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    • 2. 发明专利
    • Viscous agent extrusion gun
    • VISCOUS代理挤压枪
    • JPS6171863A
    • 1986-04-12
    • JP19364684
    • 1984-09-16
    • Asahi Malleable Iron Co LtdNippon Tansan Gas Kk
    • OZAKI HIROTSUGUFUMINO ICHIROKUMAKIRI NOBORUMURAMATSU YUJI
    • B05C5/00B05C17/015
    • B05C17/015B05C17/0146
    • PURPOSE: To make it possible to allow a viscous agent filling cylinder to engage with and insert in the opening of a gas chamber without forming a gap, by forming the seal member, which is interposed between the opening inside of the gas chamber and the viscous agent filling cylinder from an elastic cylinder having a specific structure.
      CONSTITUTION: A gas chamber 43 is equipped with an opening 43a behind the cylinder engaging and inserting recessed part 41 of a viscous agent filling cylinder P and the rear part of the filling cylinder P is engaged with and inserted in the opening 43a through a seal member S. This seal member S is formed of an elastic material such as rubber and comprises a cylinder 46 respectively having an outside flange 42 at the front end thereof and the inside folded piece 44 integrated with the rear end peripheral edge thereof. In this case, the seal member S is fixed to the opening 43a without forming a gap by holding the outside flange 42 to the inner edge of the opening 42a by a frame member 48 in such a state that the cylinder 46 is engaged with and inserted in the opening 43a of the gas chamber and the filling cylinder P at both ends thereof. The rear end peripheral edge of the filling cylinder P is held between the cylinder 46 and the inside folded piece 44.
      COPYRIGHT: (C)1986,JPO&Japio
    • 目的:为了使粘性剂填充筒与气体室的开口接合并插入而不形成间隙,通过形成密封构件,该密封构件介于气室的开口内部和粘性 来自具有特定结构的弹性圆筒的药剂填充筒。 构成:气室43在气缸后面设置有开口43a,该开口43a与粘性剂填充筒P接合并插入凹部41,并且填充圆筒P的后部通过密封构件接合并插入开口43a 该密封件S由诸如橡胶的弹性材料形成,并且包括分别在其前端具有外凸缘42的圆筒46和与其后端周边边缘一体的内折叠件44。 在这种情况下,密封部件S通过框架部件48将外侧凸缘42保持在开口部42a的内侧边缘处而形成间隙而固定在开口部43a上,使得气缸46卡合并插入 在气室的开口43a和其两端的填充筒P之间。 填充筒P的后端周缘保持在缸体46和内部折叠件44之间。
    • 3. 发明专利
    • Structure of ejection control valve of viscous agent ejector
    • VISCOUS AGENT EJECTOR喷枪控制阀结构
    • JPS6133263A
    • 1986-02-17
    • JP15187884
    • 1984-07-21
    • Asahi Malleable Iron Co LtdNippon Tansan Gas Kk
    • MURAMATSU YUJIKUMAKIRI NOBORUOZAKI HIROTSUGUFUMINO ICHIRO
    • B05C5/00B05C17/015
    • B05C17/015B05C17/0146
    • PURPOSE: To prevent changes in the direction of a nozzle when a valve body is operated by uniting the valve box of an ejection control valve and the housing of a valve body driving means to a body.
      CONSTITUTION: A cylindrical valve box 53 is provided at the inside with a lever- shaped valve body 55 which is movable back and forth and is formed between a nozzle 49 in an ejection member 47 and an engaging port 51. Meanwhile, a housing 56 and the valve box 53 are united to a body by screwing the housing into the box or by monobloc casting, and the housing 56 houses a driving means 58 of the valve body 55. Since force is not exerted on the periphery of the discharge port of a cylinder P filled with a viscous agent by said ejection control valve structure, the wall thickness of the filled cylinder can be reduced, and the direction of the nozzle 49 connected to the valve box 53 is hardly changed even when a repulsive force is generated between the valve box 53 and the housing 56 by the operation of the valve body 55.
      COPYRIGHT: (C)1986,JPO&Japio
    • 目的:为了防止在通过将排出控制阀的阀盒与阀体驱动装置的壳体结合到一体而操作阀体时改变喷嘴的方向。 构成:在内侧设有圆柱形的阀箱53,该杠杆形阀体55可前后移动并形成在喷射构件47的喷嘴49和接合口51之间。同时,壳体56和 阀箱53通过将壳体拧入箱体或通过单块铸造而联接到主体,并且壳体56容纳阀体55的驱动装置58.由于力不施加在阀体53的排出口的周边上 通过所述喷射控制阀结构填充有粘性剂的气缸P,可以减少填充气缸的壁厚,并且连接到阀箱53的喷嘴49的方向几乎不变化,即使在排气控制阀结构之间产生排斥力 阀体53和壳体56通过阀体55的操作。
    • 5. 发明专利
    • Viscous agent injection device
    • VISCOUS代理注射装置
    • JPS61136459A
    • 1986-06-24
    • JP25968084
    • 1984-12-08
    • Asahi Malleable Iron Co LtdNippon Tansan Gas Kk
    • OZAKI HIROTSUGUFUMINO ICHIROKUMAKIRI NOBORUMURAMATSU YUJI
    • E04G23/02B05C5/00B05C17/015E04F21/165
    • B05C17/015B05C17/0146
    • PURPOSE: To smoothly inject a viscous agent such as a sealant without rendering pressurized gas futile, by providing an extraction control valve to an emitting port and allowing said valve to cooperate with the opening and closing valve of pressurized gas through a flexible cable while imparting the control and safe function of gas pressure.
      CONSTITUTION: When an operation lever 29 is pulled to the direction shown by the arrow against compression springs 25a, 71, a valve lever 27 is slid to the right direction and an opening and closing valve 25 is opened to flow pressurized carbon dioxide into a gas chamber 39 to press the bottom surface of a viscous agent packed cylinder P. At the same time, a flexible cable 73 is pulled to pull down the valve body 61 of an injection control valve 53 and, because a closed elastic pipe 59 is communicated, the viscous agent of the viscous agent packed cylinder P is injected from a nozzle 55. When injection is stopped, the pulling of the operation lever 29 is released. Herein, the gas pressure of the gas chamber 39 is regulated by determining the spring force of the compression spring by rotating a control nut member 103 and a safety valve 41 is operated when said gas pressure reaches or exceeds the predetermined pressure.
      COPYRIGHT: (C)1986,JPO&Japio
    • 目的:为了平稳地注入密封剂等粘性剂,不会使加压气体无效,通过向排放口提供抽取控制阀,并允许所述阀通过柔性电缆与加压气体的打开和关闭阀配合,同时赋予 气压控制和安全功能。 构成:当操作杆29向压缩弹簧25a,71向箭头方向拉动时,阀杆27向右滑动,打开和关闭阀25将加压二氧化碳流入气体 室39压入粘性剂填充筒P的底面。同时,拉动柔性电缆73以将注射控制阀53的阀体61拉下来,并且由于封闭的弹性管59被连通, 粘性剂填充筒P的粘性剂从喷嘴55喷射。当停止喷射时,释放操作杆29的拉动。 这里,气体室39的气体压力通过旋转控制螺母构件103来确定压缩弹簧的弹簧力,并且当所述气体压力达到或超过预定压力时操作安全阀41来调节。
    • 6. 发明专利
    • Viscous agent extrusion gun
    • VISCOUS代理挤压枪
    • JPS6171864A
    • 1986-04-12
    • JP19364784
    • 1984-09-16
    • Asahi Malleable Iron Co LtdNippon Tansan Gas Kk
    • OZAKI HIROTSUGUFUMINO ICHIROKUMAKIRI NOBORUMURAMATSU YUJI
    • B05C5/00B05C17/01B05C17/015
    • B05C17/015B05C17/01B05C17/0146
    • PURPOSE: To make it possible to connect a viscous agent filling cylinder and an extrusion control valve without forming a gap even if the shape of the emitting port of said filling cylinder is not constant, by interposing an elastic seal member between said emitting port and the extrusion control valve.
      CONSTITUTION: An extrusion control valve 47 is equipped with a nozzle 49 at the leading end thereof and an engaging port 51 at the rear end thereof and the emitting port of a viscous filling cylinder P is engaged with the engaging port 51 through an elastic pipe 54 made of rubber. That is, the rear end of this elastic pipe 54 functions as a seal member and held under pressure between the inner wall of the engaging port of the injection control valve 47 and the leading end and outer periphery of the emitting port of the viscous agent filling cylinder P. Therefore, the viscous agent filling cylinder P can be connected to the extrusion control valve 47 without forming a gap even if the shape of the emitting port of said filling cylinder is not constant.
      COPYRIGHT: (C)1986,JPO&Japio
    • 目的:即使在填充筒的排出口的形状不恒定的情况下,也可以在不形成间隙的状态下连接粘性剂填充筒和挤出控制阀,通过在上述排出口与 挤压控制阀。 构成:挤出控制阀47在其前端设有喷嘴49,在其后端配有接合口51,粘性填充筒P的排出口通过弹性管54与接合口51接合 由橡胶制成。 也就是说,该弹性管54的后端用作密封构件,并且在喷射控制阀47的接合端口的内壁与粘性剂填充物的排出口的前端和外周之间保持压力 因此,即使填充筒的排出口的形状不恒定,也可以将粘性剂填充筒P连接到挤压控制阀47而不形成间隙。
    • 7. 发明专利
    • Structure of ejection control valve of viscous agent ejector
    • VISCOUS AGENT EJECTOR喷枪控制阀结构
    • JPS6133264A
    • 1986-02-17
    • JP15187984
    • 1984-07-21
    • Asahi Malleable Iron Co LtdNippon Tansan Gas Kk
    • MURAMATSU YUJIKUMAKIRI NOBORUOZAKI HIROTSUGUFUMINO ICHIRO
    • B05C5/00B05C17/015F16K7/06
    • B05C17/015B05C17/0146
    • PURPOSE: To facilitate the treatment when an elastic tube is clogged with a viscous agent by inserting the elastic tube for passing the viscous agent through the inside of an ejection control valve, and opening and closing the elastic tube in accordance with the opening and closing of the control valve.
      CONSTITUTION: Compressed gaseous carbon dioxide is supplied into a gas chamber at the rear part of a cylinder filled with a viscous agent by pulling an operating lever against a compression spring 65, and presses the bottom surface of the filled cylinder P. A valve body 55 of an ejection member 47 is simultaneously pushed up to open a closed rubber elastic tube 54, and the viscous agent in the cylinder P filled with the viscous agent is ejected from a nozzle 49. Meanwhile, when the pulling of the operating lever is released, the supply of gas is cut off, the valve body 55 is pushed down, and the elastic tube 54 is again closed between a movable pin 59 and a fixed pin 63. In said ejection control valve, when the elastic tube 54 is clogged with the viscous agent, only the elastic tube 54 is exchanged, and the treatment is extremely facilitated.
      COPYRIGHT: (C)1986,JPO&Japio
    • 目的:通过将弹性管插入通过喷射控制阀的内部的弹性管,通过将粘性剂堵塞在弹性管中以便于打开和关闭弹性管时,便于治疗 控制阀。 构成:将压缩的气态二氧化碳通过将操作杆拉到压缩弹簧65上而被供给到填充有粘性剂的气缸的后部的气室中,并压紧填充的气缸P的底表面。阀体55 同时向上推出弹出构件47以打开封闭的橡胶弹性管54,并且填充有粘性剂的气缸P中的粘性剂从喷嘴49喷射。同时,当解除操作杆的拉动时, 气体供应被切断,阀体55被向下推动,弹性管54在可动销59和固定销63之间再次闭合。在所述喷射控制阀中,当弹性管54被 粘性剂,只有弹性管54被更换,并且处理非常方便。
    • 8. 发明专利
    • Apparatus for ejecting viscous agent
    • 出口VISCOUS代理商的设备
    • JPS6133262A
    • 1986-02-17
    • JP15187784
    • 1984-07-21
    • Asahi Malleable Iron Co LtdNippon Tansan Gas Kk
    • MURAMATSU YUJIKUMAKIRI NOBORUOZAKI HIROTSUGUFUMINO ICHIRO
    • B05C5/00B05C17/01B05C17/015
    • B05C17/015B05C17/01B05C17/0146
    • PURPOSE: To dismount safely a filled cylinder without any special degassing operation by releasing a safety valve for degassing simultaneously with the degassing of the cylinder filled with a viscous agent.
      CONSTITUTION: A safety valve 71 for degassing is provided at the midway of a flow passage 27 in a base part 11, and consists of a valve chest 73 perforated through the base part 11 and a valve body 75 which is inserted into the valve chest 73 and is movable back and forth. The leading end of the valve body 75 is abutted on the side surface of a cylinder P filled with a viscous agent and which is fitted into a recessed part 41 by a compression spring 79. Under said conditions, the safety valve 71 is closed to the outside. However, when the cylinder P filled with the viscous agent is released from the recessed part 41 wherein the cylinder is fitted, the valve body 75 is protruded to the outside, and the flow passage 27 communicates with an opened passage 77 to discharge the compressed gas into the atmosphere.
      COPYRIGHT: (C)1986,JPO&Japio
    • 目的:通过在充满粘性剂的气瓶脱气的同时释放安全阀进行脱气,可以安全地卸下填充的气瓶,无需任何特殊的脱气操作。 构成:用于脱气的安全阀71设置在基部11中的流路27的中途,并且由穿过基部11的阀座73和插入阀座73中的阀体75组成 并可以来回移动。 阀体75的前端与填充有粘性剂的气缸P的侧面抵接,并通过压缩弹簧79嵌入到凹部41中。在上述条件下,安全阀71关闭到 外。 然而,当填充有粘性剂的气缸P从其中安装气缸的凹部41释放时,阀体75突出到外部,并且流动通道27与打开通道77连通以排出压缩气体 进入大气。
    • 9. 发明专利
    • Viscous agent injection device
    • VISCOUS代理注射装置
    • JPS61136458A
    • 1986-06-24
    • JP25967984
    • 1984-12-08
    • Asahi Malleable Iron Co LtdNippon Tansan Gas Kk
    • OZAKI HIROTSUGUFUMINO ICHIROKUMAKIRI NOBORUMURAMATSU YUJI
    • E04F21/165B05C5/00B05C17/015
    • B05C17/015
    • PURPOSE: To make it possible to efficiently perform the injection of viscous agents having various viscosities such as a sealant, by making the pressure reducing ratio of the pressure reducing means, which is provided between a pressurized gas source and a gas chamber, adjustable.
      CONSTITUTION: When an adjusting nut member 103 is preliminarily rotated to determine the spring force of a compression spring 101 suitable for a viscous agent and the high pressure gas of a carbon dioxide bomb 17 is released in this state, the gas is penetrated into a cylinder member 75 through a through- hole 79 to raise the gas pressure in the cylinder member 75. When this gas pressure becomes larger than set pressure, a piston member 91 rises against the compression spring 101 and the through-hole 79 is closed by a valve body 85 through a lever body 83 and, therefore, the pressurized gas in the cylinder member 75 is gradually flowed out toward a gas chamber 39. When gas pressure reaches set pressure or less by outflow, the piston member 91 is lowered to open the through-hole 79 and high pressure gas is again flowed into the cylinder member 75.
      COPYRIGHT: (C)1986,JPO&Japio
    • 目的:通过使加压气体源和气体室之间设置的减压装置的减压比可以调节,能够有效地进行具有各种粘度的粘性剂如密封剂的注入。 构成:当调节螺母构件103预先旋转以确定适合于粘性剂的压缩弹簧101的弹簧力,并且在该状态下释放二氧化碳弹17的高压气体时,气体被穿入气缸 构件75通过通孔79以提高气缸构件75中的气体压力。当该气体压力变得大于设定压力时,活塞构件91抵靠压缩弹簧101上升,并且通孔79被阀关闭 主体85通过杠杆体83,因此,气缸构件75中的加压气体逐渐向气体室39流出。当气体压力通过流出达到设定压力或更小时,活塞构件91下降以打开通孔 井79和高压气体再次流入气缸构件75。