JPH082129Y2 - Liquid storage jar - Google Patents
Liquid storage jarInfo
- Publication number
- JPH082129Y2 JPH082129Y2 JP12940289U JP12940289U JPH082129Y2 JP H082129 Y2 JPH082129 Y2 JP H082129Y2 JP 12940289 U JP12940289 U JP 12940289U JP 12940289 U JP12940289 U JP 12940289U JP H082129 Y2 JPH082129 Y2 JP H082129Y2
- Authority
- JP
- Japan
- Prior art keywords
- cylinder
- nozzle
- valve
- recess
- 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 - Fee Related
Links
Landscapes
- Closures For Containers (AREA)
Description
【考案の詳細な説明】 「産業上の利用分野」 本案は、液体収納ジャーに係る。DETAILED DESCRIPTION OF THE INVENTION "Industrial Application Field" The present invention relates to a liquid storage jar.
「従来の技術］ この種の液体収納ジャーとして、容器体の上端開口部
に、シリンダと押下げ用ピストンとからなるポンプ部を
取り付け、該ポンプ部の下部から吸入弁を介して吸上げ
管を容器体内下方へ垂下すると共に、上記ポンプ部の側
部から吐出弁を介してノズル管を側外方へ突出し、上記
シリンダに対する押下げ用ピストンの上下動により容器
体内の収納液をノズル管から注出するように設けたもの
が知られている。[Prior Art] As a liquid storage jar of this type, a pump portion including a cylinder and a pushing piston is attached to an upper end opening portion of a container body, and a suction pipe is provided from a lower portion of the pump portion through an intake valve. The nozzle pipe hangs downward from the inside of the container, and the nozzle pipe projects outward from the side of the pump section through the discharge valve, and the liquid stored in the container is poured from the nozzle pipe by the vertical movement of the piston for pushing down the cylinder. It is known that it is provided so as to be put out.
「考案が解決しようとする課題」 上記従来の液体収納ジャーは、容器体、シリンダ、押
下げ用ピストン、吸上げ管、ノズル管等で構成されてい
たため、部品数が多くなり、よって製造コストが高くな
る欠点があった。[Problems to be solved by the invention] Since the conventional liquid storage jar is composed of a container body, a cylinder, a pushing piston, a suction pipe, a nozzle pipe, and the like, the number of parts is increased, and therefore the manufacturing cost is increased. It had the drawback of becoming expensive.
そこで本案は、構成がより簡易で廉価に製造し得る液
体収納ジャーを提供することを目的とする。Therefore, an object of the present invention is to provide a liquid storage jar that has a simpler structure and can be manufactured at low cost.
「課題を解決するための手段」 台筒２内面に横設した横壁３上面から、小径の第１弁
筒４と中径の第２弁筒５と大径の装着筒６とを三重に間
隙をおいて起立すると共に、第１弁筒が囲む横壁部分に
吸気弁８を、かつ第１弁筒と第２弁筒との間隙上部に吐
出弁９を、それぞれ設け、更に横壁３に、吐出弁の下方
間隙と台筒前面が有する凹部10とを連通する吐出路12
を、かつ横壁３下方の台筒部分に通気孔14を、それぞれ
穿設した脚台部材１と、上記凹部上方の台筒前面部分に
沿っての起立と凹部前方への突出とが可能に、凹部10内
へ基端部16を嵌合させかつ枢着させたノズル15と、上記
装着筒６内面へ、着脱自在かつ水密に嵌合させた口頚部
20上端から外向きフランジ状肩部21を介して有頂の胴部
22を起立し、該胴部に弾性圧縮可能な蛇腹部23を付形し
た容器体19と、上記第１弁筒４上部に下端部を嵌着させ
て容器体19内上部まで起立する空気吸入パイプ25とから
なり、上記ノズル15の基端部外面と凹部内面とを円弧状
に形成して、ノズル起立状態ではノズル孔17の基端開口
部が凹部内面により、又吐出路12前端開口面がノズル基
端外面によりそれぞれ密閉可能であると共に、ノズルを
前方へ突出させたとき、吐出路12とノズル孔17とが水密
に連通可能に形成した。"Means for Solving the Problem" From the upper surface of the lateral wall 3 provided laterally on the inner surface of the base cylinder 2, the first valve cylinder 4 having a small diameter, the second valve cylinder 5 having a medium diameter, and the mounting cylinder 6 having a large diameter are provided in a triple gap. The intake valve 8 is provided on the lateral wall portion surrounded by the first valve cylinder, and the discharge valve 9 is provided above the gap between the first valve cylinder and the second valve cylinder. Discharge passage 12 that communicates the lower gap of the valve with the recess 10 on the front surface of the base cylinder.
In addition, the leg base member 1 in which the vent hole 14 is formed in the base cylinder portion below the lateral wall 3 and the standing up along the front surface of the base cylinder above the recess and the projection to the front of the recess are possible. A nozzle 15 having a base end portion 16 fitted and pivotally mounted in a recess 10 and a mouth / neck portion detachably and watertightly fitted to the inner surface of the mounting cylinder 6.
20 From the upper end through the outward flange-like shoulder 21
A container body 19 in which a bellows portion 22 is erected and an elastically compressible bellows portion 23 is formed on the body portion, and a lower end portion is fitted to an upper portion of the first valve cylinder 4 and air suction is erected up to an upper portion in the container body 19. It is composed of a pipe 25, and the outer surface of the base end of the nozzle 15 and the inner surface of the recess are formed in an arc shape, and the base end opening of the nozzle hole 17 is formed by the inner surface of the recess in the nozzle standing state, and the front end opening surface of the discharge passage 12 is formed. And the discharge passage 12 and the nozzle hole 17 are water-tightly connected to each other when the nozzle is projected forward.
「作用」 第１図状態からノズル15を図示の如く前方へ倒すと、
ノズル孔17が吐出路12に連通し、次にカバー筒26の頂壁
を押し下げると、該押し下げにより蛇腹部23が圧縮され
て容器体19内が高圧となるので、吐出弁９が開き、該吐
出弁及び吐出路12を通って、ノズル15の先端開口から収
納液が吐出される。"Operation" When the nozzle 15 is tilted forward as shown in the figure 1 state,
When the nozzle hole 17 communicates with the discharge passage 12 and then the top wall of the cover cylinder 26 is pushed down, the bellows portion 23 is compressed by the pushing down and the inside of the container body 19 has a high pressure. The stored liquid is discharged from the tip opening of the nozzle 15 through the discharge valve and the discharge passage 12.
上記押し下げを解放すると、蛇腹部23の弾性復元によ
り吸気弁８が開いて、通気孔14から吸気弁８の弁孔及び
空気吸入パイプ25を通って、外気が容器体19内へ吸入さ
れる。When the pushing down is released, the intake valve 8 is opened due to the elastic restoration of the bellows portion 23, and the outside air is sucked into the container body 19 from the ventilation hole 14 through the valve hole of the intake valve 8 and the air suction pipe 25.
またノズル15を図示の起立状態に復帰させると、ノズ
ル孔の基端開口部が凹部10内面により、吐出路12の前端
開口面がノズル基端外面により夫々密閉されて、凹部か
らの液洩れを防止する。Further, when the nozzle 15 is returned to the standing state shown in the drawing, the base end opening of the nozzle hole is sealed by the inner surface of the recess 10 and the front end opening surface of the discharge passage 12 is sealed by the outer surface of the nozzle base end to prevent liquid leakage from the recess. To prevent.
「実施例」 １は、台筒２内面の上下方向中間部に横壁３を横設す
る脚筒部材であり、上記横壁の上面から小径の第１弁筒
４と中径の第２弁筒５と大径の装着筒６とを三重に間隙
をおいて立設している。上記第２弁筒内側の横壁部分
は、断面凹字状の陥没壁部７として、その中心部上面か
ら上記第１弁筒を立設しており、かつ該第１弁筒内側の
横壁部分には第１弁筒内径より小径の弁孔を穿設し、該
弁孔と第１弁筒内に設けた玉弁とで吸気弁８を形成して
いる。更に上記第１弁筒４と第２弁筒５との間隙上部に
は筒状の吐出弁９を設ける。該吐出弁は図示の如く、上
記第１弁筒の外面上部に小筒部9aを嵌着させ、その上端
部から下外方へ、テーパ状の弾性弁板9bを下外方付勢状
態で突出した構成とすることができる。また該突出弁は
上記小筒部を第２弁筒５内面に嵌着させると共に、その
小筒部上端部からテーパ状弾性弁板を下内方へ突出した
構成としてもよい。Example 1 is a leg cylinder member in which a lateral wall 3 is horizontally provided at an intermediate portion in an up-down direction of an inner surface of a base cylinder 2, and a first valve cylinder 4 having a small diameter and a second valve cylinder 5 having a medium diameter from an upper surface of the lateral wall. And the large-diameter mounting cylinder 6 are erected with a triple gap. The lateral wall portion on the inner side of the second valve cylinder is a recessed wall portion 7 having a concave cross section, and the first valve cylinder is erected from the upper surface of the central portion thereof, and the lateral wall portion on the inner side of the first valve cylinder is Has a valve hole having a diameter smaller than the inner diameter of the first valve cylinder, and the valve hole and the ball valve provided in the first valve cylinder form the intake valve 8. Further, a cylindrical discharge valve 9 is provided above the gap between the first valve cylinder 4 and the second valve cylinder 5. As shown in the figure, the discharge valve has a small cylinder portion 9a fitted on the upper outer surface of the first valve cylinder, and a tapered elastic valve plate 9b is urged downwardly outward from the upper end thereof. It may have a protruding configuration. Further, the projection valve may be configured such that the small cylinder portion is fitted to the inner surface of the second valve cylinder 5, and the tapered elastic valve plate is projected inward from the upper end portion of the small cylinder portion.
上記台筒２前面には、上記横壁３よりもやや下方に位
置して後述のノズル基端部嵌合用の凹部10が形成してあ
り、該凹部は、その上方の台筒前面部分に縦設した格納
凹溝11の下端部に連続している。該凹部10と既述陥没壁
部７との間の横壁部分下面には、上記凹部後面から陥没
壁部内面へ開通する筒部を吐出路12として設け、該吐出
路を介して、上記凹部10は上記吐出弁９の下方間隙に連
通している。上記凹部10は縦断面円弧状に形成し、また
凹部左右両側の台筒前面部分には指入れ部13a,13bを設
けている。14は上記横壁３下方の台筒部分に穿設した通
気孔である。A recess 10 for fitting a nozzle base end portion, which will be described later, is formed on the front surface of the base cylinder 2 slightly below the lateral wall 3, and the recess is provided vertically above the front surface of the base cylinder. It is continuous with the lower end of the storage recessed groove 11. On the lower surface of the lateral wall portion between the recess 10 and the recessed wall portion 7 described above, a cylindrical portion that opens from the rear surface of the recessed portion to the inner surface of the recessed wall portion is provided as a discharge passage 12, and the recessed portion 10 is provided through the discharge passage. Communicates with the lower gap of the discharge valve 9. The recess 10 is formed in an arcuate shape in a vertical cross section, and finger insertion portions 13a and 13b are provided on the front surface portions of the base cylinder on both left and right sides of the recess. Reference numeral 14 is a ventilation hole formed in the base cylinder portion below the lateral wall 3.
15は、上記凹部10内へ基端部16を嵌合させたノズルで
ある。該ノズルは、基端部16を凹部の左右両側面に枢着
させて、図示の如く凹部上方の台筒２前面部分に沿って
起立と、凹部前方への突出とが可能に設けている。上記
起立状態において、基端部16を除くノズル他部は既述格
納凹溝11内へ格納されている。上記基端部は、既述凹部
縦断面形状に対応して密接する縦断面凸円弧状に形成し
て上記の如くノズルを起立すると、ノズル孔17の基配開
口部が凹部下面により、また上記吐出路12の前端開口部
が上記基端部外面により夫々密閉されるよう設ける。ま
たノズル15を前方へ倒したとき、上記ノズル孔17は吐出
路12と水密に連通するように設ける。図示例ではノズル
15の中間部左右両側に指掛け片18a,18bを付設してい
る。Reference numeral 15 is a nozzle in which the base end portion 16 is fitted into the recess 10. The nozzle is provided such that a base end portion 16 is pivotally attached to both left and right side surfaces of the recessed portion so as to stand up along the front surface of the base cylinder 2 above the recessed portion and project toward the front side of the recessed portion. In the upright state, the nozzle other portion except the base end portion 16 is stored in the storage groove 11 described above. The base end portion is formed in a convex arcuate shape in vertical cross-section which closely corresponds to the above-mentioned concave cross-section shape, and when the nozzle is erected as described above, the base opening of the nozzle hole 17 is formed by the lower surface of the recess and The front end opening of the discharge passage 12 is provided so as to be sealed by the outer surface of the base end. The nozzle hole 17 is provided so as to communicate with the discharge passage 12 in a watertight manner when the nozzle 15 is tilted forward. Nozzle in the illustrated example
Finger hooks 18a and 18b are attached to both left and right sides of the middle portion of the fifteen.
19は、既述装着筒６内に口頚部20を水密に螺合させた
容器体であり、上記口頚部上端から外向きフランジ状盾
部21を介して上端面閉塞の胴部22を起立すると共に、該
胴部の中間部に弾性圧縮可能な蛇腹部23を形成してい
る。尚上記胴部22の外周面上端部には螺条24が形成され
ている。Reference numeral 19 denotes a container body in which the mouth / neck portion 20 is watertightly screwed into the mounting cylinder 6 described above, and the trunk portion 22 with the upper end surface closed is erected from the upper end of the mouth / neck portion via the outward flange-like shield portion 21. At the same time, an elastically compressible bellows portion 23 is formed in the middle portion of the body portion. A screw thread 24 is formed on the upper end of the outer peripheral surface of the body portion 22.
25は空気吸入パイプであり、既述第１弁筒４上部内に
下端部を嵌着させて、容器体内上部まで起立している。Reference numeral 25 denotes an air suction pipe, the lower end portion of which is fitted in the upper portion of the first valve cylinder 4 as described above and stands up to the upper portion of the container body.
26は、上記容器体19外面に嵌合させたカバー筒であ
り、その筒部の下端部は既述台筒２の外面に、上記蛇腹
部23の伸縮による摺動が可能に嵌合してある。尚上記カ
バー筒の筒部内面には、上記螺条24と螺合させる螺溝27
を形成している。Reference numeral 26 denotes a cover cylinder fitted to the outer surface of the container body 19, and the lower end of the cylinder part is fitted to the outer surface of the base cylinder 2 described above so as to be slidable by expansion and contraction of the bellows portion 23. is there. A screw groove 27 to be screwed with the screw 24 is provided on the inner surface of the cover tube.
Is formed.
上記構成において、脚台部材１、ノズル15、容器体1
9、空気吸入パイプ25、カバー筒26の各部材は合成樹脂
材で成形でき、またカバー筒は省略することができる。In the above configuration, the foot member 1, the nozzle 15, the container body 1
9, each member of the air suction pipe 25 and the cover cylinder 26 can be molded with a synthetic resin material, and the cover cylinder can be omitted.
「考案の効果」 本案は既述の如く、脚台部材１、ノズル15、容器体1
9、空気吸入パイプ25で構成され、これ等各部材は合成
樹脂材で容易に成形可能な簡単な形状であるから、また
容器体に蛇腹部23を形成することで、容器体とポンプ手
段とを一体化して構成を単純化したから、既述従来の液
体収納ジャーに比べて製造コストを軽減できる。また使
用の際はノズル15を前方へ倒してカバー筒26頂部を押し
下げるだけでよいので、操作が簡単であり、更に使用後
はノズル15を格納凹溝11内へ格納して起立状態とする構
成だから、ノズル先端から液体が滴下して周囲を濡らす
欠点がない。"Effect of device" As described above, the present invention is based on the leg base member 1, the nozzle 15, and the container body 1.
9. The air suction pipe 25 is used, and each of these members has a simple shape that can be easily molded with a synthetic resin material. Further, by forming the bellows portion 23 in the container body, the container body and the pump means are formed. Since the above is integrated to simplify the configuration, the manufacturing cost can be reduced as compared with the above-described conventional liquid storage jar. Further, when using, it is only necessary to tilt the nozzle 15 forward and push down the top part of the cover cylinder 26, so the operation is simple, and after use, the nozzle 15 is stored in the storage groove 11 to stand up. Therefore, there is no drawback that the liquid drip from the nozzle tip and wet the surroundings.
第１図は本案液体収納ジャーの断面図、第２図は脚台部
材及びノズルの斜視図である。 １…脚台部材、15…ノズル 19…容器体、25…空気吸入パイプ 26…カバー筒FIG. 1 is a cross-sectional view of the liquid storage jar of the present invention, and FIG. 2 is a perspective view of a leg base member and a nozzle. 1 ... Footrest member, 15 ... Nozzle 19 ... Container body, 25 ... Air suction pipe 26 ... Cover cylinder
Claims (1)
径の第１弁筒４と中径の第２弁筒５と大径の装着筒６と
を三重に間隙をおいて起立すると共に、第１弁筒が囲む
横壁部分に吸気弁８を、かつ第１弁筒と第２弁筒との間
隙上部に吐出弁９を、それぞれ設け、更に横壁３に、吐
出弁の下方間隙と台筒前面が有する凹部10とを連通する
吐出路12を、かつ横壁３下方の台筒部分に通気孔14を、
それぞれ穿設した脚台部材１と、上記凹部上方の台筒前
面部分に沿っての起立と凹部前方への突出とが可能に、
凹部10内へ基端部16を嵌合させかつ枢着させたノズル15
と、上記装着筒６内面へ、着脱自在かつ水密に嵌合させ
た口頚部20上端から外向きフランジ状肩部21を介して有
頂の胴部22を起立し、該胴部に弾性圧縮可能な蛇腹部23
を付形した容器体19と、上記第１弁筒４上部に下端部を
嵌着させて容器体内上部まで起立する空気吸入パイプ25
とからなり、上記ノズル15の基端部外面と凹部内面とを
円弧状に形成して、ノズル起立状態ではノズル孔17の基
端開口部が凹部内面により、又吐出路12前端開口面がノ
ズル基端外面によりそれぞれ密閉可能であると共に、ノ
ズルを前方へ突出させたとき、吐出路12とノズル孔17と
が水密に連通可能に形成したことを特徴とする液体収納
ジャー。1. A small-diameter first valve cylinder 4, a medium-diameter second valve cylinder 5, and a large-diameter mounting cylinder 6 are erected from the upper surface of a lateral wall 3 provided laterally on the inner surface of a base cylinder 3 with a gap therebetween. In addition, the intake valve 8 is provided on the lateral wall portion surrounded by the first valve cylinder, and the discharge valve 9 is provided above the gap between the first valve cylinder and the second valve cylinder. A discharge passage 12 that communicates with the recess 10 of the front surface of the base cylinder, and a vent hole 14 in the base cylinder below the lateral wall 3.
It is possible to stand up along the front surface of the base cylinder above the recess and to project to the front of the recess.
Nozzle 15 in which base end portion 16 is fitted and pivoted into recess 10
And, the top body 22 is erected from the upper end of the mouth-neck portion 20 which is detachably and watertightly fitted to the inner surface of the mounting cylinder 6 through the outward flange-like shoulder portion 21, and the body portion can be elastically compressed. Navel 23
And the air suction pipe 25 which is fitted to the upper part of the first valve cylinder 4 at its lower end and stands up to the upper part of the container body.
The base end outer surface of the nozzle 15 and the recess inner surface are formed in an arc shape, and the base end opening of the nozzle hole 17 is the recess inner surface in the nozzle standing state, and the discharge passage 12 front end opening surface is the nozzle. A liquid storage jar characterized in that it can be hermetically sealed by the outer surface of the base end, and that when the nozzle is projected forward, the discharge passage 12 and the nozzle hole 17 are watertightly connected to each other.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP12940289U JPH082129Y2 (en) | 1989-11-06 | 1989-11-06 | Liquid storage jar |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP12940289U JPH082129Y2 (en) | 1989-11-06 | 1989-11-06 | Liquid storage jar |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| JPH0369662U JPH0369662U (en) | 1991-07-11 |
| JPH082129Y2 true JPH082129Y2 (en) | 1996-01-24 |
Family
ID=31677031
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| JP12940289U Expired - Fee Related JPH082129Y2 (en) | 1989-11-06 | 1989-11-06 | Liquid storage jar |
Country Status (1)
| Country | Link |
|---|---|
| JP (1) | JPH082129Y2 (en) |
Families Citing this family (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP4684648B2 (en) * | 2004-12-28 | 2011-05-18 | 株式会社吉野工業所 | Liquid metering container |
-
1989
- 1989-11-06 JP JP12940289U patent/JPH082129Y2/en not_active Expired - Fee Related
Also Published As
| Publication number | Publication date |
|---|---|
| JPH0369662U (en) | 1991-07-11 |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| LAPS | Cancellation because of no payment of annual fees |