JPS5823874A - Vacuum deaerating press - Google Patents

Vacuum deaerating press

Info

Publication number
JPS5823874A
JPS5823874A JP12155481A JP12155481A JPS5823874A JP S5823874 A JPS5823874 A JP S5823874A JP 12155481 A JP12155481 A JP 12155481A JP 12155481 A JP12155481 A JP 12155481A JP S5823874 A JPS5823874 A JP S5823874A
Authority
JP
Japan
Prior art keywords
caulking
caulking material
small holes
vacuum
piston
Prior art date
Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
Pending
Application number
JP12155481A
Other languages
Japanese (ja)
Inventor
Sadao Saito
斉藤　貞雄
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
Individual
Original Assignee
Individual
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by Individual filed Critical Individual
Priority to JP12155481A priority Critical patent/JPS5823874A/en
Publication of JPS5823874A publication Critical patent/JPS5823874A/en
Pending legal-status Critical Current

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Abstract

PURPOSE:The titled press, havingmany small holes in the can bottom for containing caulking material for bubbling, capable of generating the sucking force in a deaerating tank by a vacuum pump, and completely removing the air bubbles by squeezing out the caulking material with a piston. CONSTITUTION:Many small holes are provided in the caulking can bottom 9 containing a caulking material 19 having generated air bubbles, and then introduced into a deaerating tank 1 and sealed. A vacuum pump 10 is started, and a piston 3 joined to the center air cylinder 2 is lowered by an air selector valve 6, and a caulking material 19 in the caulking can 9 is totally squeezed out of the small holes into narrow and long forms and dropped to a culking bag 18. Thus, the vacuum deaerating pressing is carried out.

Description

【発明の詳細な説明】 建造物の外延゛シの隙間から、雨水や、はこり等の侵入
を防ぐため、必ずコーキング材を塗り込んでいる。[Detailed Description of the Invention] Caulking material is always applied to prevent rainwater, debris, etc. from entering through gaps in the outer walls of buildings.

オしては１時代が進むにつれて、高層建”築や。As the era progressed, high-rise buildings were built.

変らた建物が建てられ又は、建築仕様が変化している現
状である。Currently, unusual buildings are being built or architectural specifications are changing.

それで、コーキング材も非常に高度な技術と材料の品質
向上が必要となってくる。Therefore, caulking materials also require extremely advanced technology and improved material quality.

本発明はとのコーキング材の品質向上を計るために工夫
されたものである。The present invention has been devised to improve the quality of caulking materials.

コーキング材は、主として元となる主剤に。Caulking material is mainly used as the base ingredient.

コーキング材が硬花するに必要な硬化剤郷を。A hardening agent is necessary to harden the caulking material.

現場若しくは、塗シ込む直前に９割合を加減し乍ら混合
して作るものであ、るが、主剤と硬化剤等を混合すると
きかなりの時間をかけて、へら又は混合機を使って混合
するため、どうしてもコーキング材の中に多くの気泡が
発生してしまうものである。It is made on-site or just before coating by adjusting and mixing the 9 parts.However, when mixing the main ingredient and hardening agent, it takes a considerable amount of time to mix using a spatula or a mixer. As a result, many air bubbles inevitably form in the caulking material.

コーキング材は、非常に粘度の高いものなので、一度気
泡が発生してしまうと１時間がたっても気泡は消えなく
、そのまま硬化してしまい気泡のあとが穴となりてしま
い、水分の侵入を容易にしまっている現状である。Caulking material has a very high viscosity, so once bubbles form, they will not disappear even after an hour, and will continue to harden, leaving holes behind the bubbles, making it easy for moisture to enter. The current situation is that it is closed.

本発明は、この気泡を完全に取除く事の出来るもので、
現在実際に使りているが、か々）の効果があがり、益々
利用価値艇上がるものである０ 本発明の、°真空脱泡プレスの構造及び用途を順次説明
する。The present invention can completely remove these bubbles.
The structure and application of the vacuum defoaming press of the present invention will be explained in sequence, as it is currently in actual use, and has been shown to be more effective and more useful.

本体である脱泡槽（１）は約５に４／ｃＩＩＩの圧力に
耐見られる鉄製で作られ、気密を保ち、気密扉を開閉し
て作業を行う。なお９作業安全のため安全弁■が設置さ
れている。センターエヤーシリンダー（２）は、コーキ
ング材をしぼり出すもので。The degassing tank (1), which is the main body, is made of iron that can withstand pressures of about 5 to 4/cIII, and is kept airtight, and work is done by opening and closing the airtight door. 9.A safety valve■ has been installed for work safety. The center air cylinder (2) squeezes out the caulking material.

ピストン（３）が、連結されている。ピストン（３）は
ピストンの径よりやや大きいパツキンが入りていて、コ
ーキング材を残らずしぼり出す役目をする。サイドエヤ
ーシリンダー（４）は、脱泡槽の両側に設置されていて
、気泡の取除けられたコーキング材を入れる。コーキン
グ袋員を支えるため、ツメ（５）が付けられている。（
６）　（７）はエヤ一方向切換弁でそれぞれセンターエ
ヤーシリンダー（２）とサイドエヤーシリンダー（４）
を作動させる又途中配管ＵＫ絞シ弁を設は各シリンダー
の速度の調整を行う。A piston (3) is connected. The piston (3) contains a gasket that is slightly larger than the diameter of the piston, and its role is to squeeze out all the caulking material. Side air cylinders (4) are installed on both sides of the defoaming tank, and contain the caulking material from which air bubbles have been removed. A claw (5) is attached to support the caulking bag member. (
6) (7) is an air one-way switching valve, which connects the center air cylinder (2) and side air cylinder (4) respectively.
In addition, a UK throttle valve is installed in the intermediate piping to adjust the speed of each cylinder.

７ランジ（８）は、コーキング袋（至）を押える役目と
コーキング缶（９）を、中央に位置決めするように作ら
れていて、脱泡槽内部とコーキング袋を通気させる穴が
２個あけられている。The 7 lunge (8) is designed to hold down the caulking bag (to) and to position the caulking can (9) in the center, and has two holes for ventilation between the inside of the defoaming tank and the caulking bag. ing.

コーキング缶（９）は、底部に、いくつかの小穴をあけ
る。Make some small holes in the bottom of the caulking can (9).

真空ポンプａＱは、脱泡槽の中を真空力・吸引力を生じ
させるもので、脱泡槽の大きさにより。The vacuum pump aQ generates vacuum and suction power inside the defoaming tank, depending on the size of the defoaming tank.

力量が異るが、大体に、縦６０ｅｆｌＩ横６０ｃｍ高さ
１００関の脱泡槽に対し、約１に＃／−の力量で良く、
真空ポンプ配管ＤＩにて、脱泡槽内に接続されている。Although the strength varies, in general, a strength of about 1 to #/- is sufficient for a defoaming tank with a length of 60 cm, a width of 60 cm, and a height of 100 cm.
It is connected to the inside of the degassing tank via vacuum pump piping DI.

コンプレッサー（２）は、センターエヤーシリンダー（
２）とサイドエヤーシリンダー（４）の作動用のエヤー
圧を作るもので最大６Ｋｆ／ａｉの圧力が得られる亀の
で、配管Ａ（２）よりマニホールドα◆を介して、配管
Ｂ（至）ａ・でエヤ一方向切換弁（６）（７）を通シ配
管Ｂ（ト）（２）で各シリンダーに結ばれている。The compressor (2) has a center air cylinder (
2) and the air pressure for operating the side air cylinder (4), which can obtain a maximum pressure of 6 Kf/ai, from pipe A (2) through manifold α◆, to pipe B (to) a.・It passes through the air one-way switching valves (6) and (7) and is connected to each cylinder with piping B (g) (2).

（ロ）は通気パルプで真空圧の除去に使ＪｆＬする０な
お、真空ポンプ及コンプレッサーは、構造上安全弁が装
着されている。（ロ）杜主剤と硬化剤等を混合したコー
キング材である。(b) is aeration pulp used to remove vacuum pressure. Furthermore, the vacuum pump and compressor are structurally equipped with a safety valve. (b) It is a caulking material that is a mixture of a mortar agent, a hardening agent, etc.

操作方法は、コーキング袋（至）を７ランジ（８）にて
押え下に吊し、コーキング材の入った。コーキング缶（
９）を中央に位置決めして置き、気密扉をしめ、真空ポ
ンプ（至）を始動させ、エヤー切換弁（６）Ｋて、ピス
トン（３）を降下させ、−３−キング缶の中のコーキン
グ材を、全部しぼシ出す。その時コーキング缶の底にい
くつかの小穴があけられているため、コーキング材は、
第２図に示すように、細く、長いものとなり、コーキン
グ袋の中に落下する。コーキング材を細くすると気泡の
除去は容易となる。The method of operation was to hang the caulking bag (to) under the presser foot with the 7 lunges (8), and then fill it with caulking material. Caulking can (
9) in the center, close the airtight door, start the vacuum pump (to), lower the air selector valve (6), lower the piston (3), and -3- clean the caulking inside the King can. Scrape out all the wood. At that time, several small holes were made in the bottom of the caulking can, so the caulking material
As shown in Figure 2, it becomes thin and long and falls into the caulking bag. The thinner the caulking material, the easier it is to remove air bubbles.

じぼ如出し終えたら、センターエヤーシリンダー（２）
をエヤ一方向切換弁（６）にて上昇させ、サイドエヤー
シリンダー（４）をエヤ一方向切換弁（７）Ｋて前進さ
せて、コーキング袋を支える。そして、＠の通気パルプ
を開いて、圧を抜き、気密扉を開いて、再びエヤ一方向
切換弁によりサイドエヤーシリンダー（４）を後退させ
て、コーキング袋を取出す。After finishing Jibonyodashi, remove the center air cylinder (2)
is raised using the air one-way switching valve (6), and the side air cylinder (4) is advanced using the air one-way switching valve (7) to support the caulking bag. Then, open the ventilation pulp at @, release the pressure, open the airtight door, move the side air cylinder (4) back again using the air one-way switching valve, and take out the caulking bag.

以上で気泡が完全に除去されたコーキング材が作られる
ものである。With the above steps, a caulking material from which air bubbles have been completely removed is produced.

なお、真空脱泡プレスは、運搬も可能である。Note that the vacuum defoaming press can also be transported.

【図面の簡単な説明】[Brief explanation of the drawing]

第１図は真空脱泡プレスの全体図で中の仕様が解シ易く
する丸め、　（１）　（２）（４）　（８）（９）が断
面図となりている。 第２図紘、コーキング材がしぼシ出た所を示す図である
。 （１）・・・脱泡４１　　　（２）・・・センターエヤ
ーシリンダ（３）・・・ピストン　　　− （４）・・・サイドエヤーシリンダー　　（５）・・・
ツメ（６）　（７）・・・エヤ一方向切換弁　　（帳・
・７ランジ（９）・・・コーキング缶　　（至）・・・
真空ポンプα力・・・真空ポンプ配管　　（２）・・・
コンプレッサー（至）・・・配管Ａ　　（ロ）・・・マ
ニホールド（２）（２）・・・配管Ｂ　　＠・・・通気
パルプ■・・・コーキング袋　　（２）・・・コーキン
グ材曽・・・安全弁　　に）・・・絞シ弁 特許出願人　　斉　藤　貞　雄Figure 1 is an overall view of the vacuum degassing press, with the specifications inside rounded to make it easier to understand, and (1), (2), (4), (8), and (9) being cross-sectional views. Figure 2 is a diagram showing the place where the caulking material has shrunk. (1)...Defoaming 41 (2)...Center air cylinder (3)...Piston - (4)...Side air cylinder (5)...
Claws (6) (7)...Air one-way switching valve (book/
・7 lunges (9)...caulking can (to)...
Vacuum pump α force...Vacuum pump piping (2)...
Compressor (to)...Piping A (B)...Manifold (2) (2)...Piping B @...Venteration pulp■...Caulking bag (2)...Caulking material...・Safety valve)...Squeezing valve patent applicant Sadao Saito

Claims (1)

【特許請求の範囲】[Claims] 気泡の発生したコーキング材等の入った缶の底にいくつ
かの小穴を明け、それを脱泡槽の中に入れ、密閉して真
空ポンプにて脱泡槽の中を真空カー吸引力を生じさせ、
ピストンにてコーキング材等を容器の底のいくつかの小
穴より細く、長く、シぼり出し気泡の除去を目的とした
真空脱泡プレス。Make some small holes in the bottom of a can containing caulking material with bubbles, place it in a degassing tank, seal it, and use a vacuum pump to create a vacuum car suction force inside the defoaming tank. let me,
A vacuum defoaming press that uses a piston to squeeze out caulking material, etc., into a thinner, longer piece than some small holes at the bottom of the container, and to remove air bubbles.
JP12155481A 1981-08-03 1981-08-03 Vacuum deaerating press Pending JPS5823874A (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
JP12155481A JPS5823874A (en) 1981-08-03 1981-08-03 Vacuum deaerating press

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
JP12155481A JPS5823874A (en) 1981-08-03 1981-08-03 Vacuum deaerating press

Publications (1)

Publication Number Publication Date
JPS5823874A true JPS5823874A (en) 1983-02-12

Family

ID=14814111

Family Applications (1)

Application Number Title Priority Date Filing Date
JP12155481A Pending JPS5823874A (en) 1981-08-03 1981-08-03 Vacuum deaerating press

Country Status (1)

Country Link
JP (1) JPS5823874A (en)

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JP2008137775A (en) * 2006-12-01 2008-06-19 Mitsubishi Electric Corp Cage of elevator with trunk

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JP2008137775A (en) * 2006-12-01 2008-06-19 Mitsubishi Electric Corp Cage of elevator with trunk

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