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    • 3. 发明申请
    • Injection nozzle and pinning method using the same
    • 注射喷嘴和钉扎方法使用相同
    • US20090313939A1
    • 2009-12-24
    • US11989547
    • 2006-08-02
    • Shogo Fujita
    • Shogo Fujita
    • E04G23/02B05B1/00
    • E04G23/0203E04G23/02E04G23/0211
    • A connection arm (31) of an injection nozzle (22) has an adhesive passage (36). A nozzle outer cylinder (32) is supported by the connection arm (31) and has an intermediate passage (48) in communication with the adhesive passage (36) and a sealing member (44). A nozzle inner cylinder (33) is elongated through the sealing member (44), is slidably supported inside the nozzle outer cylinder (32), and has a communication opening (64) communicating with the intermediate passage (48) as well as an adhesive discharge port (63). An operation member (34) moves the nozzle inner cylinder (33) between an advanced position where the adhesive discharge port (63) lies deep inside a charging hole (8) and a receded position where the adhesive discharge port (63) lies shallow inside the charging hole (8) bored into a framework (2) to a predetermined depth through a finishing material (3).
    • 喷嘴(22)的连接臂(31)具有粘合通道(36)。 喷嘴外筒(32)由连接臂(31)支撑,并具有与粘接通路(36)连通的中间通路(48)和密封部件(44)。 喷嘴内筒(33)通过密封构件(44)伸长,可滑动地支撑在喷嘴外筒(32)的内部,并且具有与中间通路(48)连通的连通开口(64)以及粘合剂 排出口(63)。 操作构件(34)使喷嘴内筒(33)在粘合剂排出口(63)位于充气孔(8)的深处的前进位置和粘合剂排出口(63)位于浅的内侧的后退位置之间移动 通过整理材料(3)将填充到框架(2)中的充电孔(8)延伸到预定深度。
    • 5. 发明授权
    • Injection nozzle for repairing a wall element
    • 用于修理墙体元件的喷嘴
    • US08579216B2
    • 2013-11-12
    • US11989547
    • 2006-08-02
    • Shogo Fujita
    • Shogo Fujita
    • B05B1/30
    • E04G23/0203E04G23/02E04G23/0211
    • A connection arm (31) of an injection nozzle (22) has an adhesive passage (36). A nozzle outer cylinder (32) is supported by the connection arm (31) and has an intermediate passage (48) in communication with the adhesive passage (36) and a sealing member (44). A nozzle inner cylinder (33) is elongated through the sealing member (44), is slidably supported inside the nozzle outer cylinder (32), and has a communication opening (64) communicating with the intermediate passage (48) as well as an adhesive discharge port (63). An operation member (34) moves the nozzle inner cylinder (33) between an advanced position where the adhesive discharge port (63) lies deep inside a charging hole (8) and a receded position where the adhesive discharge port (63) lies shallow inside the charging hole (8) bored into a framework (2) to a predetermined depth through a finishing material (3).
    • 注射喷嘴(22)的连接臂(31)具有粘合通道(36)。 喷嘴外筒(32)由连接臂(31)支撑,并具有与粘接通路(36)连通的中间通路(48)和密封部件(44)。 喷嘴内筒(33)通过密封构件(44)伸长,可滑动地支撑在喷嘴外筒(32)的内部,并且具有与中间通路(48)连通的连通开口(64)以及粘合剂 排出口(63)。 操作构件(34)使喷嘴内筒(33)在粘合剂排出口(63)位于充填孔(8)的深处的前进位置和粘合剂排出口(63)位于浅的内侧的后退位置之间移动 通过整理材料(3)将填充到框架(2)中的充电孔(8)延伸到预定深度。
    • 9. 发明申请
    • METHOD FOR FORMING ANCHOR HOLE AND DIAMETER EXPANSION DEVICE
    • 形成锚固孔和直径扩展装置的方法
    • US20170036373A1
    • 2017-02-09
    • US15304294
    • 2015-10-08
    • FS TECHNICAL CORPORATION
    • Shogo FUJITA
    • B28D1/14B24B33/08B23B51/00B24B23/02
    • To provide a method for forming an anchor hole and a diameter expansion device by which a centrifugal force can be appropriately adjusted when a cutting-blade portion is moved in a radial direction by the centrifugal force to grind a diameter expansion portion. In a method for forming an anchor hole for a post-installed anchor in which a diameter expansion drill bit is inserted and rotated in a prepared-hole portion bored in a concrete fixing body and a cutting-blade portion of the diameter expansion drill bit is moved in a radial direction by a centrifugal force to grind a part of the prepared-hole portion to form a diameter expansion portion, the minimum value of the centrifugal force applied to grind the diameter expansion portion is 0.75 N and preferably 1.1 N.
    • 提供一种用于形成锚定孔和直径膨胀装置的方法,通过该方法,当切割刀片部分通过离心力沿径向移动以便研磨直径膨胀部分时,能够适当地调节离心力。 在用于形成后安装锚的锚定孔的方法中,其中直径膨胀钻头在钻孔在混凝土固定体中的准备孔部分中插入和旋转,并且直径扩大钻头的切割刀片部分是 通过离心力在径向方向上移动以研磨准备孔部分的一部分以形成直径膨胀部分,用于研磨直径膨胀部分的离心力的最小值为0.75N,优选为1.1N。