JP3182271U - Oil film processing equipment - Google Patents

Abstract

A structure of an oil film processing apparatus is provided.
An oil film processing apparatus including a connection tube set and a floating buoy. The connection tube set 1 and the floating buoy 2 are connected to each other, and the connection tube set 1 includes the first connection tube 11 and the second connection tube 12, and one end of the first connection tube 11 is the second connection tube 12. Connect to one end. One end of the floating buoy 2 is installed so as to communicate with the other end of the second connection tube 12. Further, the floating buoy 2 has a plurality of floating blocks protruding from the tube opening at the other end of the floating buoy 2, and one air chamber is installed in each floating buoy 2. In addition, one drain outlet is formed between the floating blocks of the floating buoy. Therefore, the floating buoy 2 is inserted into the second connection tube 12 and floated on the water surface by installing the air chamber of the floating buoy 2 or adjusting the specific gravity of the whole.
[Selection] Figure 1

Description

  The present invention relates to the structure of an oil film processing apparatus, and more particularly to an oil film processing apparatus that is useful and quick for effectively discharging, assembling and maintaining an oil film layer on the water surface.

  Modern people decorate their homes or shops with many ornaments to pursue a comfortable and sensual living environment. Ordinary ornaments include crystal balls, bonsai, waterwalls, and fish bowls, making the living space and environment rich and lively. These decorations can bring comfort and healing to the heart and increase the enjoyment of life.

  However, as the environment becomes increasingly polluted, the air becomes increasingly dirty. These dirt, such as motorcycle smoke and car exhaust, oil smoke emitted when cooking at restaurants and homes, and smoke smoke discharged by smokers, gradually affect the air quality, and the dirt gets on the air. It is carried everywhere. Also, the specific gravity and density of these soils are all heavier than air. Therefore, the dirt easily floats on the wind and adheres to the surface of the ornament.

  Of many ornaments, a fishbowl with a water flow will be described as an example. When this kind of water-flowing ornament comes into contact with air for a long time, dirt contained in the air is combined with carbon dioxide discharged from the fishbowl to form a further oil film on the water surface. This oil film does not dissolve in water, and carbon dioxide in the fishbowl prevents exchange with oxygen in the air and blocks light refraction, thereby destroying the ecological environment in the fishbowl. Air pollution affects the ecological environment of the fishbowl, and food and excrement from the organisms also affect the ecology of the fishbowl. All food and biological excreta have oily components. When food is not eaten completely after a certain period of time in a fishbowl, or when the excrement of organisms is not cleaned after a certain period of time, a layer of oil film forms on the surface of the water and oxygen It will prevent the exchange and block the refraction of light, leading to the death of water plants and organisms. Then you have to use your time and strength to wash the fishbowl and exchange creatures and aquatic plants. When living organisms and aquatic plants died, further improvements were necessary in view of the need to purchase additional new organisms and treat them.

  In order to solve the above-mentioned problem, the inside of the fishbowl is usually equipped with a regulator with many different functions such as a light regulator, a temperature controller, or a device that provides oxygen content in water. Maintain an ecological environment and use many devices to create a suitable environment for living organisms to survive. However, even if the apparatus is used, the oil film layer formed on the water surface cannot be removed effectively, and it is necessary to artificially remove it. Therefore, an apparatus for removing an oil film layer formed on the water surface has been devised in the market without any human intervention. The known “water tank oil film processor” of Patent Application No. 301119 is composed of a tube main body, a fine adjustment switch and a floating tube, and the tube main body can be fixed to the inner wall of the water tank using a fixing device. A water pumping base is formed on the bottom side of the tube main body, a tank penetrating slightly is provided on the peripheral surface of the water pumping base, and an inner screw is provided on the inner bottom side. A stopper plate is formed on the lower side of the rotary rod of the fine adjustment switch, and is further extended to provide a rod and a screw thread, which are inserted into the tube body. By screwing the screw thread at the position of the inner screw, it is possible to change the flow amount by opening and closing the tank around the water pumping base. By inserting and installing the floating tube, the oil film drifting on the water surface and the oil film produced by the aquatic plants are sucked, and the oil film can be easily removed and adjusted by filtration using a filter.

  The "aquarium oil film processing apparatus" has improved the method that can only maintain the ecological environment in the fishbowl by removing the oil film using an artificial method of the prior art, but this technique is cumbersome and troublesome to install, In view of the relatively large number of parts used, leading to increased costs, increased work time, and troublesome assembly and maintenance, further improvements were necessary.

Japanese Utility Model Publication No. 6-61065

  In order to solve the disadvantages of the known structure, in the present invention, an oil film treatment that solves the disadvantages such as inconvenience of assembly and maintenance, a large number of parts to be used as a whole, the cost increases, and the manufacturing time and physical strength are consumed. The main object is to provide an apparatus.

  In order to solve the above-mentioned object, the present invention provides an oil film processing apparatus for sucking oil film dirt floating on the water surface, which includes a connection tube set and a floating buoy.

  The connection tube set and the floating buoy are connected to each other, and the connection tube set includes a first connection tube and a second connection tube. One end of the first connection tube is connected to one end of the second connection tube.

  One end of the floating buoy is installed so as to communicate with the other end of the second connection tube. In addition, a plurality of floating blocks are protruded with a gap at the tube mouth at the other end of the floating buoy, and at least one drainage port is formed between the floating block and the floating block. Lower than the bottom. One air chamber is provided in each floating block.

  Therefore, the floating buoy floats on the surface of the water due to the installation of the air chamber in the floating block. When the floating buoy sinks, the oil film dirt floating on the surface of the water is discharged from the connecting tube set through the floating buoy to keep the surface clean.

The oil film processing apparatus of the present invention further has the following technical features:
1. A motor is further installed at the end opposite to the connection end of the first connection tube and the second connection tube of the connection tube set. The motor has one suction port, which is connected to the first connection tube and sucks oil film dirt on the water surface.

  2. A plurality of launch buffer holes are installed in parallel on the outer periphery of one end where the first connection tube and the second connection tube are connected.

  3. One end of the second connection tube connected to the first connection tube is a butt joint, the diameter of the butt joint is larger than that of the first connection tube, and the butt joint is a launch buffer of the first connection tube. The suction force of the motor is alleviated or strengthened by controlling the number of the launch buffer holes communicating with the outside world while being in contact with one end where the holes are provided.

  4. One end where the second connection tube connects to the first connection tube is an insertion portion, the diameter of the insertion portion is smaller than the diameter of the first connection tube, and the insertion portion is a launch buffer hole of the first connection tube At the same time, the number of buffer holes communicating with the outside world is controlled, so that the suction force of the motor is alleviated or strengthened.

  The present invention is composed of a connection tube set, a floating buoy and a motor. One end of the connection tube set is connected to the floating buoy and the other end is connected to the motor. A floating buoy is formed by a floating block and at least one drain. By controlling the floating condition by sucking floating buoys using a motor, oil film dirt drifting on the surface of the water flows into the floating buoys and is discharged through the connecting tube set connected to the floating buoys to keep the water surface clean.

It is the schematic which installs this invention in an aquarium. FIG. It is a local three-dimensional expansion schematic of the floating buoy of this invention. 1 is a schematic diagram of oil film flow of the present invention. It is the schematic which inserted the 2nd connection tube of this invention in the 1st connection tube. 3 is a schematic view of a third connection tube according to the present invention being brought into contact with a first connection tube and a second connection tube. It is the form schematic of 2nd Example of this invention.

  The oil film processing apparatus of the present invention mainly saves working time and energy consumption for assembly and maintenance, and can be assembled quickly and easily. Also, the overall cost is reduced by assembling with a small amount of parts. The present invention gives two examples. In the first embodiment, the assembly relationship of each part and the main related functions and features will be referred to and will be described together with each drawing.

  1 to 4 show a first embodiment of the present invention. The oil film processing apparatus of the present invention for sucking oil film dirt floating on the water surface includes the connection tube set 1 and the floating buoy 2.

  The connection tube set 1 and the floating buoy 2 are connected to each other, and the connection tube set 1 includes a first connection tube 11 and a second connection tube 12. One end of the first connection tube 11 is connected to one end of the second connection tube 12.

  One end of the floating buoy 2 is installed so as to communicate with the other end of the second connection tube 12. Further, a plurality of floating blocks 21 are provided in a projecting manner with a gap in the tube opening of one end where the floating buoy 2 is exposed. At least one drainage port 22 is formed between the floating block 21 and the floating block 21, and the bottom side of the drainage port 22 is lower than the bottom surface of the floating block 21. One air chamber 211 is provided in each floating block 21.

  Therefore, the floating buoy 2 floats on the water surface due to the installation of the air chamber 211 in the floating block 21. When the floating buoy 2 sinks, the oil film dirt drifting on the water surface is discharged from the connecting tube set 1 through the floating buoy 2 to achieve the effect and purpose of maintaining cleanliness on the water surface. (The technical features of the main embodiments of the present invention described above correspond to the contents of claim 1 of the present invention, and the purpose and embodiments of the present invention can be understood. The technical features referred to in other claims are claimed. (1) details of the contents or additional technical features, which do not limit the scope of claim 1 and claim 1 of the present invention does not necessarily include the technical features mentioned in other claims).

  As shown in FIG. 4, in order for the floating buoy 2 to smoothly suck the oil film dirt floating on the water surface, at the opposite end of the connection end of the first connection tube 11 and the second connection tube 12 of the connection tube set 1. Furthermore, a motor 3 is installed. The motor 3 has a single suction port 31 and sinks the floating buoy 2 under oil film dirt through the suction force of the motor 3. Moreover, oil film dirt flows into the floating buoy 2 from the drain port 22 as the floating buoy 2 sinks. Further, since the oil film dirt is sucked out through the floating buoy 2, the second connection tube 12 and the first connection tube 11 through the suction force of the motor 3, the water surface can be kept clean.

  As shown in FIGS. 1, 2, and 4, in order to control the sinking state of the floating buoy 2 and to prevent the floating buoy 2 from being completely submerged by the suction force of the motor 3, the first connection tube 1 A plurality of launch buffer holes 13 are installed in parallel on the outer periphery of one end to which the second connection tube 12 is connected. By installing the launch buffer hole 13, the suction force of the motor 3 can be relaxed, and the floating buoy 2 is prevented from sinking deeply. (The present invention describes the suction force with which the motor 3 operates with respect to the floating buoy 2, and does not limit the arrangement or number of the launch buffer holes 13.)

  Based on the oil film processing apparatus of the first embodiment, the connection form of the first connection tube 11 and the second connection tube 12 in the following connection component 1 will be described.

  1. First connection method: As shown in FIGS. 2 and 4, one end where the second connection tube 12 is connected to the first connection tube 11 is a bushing portion 121, and the diameter of the bushing portion 121 is the first diameter. The connecting portion 121 is larger than the one connecting tube 11 and is in contact with one end of the first connecting tube 11 where the launch buffer hole 13 is provided. The position where the launch buffer hole 13 is provided in the first connection tube 11 and the number communicating with the outside world are controlled via the sleeve 121 of the second connection tube 12. The more the launch buffer holes 13 communicate with the outside world, the more the motor 3 can relieve the suction force of the floating buoy 2, so that the floating buoy 2 sinks more shallowly.

  2. Second connection method: As shown in FIG. 5, one end where the second connection tube 12 is connected to the first connection tube 11 is an insertion portion 122, and the diameter of the insertion portion 122 is that of the first connection tube 11. The insertion portion 122 is inserted into one end of the first connection tube 11 where the launch buffer hole 13 is provided, and the insertion portion 122 is used to advance inside the first connection tube 11 through a method of insertion and installation. When it is necessary to block the water buffer hole 13 from communicating with the outside world and adjust the suction force of the motor 3 to the floating buoy 2, the insertion buffer 122 of the second connection tube 12 is gradually blocked from the launch buffer hole 13. The suction force that the motor 3 operates on the floating buoy 2 can be relaxed by removing it from the position and gradually connecting some launch buffer holes 13 to the outside world.

  Third connection method: In addition to the two types of connection methods, a third connection tube 14 is connected between the first connection tube 11 and the second connection tube 12 as shown in FIG. The connection method of the third connection tube 14, the first connection tube 11 and the second connection tube 12 is combined in the same manner as in the first embodiment. Alternatively, in the same manner as in the second embodiment, in addition to the combination by the insertion method, one end of the third connection tube 14 can be connected by a brace method, and the other end can be connected by the insertion method. (In the third embodiment, the motor 3 controls the suction force with respect to the floating buoy 2 and is not intended to limit the connection method.)

  FIG. 7 shows a second embodiment of the present invention. The difference from the first embodiment is that the specific gravity of the material of the floating buoy 20 is smaller than the density of water (the specific gravity of the material of the floating buoy 20 of the present invention). Is less than 1), and the air chamber 211 is not installed in the floating block 210, and one end of the floating buoy 20 provided with the floating block 210 is floated on the surface of the water via the specific gravity of the floating buoy 20; By using the suction force of the floating buoy 20 to suck and sink below the oil film dirt, the oil film dirt on the water surface flows from the drain port 220 of the floating buoy 20 into the floating buoy 20, and further By sucking and discharging the connection tube 11 and the second connection tube 12, the water surface can be kept clean.

  FIG. 7 shows a second embodiment of the present invention. The material of the entire floating buoy 20 or the floating block 210 is plastic or a material whose density is lighter than water (typically the density of plastic is between 0.9 and 2.3 grams for each cubic centimeter, and various foam plastics The density of each cubic cubic meter is between about 0.01 and 0.5 grams). Moreover, it can be set as the wooden material etc. which contain comparatively much air. One end of the floating block 210 of the floating buoy 20 is installed using a plastic material lighter than the density of this kind of water or a wooden material containing a lot of air, and further using the equation of buoyancy = volume under liquid level × liquid density. After floating on the water surface, the floating buoy 20 is further sucked by using the suction force of the motor 3 and submerged below the water surface, so that oil film dirt flows from one end of the drain port 220 in the floating buoy 20. (While the floating buoy 20 of the present invention floats on the surface of the water, the floating block 210 is exemplified by a plastic material or a wooden material, but the material is not limited thereby.)

  The detailed description of the present invention according to the above embodiments does not limit the scope of the present invention. Even if a person familiar with the present technology makes changes or adjustments within the scope of the present invention, the important significance of the present invention is not lost and is included in the scope of the present invention.

DESCRIPTION OF SYMBOLS 1 Connection tube set 11 1st connection tube 12 2nd connection tube 121 Covering part 122 Insertion part 13 Launch buffer hole 14 Floating block

Claims (5)

Including connection tube and floating buoy,
The connection tube set and the floating buoy are connected to each other, the connection tube set includes a first connection tube and a second connection tube, one end of the first connection tube is connected to one end of the second connection tube,
One end of the floating buoy is installed so as to communicate with the other end of the second connection tube, and a plurality of floating blocks are provided in a projecting manner at intervals at the tube opening of the other end of the floating buoy. Forming at least one drainage port between the two, the bottom of the drainage port is lower than the bottom of the floating block, and one air chamber is provided in each floating block,
The floating buoy floats on the surface of the water by installing an air chamber in the floating block. The structure of the oil film processing equipment.   A motor is further installed at the opposite end of the connection end of the first connection tube and the second connection tube of the connection tube set, the motor has one suction port, and the suction port is connected to the first connection tube. 2. The oil film processing apparatus according to claim 1, wherein the oil film dirt on the water surface is sucked.   The oil film processing apparatus according to claim 2, wherein a plurality of launch buffer holes are arranged in parallel on an outer periphery of one end where the first connection tube and the second connection tube are connected.   One end of the second connection tube connected to the first connection tube is a butt joint, the diameter of the butt joint is larger than that of the first connection tube, and the butt joint has a launch buffer hole in the first connection tube. 4. The oil film processing apparatus according to claim 3, wherein the suction force of the motor is relaxed or strengthened by controlling the number of the launch buffer holes communicating with the outside world by being in contact with one end provided.   One end where the second connection tube is connected to the first connection tube is an insertion portion, the diameter of the insertion portion is smaller than the diameter of the first connection tube, and the insertion portion is provided with a launch buffer hole in the first connection tube The oil film processing apparatus according to claim 3, wherein the suction force of the motor is reduced or strengthened by controlling the number of buffer holes communicating with the outside world.

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