JP3141275U - Cylindrical extruder for silica gel - Google Patents

Cylindrical extruder for silica gel Download PDF

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JP3141275U
JP3141275U JP2008000044U JP2008000044U JP3141275U JP 3141275 U JP3141275 U JP 3141275U JP 2008000044 U JP2008000044 U JP 2008000044U JP 2008000044 U JP2008000044 U JP 2008000044U JP 3141275 U JP3141275 U JP 3141275U
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silica gel
outer cylinder
lid member
cylinder
cap member
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伍冠群
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永富立實業股▲分▼有限公司
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Abstract

【課題】シリカゲルをすべて確実に押出し、且つシリカゲルの押出し過程中に生じる噴出を防止できるシリカゲル用筒型押出器を提供する。
【解決手段】密封された筒状体を呈し、その一側に押出管11が設けられた外筒10と、外筒10の他側に設置され、エアーコンプレッサーが接続されると共に外筒10に連通するガス注入管21を備える蓋部材20と、外筒10の内部に固設され、一側に押出管11を嵌め込んで連通させるためのノズル31が設けられると共に、他側の内縁にシリカゲルを押圧するためのキャップ部材32が摺動可能に設けられるシリカゲル容器30と、蓋部材20に進退可能に設けられると共に、シリカゲル容器30のキャップ部材32に当接する押圧棒41が設けられるシリンダーとを有する。
【選択図】図1
The present invention provides a cylindrical extruder for silica gel capable of reliably extruding all silica gel and preventing jets generated during the extrusion process of silica gel.
An outer cylinder 10 having a sealed cylindrical body and having an extruded tube 11 provided on one side thereof is installed on the other side of the outer cylinder 10, and an air compressor is connected to the outer cylinder 10. A lid member 20 having a gas injection tube 21 that communicates, a nozzle 31 that is fixed inside the outer cylinder 10 and that allows the extrusion tube 11 to be fitted into and communicated with on one side, and a silica gel on the inner edge on the other side A silica gel container 30 slidably provided with a cap member 32 for pressing the cylinder, and a cylinder provided slidably on the lid member 20 and provided with a pressing bar 41 that contacts the cap member 32 of the silica gel container 30. Have.
[Selection] Figure 1

Description

本考案は、表面に流体を塗布する装置に関し、特にその内部のシリカゲルをすべて確実に押出し、且つシリカゲルの押出し過程中に生じる噴出を防止できるシリカゲル用筒型押出器に関するものである。   The present invention relates to an apparatus for applying a fluid to a surface, and more particularly to a cylindrical extruder for silica gel that can reliably extrude all of the silica gel therein and can prevent ejection that occurs during the silica gel extrusion process.

図4に示すように、従来のシリカゲル用筒型押出器は、外筒(50)と、蓋部材(60)と、シリカゲル容器(70)とを含む。
外筒(50)は、密封された筒状体を呈し、その一側に押出管(51)が穿設されると共に、他側にガス注入管(61)を有する蓋部材(60)が設けられ、更に、該押出管(51)とガス注入管(61)とはそれぞれ外筒(50)の内部に連通し、そのうちガス注入管(61)にエアーコンプレッサー(図示せず)が接続される。
As shown in FIG. 4, the conventional cylindrical extruder for silica gel includes an outer cylinder (50), a lid member (60), and a silica gel container (70).
The outer cylinder (50) has a sealed cylindrical body, and an extrusion pipe (51) is formed on one side thereof, and a lid member (60) having a gas injection pipe (61) is provided on the other side. Further, the extrusion pipe (51) and the gas injection pipe (61) communicate with the inside of the outer cylinder (50), and an air compressor (not shown) is connected to the gas injection pipe (61). .

前記シリカゲル容器(70)は、前記外筒(50)の内部に固定されるように設置され、その内部にシリカゲルが充填され、一側に、前記押出管(51)を嵌めこんでその内部に連通させるための中空管状のノズル(71)が設けられると共に、他側の内縁に、シリカゲルを押圧するためのキャップ部材(72)が摺動可能に設けられている。   The silica gel container (70) is installed so as to be fixed to the inside of the outer cylinder (50), and the inside thereof is filled with silica gel, and the extruded tube (51) is fitted into one side thereof to be inserted therein. A hollow tubular nozzle (71) for communication is provided, and a cap member (72) for pressing silica gel is slidably provided on the inner edge on the other side.

前記した従来のシリカゲル用筒型押出器を使用する時は、前記エアーコンプレッサーにより外筒(50)内にガスを送り、該外筒(50)の内部の気圧を徐々に上昇させて気圧を変化させることにより、前記シリカゲル容器(70)のキャップ部材(72)を押込み、シリカゲルを押出管(51)から吐出させる。   When using the above-described conventional silica gel cylindrical extruder, gas is sent into the outer cylinder (50) by the air compressor, and the pressure inside the outer cylinder (50) is gradually increased to change the atmospheric pressure. By pushing the cap member (72) of the silica gel container (70), the silica gel is discharged from the extruded tube (51).

しかしながら、実際には、前記キャップ部材(72)とシリカゲル容器(70)との間には微小な隙間があるため、高圧ガスが該隙間を介してシリカゲル容器(70)の内部に侵入し、キャップ部材(72)に密接していたシリカゲルが、該キャップ部材(72)から離間し、キャップ部材(72)の近傍に大きさが異なる気泡が形成される。
このような状態になると、キャップ部材(72)がノズル(71)の近傍まで押された時、該気泡の内部のガスがシリカゲルと混ざり合ってしまうことから、共に押出管(51)から押出されると、残りのシリカゲルがスムーズに押出されないだけでなく、押出されたシリカゲルに気泡が含まれていて、その気泡が破裂してシリカゲルが噴出する恐れもあるので、シリカゲルの塗布品質に悪影響を及ぼしてしまう。
However, actually, since there is a minute gap between the cap member (72) and the silica gel container (70), the high pressure gas enters the inside of the silica gel container (70) through the gap, and the cap The silica gel that is in close contact with the member (72) is separated from the cap member (72), and bubbles of different sizes are formed in the vicinity of the cap member (72).
In such a state, when the cap member (72) is pushed to the vicinity of the nozzle (71), the gas inside the bubbles is mixed with the silica gel, so both are extruded from the extrusion tube (51). In this case, not only the remaining silica gel is not extruded smoothly, but also the extruded silica gel contains bubbles, which may burst and the silica gel may be ejected. End up.

本考案は、従来のシリカゲル用筒型押出器の問題点を改善し、その内部のシリカゲルをすべて確実に押出し、シリカゲルを押出す際に発生し得る噴出の現象を防止できるシリカゲル用筒型押出器を提供することを目的としている。   The present invention improves the problems of the conventional silica gel cylindrical extruder, and can reliably extrude all of the silica gel inside the silica gel cylindrical extruder to prevent the phenomenon of jetting that may occur when the silica gel is extruded. The purpose is to provide.

本願の第1考案は、外筒(10)と、蓋部材(20)と、シリカゲル容器(30)と、シリンダー(40)とを有し、該外筒(10)は、密封された筒状体を呈し、その一端に、外筒(10)の内部に連通する押出管(11)が穿設されると共に、他端に外筒(10)の内部に連通してエアーコンプレッサーが接続されるガス注入管(21)を有する蓋部材(20)が設けられ、
前記シリカゲル容器(30)は、外筒(10)の内部に固定されるように設置され、その内部にシリカゲルが充填され、一側に、前記押出管(11)を嵌め込んでその内部に連通させるための中空管状のノズル(31)が設けられると共に、他側の内縁に、シリカゲルを押圧するためのキャップ部材(32)が摺動可能に設けられ、
前記シリンダー(40)は、進退可能であり、封止手段を介して前記蓋部材(20)に穿設されると共に、その一側に前記シリカゲル容器(30)のキャップ部材(32)に当接する押圧棒(41)が設けられることを特徴とするシリカゲル用筒型押出器を提供するものであり、
本願の第2考案は、前記押出管(11)の前記ノズル(31)の内部に位置する外周面に環状溝(110)が形成され、該環状溝(110)に、前記ノズル(31)の内壁面に密接させ、弾力性を有するシールリング(111)が設置されることを特徴とする前記第1考案に記載のシリカゲル用筒型押出器を提供するものであり、
本願の第3考案は、前記蓋部材(20)に、更に外筒(10)の内部に連通する軸孔(22)が形成され、該軸孔(22)に前記シリンダー(40)の押圧棒(41)が穿設されることを特徴とする前記第1考案に記載のシリカゲル用筒型押出器を提供するものであり、
本願の第4考案は、前記押出管(11)は、前記外筒(10)の端面の中央部に穿設されると共に、前記蓋部材(20)の軸孔(22)は、該蓋部材(20)の中央に形成されることを特徴とする前記第3考案に記載のシリカゲル用筒型押出器を提供するものであり、
本願の第5考案は、前記シリンダー(40)の押圧棒(41)の外周面は、封止手段として前記蓋部材(20)の軸孔(22)の内周面に密接していることを特徴とする前記第1、2、3、または4考案に記載のシリカゲル用筒型押出器を提供するものである。
The first device of the present application includes an outer cylinder (10), a lid member (20), a silica gel container (30), and a cylinder (40), and the outer cylinder (10) is a sealed cylindrical shape. The extruded tube (11) communicating with the inside of the outer cylinder (10) is formed at one end of the body, and the air compressor is connected to the other end of the tube (10). A lid member (20) having a gas injection pipe (21) is provided;
The silica gel container (30) is installed so as to be fixed inside the outer cylinder (10). The silica gel container is filled with silica gel, and the extruded tube (11) is fitted on one side to communicate with the inside. A hollow tubular nozzle (31) is provided, and a cap member (32) for pressing silica gel is slidably provided on the inner edge of the other side,
The cylinder (40) can be advanced and retracted, is pierced in the lid member (20) through a sealing means, and abuts the cap member (32) of the silica gel container (30) on one side thereof. A cylindrical extruder for silica gel, characterized in that a pressing rod (41) is provided,
According to a second device of the present application, an annular groove (110) is formed on an outer peripheral surface located inside the nozzle (31) of the extruded tube (11), and the annular groove (110) includes the nozzle (31). The silica gel cylindrical extruder according to the first aspect, characterized in that an elastic seal ring (111) is installed in close contact with the inner wall surface,
In the third device of the present application, a shaft hole (22) communicating with the inside of the outer cylinder (10) is further formed in the lid member (20), and a pressing rod for the cylinder (40) is formed in the shaft hole (22). (41) is provided to provide a cylindrical extruder for silica gel as set forth in the first invention,
According to a fourth device of the present application, the extruded tube (11) is formed in a central portion of an end surface of the outer cylinder (10), and the shaft hole (22) of the lid member (20) (20) providing a cylindrical extruder for silica gel according to the third device, characterized in that it is formed in the center of
The fifth device of the present application is that the outer peripheral surface of the pressing rod (41) of the cylinder (40) is in close contact with the inner peripheral surface of the shaft hole (22) of the lid member (20) as a sealing means. The present invention provides the cylindrical extruder for silica gel according to the first, second, third, or fourth device.

本考案が提供するシリカゲル用筒型押出器によれば、シリカゲル容器のキャップ部材は、高圧ガスによって押されてシリカゲルを押出すと共に、押圧棒によってキャップ部材が直接に力を受けることから、前記キャップ部材とシリカゲルとを常に密接した状態にすることができるので、ガスのシリカゲル容器内への侵入を防止できる。故に、本考案を用いれば、気泡の発生を防ぎ、シリカゲルをすべて確実に押出すことができ、更には噴出の現象も防止することができる。   According to the cylindrical extruder for silica gel provided by the present invention, the cap member of the silica gel container is pushed by the high-pressure gas to extrude the silica gel, and the cap member is directly subjected to force by the pressing rod. Since the member and the silica gel can always be kept in close contact with each other, gas can be prevented from entering the silica gel container. Therefore, if this invention is used, generation | occurrence | production of a bubble can be prevented, all silica gel can be extruded reliably, and also the phenomenon of ejection can be prevented.

以下、添付図面を参照して本考案の好適な実施の形態を詳細に説明する。
尚、下記実施例は、本考案の好適な実施の形態を示したものにすぎず、本考案の技術的範囲は、下記実施例そのものに何ら限定されるものではない。
Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings.
In addition, the following Example is only what showed the preferred embodiment of this invention, and the technical scope of this invention is not limited to the following Example itself at all.

図1は本考案に係るシリカゲル用筒型押出器の側面断面図であり、図2は本考案に係るシリカゲル用筒型押出器の背面断面図であり、図3は本考案に係るシリカゲル用筒型押出器の使用状態を示す側面断面図である。   FIG. 1 is a side sectional view of a silica gel cylindrical extruder according to the present invention, FIG. 2 is a rear sectional view of the silica gel cylindrical extruder according to the present invention, and FIG. 3 is a silica gel cylinder according to the present invention. It is side surface sectional drawing which shows the use condition of a type | mold extruder.

本考案に係るシリカゲル用型押出器は、外筒(10)と、蓋部材(20)と、シリカゲル容器(30)とを含む。
該外筒(10)は、密封された筒状体を呈し、その一側中央部に、外筒(10)の内部に連通する押出管(11)が穿設されると共に、他側に、開口(12)が形成されている。
また、該シリカゲル容器(30)の一側に設けられるノズル(31)の内部に位置する押出管(11)の、シリカゲル側の外周面には環状溝(110)が形成され、該環状溝(110)に、密閉状態を保持してシリカゲルの漏出を防ぎ、弾力性を有するシールリング(111)が設置されている。
The silica gel mold extruder according to the present invention includes an outer cylinder (10), a lid member (20), and a silica gel container (30).
The outer cylinder (10) presents a sealed cylindrical body, and an extrusion tube (11) communicating with the inside of the outer cylinder (10) is drilled in the central part on one side, and on the other side, An opening (12) is formed.
An annular groove (110) is formed on the silica gel side outer peripheral surface of the extruded tube (11) located inside the nozzle (31) provided on one side of the silica gel container (30). 110), an elastic seal ring (111) is installed which keeps the sealed state to prevent the silica gel from leaking out.

前記蓋部材(20)は、外筒(10)の開口(12)に被装されると共に、ガス注入管(21)を有し、中央部に軸孔(22)が穿孔されている。
また、前記ガス注入管(21)と軸孔(22)は共に外筒(10)の内部に連通し、そのうちガス注入管(21)にエアーコンプレッサー(図示せず)が接続される。
The lid member (20) is mounted on the opening (12) of the outer cylinder (10), has a gas injection pipe (21), and has a shaft hole (22) drilled in the center.
The gas injection pipe (21) and the shaft hole (22) both communicate with the inside of the outer cylinder (10), and an air compressor (not shown) is connected to the gas injection pipe (21).

前記シリカゲル容器(30)は、外筒(10)の内部に固定されるように設置され、その内部にシリカゲルが充填され、一側に管状のノズル(31)が設けられている。
更に、前記押出管(11)の前記ノズル(31)の内部に位置する外周面に環状溝(110)が形成され、該環状溝(110)に、前記ノズル(31)の内壁面を密接させ、密閉状態を保持して隙間からのシリカゲルの漏出を防ぎ、弾力性を有するシールリング(111)が設置される。
また、シリカゲル容器(30)の他側内縁に内壁面に沿って摺動可能なキャップ部材(32)が設けられる。
該キャップ部材(32)は、シリカゲル容器(30)の内部を封止すると共に、シリカゲルを押圧する役目を有している。
The silica gel container (30) is installed so as to be fixed inside the outer cylinder (10), the inside thereof is filled with silica gel, and a tubular nozzle (31) is provided on one side.
Furthermore, an annular groove (110) is formed on the outer peripheral surface located inside the nozzle (31) of the extruded tube (11), and the inner wall surface of the nozzle (31) is brought into close contact with the annular groove (110). The sealing ring (111) having elasticity is installed by keeping the sealed state to prevent the silica gel from leaking through the gap.
Moreover, the cap member (32) which can slide along an inner wall surface is provided in the other side inner edge of a silica gel container (30).
The cap member (32) serves to seal the inside of the silica gel container (30) and press the silica gel.

前記シリンダー(40)は、封止手段を介して前記蓋部材(20)に穿設されると共に、その一側に前記シリカゲル容器(30)のキャップ部材(32)の中央部に当接する進退可能な押圧棒(41)が設けられる。
尚、前記封止手段は、例えば、シリンダー(40)の一側に設けられる押圧棒(41)の外周面を、蓋部材(20)の軸孔(22)の内周面に密接させるようにしてもよい。
The cylinder (40) is pierced in the lid member (20) through a sealing means, and can advance and retreat in contact with the central portion of the cap member (32) of the silica gel container (30) on one side thereof. A pressing bar (41) is provided.
The sealing means may, for example, bring the outer peripheral surface of the pressing rod (41) provided on one side of the cylinder (40) into close contact with the inner peripheral surface of the shaft hole (22) of the lid member (20). May be.

図3に示すように、本考案のシリカゲル用型押出器を使用する時は、エアーコンプレッサーによりガス注入管(21)から外筒(10)内にガスを送り、該外筒(10)の内部の気圧を徐々に上昇させて気圧を変化させることにより、シリカゲル容器(30)内のキャップ部材(32)を押し込み、これによってシリカゲルをシリカゲル容器(30)から吐出させる。   As shown in FIG. 3, when using the silica gel mold extruder of the present invention, gas is sent from the gas injection pipe (21) into the outer cylinder (10) by an air compressor, and the inside of the outer cylinder (10). The cap member (32) in the silica gel container (30) is pushed in by gradually increasing the atmospheric pressure of the silica gel container, thereby discharging the silica gel from the silica gel container (30).

この時、押圧棒(41)は、シリンダー(40)の作動に伴なって所定の速さで前進し、シリカゲル容器(30)のキャップ部材(32)の一側に当接して、該キャップ部材(32)を押し込んでいる。   At this time, the pressing rod (41) advances at a predetermined speed with the operation of the cylinder (40), abuts against one side of the cap member (32) of the silica gel container (30), and the cap member (32) is pushed in.

また、前記のように一般的に高圧ガスを用いると、、キャップ部材(32)とシリカゲル容器(30)との隙間からシリカゲル容器(30)の内部に高圧ガスが侵入し、これにより、キャップ部材(32)に密接していたシリカゲルを離間させ、該キャップ部材(32)の近傍に大きさの異なる気泡が形成してしまう。
しかしながら、本考案によれば、キャップ部材(32)を用いるので、押圧棒(41)よりの押圧力によって、シリカゲルを押し出すだけでなく、シリカゲル容器(30)内に侵入したガスを圧迫することにより、キャップ部材(32)とシリカゲルとを常に密接状態に保つことができることから、ガスがシリカゲル容器(30)内へ進入することによる気泡の発生を防止できるので、シリカゲルをすべて確実に押出し、噴出現象も防止できる。
Further, when high pressure gas is generally used as described above, high pressure gas enters the inside of the silica gel container (30) from the gap between the cap member (32) and the silica gel container (30), and thereby the cap member The silica gel that is in close contact with (32) is separated, and bubbles of different sizes are formed in the vicinity of the cap member (32).
However, according to the present invention, since the cap member (32) is used, not only the silica gel is pushed out by the pressing force from the pressing rod (41) but also the gas that has entered the silica gel container (30) is pressed. Since the cap member (32) and the silica gel can always be kept in close contact with each other, it is possible to prevent the generation of bubbles due to gas entering the silica gel container (30). Can also be prevented.

本考案に係るシリカゲル用筒型押出器の側面断面図である。It is side surface sectional drawing of the cylindrical extruder for silica gel concerning this invention. 本考案に係るシリカゲル用筒型押出器の背面断面図である。It is a back sectional view of the cylindrical extruder for silica gel concerning the present invention. 本考案に係るシリカゲル用筒型押出器の使用状態を示す側面断面図である。It is side surface sectional drawing which shows the use condition of the cylindrical extruder for silica gel concerning this invention. 従来のシリカゲル用筒型押出器の側面断面図である。It is side surface sectional drawing of the conventional cylindrical extruder for silica gels.

符号の説明Explanation of symbols

10 外筒
11 押出管
110 環状溝
111 シールリング
12 開口
20 蓋部材
21 ガス注入管
22 軸孔
30 シリカゲル容器
31 ノズル
32 キャップ部材
40 シリンダー
41 押圧棒
50 外筒
51 押出管
60 蓋部材
61 ガス注入管
70 シリカゲル容器
71 ノズル
72 キャップ部材
10 outer cylinder 11 extruded tube 110 annular groove 111 seal ring 12 opening 20 lid member 21 gas injection tube 22 shaft hole 30 silica gel container 31 nozzle 32 cap member 40 cylinder 41 pressing rod 50 outer cylinder 51 extrusion tube 60 lid member 61 gas injection tube 70 Silica gel container 71 Nozzle 72 Cap member

Claims (5)

密封された筒状体を呈し、その一側に、内部に連通する押出管(11)が穿設される外筒(10)と、
前記外筒(10)の他側に設置され、エアーコンプレッサーが接続されると共に前記外筒(10)の内部に連通するガス注入管(21)を備える蓋部材(20)と、
前記外筒(10)の内部に固定されるように設置され、その内部にシリカゲルが充填され、一側に、前記押出管(11)を嵌め込んでその内部に連通させるための中空管状のノズル(31)が設けられると共に、他側の内縁に、シリカゲルを押圧するためのキャップ部材(32)が摺動可能に設けられるシリカゲル容器(30)と、
封止手段を介して前記蓋部材(20)に進退可能に穿設されると共に、その一側に前記シリカゲル容器(30)のキャップ部材(32)に当接する押圧棒(41)が設けられるシリンダー(40)とを有することを特徴とするシリカゲル用筒型押出器。
An outer cylinder (10) that presents a sealed cylindrical body, on one side of which an extruded pipe (11) communicating with the inside is formed;
A lid member (20) provided on the other side of the outer cylinder (10), connected to an air compressor and provided with a gas injection pipe (21) communicating with the inside of the outer cylinder (10);
A hollow tubular nozzle that is installed so as to be fixed inside the outer cylinder (10), is filled with silica gel, and is fitted with the extruded pipe (11) on one side to communicate with the inside. (31) and a silica gel container (30) in which a cap member (32) for pressing silica gel is slidably provided on the inner edge of the other side;
A cylinder that is pierced in the lid member (20) through a sealing means so as to be able to advance and retreat, and is provided with a pressing rod (41) that abuts against the cap member (32) of the silica gel container (30) on one side thereof. (40) and a silica gel cylindrical extruder.
前記押出管(11)の前記ノズル(31)の内部に位置する外周面に環状溝(110)が形成され、該環状溝(110)に、前記ノズル(31)の内壁面を密接させ、弾力性を有するシールリング(111)が設置されることを特徴とする請求項1に記載のシリカゲル用筒型押出器。   An annular groove (110) is formed on the outer peripheral surface located inside the nozzle (31) of the extruded tube (11), and the inner wall surface of the nozzle (31) is brought into close contact with the annular groove (110) to provide elasticity. The cylindrical extruder for silica gel according to claim 1, wherein a sealing ring (111) having a property is installed. 前記蓋部材(20)に、更に外筒(10)の内部に連通する軸孔(22)が形成され、該軸孔(22)に前記シリンダー(40)の押圧棒(41)が穿設されることを特徴とする請求項1に記載のシリカゲル用筒型押出器。   A shaft hole (22) communicating with the inside of the outer cylinder (10) is further formed in the lid member (20), and a pressing rod (41) of the cylinder (40) is formed in the shaft hole (22). The cylindrical extruder for silica gel according to claim 1. 前記押出管(11)は、前記外筒(10)の端面の中央部に穿設されると共に、前記蓋部材(20)の軸孔(22)は、該蓋部材(20)の中央に形成されることを特徴とする請求項3に記載のシリカゲル用筒型押出器。   The extruded tube (11) is drilled in the center of the end surface of the outer cylinder (10), and the shaft hole (22) of the lid member (20) is formed in the center of the lid member (20). The cylindrical extruder for silica gel according to claim 3, wherein: 前記シリンダー(40)の押圧棒(41)の外周面は、封止手段として前記蓋部材(20)の軸孔(22)の内周面に密接していることを特徴とする請求項1、2、3、または4に記載のシリカゲル用筒型押出器。   The outer peripheral surface of the pressing rod (41) of the cylinder (40) is in close contact with the inner peripheral surface of the shaft hole (22) of the lid member (20) as a sealing means. The cylindrical extruder for silica gel according to 2, 3, or 4.
JP2008000044U 2008-01-09 2008-01-09 Cylindrical extruder for silica gel Expired - Fee Related JP3141275U (en)

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Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JP2011524796A (en) * 2008-05-06 2011-09-08 グラコ ミネソタ インコーポレーテッド Cleaning liquid cartridge
JP2020044473A (en) * 2018-09-17 2020-03-26 エース技研株式会社 Cartridge discharge device and stopper structure

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JP2011524796A (en) * 2008-05-06 2011-09-08 グラコ ミネソタ インコーポレーテッド Cleaning liquid cartridge
JP2020044473A (en) * 2018-09-17 2020-03-26 エース技研株式会社 Cartridge discharge device and stopper structure

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