JP3131520U

JP3131520U - Circulation device that activates oil bubbles

Info

Publication number: JP3131520U
Application number: JP2006008773U
Authority: JP
Inventors: 石誠王
Original assignee: 石誠王
Priority date: 2006-10-27
Filing date: 2006-10-27
Publication date: 2007-05-17
Anticipated expiration: 2016-10-27

Abstract

【課題】水中において自然に上昇する作用を生じ、大型ポンプを使用する必要がないため、節電と騒音低減の機能を達成する。
【解決手段】主に少なくとも１種の異なる密度(比重)の液状油を用い、且つ該各１種の液状油を異なる顔料に混合し、該液状油を水を入れた水槽中に混入すると、密度(比重)の差異により異なる層の状態で水の上方に浮き、多層の異なる色彩の浮油層を呈する。１個以上のポンプは異なる層の浮油層中に延伸し、層液状油は独立した導管により吸入され導管反対端のオイルバブル発生器に輸送される。制御回路はポンプ、電磁バルブ、オイルバブル発生器を制御し、液状油の吸入と放出を制御し、オイルバブル発生器は回転とスイングの状態を呈する。これにより水槽中では多数の異なる色彩で、且つ動き回る下方から上昇するオイルバブルの流れが継続して発生し、こうして高度な面白味と装飾の効果を形成する。
【選択図】図１The present invention achieves functions of power saving and noise reduction because it produces an action that naturally rises in water and does not require the use of a large pump.
When at least one liquid oil having different density (specific gravity) is mainly used, and each one kind of liquid oil is mixed with a different pigment, and the liquid oil is mixed in a water tank containing water, Due to the difference in density (specific gravity), it floats above the water in different layers and presents multiple layers of oil floating layers with different colors. One or more pumps extend into different layers of floating oil layers, and the layer liquid oil is drawn by an independent conduit and transported to an oil bubble generator at the opposite end of the conduit. The control circuit controls the pump, the electromagnetic valve, and the oil bubble generator to control the intake and discharge of liquid oil, and the oil bubble generator exhibits a state of rotation and swing. This causes a continuous flow of oil bubbles rising from below and moving in a number of different colors in the aquarium, thus creating a highly interesting and decorative effect.
[Selection] Figure 1

Description

本考案は一種のオイルバブルを活動させる循環装置に関する。特に一種の１種以上の密度(比重)の異なる液状油を用い、且つ該各１種の液状油に異なる顔料を混合し、該液状油を水を入れた水槽に混入すると、密度(比重)の違いにより異なる層を呈し水の上方に浮き、ポンプは独立した導管により吸入し、導管の反対端のオイルバブル発生器に輸送し、こうして水槽中では下から上昇する多種の様々な色で、且つ動き回る気泡が継続して生じ、高度な面白味と装飾効果を達成するオイルバブルを活動させる循環装置に係る。 The present invention relates to a circulation device that activates a kind of oil bubble. In particular, when one or more kinds of liquid oils having different densities (specific gravity) are used, different pigments are mixed with each one kind of liquid oil, and the liquid oil is mixed in a water tank containing water, the density (specific gravity) With different layers and floating above the water, the pump inhales through a separate conduit and transports it to the oil bubble generator at the opposite end of the conduit, thus in a variety of different colors rising from below in the aquarium, Further, the present invention relates to a circulation device that activates an oil bubble that continuously generates bubbles that move around and achieves a high degree of fun and decoration effect.

一般に、水槽中において気泡に変化を生じさせ動き回らせる装置の多くは、比較的大きなポンプを採用し、循環の方式で水中において強大な水流を発生し、水を動かすことで流動気泡を発生させ、続いて多くの角度の噴水口により異なる方向の水流を発生し、異なる変化の流動気泡を発生する。これに多種の色彩の灯光を投射し、流動気泡は多種の色彩の変化を生じ、装飾の目的を達成する。 In general, many of the devices that cause bubbles to change and move around in the aquarium employ a relatively large pump, generate a strong water flow in the water by a circulation method, and generate fluid bubbles by moving the water. Subsequently, water flows in different directions are generated by fountains at many angles, and flow bubbles with different changes are generated. A variety of colors of light are projected onto it, and the flowing bubbles produce a variety of color changes to achieve the purpose of decoration.

公知構造には以下の欠点があった。
１．大型のポンプにより強大な水流を発生させ続け、水中で流動する気泡を起こす必要があるため、その消費電力は莫大で且つ騒音も大きい。
２．ポンプは強大な水流を発生させ続けることで、流動する気泡を発生するが、流動する気泡は長くは持続せずすぐに消失してしまうため、持続的観賞効果を達成できず、効果は不良である。
３．気泡そのものの色は水の色と非常に近いため、異なる色彩の灯光を投射することで気泡に様々な色を持たせているが、このような設計では色の変化は平凡で且つ制御が容易でなく、また消費電力も莫大になってしまう。 The known structure has the following drawbacks.
1. Since it is necessary to continuously generate a strong water flow with a large pump and to generate bubbles that flow in water, the power consumption is enormous and the noise is large.
2. The pump continues to generate a strong water flow, generating flowing bubbles, but the flowing bubbles do not last long and disappears quickly, so it cannot achieve a sustained ornamental effect and the effect is poor. is there.
3. Since the color of the bubble itself is very close to the color of water, different colors are given to the bubbles by projecting lamps of different colors, but with such a design, the color change is mediocre and easy to control In addition, the power consumption becomes enormous.

本考案は主に異なる密度(比重)の液状油により、水中において自然に上昇する作用を生じ、大型ポンプを使用する必要がないため、節電と騒音低減の機能を達成する。 In the present invention, liquid oils having different densities (specific gravity) mainly cause an action that naturally rises in water, and it is not necessary to use a large pump, thereby achieving power saving and noise reduction functions.

さらにそれは異なる密度(比重)の液状油を用い、且つ該各１種の液状油を異なる顔料に混合し、オイルバブルは水中で自然に上昇し浮く時、極めて目に鮮やかな多種の色彩を呈し、高度な面白味と装飾効果を達成するオイルバブルを活動させる循環装置を提供する。 In addition, it uses liquid oils of different densities (specific gravity), and each one kind of liquid oil is mixed with different pigments, and when the oil bubbles naturally rise and float in water, they exhibit a variety of colors that are extremely vivid to the eyes. Providing a circulating device that activates the oil bubble, achieving high fun and decorative effects.

請求項１の考案は、主に少なくとも１種の異なる密度(比重)の液状油を用い、且つ該各１種の液状油を異なる顔料に混合し、該液状油を水を入れた水槽中に混入し、該液状油の密度(比重)は該水と異なる性質であるため、異なる層の状態で水の上方に浮き、該水槽上方には少なくとも１個のポンプを設置し、且つそれぞれ異なる層の浮油層の液状油中に延伸し、
該水槽底部には少なくとも１個のオイルバブル発生器を設置し、該各オイルバブル発生器と該各ポンプ間はそれぞれ独立した導管により相互に接続し、該各オイルバブル発生器に接続する導管上にはすべて該電磁バルブを設置し、該水槽上方には制御回路を設置し、該ポンプ、該電磁バルブ、該オイルバブル発生器を制御し、
上記設計により、該制御回路はポンプを制御し、異なる層状態の水上方に浮いている液状油をそれぞれ吸入し、該層液状油を独立した導管により吸入し、該導管反対端のオイルバブル発生器に輸送し、循環と放出を行い、該オイルバブル発生器は回転とスイングの状態を生じ、これにより該水槽中では多数の異なる色彩で、且つ動き回る下方から上昇するオイルバブルの流れが継続して発生し、こうして高度な面白味と装飾の効果を形成することを特徴とするオイルバブルを活動させる循環装置としている。
請求項２の考案は、請求項１記載のオイルバブルを活動させる循環装置において、前記オイルバブル発生器は底台上に回転可能な上回転体を設置し、該上回転体上の周縁には複数の槽孔を設置し、該各槽孔位置にはそれぞれ上下スイングを呈する噴射ノズルを設置し、且つ該上回転体及び該噴射ノズルの動作は、該底台内に設置するサーボモーターにより駆動されることを特徴とするオイルバブルを活動させる循環装置としている。
請求項３の考案は、請求項１記載のオイルバブルを活動させる循環装置において、前記水槽上には音声制御器を設置し、音声を受信することで、該制御回路は該ポンプと該電磁バルブ及び該オイルバブル発生器の動作を制御し、これにより異なるリズムのオイルバブルを生じることを特徴とするオイルバブルを活動させる循環装置としている。
請求項４の考案は、請求項１記載のオイルバブルを活動させる循環装置において、前記水槽の上下両側において、必要に応じて各種色彩の投射灯を設置し、多種の色彩の投射光を投射することにより、該水は多種の色彩の変化を生じ、元々は色を持つのみであった液状油は、該異なる色彩の投射光が重なり、異なる色彩の変化を生じることを特徴とするオイルバブルを活動させる循環装置としている。
請求項５の考案は、請求項１記載のオイルバブルを活動させる循環装置において、前記水槽の周縁には複数の赤外線センサーを設置し、ハンドヘルド赤外線発射器を該各赤外線センサーに向けて振り動かし、該異なる位置角度の赤外線センサーが受ける赤外線に応じて、該制御回路は該オイルバブル発生器を制御し、異なる動作を生じさせ、これにより異なるリズムの上昇液状油を発生させることを特徴とするオイルバブルを活動させる循環装置としている。
請求項６の考案は、主に少なくとも１種の異なる密度(比重)の液状油を用い、且つ該各１種の液状油を異なる顔料に混合し、該液状油を水を入れた水槽中に混入し、該液状油の密度(比重)は該水と異なる性質であるため、異なる層の状態で水の上方に浮き、該水槽上方には少なくとも１個のポンプを設置し、且つ該各ポンプはそれぞれ導管を接続し、該導管はそれぞれ異なる層の浮油層の液状油中に延伸し、該各ポンプの反対側は導管によりそれぞれ該水槽下方に設置する少なくとも１個以上のオイルバブル発生器に接続し、該各オイルバブル発生器と該各ポンプ間の導管上にはすべて電磁バルブを設置し、該水槽下方には制御回路を設置し、該ポンプ、該電磁バルブ、該オイルバブル発生器を制御することを特徴とするオイルバブルを活動させる循環装置としている。 The invention of claim 1 mainly uses at least one kind of liquid oil having different density (specific gravity), mixes each one kind of liquid oil with different pigments, and puts the liquid oil in water tank. Since the density (specific gravity) of the liquid oil is different from that of the water, the liquid oil floats above the water in different layers, and at least one pump is installed above the water tank. Stretched into the liquid oil of the floating oil layer of
At least one oil bubble generator is installed at the bottom of the water tank, the oil bubble generators and the pumps are connected to each other by independent conduits, and the conduits connected to the oil bubble generators are connected to each other. All the electromagnetic valves are installed, a control circuit is installed above the water tank, the pump, the electromagnetic valves, and the oil bubble generator are controlled,
With the above design, the control circuit controls the pump, sucks each liquid oil floating above the water in different layer states, sucks the layer liquid oil through an independent conduit, and generates an oil bubble at the opposite end of the conduit The oil bubble generator produces a rotating and swinging state that causes the oil bubble to continue to flow in a number of different colors and move upward from below in the aquarium. It is a circulating device that activates the oil bubble, which is characterized by the fact that it produces a highly interesting and decorative effect.
The invention of claim 2 is the circulating apparatus for activating the oil bubble according to claim 1, wherein the oil bubble generator is provided with a rotatable upper rotating body on a bottom base, and a peripheral edge on the upper rotating body. A plurality of tank holes are installed, and each nozzle hole position has an injection nozzle that swings up and down, and the operation of the upper rotating body and the injection nozzle is driven by a servo motor installed in the base. This is a circulation device that activates an oil bubble.
The invention according to claim 3 is the circulating apparatus for activating the oil bubble according to claim 1, wherein a voice controller is installed on the water tank and the voice is received so that the control circuit has the pump and the electromagnetic valve. And the operation of the oil bubble generator, thereby producing an oil bubble with a different rhythm.
The invention of claim 4 is the circulating apparatus for activating the oil bubble according to claim 1, wherein projection lights of various colors are installed as necessary on both the upper and lower sides of the water tank to project projection light of various colors. Thus, the water causes various color changes, and the liquid oil originally having only the color has an oil bubble characterized in that the projection light of the different colors overlaps to cause different color changes. It is a circulating device to be activated.
The invention of claim 5 is the circulating apparatus for activating the oil bubble according to claim 1, wherein a plurality of infrared sensors are installed at the periphery of the water tank, and the handheld infrared emitter is swung toward each infrared sensor, The control circuit controls the oil bubble generator according to the infrared rays received by the infrared sensors at different positions and angles to generate different operations, thereby generating rising liquid oil with different rhythms. It is a circulation device that activates the bubble.
The invention of claim 6 mainly uses at least one kind of liquid oil having different density (specific gravity), mixes each one kind of liquid oil with different pigments, and puts the liquid oil in water tank. Since the density (specific gravity) of the liquid oil is different from that of the water, the liquid oil floats above the water in different layers, and at least one pump is installed above the water tank. Each of which is connected to a conduit, the conduits extending into the liquid oil in different layers of the floating oil layer, and the opposite side of each pump is connected to at least one oil bubble generator installed below the tank by a conduit. Connected, all electromagnetic valves are installed on the conduit between each oil bubble generator and each pump, a control circuit is installed below the water tank, and the pump, the electromagnetic valve, and the oil bubble generator are installed. Activated oil bubble, characterized by controlling It is a circulating device that can be used.

本考案のオイルバブルは水中において自然に上昇する時、極めて目に鮮やかな多種の色彩を呈し、高度な面白味と装飾効果を達成し、且つ大型のポンプを使用する必要がないため、節電と騒音低減の機能をも達成する。 The oil bubble of the present invention exhibits various colors that are extremely vivid when it rises naturally in the water, achieves high fun and decorative effects, and does not require the use of a large pump. It also achieves a reduction function.

図１、２、３、４に示すように、本考案はオイルバブルを動き回らせる循環装置で、主に１種或いは１種以上の異なる密度(比重)の液状油２、３に異なる顔料を混合し、該液状油２、３を水１１を入れた水槽１中に混入する。
該液状油２、３の密度(比重)は該水１１と異なる性質であるため、異なる層の状態で水１１の上方に浮き、多層の異なる色彩の浮油層を呈する。該水槽１上方には１個以上のポンプ２２、３２を設置し、且つそれぞれ異なる層の浮油層の液状油２、３中に延伸する。
該ポンプ２２、３２はそれぞれ該液状油２、３を独立した導管２２１、３２１により吸入し、該導管２２１、３２１反対端のオイルバブル発生器１２に輸送し、該各オイルバブル発生器１２に接続する導管２２１、３２１上にはすべて電磁バルブ２２２、３２２を設置する。
さらに制御回路４により該ポンプ２２、３２、該電磁バルブ２２２、３２２、該オイルバブル発生器１２を制御し、該液状油２、３の吸入循環と放出を制御し、該オイルバブル発生器１２は回転とスイングの状態を生じる。これにより該水槽１中では多数の異なる色彩で、且つ動き回る下方から上昇するオイルバブル２１、３１の流れが継続して発生し、こうして高度な面白味と装飾の効果を形成する。 As shown in FIGS. 1, 2, 3, and 4, the present invention is a circulation device that moves oil bubbles around, mainly using different kinds of pigments on one or more liquid oils 2 and 3 having different densities (specific gravity). The liquid oils 2 and 3 are mixed and mixed in the water tank 1 containing water 11.
Since the density (specific gravity) of the liquid oils 2 and 3 is different from that of the water 11, the liquid oils 2 and 3 float above the water 11 in different layers and exhibit a multi-layered floating layer of different colors. One or more pumps 22 and 32 are installed above the water tank 1 and extend into the liquid oils 2 and 3 of the floating layers of different layers.
The pumps 22 and 32 respectively suck the liquid oils 2 and 3 through independent conduits 221 and 321, transport them to the oil bubble generator 12 at the opposite end of the conduits 221 and 321, and connect to the oil bubble generators 12. The electromagnetic valves 222 and 322 are all installed on the conduits 221 and 321 to be operated.
Furthermore, the control circuit 4 controls the pumps 22 and 32, the electromagnetic valves 222 and 322, and the oil bubble generator 12, and controls the suction circulation and discharge of the liquid oils 2 and 3, and the oil bubble generator 12 This produces a state of rotation and swing. As a result, the flow of oil bubbles 21 and 31 rising from below in many different colors and moving around in the water tank 1 is continuously generated, thus forming a highly interesting and decorative effect.

該オイルバブル発生器１２は底台１２４上に回転する上回転体１２１を設置し、該上回転体１２１上の周縁には複数の槽孔１２２を設置する。該各槽孔１２２位置にはそれぞれ上下スイングを呈する噴射ノズル１２３を設置し、且つ該上回転体１２１及び該噴射ノズル１２３の動作は、該底台１２４内に設置するサーボモーター(図示なし)により駆動され、こうして該上回転体１２１と該噴射ノズル１２３は多方向へのスイングを一緒に生じる。
且つ本考案は該水槽１上方に音声制御器５を設置し、音声を受信することで、該制御回路４は該ポンプ２２、３２と該電磁バルブ２２２、３２２及び該オイルバブル発生器１２の動作を制御し、これにより異なるリズムのオイルバブル２１、３１を生じる。
また該水槽１の上下両側において、必要に応じて各種色彩の投射灯１３を設置し、多種の色彩の投射光を投射することにより、該水１１は多種の色彩の変化を生じ、元々は色を持つのみであった液状油２、３は、該異なる色彩の投射光が重なり、異なる色彩の変化を生じる(図５参照)。
さらに該水槽１の周縁には複数の赤外線センサー６を設置し、ハンドヘルド赤外線発射器を該各赤外線センサー６に向けて振り動かし、該異なる位置角度の赤外線センサー６が受ける赤外線に応じて、該制御回路４は該オイルバブル発生器１２を制御し、異なる動作を生じさせ、これにより異なるリズムの上昇液状油２、３を発生させる(図６参照)。 The oil bubble generator 12 has an upper rotating body 121 that rotates on a base 124, and a plurality of tank holes 122 are installed on the periphery of the upper rotating body 121. Each nozzle hole 122 is provided with an injection nozzle 123 that exhibits a vertical swing, and the operation of the upper rotating body 121 and the injection nozzle 123 is performed by a servo motor (not shown) installed in the bottom base 124. Driven, thus, the upper rotating body 121 and the injection nozzle 123 cause a multi-directional swing together.
In the present invention, the sound controller 5 is installed above the water tank 1 and receives sound, so that the control circuit 4 operates the pumps 22 and 32, the electromagnetic valves 222 and 322, and the oil bubble generator 12. This produces oil bubbles 21 and 31 with different rhythms.
In addition, by installing projection lights 13 of various colors on both the upper and lower sides of the water tank 1 and projecting projection lights of various colors as necessary, the water 11 changes in various colors, and is originally colored. The liquid oils 2 and 3 that have only had a different color change due to the overlapping of the projection light of the different colors (see FIG. 5).
Further, a plurality of infrared sensors 6 are installed on the periphery of the water tank 1, and a handheld infrared emitter is swung toward each infrared sensor 6, and the control is performed according to the infrared rays received by the infrared sensors 6 at different positions and angles. The circuit 4 controls the oil bubble generator 12 to produce different operations, thereby generating different rhythmic rising liquid oils 2 and 3 (see FIG. 6).

さらに図７に示すように、本考案の別種の実施例では、該制御回路４は該水槽１下方に設置し、同時に該ポンプ２２、３２を該水槽１下方の導管２２１、３２１上に設置する。さらに該各導管２２１、３２１の末端はそれぞれ該水槽１上方の各層の液状油２、３位置に延伸する。こうして該各液状油２、３を該各導管２２１、３２１により下方へと向けて吸入し、該各オイルバブル発生器１２により排出する。 Further, as shown in FIG. 7, in another embodiment of the present invention, the control circuit 4 is installed below the water tank 1 and at the same time, the pumps 22 and 32 are installed on the conduits 221 and 321 below the water tank 1. . Further, the ends of the respective conduits 221 and 321 extend to the positions of the liquid oils 2 and 3 in the respective layers above the water tank 1, respectively. The liquid oils 2 and 3 are sucked downward through the conduits 221 and 321 and discharged by the oil bubble generators 12.

本考案最適実施例の断面図である。It is sectional drawing of this invention optimal embodiment. 本考案が多数の異なる色彩の上昇オイルバブルを発生する実施例断面図である。1 is a cross-sectional view of an embodiment in which the present invention generates a number of rising oil bubbles of different colors. FIG. 本考案オイルバブル発生器の立体図である。It is a three-dimensional view of the present invention oil bubble generator. 本考案オイルバブル発生器の俯瞰図である。It is an overhead view of this invention oil bubble generator. 本考案の側面断面図である。It is side surface sectional drawing of this invention. 本考案が水槽周縁に複数の赤外線センサーを設置する実施例の断面図である。It is sectional drawing of the Example which this invention installs several infrared sensor in the water tank periphery. 本考案がポンプを水槽下方に設置する実施例断面図である。It is sectional drawing of the Example which this invention installs a pump below a water tank.

Explanation of symbols

１水槽
１１水
１２オイルバブル発生器
１３投射灯
１２１上回転体
１２２槽孔
１２３噴射ノズル
１２４底台
２、３液状油
２１、３１オイルバブル
２２、３２ポンプ
２２１、３２１導管
２２２、３２２電磁バルブ
４制御回路
６赤外線センサー DESCRIPTION OF SYMBOLS 1 Water tank 11 Water 12 Oil bubble generator 13 Projection lamp 121 Upper rotary body 122 Tank hole 123 Injection nozzle 124 Bottom base 2, 3 Liquid oil 21, 31 Oil bubble 22, 32 Pump 221, 321 Pipe 222, 322 Electromagnetic valve 4 Control Circuit 6 Infrared sensor

請求項１の考案は、主に少なくとも１種の異なる密度(比重)の液状油、例えば、シリコンオイル、グリセリンなどを用い、且つ該各１種の液状油を異なる顔料、例えば、油絵顔料、ドーラン染料などに混合し、該液状油を水を入れた水槽中に混入し、該液状油の密度(比重)は該水と異なる性質であるため、異なる層の状態で水の上方に浮き、該水槽上方には少なくとも１個のポンプを設置し、且つそれぞれ異なる層の浮油層の液状油中に延伸し、
該水槽底部には少なくとも１個のオイルバブル発生器を設置し、該各オイルバブル発生器と該各ポンプ間はそれぞれ独立した導管により相互に接続し、該各オイルバブル発生器に接続する導管上にはすべて該電磁バルブを設置し、該水槽上方には制御回路を設置し、該ポンプ、該電磁バルブ、該オイルバブル発生器を制御し、
上記設計により、該制御回路はポンプを制御し、異なる層状態の水上方に浮いている液状油をそれぞれ吸入し、該層液状油を独立した導管により吸入し、該導管反対端のオイルバブル発生器に輸送し、循環と放出を行い、該オイルバブル発生器は回転とスイングの状態を生じ、これにより該水槽中では多数の異なる色彩で、且つ動き回る下方から上昇するオイルバブルの流れが継続して発生し、こうして高度な面白味と装飾の効果を形成することを特徴とするオイルバブルを活動させる循環装置としている。
請求項２の考案は、請求項１記載のオイルバブルを活動させる循環装置において、前記オイルバブル発生器は底台上に回転可能な上回転体を設置し、該上回転体上の周縁には複数の槽孔を設置し、該各槽孔位置にはそれぞれ上下スイングを呈する噴射ノズルを設置し、且つ該上回転体及び該噴射ノズルの動作は、該底台内に設置するサーボモーターにより駆動されることを特徴とするオイルバブルを活動させる循環装置としている。
請求項３の考案は、請求項１記載のオイルバブルを活動させる循環装置において、前記水槽上には音声制御器を設置し、音声を受信することで、該制御回路は該ポンプと該電磁バルブ及び該オイルバブル発生器の動作を制御し、これにより異なるリズムのオイルバブルを生じることを特徴とするオイルバブルを活動させる循環装置としている。
請求項４の考案は、請求項１記載のオイルバブルを活動させる循環装置において、前記水槽の上下両側において、必要に応じて各種色彩の投射灯を設置し、多種の色彩の投射光を投射することにより、該水は多種の色彩の変化を生じ、元々は色を持つのみであった液状油は、該異なる色彩の投射光が重なり、異なる色彩の変化を生じることを特徴とするオイルバブルを活動させる循環装置としている。
請求項５の考案は、請求項１記載のオイルバブルを活動させる循環装置において、前記水槽の周縁には複数の赤外線センサーを設置し、ハンドヘルド赤外線発射器を該各赤外線センサーに向けて振り動かし、該異なる位置角度の赤外線センサーが受ける赤外線に応じて、該制御回路は該オイルバブル発生器を制御し、異なる動作を生じさせ、これにより異なるリズムの上昇液状油を発生させることを特徴とするオイルバブルを活動させる循環装置としている。
請求項６の考案は、主に少なくとも１種の異なる密度(比重)の液状油、例えば、シリコンオイル、グリセリンなどを用い、且つ該各１種の液状油を異なる顔料、例えば、油絵顔料、ドーラン染料などに混合し、該液状油を水を入れた水槽中に混入し、該液状油の密度(比重)は該水と異なる性質であるため、異なる層の状態で水の上方に浮き、該水槽上方には少なくとも１個のポンプを設置し、且つ該各ポンプはそれぞれ導管を接続し、該導管はそれぞれ異なる層の浮油層の液状油中に延伸し、該各ポンプの反対側は導管によりそれぞれ該水槽下方に設置する少なくとも１個以上のオイルバブル発生器に接続し、該各オイルバブル発生器と該各ポンプ間の導管上にはすべて電磁バルブを設置し、該水槽下方には制御回路を設置し、該ポンプ、該電磁バルブ、該オイルバブル発生器を制御することを特徴とするオイルバブルを活動させる循環装置としている。 The invention of claim 1 mainly uses at least one liquid oil of different density (specific gravity) , for example, silicon oil, glycerin, etc. , and each one kind of liquid oil is a different pigment , for example, oil painting pigment, dolan Mixing with a dye or the like , mixing the liquid oil into a water tank containing water, the density (specific gravity) of the liquid oil is different from that of the water, so it floats above the water in different layers, Install at least one pump above the water tank, and extend into the liquid oil of the floating oil layers of different layers,
At least one oil bubble generator is installed at the bottom of the water tank, the oil bubble generators and the pumps are connected to each other by independent conduits, and the conduits connected to the oil bubble generators are connected to each other. All the electromagnetic valves are installed, a control circuit is installed above the water tank, the pump, the electromagnetic valves, and the oil bubble generator are controlled,
With the above design, the control circuit controls the pump, sucks each liquid oil floating above the water in different layer states, sucks the layer liquid oil through an independent conduit, and generates an oil bubble at the opposite end of the conduit The oil bubble generator produces a rotating and swinging state that causes the oil bubble to continue to flow in a number of different colors and move upward from below in the aquarium. It is a circulating device that activates the oil bubble, which is characterized by the fact that it produces a highly interesting and decorative effect.
The invention of claim 2 is the circulating apparatus for activating the oil bubble according to claim 1, wherein the oil bubble generator is provided with a rotatable upper rotating body on a bottom base, and a peripheral edge on the upper rotating body. A plurality of tank holes are installed, and each nozzle hole position has an injection nozzle that swings up and down, and the operation of the upper rotating body and the injection nozzle is driven by a servo motor installed in the base. This is a circulation device that activates an oil bubble.
The invention according to claim 3 is the circulating apparatus for activating the oil bubble according to claim 1, wherein a voice controller is installed on the water tank and the voice is received so that the control circuit has the pump and the electromagnetic valve. And the operation of the oil bubble generator, thereby producing an oil bubble with a different rhythm.
The invention of claim 4 is the circulating apparatus for activating the oil bubble according to claim 1, wherein projection lights of various colors are installed as necessary on both the upper and lower sides of the water tank to project projection light of various colors. Thus, the water causes various color changes, and the liquid oil originally having only the color has an oil bubble characterized in that the projection light of the different colors overlaps to cause different color changes. It is a circulating device to be activated.
The invention of claim 5 is the circulating apparatus for activating the oil bubble according to claim 1, wherein a plurality of infrared sensors are installed at the periphery of the water tank, and the handheld infrared emitter is swung toward each infrared sensor, The control circuit controls the oil bubble generator according to the infrared rays received by the infrared sensors at different positions and angles to generate different operations, thereby generating rising liquid oil with different rhythms. It is a circulation device that activates the bubble.
The invention of claim 6 mainly uses at least one liquid oil of different density (specific gravity) , for example, silicon oil, glycerin, etc. , and each one kind of liquid oil is a different pigment , for example, oil painting pigment, dolan Mixing with a dye or the like , mixing the liquid oil into a water tank containing water, the density (specific gravity) of the liquid oil is different from that of the water, so it floats above the water in different layers, At least one pump is installed above the aquarium, and each of the pumps is connected to a conduit, and the conduit extends into the liquid oil of a different floating layer, and the other side of each pump is connected by a conduit. Each is connected to at least one oil bubble generator installed below the water tank, all electromagnetic valves are installed on the conduit between each oil bubble generator and each pump, and a control circuit is provided below the water tank. Installing the pump and the electric A magnetic valve and a circulation device for activating an oil bubble characterized by controlling the oil bubble generator.

請求項１の考案は、主に水に対して異なる密度(比重)の液状油、例えば、シリコンオイル、グリセリンなどを用い、且つ該液状油を異なる顔料、例えば、油絵顔料、ドーラン染料などに混合し、該液状油を水を入れた水槽中に混入し、該液状油の密度(比重)は該水と異なる性質であるため、異なる層の状態で水の上方に浮き、該水槽上方には少なくとも１個のポンプを設置し、且つそれぞれ異なる層の浮油層の液状油中に延伸し、
該水槽底部には少なくとも１個のオイルバブル発生器を設置し、該各オイルバブル発生器と該各ポンプ間はそれぞれ独立した導管により相互に接続し、該各オイルバブル発生器に接続する導管上にはすべて該電磁バルブを設置し、該水槽上方には制御回路を設置し、該ポンプ、該電磁バルブ、該オイルバブル発生器を制御し、
上記設計により、該制御回路はポンプを制御し、異なる層状態の水上方に浮いている液状油をそれぞれ吸入し、該層液状油を独立した導管により吸入し、該導管反対端のオイルバブル発生器に輸送し、循環と放出を行い、該オイルバブル発生器は回転とスイングの状態を生じ、これにより該水槽中では多数の異なる色彩で、且つ動き回る下方から上昇するオイルバブルの流れが継続して発生し、こうして高度な面白味と装飾の効果を形成することを特徴とするオイルバブルを活動させる循環装置としている。
請求項２の考案は、請求項１記載のオイルバブルを活動させる循環装置において、前記オイルバブル発生器は底台上に回転可能な上回転体を設置し、該上回転体上の周縁には複数の槽孔を設置し、該各槽孔位置にはそれぞれ上下スイングを呈する噴射ノズルを設置し、且つ該上回転体及び該噴射ノズルの動作は、該底台内に設置するサーボモーターにより駆動されることを特徴とするオイルバブルを活動させる循環装置としている。
請求項３の考案は、請求項１記載のオイルバブルを活動させる循環装置において、前記水槽上には音声制御器を設置し、音声を受信することで、該制御回路は該ポンプと該電磁バルブ及び該オイルバブル発生器の動作を制御し、これにより異なるリズムのオイルバブルを生じることを特徴とするオイルバブルを活動させる循環装置としている。
請求項４の考案は、請求項１記載のオイルバブルを活動させる循環装置において、前記水槽の上下両側において、必要に応じて各種色彩の投射灯を設置し、多種の色彩の投射光を投射することにより、該水は多種の色彩の変化を生じ、元々は色を持つのみであった液状油は、該異なる色彩の投射光が重なり、異なる色彩の変化を生じることを特徴とするオイルバブルを活動させる循環装置としている。
請求項５の考案は、請求項１記載のオイルバブルを活動させる循環装置において、前記水槽の周縁には複数の赤外線センサーを設置し、ハンドヘルド赤外線発射器を該各赤外線センサーに向けて振り動かし、該異なる位置角度の赤外線センサーが受ける赤外線に応じて、該制御回路は該オイルバブル発生器を制御し、異なる動作を生じさせ、これにより異なるリズムの上昇液状油を発生させることを特徴とするオイルバブルを活動させる循環装置としている。
請求項６の考案は、主に水に対して異なる密度(比重)の液状油、例えば、シリコンオイル、グリセリンなどを用い、且つ該液状油を異なる顔料、例えば、油絵顔料、ドーラン染料などに混合し、該液状油を水を入れた水槽中に混入し、該液状油の密度(比重)は該水と異なる性質であるため、異なる層の状態で水の上方に浮き、該水槽上方には少なくとも１個のポンプを設置し、且つ該各ポンプはそれぞれ導管を接続し、該導管はそれぞれ異なる層の浮油層の液状油中に延伸し、該各ポンプの反対側は導管によりそれぞれ該水槽下方に設置する少なくとも１個以上のオイルバブル発生器に接続し、該各オイルバブル発生器と該各ポンプ間の導管上にはすべて電磁バルブを設置し、該水槽下方には制御回路を設置し、該ポンプ、該電磁バルブ、該オイルバブル発生器を制御することを特徴とするオイルバブルを活動させる循環装置としている。 The invention of claim 1 mainly uses liquid oils having different densities (specific gravity) relative to water , such as silicon oil, glycerin, etc., and uses the liquid oils as different pigments such as oil painting pigments, doran dyes, etc. Mix, mix the liquid oil into a water tank containing water, and the density (specific gravity) of the liquid oil is different from that of the water, so it floats above the water in a different layer state, above the water tank Installed at least one pump and stretched into the liquid oil of the floating oil layers of different layers,
At least one oil bubble generator is installed at the bottom of the water tank, the oil bubble generators and the pumps are connected to each other by independent conduits, and the conduits connected to the oil bubble generators are connected to each other. All the electromagnetic valves are installed, a control circuit is installed above the water tank, the pump, the electromagnetic valves, and the oil bubble generator are controlled,
With the above design, the control circuit controls the pump, sucks each liquid oil floating above the water in different layer states, sucks the layer liquid oil through an independent conduit, and generates an oil bubble at the opposite end of the conduit The oil bubble generator produces a rotating and swinging state that causes the oil bubble to continue to flow in a number of different colors and move upward from below in the aquarium. It is a circulating device that activates the oil bubble, which is characterized by the fact that it produces a highly interesting and decorative effect.
The invention of claim 2 is the circulating apparatus for activating the oil bubble according to claim 1, wherein the oil bubble generator is provided with a rotatable upper rotating body on a bottom base, and a peripheral edge on the upper rotating body. A plurality of tank holes are installed, and each nozzle hole position has an injection nozzle that swings up and down, and the operation of the upper rotating body and the injection nozzle is driven by a servo motor installed in the base. This is a circulation device that activates an oil bubble.
The invention according to claim 3 is the circulating apparatus for activating the oil bubble according to claim 1, wherein a voice controller is installed on the water tank and the voice is received so that the control circuit has the pump and the electromagnetic valve. And the operation of the oil bubble generator, thereby producing an oil bubble with a different rhythm.
The invention of claim 4 is the circulating apparatus for activating the oil bubble according to claim 1, wherein projection lights of various colors are installed as necessary on both the upper and lower sides of the water tank to project projection light of various colors. Thus, the water causes various color changes, and the liquid oil originally having only the color has an oil bubble characterized in that the projection light of the different colors overlaps to cause different color changes. It is a circulating device to be activated.
The invention of claim 5 is the circulating apparatus for activating the oil bubble according to claim 1, wherein a plurality of infrared sensors are installed at the periphery of the water tank, and the handheld infrared emitter is swung toward each infrared sensor, The control circuit controls the oil bubble generator according to the infrared rays received by the infrared sensors at different positions and angles to generate different operations, thereby generating rising liquid oil with different rhythms. It is a circulation device that activates the bubble.
The invention of claim 6 mainly uses liquid oils having different densities (specific gravity) relative to water , for example, silicon oil, glycerin, etc., and uses the liquid oils for different pigments, for example, oil painting pigments, doran dyes, etc. Mix, mix the liquid oil into a water tank containing water, and the density (specific gravity) of the liquid oil is different from that of the water, so it floats above the water in a different layer state, above the water tank Has at least one pump, and each pump connects a respective conduit, the conduit extends into the liquid oil in a different layer of floating oil, and the opposite side of each pump is connected to the water tank by a conduit. It is connected to at least one oil bubble generator installed below, all electromagnetic valves are installed on the conduit between each oil bubble generator and each pump, and a control circuit is installed below the water tank. , The pump, the solenoid valve, It is a circulator that activates an oil bubble, characterized by controlling an ill bubble generator.

Claims

Mainly using at least one kind of liquid oil having different density (specific gravity) and mixing each one kind of liquid oil with different pigments, mixing the liquid oil into a water tank containing water, Since the density (specific gravity) is different from that of the water, it floats above the water in different layers, and at least one pump is installed above the water tank. Stretched to
At least one oil bubble generator is installed at the bottom of the water tank, the oil bubble generators and the pumps are connected to each other by independent conduits, and the conduits connected to the oil bubble generators are connected to each other. All the electromagnetic valves are installed, a control circuit is installed above the water tank, the pump, the electromagnetic valves, and the oil bubble generator are controlled,
With the above design, the control circuit controls the pump, sucks each liquid oil floating above the water in different layer states, sucks the layer liquid oil through an independent conduit, and generates an oil bubble at the opposite end of the conduit The oil bubble generator produces a rotating and swinging state that causes the oil bubble to continue to flow in a number of different colors and move upward from below in the aquarium. A circulating device that activates an oil bubble, characterized in that it produces a high degree of interesting and decorative effects.

The circulating apparatus for activating an oil bubble according to claim 1, wherein the oil bubble generator is provided with a rotatable upper rotating body on a base, and a plurality of tank holes are provided on a peripheral edge of the upper rotating body. In addition, an injection nozzle exhibiting a vertical swing is installed in each tank hole position, and the operation of the upper rotating body and the injection nozzle is driven by a servo motor installed in the base. Circulator that activates oil bubbles.

2. The circulating apparatus for activating an oil bubble according to claim 1, wherein an audio controller is installed on the water tank and receives the audio so that the control circuit includes the pump, the electromagnetic valve, and the oil bubble generator. A circulation device for activating an oil bubble, characterized by controlling the operation and thereby producing an oil bubble with a different rhythm.

The circulator for activating the oil bubble according to claim 1, wherein projection water of various colors is installed on the upper and lower sides of the water tank as needed, and projection light of various colors is projected, whereby the water A circulating apparatus for activating an oil bubble, characterized in that liquid oil that originally has only a color and that has a color change causes projection light of the different colors to overlap, resulting in a change of different colors.

2. The circulating apparatus for activating oil bubbles according to claim 1, wherein a plurality of infrared sensors are installed on a peripheral edge of the water tank, a handheld infrared emitter is swung toward each of the infrared sensors, and the infrared sensors having different positions and angles are arranged. A circulating device for activating an oil bubble, characterized in that the control circuit controls the oil bubble generator in response to the infrared rays received by it to produce different actions and thereby generate different rhythmic rising liquid oil.

Mainly using at least one kind of liquid oil having different density (specific gravity) and mixing each one kind of liquid oil with different pigments, mixing the liquid oil into a water tank containing water, Since the density (specific gravity) is a different property from the water, it floats above the water in different layers, at least one pump is installed above the water tank, and each pump is connected to a conduit, The conduits extend into liquid oil in different floating layers, and the opposite sides of the pumps are connected to at least one oil bubble generator installed under the water tank by conduits. An electromagnetic valve is installed on all the conduits between the generator and each pump, and a control circuit is installed below the water tank to control the pump, the electromagnetic valve, and the oil bubble generator. Circulator that activates oil bubbles.