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    • 2. 发明授权
    • Sash frame structure for attaching glass
    • 窗玻璃框架结构
    • US5758459A
    • 1998-06-02
    • US741107
    • 1996-10-30
    • Sou KoikeMasao Hirano
    • Sou KoikeMasao Hirano
    • E06B1/52E06B3/54E06B3/62E06B5/00
    • E06B1/524E06B3/5454E06B3/62E06B2003/5463E06B2003/6223E06B2003/6273
    • In a sash frame structure for attaching a glass in which a glass is supported in glass attachment channels formed to respective frame members constituting a sash frame by first side seal members and second side seal members disposed on the opposite sides of the glass, the glass is so provided as not to be scattered in pieces even if it is broken. A seal member fitting groove is formed to each of the frame members adjacently to the glass attachment channel, and an engaging portion is formed to the inner surface of the glass attachment channel on the side adjacent to the seal member fitting groove. One of the first side seal member and the second side seal member is a shaped seal gasket having a sealing portion and a fitting portion integrally formed with each other, and the sealing portion is adapted to be forced to be fitted in a space between the glass and the inner surface of the glass attachment channel and engaged on the engaging portion while the fitting portion is adapted to is fitted in the seal member fitting groove.
    • 在通过第一侧密封构件和布置在玻璃的相对侧上的第二侧密封构件将玻璃支撑在形成于构成窗框的各框架构件的玻璃安装通道中的玻璃的窗框框架结构中,玻璃是 所以即使被破坏也不会被分散。 在与玻璃安装通道相邻的框架构件中形成密封构件配合槽,并且在与密封构件配合槽相邻的一侧的玻璃安装通道的内表面上形成有接合部。 第一侧密封构件和第二侧密封构件中的一个是成形密封垫片,其具有彼此一体形成的密封部分和嵌合部分,并且密封部分适于被装配在玻璃 和玻璃安装通道的内表面,并且在装配部分适于装配在密封构件配合槽中时与接合部接合。
    • 3. 发明授权
    • Reinforcing structure for vertical frame member of sash frame
    • 窗框架立式框架构件的加固结构
    • US5910084A
    • 1999-06-08
    • US741114
    • 1996-10-30
    • Sou KoikeMasao Hirano
    • Sou KoikeMasao Hirano
    • E06B1/12E06B1/16E06B3/16E06B3/62E06B3/68E06B1/32
    • E06B3/16E06B3/62E06B3/68E06B2003/6223
    • In a reinforcing structure for reinforcing a vertical frame member made of aluminum material and constituting a sash frame by attaching thereto a reinforcing member made of steel, the reinforcing member is an elongated member composed of an indoor side piece, an outdoor side piece and a connection piece. The vertical frame member comprises an indoor side vertical plate member, an outdoor side vertical plate member and a connection plate member. The indoor side vertical plate member has an end portion which is bent to form an indoor side recessed portion continuously extending in the longitudinal direction thereof, and the outdoor side vertical plate member has an end portion which is bent to form an outdoor side recessed portion continuously extending in the longitudinal direction thereof. The reinforcing member is attached to the vertical frame member in the manner that the indoor side, outdoor side and connection pieces of the reinforcing member respectively face the indoor side vertical, outdoor side vertical and connection plate members of the vertical frame member, and that end portions of the indoor side and outdoor side pieces of the reinforcing member are respectively inserted in the indoor side and outdoor side recessed portions of the vertical frame member.
    • 在用于加强由铝材制成的垂直框架构件并构成窗框的加强结构中,加固构件是由钢制成的加强构件,加强构件是由室内侧件,室外侧件和连接件 片。 垂直框架构件包括室内侧垂直板构件,室外侧垂直板构件和连接板构件。 室内侧垂直板构件具有弯曲成形成在其纵向方向上连续延伸的室内侧凹部的端部,并且室外侧垂直板构件具有连续地弯曲形成室外侧凹部的端部 沿其纵向方向延伸。 加强构件以室内侧,室外侧和加强构件的连接片分别面对垂直框架构件的室内侧垂直室外侧垂直和连接板构件的方式附接到垂直框架构件,并且该端部 加强构件的室内侧和室外侧片的部分分别插入垂直框架构件的室内侧和室外侧凹部中。
    • 4. 发明授权
    • Structure for mounting cremorne lock and reinforcing member in vertical
frame element constituting door or window leaf
    • 用于在构成门或窗叶的垂直框架构件中安装爬坡锁和加强构件的结构
    • US5822926A
    • 1998-10-20
    • US787007
    • 1997-01-29
    • Sou KoikeMasao Hirano
    • Sou KoikeMasao Hirano
    • E05B9/08E05B17/20E05B63/14E05C9/00E06B3/70E05B65/06
    • E05B9/08E05B17/2084E05C9/026E06B2003/7046Y10T70/8541
    • An extrusion molded aluminum elongated vertical frame element for constituting a door or window leaf of a hinged door or window comprises first and second vertical plates respectively providing a surface substantively parallel to a door or window face direction and third and fourth vertical plates respectively providing a surface substantively parallel to a door or window thickness direction, thereby having a hollow structure and a substantively rectangular cross section. The fourth vertical plate is provided with an cutout opening. A reinforcing member made of steel, a spacer made of steel and a cremorne lock having a lock body is inserted in the hollow structure of the vertical frame element. The reinforcing member is placed and fixed to the side of the third vertical plate within the hollow structure of the vertical frame element, the spacer is made to abut against the reinforcing member, and the lock body of the cremorne lock is, on one hand, made to abut against the spacer and on the other hand engaged in the cutout opening of the fourth vertical plate. The lock body of the cremorne lock is fixed to the reinforcing member by bolts with the spacer interposed therebetween.
    • 用于构成铰链门或窗的门或窗叶的挤压模制铝细长垂直框架元件包括分别提供基本上与门或窗面方向平行的表面的第一和第二垂直板,以及分别提供表面的第三和第四垂直板 基本上平行于门或窗的厚度方向,从而具有中空结构和基本矩形的横截面。 第四垂直板设有切口开口。 由钢制的加强件,由钢制成的隔离件和具有锁体的防滑锁插入垂直框架元件的中空结构中。 加强构件被放置并固定在垂直框架元件的中空结构内的第三垂直板的侧面上,隔离件被制成抵靠加强构件,一方面,防火锁的锁体, 被制成抵靠隔离物,另一方面接合在第四垂直板的切口中。 救生圈锁的锁体通过螺栓固定在加强件上,间隔件夹在其间。
    • 5. 发明授权
    • Panel mounting structure
    • 面板安装结构
    • US5761860A
    • 1998-06-09
    • US787008
    • 1997-01-29
    • Sou KoikeMasao Hirano
    • Sou KoikeMasao Hirano
    • E06B3/58E06B3/964
    • E06B3/5821E06B3/9642E06B3/9649
    • A structure for mounting a panel in a panel mounting frame to form a door, window, or the like comprises bilateral vertical frame elements, an upper transverse frame element and a lower transverse frame element assembled to form a quadrangular panel mounting frame. Each of the bilateral vertical frame elements has a recessed groove and a receiving means. A first bead member is attached to each of the vertical frame elements by an attachment means inserted in the recessed groove. A second bead member is also attached to each of the vertical frame elements by an engaging means engaged with a receiving means. A panel is mounted so that each of its bilateral vertical edge portions is disposed between the first bead member and the second bead member.
    • 用于将面板安装在面板安装框架中以形成门,窗等的结构包括组装成四边形面板安装框架的双边垂直框架元件,上横向框架元件和下横向框架元件。 每个双边垂直框架元件具有凹槽和接收装置。 第一胎圈构件通过插入凹槽中的附接装置附接到每个垂直框架构件。 通过与接收装置接合的接合装置,第二胎圈构件也附接到每个垂直框架构件。 安装面板使得其双边垂直边缘部分中的每一个设置在第一胎圈构件和第二胎圈构件之间。
    • 6. 发明授权
    • Structure of mating portions of double door assembly
    • 双门组件的配合部分结构
    • US5749175A
    • 1998-05-12
    • US790368
    • 1997-01-28
    • Sou KoikeMasao Hirano
    • Sou KoikeMasao Hirano
    • E06B3/36E06B7/22E06B7/23E06B7/232E06B7/16
    • E06B7/232E06B3/365E06B7/22E06B7/231
    • In a double door assembly in which first and second doors are respectively mounted to bilateral vertical frame members of a door frame in the manner that each door can swing both to the indoor side and to the outdoor side for its opening and closing, a structure of mating portions of the doors comprises a first mating frame element constituting the first door and providing a first mating surface, a second mating frame element constituting the second door and providing a second mating surface, a first mating seal member attached to the first mating surface to project toward the second mating surface and a second mating seal member attached to the second mating surface to the indoor side relative to the first mating seal member to project toward the first mating surface. The first mating seal member is adapted to contact the second mating surface when the first and second doors are closed while the second mating seal member is adapted to be apart from the first mating surface when the first and second doors are closed.
    • 在双门组件中,第一和第二门分别安装在门框的双边垂直框架构件上,使得每个门可以摆动到室内侧和室外侧用于其打开和关闭, 门的配合部分包括构成第一门并提供第一配合表面的第一配合框架元件和构成第二门并提供第二配合表面的第二配合框架元件,附接到第一配合表面的第一配合密封构件 朝向第二配合表面突出,并且第二配合密封构件相对于第一配合密封构件附接到室内侧的第二配合表面以朝向第一配合表面突出。 当第一和第二门关闭时,第一配合密封构件适于接触第二配合表面,而当第一和第二门关闭时,第二配合密封构件适于与第一配合表面分开。
    • 8. 发明授权
    • Method of treating the surface of a cavity of a die used for casting
    • 处理用于铸造的模具的腔体的表面的方法
    • US09364894B2
    • 2016-06-14
    • US13255760
    • 2010-03-08
    • Masao HiranoYoshitaka Horibe
    • Masao HiranoYoshitaka Horibe
    • B28B7/38B22D17/22B22C9/06
    • B22D17/22B22C9/061
    • Disclosed is a method of processing the surface of a cavity a casting die wherein the fluidity is good even if the shape of the surface of the cavity (castings) has a complex shape, mold releasability are excellent, reprocessing is possible, and the life of the die can be prolonged. A step (A) for forming hemispherical first dimples (12) by the particles to be sprayed on the surface of the cavity (11), and a step (B) for forming second dimples (13) by the particles to be sprayed, which second dimples are smaller than the first dimples (12), are provided. A treating method (a) and a treating method (b) where either step (A) or step (B) is carried out depending on the requirements, and a method (c), where only the first dimples (12) are formed by carrying out only step (A) are also provided.
    • 公开了一种处理铸模表面的方法,其中即使空腔(铸件)的形状具有复杂形状,流动性也良好,脱模性优异,再加工是可能的,并且寿命 模具可以延长。 用于通过要喷射在空腔(11)的表面上的颗粒形成半球形第一凹坑(12)的步骤(A)和用于由待喷涂的颗粒形成第二凹坑(13)的步骤(B),其中 第二凹坑比第一凹坑(12)小。 根据需要进行步骤(A)或步骤(B)的处理方法(a)和处理方法(b)以及方法(c),其中仅第一凹坑(12)由 也仅提供步骤(A)。
    • 9. 发明授权
    • Partitioning sash
    • 分区窗框
    • US5682714A
    • 1997-11-04
    • US527867
    • 1995-09-13
    • Yoshinori IshikuroMasao HiranoHiroshi Miyazaki
    • Yoshinori IshikuroMasao HiranoHiroshi Miyazaki
    • E06B1/36E06B3/54E06B3/00
    • E06B1/36E06B2003/5463
    • A partitioning sash comprises at least one multi window mullion for forming a multiple window portion, at least one salient corner mullion for forming a salient angle portion and at least one reentrant corner mullion for forming a reentrant angle portion. The multi window mullion, the salient corner mullion, and the reentrant corner mullion has the same dimension measured in a direction parallel to a width of the sash. Each of the salient corner mullion and the reentrant corner mullion is constituted of a mullion body and an auxiliary frame body. The mullion body has a glass receptacle groove on a side surface to be located at one side in a direction parallel to the width of the sash, end has recesses on side surfaces to be located at both sides in a direction parallel to the depth of the sash. The auxiliary frame body has a mounting surface to be located at one side in a direction parallel to the depth of the sash, and has a glass receptacle groove formed on a side surface opposite to the mounting surface so as to open in a direction parallel to the depth of the sash. The mounting surface is provided with a pair of engaging pieces. The mullion body and the auxiliary frame body are coupled with each other by selectively engaging the engaging pieces in either one of the recesses so as to form either the salient corner mullion or the reentrant corner mullion.
    • 分隔窗框包括用于形成多窗口部分的至少一个多窗竖框,用于形成凸角部分的至少一个突出角竖框和用于形成凹入角部分的至少一个可折入拐角竖框。 多窗形竖框,凸角竖框和折返角竖框具有与平行于窗框宽度方向相同的尺寸。 每个突出的角竖框和折返角竖框由竖框体和辅助框体组成。 竖框体在侧表面上具有玻璃容器槽,其位于与窗扇宽度平行的方向的一侧,端部在侧表面上具有凹槽,以位于平行于 窗扇。 辅助框体具有安装面,该安装面位于平行于窗框深度的方向的一侧,并且在与安装面相对的侧面上形成玻璃容纳槽,以使其平行于 窗扇的深度。 安装表面设置有一对接合件。 竖框体和辅助框架体通过选择性地将两个凹部中的一个接合件接合,从而形成凸角或竖直的竖立竖框。
    • 10. 发明申请
    • CASTING DIE
    • 铸造模具
    • US20120132388A1
    • 2012-05-31
    • US13389372
    • 2010-06-24
    • Masao HiranoYoshitaka Horibe
    • Masao HiranoYoshitaka Horibe
    • B22C9/00
    • C23C8/24B22C9/06B22D17/22B24C1/06C23C8/48
    • The present invention provides a casting die that can achieve the improved fluidity of molten metal and the improved ease release of castings from die. The casting die 10 comprises area of dimples D where a plurality of first dimples are formed in semispherical shape on the surface of the cavity 11 with no particular indication of direction and in a dispersed manner and where the ratio of communication is 80% or more, which ratio of communication is defined by the ratio of the number of the first dimples 12 that constitute the bound dimples 12b, which each comprise one or more of the dimples, to the total number of the first dimples 12. So, in the area of dimples D a number of bound dimples 12b that work as short flow-channels that have no particular indication of direction are randomly formed, thus improving the fluidity of the molten metal.
    • 本发明提供了一种可以实现熔融金属的改善的流动性和改进的模具从铸模中释放铸件的铸模。 铸模10包括凹坑D的区域,其中多个第一凹坑在空腔11的表面上形成半球形,没有特别指示方向和分散方式,并且其中通信比率为80%以上, 通信的比例由构成每个包含一个或多个凹坑的限制凹坑12b的第一凹坑12的数量与第一凹坑12的总数的比率定义。因此,在 凹坑D随机地形成一些作为不具有特定方向指示的短流道的约束凹坑12b,从而提高了熔融金属的流动性。