JPS632123Y2 - - Google Patents

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Publication number
JPS632123Y2
JPS632123Y2 JP17275980U JP17275980U JPS632123Y2 JP S632123 Y2 JPS632123 Y2 JP S632123Y2 JP 17275980 U JP17275980 U JP 17275980U JP 17275980 U JP17275980 U JP 17275980U JP S632123 Y2 JPS632123 Y2 JP S632123Y2
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JP
Japan
Prior art keywords
cylinder
short
spray liquid
short cylindrical
base
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.)
Expired
Application number
JP17275980U
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Japanese (ja)
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JPS5795260U (en
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Filing date
Publication date
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Priority to JP17275980U priority Critical patent/JPS632123Y2/ja
Publication of JPS5795260U publication Critical patent/JPS5795260U/ja
Application granted granted Critical
Publication of JPS632123Y2 publication Critical patent/JPS632123Y2/ja
Expired legal-status Critical Current

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Description

【考案の詳細な説明】 〔産業上の利用分野〕 この考案は、プラスチツク製の加圧ポンプのシ
リンダをシリンダの基部に設けた拡大径部におい
てプラスチツク製の噴霧液容器に着脱可能に螺着
するようにした形式の比較的容量の大きい農業用
或いは園芸用等に用いる携帯式の蓄圧式噴霧器の
改良に係る。
[Detailed description of the invention] [Industrial application field] This invention is a plastic pressurizing pump cylinder that is removably screwed onto a plastic spray liquid container at the enlarged diameter section provided at the base of the cylinder. The present invention relates to an improvement of a portable pressure accumulating sprayer of the above type, which has a relatively large capacity and is used for agricultural or horticultural purposes.

〔従来の技術〕[Conventional technology]

上記形式の蓄圧式噴霧器の従来例としては本出
願人の出願に係る実開昭53−40512号公報に示さ
れたものも従来品の欠点を持つた代表例の一つで
ある。
As a conventional example of the pressure accumulating type sprayer of the above type, the one disclosed in Japanese Utility Model Application Publication No. 53-40512 filed by the present applicant is also one of the representative examples which has drawbacks of conventional products.

これ等従来品においては、噴霧液容器に対し噴
霧液を補充するための専用の注入口が設けられて
おらず、そのため噴霧液を補充する場合には加圧
ポンプのシリンダを噴霧液容器から取りはずし噴
霧液容器の上方開口から噴霧液を補充した後再び
前記シリンダの基部を噴霧液容器にねじ込んでい
た。
These conventional products do not have a dedicated injection port for refilling the spray liquid into the spray liquid container, so when refilling the spray liquid, the cylinder of the pressure pump must be removed from the spray liquid container. After replenishing the spray liquid from the upper opening of the spray liquid container, the base of the cylinder was again screwed into the spray liquid container.

そもそも、この種形式の噴霧器において加圧シ
リンダと噴霧液容器とがねじで結合されているの
は、シリンダは射出成形により容器はブロー成形
によりそれぞれ別々に製作する工作手段を採用し
ていることに原因があり、蓄圧式噴霧器として一
度結合されたシリンダと容器とは容器内の清掃等
特別の場合を除き噴霧器として、常に確実に気
密、水密を保持すべき上からみだりに結合を解か
れるべきではないのである。また、容器とシリン
ダとのねじによる結合部分も頻繁にゆるめたり締
め付けたりすることを考慮してないから操作が非
常に困難で不便である。即ち、シリンダ基部の拡
大径部はその径が大き過ぎ、またシリンダの径は
その径が小さ過ぎて、大きな容器を固定した状態
でシリンダ側に所要大きさの捻回力を与えること
は極めて困難である。
In the first place, the reason why the pressure cylinder and the spray liquid container are connected with screws in this type of sprayer is that the cylinder is manufactured separately by injection molding and the container by blow molding. Due to this, once the cylinder and container are connected as a pressure-accumulating atomizer, they should always be kept airtight and watertight as an atomizer, except in special cases such as cleaning the inside of the container. It is. Further, since the threaded connection between the container and the cylinder does not take into account frequent loosening and tightening, operation is extremely difficult and inconvenient. In other words, the diameter of the enlarged diameter portion at the base of the cylinder is too large, and the diameter of the cylinder is too small, making it extremely difficult to apply the required amount of twisting force to the cylinder side while a large container is fixed. be.

さらに噴霧液を補充する都度頻繁にねじ部をゆ
るめたり締め付けたりすることはねじ部を摩損さ
せる原因となり噴霧器の機能を永く維持すること
ができない。
Furthermore, frequently loosening or tightening the threaded portion every time the spray liquid is replenished causes wear and tear on the threaded portion, making it impossible to maintain the function of the sprayer for a long time.

さらにまた、従来品においては、噴霧液を噴霧
ノズルに導くための導液管を挿通保持するための
短筒部、安全弁を設備するための短筒部等はすべ
てプラスチツク製の噴霧液容器の適宜位置に設け
られているがこれ等の各短筒部を噴霧液容器に構
成するため、先ず噴霧液容器の適所に穿孔した上
穿孔部の外側に短筒部を接着手段により植立固定
していた。このような工作手段は極めて非能率的
であり、且つ接着手段は強度的にも好ましくなく
短筒部が剥離したりしてその結果噴霧液の漏洩す
る原因ともなつていた。
Furthermore, in conventional products, the short cylindrical part for inserting and holding the liquid guiding pipe for guiding the spray liquid to the spray nozzle, the short cylindrical part for installing the safety valve, etc. are all made of plastic as appropriate for the spray liquid container. In order to construct each of these short cylindrical parts into a spray liquid container, first, the short cylindrical parts are planted and fixed by adhesive means on the outside of the upper perforation part which is bored in the appropriate position of the spray liquid container. Ta. Such a working means is extremely inefficient, and the adhesive means is not favorable in terms of strength, and the short tube portion may peel off, resulting in leakage of the spray liquid.

〔考案が解決しようとする問題点〕[Problem that the invention attempts to solve]

本考案は、従来品における前記の如き欠点を除
去しようとするもので、次の二つの問題点を解決
しようとするものである。
The present invention attempts to eliminate the above-mentioned drawbacks of conventional products, and attempts to solve the following two problems.

(イ) 噴霧液容器に噴霧液を補充する都度加圧シリ
ンダと噴霧液容器とのねじ結合をゆるめたり締
め付けたりする繁雑な操作を如何にして行わず
にすますようにするか (ロ) 噴霧液を補充するために専用する注入用の短
筒部と、導液管を挿通保持するための短筒部
と、内部に安全弁を設備するための短筒部等の
各短筒部を、加圧シリンダと噴霧液容器との結
合された蓄圧式噴霧器全体の如何なる部分に如
何なる工作手段によつて設置するか 〔問題点を解決するための手段〕 本考案においては、前記(イ)の問題点を解決する
ため「噴霧液を補充するために専用する閉蓋を螺
装した注入用の短筒部7を設け」且つ前記(ロ)の問
題点を解決するため「前記各短筒部7,8,9の
すべての加圧ポンプのシリンダ基部3に設置し且
つ割型による射出成形手段によつてシリンダ基部
3と一体成形を行う」ようにしたものである。
(b) How to avoid the complicated operation of loosening and tightening the screw connection between the pressurized cylinder and the spray liquid container each time the spray liquid container is refilled with the spray liquid (b) Spraying Each short cylinder part, such as a short cylinder part for injection dedicated to replenishing liquid, a short cylinder part for inserting and holding a liquid guide tube, and a short cylinder part for installing a safety valve inside, is processed. In what part of the entire pressure accumulating type sprayer in which the pressure cylinder and the spray liquid container are combined, and by what kind of working means, should it be installed? [Means for solving the problem] In the present invention, the above problem (a) is solved. In order to solve the problem, ``a short injection cylinder part 7 with a screw-on closure lid dedicated to replenishing the spray liquid is provided'', and to solve the problem in (b) above, ``the short cylinder parts 7, 8 and 9, and is integrally molded with the cylinder base 3 by injection molding means using a split mold.

具体的手段は実用新案登録請求の範囲に記載し
た下記の通りの構成になるものである。
The specific means is as described below in the claims for utility model registration.

プラスチツク製の加圧ポンプのシリンダをシリ
ンダ基部に設けた拡大径部においてプラスチツク
製の噴霧液容器に着脱可能に螺着した形式の蓄圧
式噴霧器において、噴霧液を補充するために専用
する閉蓋7′を螺装した注入用の短筒部7を設け、
該短筒部7と、導液管を挿通保持するための短筒
部8と、内部に安全弁を設備するための短筒部9
等の短筒部のすべてを前記加圧ポンプのシリンダ
基部3にシリンダと一体に突出形成すると共に、
前記各短筒部7,8,9等の各筒軸線のすべてが
前記加圧ポンプのシリンダ2の軸線を通る一つの
共通平面内に在るようになしたことを特徴とする
蓄圧式噴霧器。
In a pressure accumulator sprayer in which a plastic pressure pump cylinder is removably screwed onto a plastic spray liquid container at the enlarged diameter part provided at the cylinder base, a closing lid 7 dedicated to replenishing the spray liquid is used. A short cylinder part 7 for injection screwed with ' is provided,
The short cylindrical part 7, the short cylindrical part 8 for inserting and holding the liquid guiding pipe, and the short cylindrical part 9 for installing a safety valve inside.
All of the short cylindrical parts such as the above are formed to protrude from the cylinder base 3 of the pressure pump integrally with the cylinder, and
A pressure accumulating type sprayer characterized in that all the cylinder axes of the short cylinder parts 7, 8, 9, etc. lie within one common plane passing through the axis of the cylinder 2 of the pressure pump.

〔実施例〕〔Example〕

先ず、要部の外観斜面図第1図とそA−A線に
おける縦断面を示した第2図とにおいて、1は口
部の径を比較的大きくした噴霧液容器で、該容器
の口縁には、プラスチツク製の加圧ポンプのシリ
ンダ2の端部に連続形成した基部3の拡大径部5
をねじ嵌合17′(第2図参照)により装脱可能
に装着され、容器1に対しシリンダ2が竪に装着
されるようになつている。
First, in Fig. 1, which is an external perspective view of the main part, and Fig. 2, which shows a vertical cross section taken along the line A-A, 1 is a spray liquid container with a relatively large mouth diameter, and the rim of the container is The enlarged diameter portion 5 of the base portion 3 is continuously formed at the end of the cylinder 2 of the plastic pressure pump.
are removably attached by screw fitting 17' (see FIG. 2), so that the cylinder 2 is vertically attached to the container 1.

前記シリンダ2の端部にこれと一体的に連接さ
れたシリンダ基部3は、加圧ポンプのシリンダ2
に連なる末広がりの円錐状部4と、さらにこの円
錐状部4の広口縁に連なる円筒状の拡大径部5と
の2つの部分から形成されている。
A cylinder base 3 integrally connected to the end of the cylinder 2 is connected to the cylinder 2 of the pressurizing pump.
It is formed from two parts: a conical part 4 that widens toward the end, and a cylindrical enlarged diameter part 5 that extends to the wide edge of the conical part 4.

そして、前記シリンダ基部3には、前記拡大径
部5の外周に直径方向において互いに対向して肩
掛帯19の掛止部6,6を拡大径部5と一体的に
形成すると共に、円錐状部4には噴霧液を補充す
るために専用する注入用の短筒部7と導液管18
を挿通保持するための短筒部8と安全弁を設備す
るための短筒部9とをそれぞれ円錐状部4と一体
的に突出形成してある。なお、第2図の如く前記
短筒部7には閉蓋7′を螺装すると共に、短筒部
8には導液管18を挿通し抑止蓋8′を螺嵌して
ある。図示のものは導液管18と昇液管17とを
別体として両管の連結部を短筒部8内に位置させ
昇液管17の上端を抑止蓋8′で抑止するように
してある。また、図示してないが導液、昇液の両
管を別体とせず、同径の連続した1本の管の所要
位置においてその外周に鍔部を形成しこの鍔部か
ら先方を導液管18、後方を昇液管17とし、短
筒部8に挿通したこの管の前記鍔部を抑止管8′
で抑止してもよい。斯くして図示した前記構造の
ものにおいては昇液管17の上端以下の長さを、
また1本の管に鍔部を形成した後記構造のものに
おいては鍔部以下の昇液管の長さを適当長さにす
ることにより昇液管17の下端を可及的に噴霧液
容器1の底面に近接させて容器内の噴霧液を残留
することなく噴霧させようとするものである。
At the cylinder base 3, hooking parts 6, 6 of the shoulder strap 19 are formed integrally with the enlarged diameter part 5 so as to face each other in the diametrical direction on the outer periphery of the enlarged diameter part 5, and a conical part 4 includes a short injection tube 7 and a liquid guide pipe 18 dedicated to replenishing the spray liquid.
A short cylindrical part 8 for inserting and holding the cylindrical part 8 and a short cylindrical part 9 for installing a safety valve are respectively formed to protrude integrally with the conical part 4. As shown in FIG. 2, a closing lid 7' is screwed onto the short cylindrical portion 7, and a liquid guiding pipe 18 is inserted into the short cylindrical portion 8, and a restraining lid 8' is screwed onto the short cylindrical portion 8. In the illustrated example, the liquid guide pipe 18 and the liquid riser pipe 17 are separated, the connecting part of both pipes is located inside the short cylinder part 8, and the upper end of the liquid riser pipe 17 is restrained by a restraining lid 8'. . Although not shown, instead of making the liquid guide and liquid raising tubes separate, a flange is formed on the outer periphery of a single continuous tube of the same diameter at a predetermined position, and the liquid is guided from the flange. The tube 18, with the rear end serving as the liquid elevating tube 17, and the collar portion of this tube inserted into the short cylinder portion 8 serving as the restraining tube 8'
It may be suppressed by In the structure illustrated in this way, the length below the upper end of the liquid riser tube 17 is
In addition, in the case of the structure described later in which a flange is formed in one tube, the length of the liquid riser tube below the flange is set to an appropriate length so that the lower end of the liquid riser tube 17 can be connected to the spray liquid container 1 as much as possible. The aim is to spray the spray liquid in the container close to the bottom of the container without leaving any residue.

また、短筒部9には、安全弁を設備してある
が、第2図に断面を示したものは、筒状弁匣12
内に弁を備えた弁棒10、抑止ばね11を収めて
構成した安全弁を短筒部9内に収容し、弁棒10
の上下する貫通孔を有する覆蓋9′を前記短筒部
8の上部に螺装して短筒部9内に安全弁を設備し
たものである。
In addition, the short cylindrical portion 9 is equipped with a safety valve, but the one whose cross section is shown in FIG.
A safety valve configured by housing a valve stem 10 with a valve therein and a restraining spring 11 is housed in the short cylinder part 9, and the valve stem 10
A cover 9' having a vertically extending through hole is screwed onto the upper part of the short cylindrical part 8, and a safety valve is installed in the short cylindrical part 9.

なお、図面第3図の(イ)は前述の形態のものであ
るが、同図の(ロ)は短筒部9をそのまま安全弁の弁
匣としてその内部に弁を備えた弁棒10,抑止ば
ね11を収め、弁棒10の上下する貫通孔を有す
る覆蓋9′を短筒部9の上方からこれに螺装して
安全弁を構成してある。なお、上記(イ),(ロ)いずれ
の場合も、噴霧液容器1内の圧力が制限値以上に
なると、弁棒10に施した警戒用の着色部分が覆
蓋9′上部から突出するようにすることにより加
圧操作を中止の必要を知らせるようにすると便利
である。
Note that (A) in Figure 3 is of the above-mentioned form, while (B) in the same figure uses the short cylindrical part 9 as it is as a valve case of a safety valve, and the valve stem 10 with a valve inside it, a restraint. A cover 9' containing a spring 11 and having a through hole through which the valve stem 10 can move up and down is screwed onto the short cylindrical portion 9 from above to form a safety valve. In both cases (a) and (b) above, when the pressure inside the spray liquid container 1 exceeds the limit value, the warning colored part on the valve stem 10 protrudes from the top of the cover 9'. It is convenient to notify the user of the need to stop the pressurization operation by doing this.

また、第4図にシリンダ基部3の形状及びシリ
ンダ基部3に一体的に突出形成する各短筒部7,
8,9の配置等についての実施例の幾つかを示し
てある。即ち、同図の(イ)はシリンダ基部3の形状
及び短筒部を形成した場所は既述した第1図、第
2図の場合と同様円錐状部4であるが、各短筒部
の関係位置が相違し、一側に安全弁に対する短筒
部9を、他側に注入口及び導液管保持用の各短筒
部7及び8をそれぞれ形成したものである。ま
た、図の(ロ),(ハ)のものは、シリンダ基部3が平面
部4′と拡大径部5′との二つの部分から形成され
ており、各短筒部を平面部4′及び拡大径部5′に
形成するようにしてある。即ち、(ロ)は中心にシリ
ンダ2の端部が一体に連絡された平面部4′にシ
リンダ2を中心にしてその一側に導液管用の短筒
部8、他側に噴霧液注入用の短筒部7がそれぞれ
形成され安全弁用の短筒部7は欠如されている。
さらに(ハ)は平面部4′に噴霧液注入用の短筒部7
と安全弁用の短筒部9とが形成されると共に拡大
径部5′に導液管用の短筒部8が斜め上向きに形
成されている。シリンダ基部の形状及びこの基部
に突出形成する各短筒部の成形位置及び配列等は
上記以外にも各種のものがある。
In addition, FIG. 4 shows the shape of the cylinder base 3 and the short cylindrical parts 7 integrally formed on the cylinder base 3.
Some examples of the arrangement of 8, 9, etc. are shown. That is, in (A) of the same figure, the shape of the cylinder base 3 and the location where the short tube portions are formed are the conical portions 4 as in the case of FIGS. 1 and 2 described above, but each short tube portion is The relative positions are different, and a short cylindrical part 9 for a safety valve is formed on one side, and short cylindrical parts 7 and 8 for holding an inlet and a liquid guide pipe are formed on the other side, respectively. In addition, in the figures (B) and (C), the cylinder base 3 is formed from two parts, a flat part 4' and an enlarged diameter part 5', and each short cylinder part is separated by a flat part 4' and an enlarged diameter part 5'. It is formed in the enlarged diameter portion 5'. That is, (b) is a flat part 4' in which the end of the cylinder 2 is integrally connected, and a short cylindrical part 8 for a liquid guide pipe on one side with the cylinder 2 at the center, and a short cylindrical part 8 for injecting a spray liquid on the other side. Short cylindrical portions 7 are formed respectively, and the short cylindrical portion 7 for the safety valve is omitted.
Furthermore, (c) shows a short cylindrical part 7 for injecting the spray liquid on the flat part 4'.
A short cylindrical portion 9 for a safety valve is formed, and a short cylindrical portion 8 for a liquid guiding pipe is formed diagonally upward in the enlarged diameter portion 5'. There are various shapes of the cylinder base and the molding positions and arrangement of the short cylindrical parts protruding from the base in addition to those described above.

なおまた、本考案においてはシリンダ2の端部
にこれと一体に連続成形するシリンダ基部3に対
しこの基部と一体に突出形成する上記の各短筒部
7,8,9はこれ等各短筒部の中心を通る筒軸線
のすべてが、加圧用シリンダ2の中心軸線を通る
一つの共通平面内に在るようにするもので、斯く
することによりプラスチツク材料でこれ等の部分
の一体成形する場合に2つの割りの成形型により
極めて能率的に成形することが可能となる。この
ことと関連して各短筒部以外の突出部である肩掛
帯の掛止部6,6は、前記したシリンダ2の中心
軸線を通る一つの共通平面に対しこれと直交する
シリンダ基部の直径方向に対向して位置させるこ
とが好ましい。(第1図、第4図参照) 本考案の操作について簡単に述べると、第1
図、第2図に示した握り15を持ちピストン杆1
4を上下させるシリンダ2中を往復するピストン
13の作用により逆止弁(第2図16の部分)を
介して噴霧液容器1内の圧力は高められる。なお
図示してないが導液管18の先端に噴霧用ノズル
と押しボタン等の操作部とから成る噴霧作動装置
が連結装備されており、必要に応じ該装置の握り
に設けられた押しボタンを押圧することによりノ
ズルから所望の噴霧を噴射することができる。な
お、不使用時には押しボタンを設けた上記握りの
係止部をシリンダ2の上部に設けた保持鈎20に
係止させて噴霧作動装置を保持しておくものであ
る。
Furthermore, in the present invention, the above-mentioned short cylindrical parts 7, 8, and 9, which are integrally formed to project from the cylinder base 3 integrally formed at the end of the cylinder 2, are All of the cylinder axes passing through the center of the parts lie within one common plane passing through the center axis of the pressurizing cylinder 2, and by doing so, when these parts are integrally molded with plastic material. The use of two separate molds allows for extremely efficient molding. In connection with this, the hooking parts 6, 6 of the shoulder belt, which are protruding parts other than the short cylinder parts, have a diameter of the cylinder base perpendicular to one common plane passing through the central axis of the cylinder 2 mentioned above. Preferably, they are located opposite in direction. (See Figures 1 and 4) To briefly describe the operation of this invention,
Hold the grip 15 shown in Figures 1 and 2 and press the piston rod 1.
The pressure inside the spray liquid container 1 is increased by the action of the piston 13 reciprocating in the cylinder 2 which raises and lowers the spray liquid container 1 via a check valve (the part shown in FIG. 2, 16). Although not shown, a spray operating device consisting of a spray nozzle and an operation part such as a push button is connected to the tip of the liquid guide pipe 18, and if necessary, the push button provided on the handle of the device can be pressed. By pressing, a desired spray can be ejected from the nozzle. When not in use, the spray actuating device is held by locking the locking portion of the grip provided with the push button with a holding hook 20 provided at the top of the cylinder 2.

〔考案の効果〕[Effect of idea]

本案は以上の如き構成になるもので次の如き作
用効果を奏する。
The present invention has the above structure and has the following effects.

(イ) プラスチツク製の加圧ポンプのシリンダをシ
リンダ基部に設けた拡大径部においてプラスチ
ツク製の噴霧液容器に着脱可能に螺着した形式
の蓄圧式噴霧器に対し噴霧液を補充するために
専用する閉蓋7′を螺装した注入用の短筒部を、
噴霧液容器の上側に位置する加圧ポンプのシリ
ンダ基部3の部分に設けたから操作の行い易い
位置で噴霧液の補充が非常に楽に行えるように
なつた。
(a) Dedicated for replenishing spray liquid for a pressure accumulator sprayer in which a plastic pressure pump cylinder is removably screwed onto a plastic spray liquid container at the enlarged diameter part provided at the base of the cylinder. The short cylinder part for injection with the closing lid 7' screwed on,
Since it is provided at the cylinder base 3 of the pressurizing pump located above the spray liquid container, the spray liquid can be refilled very easily from a position that is easy to operate.

(ロ) これと同時に、容器内の清掃等特別の場合を
除き、蓄圧式噴霧器として一度結合された加圧
シリンダと噴霧液容器とはみだりに結合を解か
れるべきでないのに、噴霧液の補充の都度頻繁
に結合を解いていた不合理な操作を中止できた
効果は大きい。
(b) At the same time, except for special cases such as cleaning the inside of the container, the pressurized cylinder and spray liquid container should not be unduly disconnected once they are connected as a pressure accumulating type sprayer, but when refilling the spray liquid. The effect of being able to stop the irrational operation of frequently undoing connections each time is significant.

(ハ) 上記(ロ)の効果に関連して加圧シリンダと噴霧
液容器とを結合したねじ部の摩損する危険はな
くなり、噴霧器の耐命期間を延ばすことができ
る。
(c) In relation to the effect of (b) above, there is no risk of wear on the threads connecting the pressurized cylinder and the spray liquid container, and the lifespan of the sprayer can be extended.

(ニ) シリンダ基部3には上記短筒部7と共に導液
管を挿通保持するための短筒部8、安全弁を設
備するための短筒部9等の短筒部のすべてをシ
リンダと一体に突出形成し、併せてこの際シリ
ンダ2に対する各短筒部の位置を特定して2り
割りの成形型で射出成形が簡単能率的に行える
ようにした。また各短筒部がまとまつた位置に
あるため、組立作業が能率的に行える。
(d) In the cylinder base 3, together with the short cylinder part 7, all the short cylinder parts such as the short cylinder part 8 for inserting and holding the liquid guiding pipe and the short cylinder part 9 for installing a safety valve are integrated with the cylinder. At the same time, the position of each short cylindrical portion with respect to the cylinder 2 is specified so that injection molding can be easily and efficiently performed using a 2-split mold. In addition, since each short cylinder part is located in a group, assembly work can be performed efficiently.

(ホ) 安全弁の位置が噴霧液容器より上方のシリン
ダ基部に置かれるから、安全弁が噴霧液の水面
以下の位置になつて安全弁から噴霧液が漏出す
るようなことが起こらない。
(e) Since the safety valve is located at the base of the cylinder above the spray liquid container, there is no possibility that the safety valve will be located below the water level of the spray liquid and the spray liquid will leak from the safety valve.

(ヘ) 加圧ポンプのシリンダと噴霧液容器とのねじ
結合部を噴霧液の補充口として使用しないか
ら、この部分の径を充分大きくすることが可能
となり噴霧液容器の内部を清掃する場合には作
業が容易に行える。
(F) Since the threaded joint between the cylinder of the pressure pump and the spray liquid container is not used as a replenishment port for the spray liquid, the diameter of this part can be made sufficiently large, which is useful when cleaning the inside of the spray liquid container. is easy to work with.

以上の如く、本考案は製造価格が低く、他方使
い易く、漏洩等のおそれのない耐久性のある機能
良好な蓄圧式噴霧器を提供しうるものである。
As described above, the present invention can provide a pressure accumulating type sprayer which is low in manufacturing cost, easy to use, durable, and has good functionality without fear of leakage.

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

添付図面は本考案の実施例を示し、第1図は、
加圧用空気ポンプ下方に一体的に連続形成したシ
リンダ基部が下広がりの円錐状部の下部に円筒状
大径部が連なつた形状を呈する場合につき、ポン
プシリンダの上部と噴霧液容器の下部と肩掛帯と
一部を切除して要部のみを示した斜面図を示す。
また、第2図は第1図のA−A線における縦断
面、即ち、ポンプシリンダの軸線とシリンダ基部
に形成した噴霧液を注入するための、導液管を保
持するための、安全弁を設備するための各短筒部
の筒軸線とを含む一つの共通平面で切断して示し
た要部の縦断面である。第3図は、安全弁の実施
例を示したもので、図の(イ)は筒状弁匣内に弁体を
封入した安全弁をシリンダ基部の短筒部内に収容
保持した場合を、また(ロ)は短筒部をそのまま安全
弁の弁筒として利用した場合をそれぞれ断面にし
て示してある。また、第4図はシリンダ基部の形
状と、基部に対する各短筒部の関係を例示したも
のである。なお、前記各図において、導液管の先
端に連結装備する噴霧用ノズルと押しボタン等の
操作部とから成る噴霧作動装置部分は示してな
い。 図面中、1は噴霧液容器、2はシリンダ、3は
シリンダ基部、4は円錐状部、4′は平面部、
5′,5′は拡大径部、6は掛止部、7′は閉蓋、
7,8,9はそれぞれ噴霧液注入用、導液管保持
用、安全弁設備用の各短筒部、13はピストン、
14はピストン杆、15は握り、16は逆止弁装
置、17は昇液管、18は導液管、19は肩掛
帯、20は保持鈎である。
The accompanying drawings show embodiments of the invention, and FIG.
In the case where the cylinder base, which is integrally and continuously formed below the pressurizing air pump, has a shape in which a large diameter cylindrical part is connected to the bottom of a conical part that widens downward, the upper part of the pump cylinder and the lower part of the spray liquid container A sloped view showing only the main parts with the shoulder belt and a part removed.
In addition, Figure 2 shows the vertical cross section taken along the line A-A in Figure 1, that is, the axis of the pump cylinder and the installation of a safety valve for holding the liquid guide pipe for injecting the spray liquid formed at the base of the cylinder. It is a vertical cross-section of the main part cut along one common plane including the cylinder axis of each short cylinder part for the purpose of the present invention. Figure 3 shows an example of a safety valve. (A) in the figure shows a case in which a safety valve with a valve body enclosed in a cylindrical valve case is housed and held in a short cylindrical part at the base of the cylinder, and (A) in the figure shows a case in which a safety valve with a valve body enclosed in a cylindrical valve case is housed and held in a short cylindrical part at the base of the cylinder. ) shows the cross section of the case where the short cylinder part is used as it is as a valve cylinder of a safety valve. Moreover, FIG. 4 illustrates the shape of the cylinder base and the relationship of each short cylinder part to the base. Note that, in each of the above figures, the spray actuating device, which consists of a spray nozzle connected to the tip of the liquid conduit and an operating section such as a push button, is not shown. In the drawings, 1 is a spray liquid container, 2 is a cylinder, 3 is a cylinder base, 4 is a conical part, 4' is a flat part,
5', 5' are enlarged diameter parts, 6 is a hook part, 7' is a closing lid,
7, 8, and 9 are short cylinder parts for spray liquid injection, liquid guide pipe holding, and safety valve equipment, respectively; 13 is a piston;
14 is a piston rod, 15 is a grip, 16 is a check valve device, 17 is a liquid riser pipe, 18 is a liquid guiding pipe, 19 is a shoulder strap, and 20 is a holding hook.

Claims (1)

【実用新案登録請求の範囲】[Scope of utility model registration request] プラスチツク製の加圧ポンプのシリンダをシリ
ンダ基部に設けた拡大径部においてプラスチツク
製の噴霧液容器に着脱可能に螺着した形式の蓄圧
式噴霧器において、噴霧液を補充するために専用
する閉蓋7′を螺装した注入用の短筒部7を設け、
該短筒部7と、導液管を挿通保持するための短筒
部8と、内部に安全弁を設備するための短筒部9
等の短筒部のすべてを前記加圧ポンプのシリンダ
基部3にシリンダと一体に突出形成すると共に、
前記各短筒部7,8,9等の各筒軸線のすべてが
前記加圧ポンプのシリンダ2の軸線を通る一つの
共通平面内に在るようになしたことを特徴とする
蓄圧式噴霧器。
In a pressure accumulator sprayer in which a plastic pressure pump cylinder is removably screwed onto a plastic spray liquid container at the enlarged diameter part provided at the cylinder base, a closing lid 7 dedicated to replenishing the spray liquid is used. A short cylinder part 7 for injection screwed with ' is provided,
The short cylindrical part 7, the short cylindrical part 8 for inserting and holding the liquid guiding pipe, and the short cylindrical part 9 for installing a safety valve inside.
All of the short cylindrical parts such as the above are formed to protrude from the cylinder base 3 of the pressure pump integrally with the cylinder, and
A pressure accumulating type sprayer characterized in that all the cylinder axes of the short cylinder parts 7, 8, 9, etc. lie within one common plane passing through the axis of the cylinder 2 of the pressure pump.
JP17275980U 1980-12-02 1980-12-02 Expired JPS632123Y2 (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
JP17275980U JPS632123Y2 (en) 1980-12-02 1980-12-02

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
JP17275980U JPS632123Y2 (en) 1980-12-02 1980-12-02

Publications (2)

Publication Number Publication Date
JPS5795260U JPS5795260U (en) 1982-06-11
JPS632123Y2 true JPS632123Y2 (en) 1988-01-20

Family

ID=29531046

Family Applications (1)

Application Number Title Priority Date Filing Date
JP17275980U Expired JPS632123Y2 (en) 1980-12-02 1980-12-02

Country Status (1)

Country Link
JP (1) JPS632123Y2 (en)

Also Published As

Publication number Publication date
JPS5795260U (en) 1982-06-11

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