CN204022583U

CN204022583U - floating oil collecting machine

Info

Publication number: CN204022583U
Application number: CN201420458756.6U
Authority: CN
Inventors: 王衍
Original assignee: Individual
Current assignee: Individual
Priority date: 2014-08-14
Filing date: 2014-08-14
Publication date: 2014-12-17
Anticipated expiration: 2024-08-14

Abstract

The utility model relates to a kind of floating oil collecting machine, comprise collection float, first pipeline, separating tank, first pipeline one end is connected on the rising pipe interface of collection float, the first pipeline the other end be connected with collection float is communicated with strainer, collect float and divide inside and outside two floats, outer float is static float, internal layer float is Dynamic float, it is inner that Dynamic float is set in static float, the lower end of Dynamic float arranges telescopic, the middle part of collecting float is provided with vacuum cup, the bottom of Dynamic float is passed in one end of vacuum cup, rising pipe interface is connected with profit inlet pipe, and profit inlet pipe enters vacuum cup inside through the bottom of telescopic and vacuum cup, this product is in enterprise produces, have pollution-free, no material consumption, efficiently, and moveable product.

Description

Floating oil collecting machine

Technical field

The utility model relates to a kind of floating oil collecting machine.

Background technology

Existing floating oil collecting machine, oil-water mixture easily enters impeller pump, forms second emulsifying.

Utility model content

Technical problem to be solved in the utility model be to provide a kind of pollution-free, efficiency is high and moveable floating oil collecting machine.

The technical scheme realizing above-mentioned purpose is as follows:

Floating oil collecting machine, comprise collection float, first pipeline, separating tank, wherein in separating tank, electric diaphragm pump is set, water circulating pump, electric diaphragm pump is communicated with by second pipe with water circulating pump, separating tank outer setting strainer, the lower end of strainer is by being connected on separating tank depending on cup, strainer is communicated with separating tank by water pipe, it is characterized in that: first pipeline one end is connected on the rising pipe interface of collection float, the first pipeline the other end be connected with collection float is communicated with strainer, collect float and divide inside and outside two floats, outer float is static float, internal layer float is Dynamic float, it is inner that Dynamic float is set in static float, the lower end of Dynamic float arranges telescopic, the middle part of collecting float is provided with vacuum cup, the bottom of Dynamic float is passed in one end of vacuum cup, rising pipe interface is connected with profit inlet pipe, and profit inlet pipe enters vacuum cup inside through the bottom of telescopic and vacuum cup.

Static float plays stable effect, float on working level, Dynamic float is floating in water, heavy in oil, reach obstruction water, and oil can flow into separating tank and is again separated, reach efficient object, because oil is different with the proportion of water, Dynamic float is levitated state in water, sinks in oil.

Preferably, the lower end of collecting float arranges counterweight stone roller, and counterweight stone roller is connected on rising pipe interface by hold-down nut.

Preferably, Dynamic float is provided with vacuum cup anchor, vacuum cup is connected on vacuum cup anchor by web member.

Preferably, several auxiliary floating post is provided with between Dynamic float and static float.

Preferably, bottom separating tank, frame is set, bottom frame, roller is set.

Preferably, also comprise human-computer interface control case, described human-computer interface control case and collection float, strainer, to be electrically connected respectively depending on cup, separating tank, electric diaphragm pump, water circulating pump or signal is connected.

This product, in enterprise produces, has pollution-free, no material consumption, efficiently, and moveable product.

Accompanying drawing explanation

Fig. 1 is the utility model overall schematic

Fig. 2 is for collecting float front view

Fig. 3 is Fig. 2 vertical view

Figure number illustrates: collect float 1, counterweight stone roller 2, connecting hose 3, strainer 4, depending on cup 5, metallic hose 6, separating tank 7, electric diaphragm pump 8, wash water valve 9, roller 10, frame 12, water circulating pump 13, liquid level sensor 14, human-computer interface control case 15, second pipe 16, electric diaphragm pump import 17, water circulating pump import 18, rising pipe interface 1-1, static float 1-2, Dynamic float 1-3, telescopic 1-4, vacuum cup 1-5, vacuum cup anchor 1-6, profit inlet pipe 1-7, hold-down nut 1-8, auxiliary floating post 1-9, bleeder screw 1-10, working level A

Embodiment

Below in conjunction with accompanying drawing, the utility model is described in detail.

In the utility model, primary object is collect the structure of float and collect the annexation of float and each parts, and remaining structure is identical with floating oil collecting machine prior art, below the large attachment structure of oil slick gathering machine under simple introduction.

In figure, floating oil collecting machine, comprise and collect float 1, separating tank 7, the rising pipe interface 1-1 collecting float 1 connects the first pipeline, the preferred connecting hose 3 of first pipeline, connecting hose 3 the other end is communicated with strainer 4, electric diaphragm pump 8 is set in separating tank 7, water circulating pump 13, electric diaphragm pump 8 is communicated with by second pipe 16 with water circulating pump 13, water circulating pump plays the effect of pump up water, separating tank outer setting strainer 4, the lower end of strainer 4 is by being connected on separating tank 7 depending on cup 5, the stopping state of filtration can be checked depending on cup, strainer 4 is communicated with separating tank by water pipe, water pipe is preferably metallic hose 6, water circulating pump arranges liquid level sensor 14, the outer end of separating tank is also provided with the import 17 of electric diaphragm pump and the import 18 of water circulating pump respectively, in order to make separating tank convenient mobile, a frame 12 is set, roller 10 is set bottom frame, separating tank is placed in frame 12, the lower end of separating tank arranges blow-off line, blow-off line is communicated with separating tank, blow-off line is arranged wash water valve 9, closing of control of sewage disposal pipeline, close.When this device work for some time, the liquid in separating tank can produce deposition, and the material of deposition can be discharged by blow-off line.

Collect float and divide inside and outside two floats, outer float is static float 1-2, internal layer float is Dynamic float 1-3, it is inner that Dynamic float 1-3 is set in static float 1-2, the lower end of Dynamic float 1-3 arranges telescopic 1-4, the middle part of collecting float is provided with vacuum cup 1-5, in order to fixing vacuum cup 1-5, Dynamic float is provided with vacuum cup anchor 1-6, vacuum cup is connected on vacuum cup anchor by nut, the other end of vacuum cup passes the bottom of Dynamic float, rising pipe interface 1-1 is connected with profit inlet pipe 1-7, and oil pipe 1-7 of intaking enters vacuum cup inside through the bottom of telescopic 1-4 and vacuum cup, that is the import of water inlet oil pipe 1-7 is positioned at vacuum cup inside.Static float plays stable effect, float on working level A, Dynamic float is floating in water, heavy in oil, reach obstruction water, and oil can flow into separating tank and is again separated, reach efficient object, because oil is different with the proportion of water, Dynamic float is levitated state in water, sinks in oil.

The lower end of collecting float arranges counterweight stone roller 2, counterweight stone roller is connected on rising pipe interface by hold-down nut 1-8, several auxiliary floating post 1-9 is provided with between Dynamic float and static float, collection float can be made to float on working level A more stably, one or two bleeder screw 1-10 can be set between Dynamic float and static float simultaneously.

The conveniently all parts of control machine, separating tank arranges human-computer interface control case 15, described human-computer interface control case and collection float, strainer, to be electrically connected respectively depending on cup, separating tank, electric diaphragm pump, water circulating pump or signal is connected.

The utility model, by oily water separation, automatically adjusts the input of fluid to greatest extent, carries out primary separation, form fluid mixture, by filtering, under negative pressure state, gravity assembles separation, and water is by the water circulating pump original pond of blowback again, oil is drawn into oil storage barrel (not shown), in sepn process, can not second emulsifying be formed, have good effect, this product is also applicable to different specific weight, the separated and collected of low-corrosiveness liquid.

Using method of the present utility model under lower mask body introduction, first the two ends of connecting hose are connected respectively and collect float and strainer, collection float is put into work pool, water is filled in separating tank, oil-water mixture is from collection float filter by suction, by metre filter impurity, oil-water mixture after impurity screening enters separating tank from metallic hose, separating tank is because the absorption of water circulating pump, produce negative pressure, under gravity, profit forms rapidly two aspects, an oil reservoir, a water layer, water suction walked by water circulating pump, oil reservoir stores up to accumulator (not shown) with water layer drive, when reaching certain amount, through the transducing signal of liquid level sensor, electric diaphragm pump is pumped to oil drum oil and stores, iterative cycles.Accumulator refers to and is placed on outside this device, is used for the container of oil that splendid attire separates.

This machine can use with oil purification coordinative composition of equipments, has a whole set of ripe processing scheme, reaches the object that waste oil re-uses.

These are only the preferred embodiment of the utility model embodiment; not in order to limit the utility model embodiment; within all spirit in the utility model embodiment and principle; any amendment of doing, equivalent replacement, improvement etc., all should be included in the protection domain of the utility model embodiment.

Claims

1. Slick oil collector, including a collection float, a first pipeline, and a separation tank, wherein an electric diaphragm pump and a circulating water pump are installed in the separation tank, and the electric diaphragm pump and the circulating water pump are connected through the second pipeline, and a filter is installed outside the separation tank to filter The lower end of the filter is connected to the separation tank through the sight cup, and the filter communicates with the separation tank through a water pipe. It is characterized in that: one end of the first pipe is connected to the outlet pipe interface of the collecting float, and the other end of the first pipe connected to the collecting float is connected to the The filter is connected, and the collection float is divided into two floats, the outer float is a static float, the inner float is a dynamic float, the dynamic float is set inside the static float, the lower end of the dynamic float is provided with a telescopic sleeve, and the middle of the collection float is provided with a vacuum One end of the vacuum cup passes through the bottom end of the dynamic float, and the oil-water inlet pipe is connected to the outlet pipe interface, and the oil-water inlet pipe passes through the telescopic sleeve and the bottom end of the vacuum cup to enter the interior of the vacuum cup.

2. The oil floating collector according to claim 1, characterized in that: the lower end of the collecting float is provided with a counterweight, and the counterweight is connected to the outlet pipe interface through a compression nut.

3. The floating oil collector according to claim 1, characterized in that: a vacuum cup fixing frame is arranged on the dynamic float, and the vacuum cup is connected to the vacuum cup fixing frame through a connecting piece.

4. The floating oil collector according to claim 1, characterized in that: several auxiliary floating columns are arranged between the dynamic float and the static float.

5. The floating oil collector according to claim 1, characterized in that: a frame is arranged at the bottom of the separation tank, and rollers are arranged at the bottom of the frame.

6. The floating oil collector according to claim 1, characterized in that: it also includes a man-machine interface control box, and the man-machine interface control box is connected with a collection float, a filter, a sight cup, a separation tank, an electric diaphragm pump, The circulating water pump is respectively connected electrically or signally.