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    • 4. 发明授权
    • Outerlining fabric for curtain and curtain attachment structure using
the same
    • 用于窗帘和窗帘附件结构的外用织物使用它
    • US5520983A
    • 1996-05-28
    • US272315
    • 1994-07-08
    • Toru YamamotoMitsuhisa Okawa
    • Toru YamamotoMitsuhisa Okawa
    • A47H3/00A47H13/00B32B3/06
    • A47H13/00Y10S160/07Y10T428/24008Y10T428/24017Y10T428/24777Y10T428/24785
    • An outerlining fabric woven of warp threads and a weft thread and including at least two fastener portions composed of a male or a female member of a surface-type separable fastener, and a mesh portion of a predetermined width disposed between the fastener portions to separate them in the widthwise direction of the outerlining fabric, the weft thread being composed of a synthetic resin monofilament having a rigidity greater than that of any of the warp threads. The outerlining fabric is attached to and along the top edge of a curtain, and when the curtain is to be attached to a curtain rail, a series of curtain attachment connector members each having a fastener surface are attached to either of the fastener portions of the outerlining fabric. With the outerlining fabric, the vertical position of the curtain relative to the curtain rail can be changed among at least two positions. Due to the rigidity of the monofilament in the outerlining fabric, the top edge of the curtain is always held in an upstanding position even when the curtain attachment connector is attached to the lower fastener portion.
    • 由经线和纬纱编织的外衬织物,包括由表面型可分离紧固件的阳构件或阴构件组成的至少两个紧固件部分和布置在紧固件部分之间的预定宽度的网孔部分,以分离它们 在外衬织物的宽度方向上,纬纱由刚性大于任何经线的合成树脂单丝构成。 外衬织物附着在窗帘的顶部边缘上,并且当窗帘要附接到窗帘轨道上时,每个具有紧固件表面的一系列窗帘连接件连接件被安装到 外衬面料。 利用外衬织物,可以在至少两个位置之间改变窗帘相对于帘子导轨的垂直位置。 由于外衬织物中的单丝的刚性,即使当帘式附件连接器附接到下紧固件部分时,帘幕的顶边始终保持在直立位置。
    • 5. 发明授权
    • Cloth piece supply apparatus and method
    • 布料供应装置和方法
    • US5494275A
    • 1996-02-27
    • US166049
    • 1993-12-14
    • Akio YunokiKazunori AndaTsutomu FudakiToru Shimizu
    • Akio YunokiKazunori AndaTsutomu FudakiToru Shimizu
    • B65H1/30B65H3/22B65H3/54D05B33/02B65H3/44
    • D05B33/02B65H1/30B65H3/22B65H3/54
    • A cloth pick-up apparatus is used which comprises pressing mechanism for a pressing one end of the top cloth piece from the upper side, a catch roller having on a part of its circumferential surface catch needles and movable toward and away from the other end of the top cloth piece, the catch roller being adapted to be driven for rotation to feed the top cloth piece in a direction remote from the pressing mechanism, a feed roller rotatable in timed relation with the catch roller, and a pressure roller movable toward and away from a cloth-piece-feed surface of the feed roller and rotatable in cooperation with the feed roller. The catch roller is rotated touching one end of front face of the cloth pieces with the other end of the cloth piece pressed by the pressing roller so that the upper most cloth piece is caught by the catch needles and, at the same time, is raised. Then the cloth pieces are fed one by one to the next station as the individual cloth piece is clamped between the feed surfaces of the feed roller in driven rotation and the pressure roller.
    • 使用一种布料拾取装置,其包括从上侧挤压顶布的一端的按压机构,具有在其周向表面的一部分上的捕捉针的抓持辊,并且能够朝向和远离另一端移动 所述顶布片,所述卡合辊适于被驱动以旋转以沿远离所述按压机构的方向供给所述顶布片;可与所述止动辊定时旋转的进给辊以及可朝向和远离地移动的加压辊 来自进料辊的布料供给表面并与进料辊协作旋转。 接合辊旋转接触布片前表面的一端,而布料的另一端被压辊压紧,使得最上面的布料被抓针卡住,并且同时升高 。 然后,由于单独的布片被夹在进给辊的进给辊和从动旋转的加压辊之间,所以将布片一个接一个地送入下一个工位。
    • 7. 发明授权
    • Integrally molded surface fastener
    • 整体成型表面紧固件
    • US5457856A
    • 1995-10-17
    • US77436
    • 1993-06-17
    • Ryuichi Murasaki
    • Ryuichi Murasaki
    • A44B18/00
    • A44B18/0053Y10T24/2792
    • An integrally molded surface fastener which promotes high manufacturing efficiency, assures easy stock control and easy attachment in the shipment, and provides high engaging strength and stable form without deterioration of engaging and holding force even when used repeatedly. The surface fastener has a pair of upper (male) and lower (female) engaging members of the same structures, which are molded integrally and provided with a plurality of rows of hook elements on the surfaces of engaging base plates. Then, this arrangement unit has successively two hook elements of predetermined pitches and a spacing of two pitches length and is repeated in order continuously. The spacing signifies that one hook element is not present. Due to the spacings, a hook element of one engaging member is inserted between two hook elements of the other mating engaging member, and respective two hook elements are easily elastic-deformed in the separating direction to provide reliable engagement of the opposed two hook elements even if positions of the opposed hook elements do not match perfectly.
    • 一体化模制的表面紧固件,其促进高制造效率,确保容易的库存控制和容易的装运安装,并且即使重复使用也可以提供高的接合强度和稳定的形式,而不会降低接合和保持力。 表面紧固件具有一对相同结构的上(阳)和下(阴)接合构件,其一体地模制并且在接合基板的表面上设置有多排钩元件。 然后,该排列单元依次连续地连续地重复两个具有预定间距的钩形元件和两个间距的间距,并连续重复。 间距表示一个钩子不存在。 由于间隔,一个接合构件的钩元件插入在另一个配合接合构件的两个钩构件之间,并且相应的两个钩构件在分离方向上容易弹性变形,以提供相对的两个钩构件的可靠接合,甚至 如果相对的钩元件的位置不完美匹配。
    • 8. 发明授权
    • Method for controlling die-retaining force of extruder
    • 挤出机模具保持力控制方法
    • US5454250A
    • 1995-10-03
    • US168997
    • 1993-12-20
    • Fumio IkedaAkira FunaiTatsuyoshi Miyazaki
    • Fumio IkedaAkira FunaiTatsuyoshi Miyazaki
    • B21C25/02B21C31/00
    • B21C31/00
    • A method and apparatus for controlling the die-retaining force of an extruder is disclosed. In the operation of an extruder adapted to retain a die with a container actuated by a container cylinder and effect extrusion of a billet readied for use in the container by forcing the billet through the die, to keep the die-retaining force of the extruder constant, the control of the die-retaining force of the extruder is carried out by causing the container cylinder to impart to the container a force directed away from the die so as to be sequentially decreased during the first half period of the extrusion and causing the container cylinder to impart to the container a force directed toward the die so as to be sequentially increased during the last half period of the extrusion.
    • 公开了一种用于控制挤出机的模具保持力的方法和装置。 在挤压机的操作中,该挤出机适于通过容器圆筒致动的容器保持模具,并且通过迫使坯料穿过模具而使准备用于容器的坯料挤压成形以保持挤出机的模具保持力恒定 挤出机的模具保持力的控制是通过使容器圆筒向容器施加远离模具的力,以便在挤出的前半段期间依次减小,并使容器 气缸,以向容器施加指向模具的力,以便在挤出的最后一半期间依次增加。
    • 9. 发明授权
    • Cooling method of continous casting
    • 连铸冷却方式
    • US5452756A
    • 1995-09-26
    • US171347
    • 1993-12-21
    • Norio OhatakeMakoto AraseYoshitaka Nagai
    • Norio OhatakeMakoto AraseYoshitaka Nagai
    • B22D11/00B22D11/04B22D11/049B22D11/055B22D11/124
    • B22D11/124B22D11/049
    • A cooling mold having first and second water cooling jackets which are provided inside the mold, a primary cooling water jetting mouth which is located at a distance of 15 to 40 mm from a meniscus of the molten metal, and a secondary cooling water jetting mouth which is located at a position with an interval of 20 to 45 mm between a contact point of a primary jet of cooling water and another contact point of a secondary jet of cooling water on an ingot. By use of the cooling mold having the primary and secondary cooling water jetting mouths which are respectively set at an angle of 15 to 30 degrees and of 30 to 60 degrees relative to the ingot surface, the primary jet of cooling water from the primary mouth impinges on the molten metal cooled in the cooling mold at a short distance from the meniscus to establish a transition boiling zone and a film boiling zone, and then, the secondary jet of cooling water from the secondary mouth impinges on initial zones of the transition boiling zone and the film boiling zone to break-out a vapor film generated in the initial zones so as to provoke a nucleate boiling and thereby to produce a firmer solidified shell in the ingot, whereby the ingot can be properly and effectively cooled without danger of breakout so that stable high rate casting and a high quality ingot can be achieved.
    • 一种具有设置在模具内部的第一和第二水冷套的冷却模具,位于离熔融金属弯液面15至40mm距离的一次冷却水喷射口和二次冷却水喷射口, 位于冷却水的一次射流的接触点与铸块上的冷却水次要射流的另一接触点之间的间隔为20〜45mm的位置。 通过使用具有相对于锭表面分别设定为15度至30度且30度至60度的一级和二级冷却水喷射口的冷却模具,来自主口的冷却水的主喷射器 在冷却模具中与弯液面短距离冷却的熔融金属上,建立过渡沸腾区和薄膜沸腾区,然后,来自次级口的冷却水的二次射流冲击过渡沸腾区的初始区 和薄膜沸腾区,以在初始区域中产生蒸气膜,从而引起成核沸腾,从而在锭中产生更坚固的凝固壳,从而可以适当且有效地冷却铸锭,而不会有爆裂危险。 可以实现稳定的高速铸造和高质量铸锭。
    • 10. 发明授权
    • Method and apparatus for manufacturing a material-backed engaging member
for surface fastener
    • 用于制造用于表面紧固件的材料制的接合构件的方法和装置
    • US5441687A
    • 1995-08-15
    • US093951
    • 1993-07-21
    • Ryuichi MurasakiHissai Nishiyama
    • Ryuichi MurasakiHissai Nishiyama
    • A44B18/00B29C43/22B29C47/02B29C47/40B29L5/00B29C47/32
    • A44B18/0049B29C43/222B29C43/46B29C47/32B29C2043/461B29L2031/729Y10S425/814
    • A surface fastener engaging member manufacturing method includes: extruding from an extrusion nozzle a predetermined width of molten resin; introducing the molten resin into a predetermined gap between the extrusion nozzle and a die wheel to fill up coupling element molding cavities with the molten resin as the die wheel rotates in one direction; continuously molding a multiplicity of coupling elements integrally on the front surface of a continuous board-shaped base layer as the die wheel is rotated; applying a porous backing material to the base layer under pressure while the base layer is moved in response to the rotation of the die wheel; cooling the die wheel to a predetermined temperature; and positively pulling the base layer with the backing material attached thereto as cooled, from the die wheel as the molded coupling elements of the engaging section are removed off the coupling element molding cavities.
    • 表面紧固件接合构件的制造方法包括:从挤出喷嘴挤出预定宽度的熔融树脂; 将熔融树脂引入到挤出喷嘴和模轮之间的预定间隙中,以在模轮沿一个方向旋转时填充与熔融树脂的连接元件模制腔; 在模轮旋转时,连续地将多个耦合元件一体地模制在连续的板状基底层的前表面上; 当基底层响应于模轮的旋转而移动时,在压力下将多孔背衬材料施加到基底层; 将模具轮冷却至预定温度; 并且当所述接合部分的所述模制的联接元件从所述连接元件模制腔中移除时,从所述模具轮将所述底层附着于其上的所述背衬材料被冷却。