JP3129748U - Liquid supply device with manual pump - Google Patents

Liquid supply device with manual pump Download PDF

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Publication number
JP3129748U
JP3129748U JP2006009168U JP2006009168U JP3129748U JP 3129748 U JP3129748 U JP 3129748U JP 2006009168 U JP2006009168 U JP 2006009168U JP 2006009168 U JP2006009168 U JP 2006009168U JP 3129748 U JP3129748 U JP 3129748U
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liquid
manual pump
container
discharge port
liquid supply
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JP2006009168U
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Japanese (ja)
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宰 大住
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宰 大住
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Abstract

【課題】 鉢などへ水や液体肥料遣りが上下や左右にあってもでき、また少ない労力で出来る装置を提供する。
【解決手段】 手動ポンプ6を操作すると容器1内の液体2は吸い上げられて注出ノズル11に流れ、連結チューブ17を通って給液ホース9から流出し、上下や左右に鉢などへ給液作業を行うことが出来る。
また容器1内の液面3の高さと比べて給液ホース9の液吐出口a20の方が低い位置にあれば、サイホンの作用により手動ポンプ6の操作をやめても自然と容器1内の液体2は給液ホース9の液吐出口a20より流出するので下方の鉢などへ少ない労力で給液作業ができる。
【選択図】図1
PROBLEM TO BE SOLVED: To provide an apparatus capable of supplying water or liquid fertilizer to a pot or the like on the top, bottom, left or right, and with less labor.
When a manual pump 6 is operated, a liquid 2 in a container 1 is sucked up and flows into a dispensing nozzle 11, flows out from a liquid supply hose 9 through a connecting tube 17, and is supplied to a bowl or the like vertically or horizontally. Work can be done.
If the liquid discharge port a20 of the liquid supply hose 9 is at a lower position than the height of the liquid level 3 in the container 1, the liquid in the container 1 is naturally even if the operation of the manual pump 6 is stopped by the action of the siphon. Since 2 flows out from the liquid discharge port a20 of the liquid supply hose 9, the liquid supply work can be performed with less labor to the bowl below.
[Selection] Figure 1

Description

本考案は、手動ポンプを用いて容器内の液体を流出させる装置に関する。  The present invention relates to an apparatus for draining liquid in a container using a manual pump.

鉢などへの水や液体肥料遣りはジョウロなどに入れて行っていた。  Water and liquid fertilizers were put in pots and other places.

ジョウロによる鉢などへの水や液体肥料遣りは鉢に近付かなければ作業が出来ないので、たとえ鉢が上下や左右にあっても水や液体肥料遣りができ、また労力の少ない作業で出来るようにする。  Water and liquid fertilizer can not be used if the water or liquid fertilizer to the pot is not close to the pot. To do.

本考案は手動ポンプを容器に装着し、該手動ポンプの操作により前記容器内の液体を吸い上げて吐出する前記手動ポンプの注出ノズルにつないだ液体通路を設け、また該液体通路とは別に、一方を前記容器内の液体を吸い上げる吸い込み口とし他方は逆止弁を備えた液体通路とし、前記二つの液体通路が合流して一本の液体通路にし、該液体通路に吐出口を設け液体を流出させ鉢などへ給液できる。  In the present invention, a manual pump is mounted on a container, and a liquid passage connected to an extraction nozzle of the manual pump for sucking and discharging the liquid in the container by operation of the manual pump is provided, and separately from the liquid passage, One is a suction port for sucking up the liquid in the container, and the other is a liquid passage having a check valve. The two liquid passages are merged into a single liquid passage, and a discharge port is provided in the liquid passage. It can be drained and supplied to a bowl.

手動ポンプを操作することで容器内の液体が吸い上げられて吐出口より流出することにより吸い上げ口から吐出口までの液体の通路が液体により満たされると、容器の液面の高さと比べて吐出口の方が低ければサイホンの作用により、手動ポンプの操作をやめても自然と容器内の液体が吐出口から流出されるので下方にある鉢などへ少ない労力で給液作業が出来るし、また手動ポンプを操作すれば容器の液面の高さとは関係なく容器の液体を吐出することが出来るので上方の鉢などへも水遣りや液体肥料の注液作業が出来る。またこの考案によるサイホンの作用により水槽などの排水用具としても応用できる。  By operating the manual pump, the liquid in the container is sucked up and flows out of the discharge port, so that the liquid passage from the suction port to the discharge port is filled with liquid. If it is lower, the siphon will cause the liquid in the container to flow out of the discharge port naturally even if the manual pump is stopped. Since the liquid in the container can be discharged regardless of the height of the liquid level in the container, water can be poured into the upper bowl or liquid fertilizer can be poured. In addition, the siphon according to the present invention can be applied as a drainage device such as a water tank.

水や液体肥料遣りをする人が鉢に近付けない場所や、また鉢が高い位置や低い位置に在るときに、延長管を取り付けて、該延長管にある吐出口から液体を吐出させる事が出来るようにしている。また手元で給液をする場合は延長管を取り外して、液吐出口から液体を流出させて鉢に給液作業ができるようにしている。  When a person who uses water or liquid fertilizer is not close to the pot, or when the pot is at a high or low position, an extension pipe can be attached and liquid can be discharged from the discharge port in the extension pipe. I am trying to do it. In addition, when supplying liquid at hand, the extension tube is removed, and the liquid is discharged from the liquid discharge port so that the liquid can be supplied to the bowl.

以下、添付図面 図1及び図2より一実施例を説明する。
手動ポンプ6を操作すると容器1内の液体2は吸い上げパイプa8から吸い上げられて注出ノズル11に流れ、更に注出ノズル11から連結チューブ17を通って合流点19を通過して給液ホース9に流れ、該給液ホース9の液吐出口a20に至り流出され、また液吐出口a20(延長管接続口付き)に延長管18を組み付ければ、該延長管18の液吐出口b21より吐出されるので上下や左右、また近付きにくい鉢などへ給液作業を行うことが出来る。
また手動ポンプ6を操作することで容器1内の液体2が液体通路▲1▼12を通って合流点19を通過する際に、該液体2の流れの一部は合流点19にて合流している吸い上げパイプb14へ流れ込むが逆止弁15を有しているため、流れ込んだ該液体2は容器内へ流出する事なく吸い上げパイプb14内に留まるため液体通路▲2▼16は該液体2により満たされる。これにより容器1内の液面3の高さと比べて給液ホース9の液吐出口a20の方が低い位置にあれば、サイホンの作用により手動ポンプ6の操作をやめても自然と容器1内の液体2は液体通路▲2▼16を経て給液ホース9の液吐出口a20より流出するので労力の少ない作業で下方にある鉢などへ供給し給液作業ができる。
また給液ホース9の液吐出口a20(延長管接続口付き)に延長管18が組み付けられていれば、容器1の液面3の高さと比べて該延長管18にある液吐口b21の位置の方が低ければ,サイホンの作用により容器1内の液体2は手動ポンプ6の操作をやめても液吐出口b21より流出するので下方の位置へ労力の少ない作業で給液作業ができる。
また手動ポンプ6を操作させれば、容器1の液面3の高さと吐出口の位置には関係無く容器1内の液体2が液吐出口a20或いは液吐出口b21より吐出するので、給液ホース9に延長管18を取り付いている場合は人が近付けない場所や、また高い位置の鉢への給液を行う時に適しているし、また延長管18を取り外した状態での給液ホース9の液吐出口a20からの流出は手元で行う給液作業に適している。
液体2の流量を調整する弁(図示せず)を液体通路に組み付けると鉢などに行う給液量をコントロールする事が出来る。
Hereinafter, an embodiment will be described with reference to FIGS.
When the manual pump 6 is operated, the liquid 2 in the container 1 is sucked up from the sucking pipe a8 and flows into the pouring nozzle 11, and further passes from the pouring nozzle 11 through the connecting tube 17 through the confluence 19 to the liquid supply hose 9. If the extension pipe 18 is assembled to the liquid discharge port a20 (with the extension pipe connection port), the liquid discharge hose 9 discharges from the liquid discharge port b21. As a result, liquid supply work can be performed on top and bottom, left and right, or in bowls that are difficult to access.
Further, by operating the manual pump 6, when the liquid 2 in the container 1 passes the junction 19 through the liquid passage 1, a part of the flow of the liquid 2 joins at the junction 19. Since the liquid 2 that has flowed into the suction pipe b14 stays in the suction pipe b14 without flowing out into the container, the liquid passage (2) 16 is caused by the liquid 2 It is filled. As a result, if the liquid discharge port a20 of the liquid supply hose 9 is lower than the height of the liquid level 3 in the container 1, even if the operation of the manual pump 6 is stopped by the action of the siphon, Since the liquid 2 flows out from the liquid discharge port a20 of the liquid supply hose 9 through the liquid passage (2) 16, it can be supplied to the bowl below and the liquid supply work can be performed with less work.
If the extension pipe 18 is assembled to the liquid discharge port a20 (with the extension pipe connection port) of the liquid supply hose 9, the position of the liquid outlet b21 in the extension pipe 18 compared to the height of the liquid level 3 of the container 1 If it is lower, the liquid 2 in the container 1 flows out of the liquid discharge port b21 even if the operation of the manual pump 6 is stopped by the action of the siphon, so that the liquid supply operation can be performed with less labor to the lower position.
When the manual pump 6 is operated, the liquid 2 in the container 1 is discharged from the liquid discharge port a20 or the liquid discharge port b21 regardless of the height of the liquid level 3 of the container 1 and the position of the discharge port. When the extension pipe 18 is attached to the hose 9, it is suitable for supplying liquid to a place where a person cannot approach, or a pot at a higher position, and the liquid supply hose 9 with the extension pipe 18 removed. The outflow from the liquid discharge port a20 is suitable for a liquid supply operation performed at hand.
When a valve (not shown) for adjusting the flow rate of the liquid 2 is assembled in the liquid passage, the amount of liquid supplied to the bowl or the like can be controlled.

以下、添付図面 図3に従って一実施例を説明する。
手動ポンプ6を架台22に設けられた手動ポンプ取付座5に、また吸い上げパイプ取付座13に吸い上げパイプb14をそれぞれ組み込み、前記架台22を排液する水槽23に置き、手動ポンプ6を操作すると水槽23内の液体2は吸い上げパイプa8から吸い上げられて、注出ノズル11に流れ、更に注出ノズル11から連結チューブ17を通って合流点19を通過して給液ホース9に流れ、該給液ホース9の液吐出口a20に至り流出される。また手動ポンプ6を操作することで水槽23内の液体2が液体通路▲1▼12を通って合流点19を通過する際に、該液体2の流れの一部は合流点19にて合流している吸い上げパイプb14内へ流れ込むが逆止弁15を有しているため、流れ込んだ液体2は水槽23内へ流出する事なく吸い上げパイプb14に留まるため該液体2により液体通路▲2▼16は満たされる。これにより水槽23内の液面3の高さと比べて給液ホース9の液吐出口a20の方が低い位置にあれば、サイホンの作用により手動ポンプ6の操作をやめても自然と水槽23内の液体2は液体通路▲2▼16を経て給液ホース9の液吐出口a20より流出するので水槽の排液作業ができる。
また手動ポンプ6を操作させれば、水槽23の液面3の高さと吐出口の位置には関係なく水槽23内の液体2が液吐出口a20から吐出されるので排液作業ができる。
Hereinafter, an embodiment will be described with reference to FIG.
When the manual pump 6 is installed in the manual pump mounting seat 5 provided on the gantry 22 and the suction pipe b14 is incorporated in the wicking pipe mounting seat 13, the gantry 22 is placed in the water tank 23 and the manual pump 6 is operated. The liquid 2 in the liquid 23 is sucked up from the suction pipe a8 and flows to the pouring nozzle 11, and further flows from the pouring nozzle 11 through the connecting tube 17 to the confluence 19 and to the liquid supply hose 9. It reaches the liquid discharge port a20 of the hose 9 and flows out. Further, by operating the manual pump 6, when the liquid 2 in the water tank 23 passes through the junction 19 through the liquid passage 1, a part of the flow of the liquid 2 merges at the junction 19. Since the liquid 2 that has flowed into the suction pipe b14 but has the check valve 15 stays in the suction pipe b14 without flowing into the water tank 23, the liquid passage (2) 16 is formed by the liquid 2. It is filled. As a result, if the liquid discharge port a20 of the liquid supply hose 9 is lower than the height of the liquid level 3 in the water tank 23, even if the operation of the manual pump 6 is stopped by the action of the siphon, Since the liquid 2 flows out from the liquid discharge port a20 of the liquid supply hose 9 through the liquid passage (2) 16, the water tank can be drained.
Further, if the manual pump 6 is operated, the liquid 2 in the water tank 23 is discharged from the liquid discharge port a20 regardless of the height of the liquid surface 3 of the water tank 23 and the position of the discharge port, so that drainage work can be performed.

本考案の一実施例を示す装置の要部を破断した手動ポンプ付液体供給装置側面図。  The liquid supply apparatus side view with a manual pump which fractured | ruptured the principal part of the apparatus which shows one Example of this invention. 延長管を取り外した状態の手動ポンプ付液体供給装置の側面図。  The side view of the liquid supply apparatus with a manual pump of the state which removed the extension pipe | tube. 本考案を応用して水槽などの排液用とした一実施例の要部を破断した手動ポンプ付液体供給装置側面図。  The side view of the liquid supply apparatus with a manual pump which fractured | ruptured the principal part of one Example used for drainage, such as a water tank, applying this invention.

符号の説明Explanation of symbols

1 容器
2 液体
3 液面
4 給液口(通気口付き)
5 手動ポンプ取付座
6 手動ポンプ
7 携帯用具
8 吸い上げパイプa
9 給液ホース
10 シリンダ
11 注出ノズル
12 液体通路▲1▼
13 吸い上げパイプ取付座
14 吸い上げパイプb
15 逆止弁
16 液体通路▲2▼
17 連結チューブ
18 延長管
19 合流点
20 液吐出口a(延長管接続口付き)
21 液吐出口b
22 架台
23 水槽
1 Container 2 Liquid 3 Liquid level 4 Liquid supply port (with vent)
5 Manual pump mounting seat 6 Manual pump 7 Portable equipment 8 Suction pipe a
9 Liquid supply hose 10 Cylinder 11 Dispensing nozzle 12 Liquid passage (1)
13 Suction pipe mounting seat 14 Suction pipe b
15 Check valve 16 Liquid passage (2)
17 Connecting tube 18 Extension tube 19 Junction point 20 Liquid discharge port a (with extension tube connection port)
21 Liquid outlet b
22 mount 23 aquarium

Claims (1)

手動ポンプを容器に装着し、該手動ポンプの操作により前記容器内の液体を吸い上げて吐出する前記手動ポンプの注出ノズルにつないだ液体通路を設け、また該液体通路とは別に、一方を前記容器内の液体を吸い上げる吸い込み口とし他方は逆止弁を備えた液体通路とし、前記二つの液体通路が合流して一本の液体通路にし、該液体通路に吐出口を設けたことを特徴とする手動ポンプ付液体供給装置  A manual pump is attached to the container, and a liquid passage connected to the dispensing nozzle of the manual pump that sucks and discharges the liquid in the container by operating the manual pump is provided. A suction port for sucking up the liquid in the container and the other a liquid passage having a check valve, the two liquid passages merge to form a single liquid passage, and a discharge port is provided in the liquid passage. Liquid supply device with manual pump
JP2006009168U 2006-10-12 2006-10-12 Liquid supply device with manual pump Expired - Fee Related JP3129748U (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
JP2006009168U JP3129748U (en) 2006-10-12 2006-10-12 Liquid supply device with manual pump

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
JP2006009168U JP3129748U (en) 2006-10-12 2006-10-12 Liquid supply device with manual pump

Publications (1)

Publication Number Publication Date
JP3129748U true JP3129748U (en) 2007-03-08

Family

ID=43280668

Family Applications (1)

Application Number Title Priority Date Filing Date
JP2006009168U Expired - Fee Related JP3129748U (en) 2006-10-12 2006-10-12 Liquid supply device with manual pump

Country Status (1)

Country Link
JP (1) JP3129748U (en)

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