920696
    • 2006-06-15
    • Hiroki OguchiShigeru TomiyamaTakao Iizuka
    • Hiroki OguchiShigeru TomiyamaTakao Iizuka
    • B65D1/02
    • B65D1/0223B65D1/44B65D79/005
    • The technical problem to be solved by this invention is to design bottle walls having such a shape as to inhibit cave-in deformation into a dented wall shape caused by recessed areas for fingerhold. The object of this invention is to provide a synthetic resin square bottle which is usable without anxiety, is excellent at firm hold, and has a high vacuum-absorbing function.In a synthetic resin square bottle comprising a body formed by multiple panel walls disposed on the body in a circumferential direction, and a waist portion made of a peripheral groove dented at a roughly middle height position of the body so as to divide each panel wall into an upper panel and a lower panel, recessed areas for fingerhold use are formed in at least a pair of opposing panel walls in a certain area ranging from the waist portion to an upper end portion of the lower panel of each panel wall, and a pair of side ribs is formed on right and left sides of, and in the vicinity of, each recessed area in the lower panel.
    • 本发明要解决的技术问题是设计具有这样一种形状的瓶壁,以防止由凹陷区域引起的凹陷壁形成洞穴变形。 本发明的目的是提供一种无焦虑地使用的合成树脂方瓶,在坚固的状态下具有优异的吸湿功能。 在一种合成树脂方瓶中,包括由周向上设置在主体上的多个面板壁形成的主体,以及由在主体的大致中部高度位置凹陷的周边凹槽制成的腰部,以便将每个面板壁分成 上面板和下面板,在从每个面板壁的下面板的腰部到上端部分的一定范围内的至少一对相对的面板壁中形成用于手指使用的凹陷区域,并且一对 的侧肋形成在下板的每个凹陷区域的左右两侧。
    • 62. 发明授权
    • Round synthetic resin bottle
    • 圆合成树脂瓶
    • US08544667B2
    • 2013-10-01
    • US12312151
    • 2007-11-02
    • Tomoyuki OzawaTakao Iizuka
    • Tomoyuki OzawaTakao Iizuka
    • B65D90/02B65D6/00B65D8/04B65D8/18
    • B65D79/005B65D1/0223
    • A round bottle that gives an overall impression of a slim body, while maintaining a basic shape of the round bottle and a vacuum absorbing function. An object is to provide a round synthetic resin bottle having a differentiated shape not found in conventional art. This involves narrowing down a diameter of the body in a tapered manner toward a middle height position of the body to form a tapered portion at either one of an upper end or a lower end of the basically cylindrical body and thus to form a waist portion in a narrowest part of this tapered portion, and forming a plurality of dented vacuum absorbing panels in a height range lying next to the waist portion of the body and in a configuration that each of the panels is disposed in parallel in a circumferential direction and dented by a stepped portion surrounding each panel.
    • 一个圆形瓶子给人一种苗条身材的整体印象,同时保持圆瓶的基本形状和真空吸收功能。 本发明的目的是提供一种在常规技术中没有找到的具有差别形状的圆形合成树脂瓶。 这包括使身体的直径以锥形的方式朝向身体的中间高度位置缩小,以在基本上圆柱体的上端或下端中的任一个上形成锥形部分,从而形成腰部 该锥形部分的最窄部分,并且在身体的腰部附近的高度范围内形成多个凹陷真空吸收板,并且在每个面板沿圆周方向平行设置并且凹陷 围绕每个面板的阶梯部分。
    • 63. 发明授权
    • Synthetic resin handle for use with a bottle
    • 用于瓶子的合成树脂手柄
    • US08162163B2
    • 2012-04-24
    • US12448245
    • 2007-12-07
    • Yoshinori MatsuoJunichi ItokawaTakao Iizuka
    • Yoshinori MatsuoJunichi ItokawaTakao Iizuka
    • B65D23/10
    • B65D23/106
    • This invention is aimed at material saving and cost reduction. A technical problem to be solved by the invention is to provide a light-weight Y-shaped handle without impairing injection moldability and the functions of the handle. The principal means of solving the above-described technical problem is an injection molded handle used by being fitted and secured firmly to a rear portion of a body of a synthetic resin bottle by an insert molding method. The handle comprises a pair of fitting bent beams disposed in parallel in an upright posture and fitted by an undercut engagement to a rear portion of a body of a bottle, a grip plate in a vertical and long rectangular shape disposed between the pair of the fitting bent beams, and a circular gate area disposed at a center of the grip plate, wherein the thickness of the grip plate is reduced on both sides thereof in a certain height range to form thin plate portions, while leaving, as thick portions, a near-gate area including and surrounding the gate area in a concentric manner and vertical slip portions extending up- and downward from the near-gate area.
    • 本发明的目的在于节省材料和降低成本。 本发明要解决的技术问题是提供一种轻质的Y形手柄,而不损害注模成型性和手柄的功能。 解决上述技术问题的主要手段是通过嵌入成型法将合成树脂瓶体的后部牢固地嵌合固定的注射成型手柄。 手柄包括一对以直立姿态平行设置的配合弯曲梁,并通过底切接合装配到瓶体的后部,纵向和长矩形的夹板设置在一对配件 弯曲梁和设置在抓握板的中心的圆形门区域,其中夹板的厚度在其两侧在一定高度范围内减小以形成薄板部分,同时作为厚部分留下近 - 门区域以同心方式包括并围绕门区域,并且从近门区域向上和向下延伸的垂直滑动部分。
    • 64. 发明授权
    • Synthetic resin bottle with spirally inclined pillars
    • 合成树脂瓶具有螺旋倾斜的支柱
    • US08113368B2
    • 2012-02-14
    • US11919067
    • 2006-05-08
    • Hiroki OguchiTomoyuki OzawaTakao Iizuka
    • Hiroki OguchiTomoyuki OzawaTakao Iizuka
    • B65D1/02B65D1/42
    • B65D1/0223B65D1/42
    • A synthetic resin bottle is provided with a shape that improves rigidity and strength in a lateral direction, without increasing the cost of material to thicken the bottle wall. The synthetic resin bottle is provided at a low cost in such a way that the bottles can be used smoothly on the carrier line, in vending machines, and in storage in stacks with no deformation. The bottles are capable of performing a vacuum-absorbing function enough to be used in hot filling. Multiple pillar sections in a projected strip-like shape are disposed on the body of a synthetic resin bottle, the pillar sections being inclined spirally at a uniform angle of gradient (α) relative to a central axis of the bottle and disposed in parallel to one another, so that the cylindrical body wall is prevented from being deformed by a pressure force acting in a lateral direction.
    • 合成树脂瓶具有提高刚性和横向强度的形状,而不增加材料增厚瓶壁的成本。 合成树脂瓶以低成本提供,使得瓶子可以在运输线上,自动售货机中平稳地使用,并且在没有变形的情况下堆放储存。 瓶子能够执行足够的真空吸收功能,用于热灌装。 突出的条状形状的多个支柱部分设置在合成树脂瓶的主体上,柱部分以相对于瓶子的中心轴线的梯度(α)的均匀的角度螺旋地倾斜并平行于一个 另一方面,通过沿横向方向作用的压力,防止圆筒体壁变形。
    • 65. 发明申请
    • SYNTHETIC RESIN BOTTLE WITH A HANDLE
    • 合成树脂瓶与手柄
    • US20110315653A1
    • 2011-12-29
    • US12593697
    • 2008-03-26
    • Junichi ItokawaYoshinori MatsuoTakao Iizuka
    • Junichi ItokawaYoshinori MatsuoTakao Iizuka
    • B65D90/02
    • B65D23/106
    • Pinhole detection is achieved when pinholes happen to develop near stoppers used to fit a handle. A biaxially drawn synthetic resin bottle has a recessed portion, and a synthetic resin handle, fitted in an undercut engagement to the recessed portion by insert molding. The handle comprises upper and lower fitting arms disposed at a grip in a vertically long plate shape. Both arms extend forward from the grip. A stopper extends upward from a front end of the upper fitting arm, and a stopper extends upward and/or downward from a front end of the lower fitting arm. A ridge or groove is formed extending rearward of a stopper of either arm, along a top surface of the upper fitting arm or along a top surface and/or an underside surface of the lower fitting arm. A connecting passage for air release is formed along the ridge/groove.
    • 当针孔发生在用于装配手柄的止动件附近时,可以实现针孔检测。 双轴拉伸合成树脂瓶具有凹入部分和合成树脂手柄,其通过嵌件成型装配成与凹陷部分的底切接合。 手柄包括设置在纵向长板形的把手处的上配件臂和下配件臂。 两个手臂从手柄向前延伸。 止动件从上配件臂的前端向上延伸,止动件从下装配臂的前端向上和/或向下延伸。 沿着上配件臂的顶表面或者沿着下装配臂的顶表面和/或下表面形成从任一臂的止动件向后延伸的脊或凹槽。 沿着隆起/凹槽形成用于释放空气的连接通道。
    • 66. 发明申请
    • SYNTHETIC RESIN HANDLE FOR USE WITH A BOTTLE
    • 合成树脂手柄用于瓶子
    • US20100282708A1
    • 2010-11-11
    • US12448245
    • 2007-12-07
    • Yoshinori MatsuoJunichi ItokawaTakao Iizuka
    • Yoshinori MatsuoJunichi ItokawaTakao Iizuka
    • B65D23/10
    • B65D23/106
    • This invention is aimed at material saving and cost reduction. A technical problem to be solved by the invention is to provide a light-weight Y-shaped handle without impairing injection moldability and the functions of the handle. The principal means of solving the above-described technical problem is an injection molded handle used by being fitted and secured firmly to a rear portion of a body of a synthetic resin bottle by an insert molding method. The handle comprises a pair of fitting bent beams disposed in parallel in an upright posture and fitted by an undercut engagement to a rear portion of a body of a bottle, a grip plate in a vertical and long rectangular shape disposed between the pair of the fitting bent beams, and a circular gate area disposed at a center of the grip plate, wherein the thickness of the grip plate is reduced on both sides thereof in a certain height range to form thin plate portions, while leaving, as thick portions, a near-gate area including and surrounding the gate area in a concentric manner and vertical slip portions extending up- and downward from the near-gate area.
    • 本发明的目的在于节省材料和降低成本。 本发明要解决的技术问题是提供一种轻质的Y形手柄,而不损害注模成型性和手柄的功能。 解决上述技术问题的主要手段是通过嵌入成型法将合成树脂瓶体的后部牢固地嵌合固定的注射成型手柄。 手柄包括一对以直立姿态平行设置的配合弯曲梁,并通过底切接合装配到瓶体的后部,纵向和长矩形的夹板设置在一对配件 弯曲梁和设置在抓握板的中心的圆形门区域,其中夹板的厚度在其两侧在一定高度范围内减小以形成薄板部分,同时作为厚部分留下近 - 门区域以同心方式包括并围绕门区域,并且从近门区域向上和向下延伸的垂直滑动部分。
    • 67. 发明授权
    • Synthetic resin bottle with a handle
    • 合成树脂瓶带手柄
    • US07481326B2
    • 2009-01-27
    • US10511307
    • 2003-07-31
    • Junichi ItokawaYoshinori MatsuoTakao Iizuka
    • Junichi ItokawaYoshinori MatsuoTakao Iizuka
    • B65D23/10
    • B65D23/106B29C49/06B29C49/08B29C49/20B29C2049/2017B29C2049/2039B29C2049/2069B29K2067/00B29L2031/463B29L2031/7158
    • A biaxially drawn and blow-molded bottle made of synthetic resin with a handle, the handle is injection-molded, made of a synthetic resin and fitted firmly to the bottle, the bottle also has a recession with a projecting wall in a central part of the recession, and the handle has a pair of beams parallel to each other and on opposite sides of the projecting wall and a grip plate integrally connected between the pair of beams, the beams also have embedded ridges disposed centrally along an axis of each beam wherein the embedded ridges extend from the pair of beams to engage the recession and the projecting wall, and the embedded ridges each have a central plane approximately perpendicular to the axis of the beam on which the embedded ridges are disposed and the embedded ridges become wider along the plane as they extend away from the beams.
    • 由具有手柄的合成树脂制成的双轴拉伸和吹塑瓶,手柄被注塑成型,由合成树脂制成并牢固地安装在瓶子上,瓶子还具有凹陷,在中心部分具有突出壁 并且手柄具有彼此平行并且在突出壁的相对侧上的一对光束和一体地连接在该对光束之间的把手板,所述光束还具有沿着每个光束的轴线中心设置的嵌入脊,其中, 嵌入的脊从一对梁延伸以接合凹陷和突出的壁,并且嵌入的脊各自具有大致垂直于嵌入脊的梁的轴线的中心平面,并且嵌入的脊沿着 平面,因为它们远离梁。
    • 68. 发明申请
    • Bottle
    • 瓶子
    • US20090020497A1
    • 2009-01-22
    • US11990462
    • 2006-07-24
    • Toshimasa TanakaHiroaki ImaiTakao Iizuka
    • Toshimasa TanakaHiroaki ImaiTakao Iizuka
    • B65D90/02
    • B65D1/0223B65D1/0276B65D2501/0036
    • The bottle is provided with a base portion installed on the outer circumference brim of the bottom, a central recess installed inside the base portion and recessed toward the inside of the bottle, an annular wall portion installed between the base portion and the central recess and inclined so as to elevate gradually from the base portion to the central recess, and a plurality of ribs installed side by side at the annular wall portion in the circumferential direction of the bottom and protruding toward the inside of the bottle. The ribs are provided with a rising wall portion rising toward the inside of the bottle and an inclined wall portion inclined from the upper brim of the rising wall portion toward the lower brim of the rising wall portion of an adjacent rib. The rising wall portion is inclined more steeply than the inclined wall portion.
    • 该瓶设置有安装在底部的外周边缘上的基部,安装在基部内部并朝向瓶子内侧凹陷的中心凹部,安装在基部和中心凹部之间的环形壁部,并且倾斜 从基部向中央凹部逐渐升高,并且在底部的圆周方向上的环状壁部并排设置并朝向瓶内侧突出的多个肋。 肋设置有朝向瓶子内侧上升的上升部分和从上升壁部分的上边缘朝相邻肋条的上升部分的下边缘倾斜的倾斜壁部分。 上升壁部比倾斜壁部更倾斜地倾斜。
    • 70. 发明授权
    • Pinch grip type bottle-shaped container
    • 夹捏式瓶形容器
    • US07118002B2
    • 2006-10-10
    • US10495978
    • 2002-11-25
    • Hiromichi SaitoTakao Iizuka
    • Hiromichi SaitoTakao Iizuka
    • B65D23/10
    • B65D23/102B65D2501/0036
    • A pinch grip type bottle-shaped container (10) has opposed finger-receiving recesses (11) at sidewall regions of a container main body part, respectively, to thereby form a grip part (G) of the container (10), by the entire region including the recesses and a back surface region of the body part between the recesses. The container according to the invention is provided, at bottom surfaces of the recesses that can be touched and held (11), with multiple projections (14) projecting inwardly or outwardly of the container, thereby improving mold-releasability after the molding process.
    • 夹紧型瓶状容器(10)分别在容器主体部分的侧壁区域处具有相对的指接收凹部(11),从而形成容器(10)的把手部分(G),由 整个区域包括凹部和凹部之间的主体部分的后表面区域。 根据本发明的容器设置在可以被接触并保持(11)的凹部的底表面处,多个突起(14)向内突出或向外突出,从而在模制过程之后提高脱模性。