CN209583702U - Oil-water separator - Google Patents

Abstract

A kind of oil-water separator provides the water-oil separating of two ways, comprising: a pumping plant；One oily-water seperating equipment, including an oil-water separation tank and an oil water separator are carried out the separation of oil, water by oil water separator by pumping plant by Liquid extracting to oil-water separation tank to liquid；Oil is carried out, the liquid of water separation flows into first and stands in slot, the oil in slot is stood by first by oil extraction adjuster to be discharged, also it is automatically controlled to can choose installation, periodically to close pumping plant, it allows grease to stand in the first standing slot and grease is divided into upper and lower level, then oily band to second is stood slot by the oil removal machine by installing additional；Slot oil-water separation liquid again is stood by second, and the wasted oil bucket of waste oil to client is discharged, clean water will be back to hydrostatic vater tand again, one drainage arrangement, including a clean water tank and a communication channel, clean water tank has a drainage hole, and communication channel is connected to clean water tank and first and stands slot, and water purification is back to the sink of client by drainage hole.

Description

Oil-water separator

Technical field

The utility model relates to a kind of oil-water separator more particularly to a kind of dual-purpose oil-water separators, in more detail for Including pneumatic type water-oil separating and electronic oil removing.

Background technique

General metalworking machine can generate high fever when carrying out cutting operation, it is therefore necessary in cutting tool and workpiece It is upper in due course, moderately to be cooled down with cutting fluid (or other oil water mixtures), to prevent cutter and workpiece from generating damage.Due to Cutting fluid is when carrying out recycling operation, more necessary by grease (cutting fluid and impurity oil) in addition to it must first filter impurity in advance Separation, could be recycled again.

General oil-water separator, espespecially the oil-water separator of Pneumatic driving type, mainly utilizes a water pump by inlet opening 6 By cutting fluid extract to one stand slot in (cutting fluid enter in stand slot in front of in advance by a filter tank impurity screening and progress The water-oil separating operation in big portion), as shown in Figure 1, existing 1 one side position of standing slot can be equipped with an outage 2, another side position Then be equipped with a drainage hole 3, the bottom of the outage 2 vertically to height it is slightly higher should in drainage hole 3 vertically to height, work as cutting When liquid is entered by inlet opening 6, speed influence water level is drawn water just using Pneumatic water pump, makes outage 2 by the oil at the top of cutting fluid (layer) 4 is discharged, and 4 water below (layer) 5 of oil reservoir is discharged by drainage hole 3.

However speed of drawing water can be affected because of the blocking of filter tank, therefore water intake velocity is slower and slower, water level drops to oil It can not be discharged, it is necessary to air inflow is turned up, makes water pump souping up and speed, inflow is allowed to increase, but the speed of water transfer pump It is very low to the adjustment instantaneity of water level, can not immediate response water level, the too time-consuming if the speed of water pump is too slow, such as the pumping of water pump When taking excessive velocities, often water level is excessively high, and the water of water layer 5 can go out from outage 2, leads to the cutting being discharged by outage 2 Liquid has the excessively high situation of moisture content, and the effect of water-oil separating is allowed to have a greatly reduced quality, in response to above-mentioned problem, it is therefore desirable to personnel The extraction speed of water pump is monitored and adjusted at any time, and has the situation of labor intensive.In addition, the adjusting by water pump speed has no Method precisely adjusts the height of water level, and when such as oil sheet, oil level and water level are too close, can not adjust water level by water pump speed And oil level, it is just easy to that the water of water layer 5 is allowed to be discharged from outage 2.In addition, since drainage hole 3 and 2 height of outage are close, because Level must be adjusted when this installation, is otherwise unable to reach effect, it is very high for the flatness requirement of setting place, therefore when installation It is cumbersome.

Furthermore the oil obtained by the separation of the oil-water separator of this kind of Pneumatic driving type, water content is too high, generally all exists 30 40% or more, person more demanding for processing conditions is not applicable.In addition, the blocking of filter tank be it is progressive, in blocking to certain When degree, the air inlet of water pump must be just adjusted, inflow is allowed to increase, the separating effect of grease reduces, and traditional grease Seperator has no alarming device, therefore, as previously described, it is necessary to someone monitors at any time, otherwise user can not in due course between come Do the adjustment of water pump air inlet, it is therefore necessary to solve.

Utility model content

Therefore, the utility model is providing a kind of oil-water separator, comprising: a pumping plant, to generate extraction liquid Power；One oily-water seperating equipment, including an oil-water separation tank and an oil water separator, the oil water separator are placed in the grease point From in slot, by the pumping plant by Liquid extracting to the oil-water separation tank, liquid is carried out by the oil water separator oily, water Separation；One degreasing unit, including one first stand slot, an oil extraction adjuster and an oil removal machine, the oil extraction adjuster be placed in this One stands in slot, communicates at the top of the oil-water separation tank with the first standing slot, which includes a fixing pipe, an activity Pipe, an adjustment unit and an outage, fixing pipe one end is affixed with the first standing slot and is piercing in outside the first standing slot, should For adjustable pipe can be placed on outside the fixing pipe other end up and downly, which is connected to the fixing pipe and the adjustable pipe Between, to be driven the adjustable pipe to carry out upper and lower lifting by external force, which runs through the fixing pipe and the adjustable pipe, The oil removal machine includes a belt and a motor, which drives belt rotation, and a part of of the belt stands above slot first, Another part is hung down in the first standing slot；One drainage arrangement, including a clean water tank and a communication channel, the clean water tank have a draining Hole, the communication channel are connected to the bottom of the clean water tank and the bottom of the first standing slot.

Above-mentioned oil-water separator, further includes a body, which includes a driving space and an accommodating space；It should Pumping plant is located in the driving space, and the oil-water separation tank, the first standing slot and clean water tank are located in the accommodating space.

Above-mentioned oil-water separator, wherein the pumping plant includes pipeline in a water pump body, an outer pipeline and one；It should To generate extraction power, which connect water pump body with the water pump body, the other end to draw fluid into In water pump body, which connect with the water pump body, and the other end is connected to the oil-water separation tank.

Above-mentioned oil-water separator further includes a filter tank, the outer piping connection with the pumping plant.

Above-mentioned oil-water separator, wherein the oil water separator includes multiple laminates and multiple connecting plates, these laminates according to Preset space length is sequentially up arranged in parallel, and is respectively formed with an at least flow orifice on each laminate, and the position of each flow orifice is mutually not Identical, these connecting plates are connected between the laminate side of every adjacent two layers with being respectively perpendicular, and adjacent connecting plate position is opposite On side.

Above-mentioned oil-water separator, wherein the top of the first standing slot is connected to the oil-water separation tank.

Above-mentioned oil-water separator, wherein the fixing pipe of the oil extraction adjuster includes a combination pipe, a bend pipe, a connection Pipe, a nut and an oil extraction adjustment block, this combines pipe one end to be placed through in the combined hole of the first standing slot side, and in the knot It closes the position that pipe is piercing in outside the first standing slot to be spirally connected with the nut, makes combination pipe and the first standing slot secure bond, it should Bend pipe one end is managed the one end being located in the first standing slot in conjunction with this and is connect, and the other end of the connecting tube one end and the bend pipe connects It connects, single order portion is formed in the free end of the connecting tube, which is placed in the rank portion, is formed in the oil extraction adjustment block There is a screw hole, is spirally connected by the screw hole for the adjustment unit.

Above-mentioned oil-water separator, wherein a locking rank portion is formed in the adjustable pipe, by the locking rank portion and the tune Whole unit is affixed, and the apical margin of the adjustable pipe is formed with multiple grooves being recessed according to preset space length, and the adjustable pipe is movably to wear It is placed on outside the connecting tube of the fixing pipe.

Above-mentioned oil-water separator, wherein the adjustment unit includes a positioning block, at least a locking screw, an adjustment spiral shell Silk and a limitation button；The locating piece is placed in the locking rank portion of the adjustable pipe, includes that an at least perforation and one wear on the locating piece Hole, the locking screw drawing-in perforation and be spirally connected and be locked in the locking rank portion of the adjustable pipe, the adjustment screw drawing-in positioning The perforation of block and be spirally connected with the screw hole of the oil extraction adjustment block of the fixing pipe, which is buckled on the adjustment screw, and position exists Under locating piece, which can carry out upper and lower displacement with the adjustment screw, to drive the adjustable pipe to carry out oscilaltion.

Above-mentioned oil-water separator, wherein when oil removal machine starting, which stops, and grease stands slot first Middle standing, allows water-oil separating, makes oil on upper layer, and it is quiet that water in lower layer, by the motor of oil removal machine drives belt to take oil out of first Set slot.

Above-mentioned oil-water separator, wherein further include one second standing slot, taken to by the oil that the first standing slot is taken out of Second stands slot, does secondary water-oil separating.

Above-mentioned oil-water separator, wherein further include one second drainage arrangement, which includes one second net Sink, a channel and a standpipe, second clean water tank be bordered by this second stand slot, the channel be connected to the second water purification trench bottom with This second stand trench bottom, the standpipe be erectly located at the second clean water tank and run through the second clean water tank bottom, the standpipe and First stands above slot.

Above-mentioned oil-water separator, wherein further include a waste oil slot, which is bordered by the second standing slot, and this is useless One discharge orifice is arranged at oil groove bottom, which communicates at the top of oil extraction adjuster, the top of the second standing slot with waste oil slot.

Above-mentioned oil-water separator, wherein further include that an electronic type vacuum table and one connect the police of the electronic type vacuum table Show device, which includes a positive pressure side and a negative pressure end, which connects the negative pressure end.

Above-mentioned oil-water separator, wherein the attention device is buzzer.

Above-mentioned oil-water separator, wherein further include a controller, which controls pumping plant and the oil removal machine Running.

The beneficial functional of the utility model:

1, the utility model provides dual-purpose oil-water separator, user can select by Pneumatic water pump drive oil suction and by Oil extraction adjuster oil extraction mode then can choose using oil removal machine come oil removing to obtain more low-water-content.

2, the oil extraction mode of Pneumatic water pump driving oil suction provided by the utility model and oil extraction adjuster, without control water The capture velocity of pump installation only just can control adjustable pipe with the adjustment screw of rotation adjustment unit and be risen or fallen, and It can ensure that in the oil reservoir flowed out by degreasing unit, do not have the excessively high situation of moisture content, this case further includes adjustment and facilitates, i.e. The advantages of Shi Xinggao, and without labor intensive and too many time monitoring, the actuation speed for adjusting pumping plant, for light (thin) oil It can also easily be pocessed, and this creation is for horizontal of less demanding, it is low for the demand of place flatness, therefore Setting is easy.

3, the utility model provides the warning of filter tank blocking, and user is allowed not need the feelings for constantly going monitoring filter tank blocking Therefore shape uses more easily and conveniently.

Detailed description of the invention

Fig. 1 is a kind of partial schematic diagram of oil-water separator in the prior art.

Fig. 2 is the three-dimensional combination figure of one preferred embodiment of the utility model.

Fig. 3 is the part cut-away diagram of embodiment illustrated in fig. 2, and shows part movement signal.

Fig. 4 to Figure 12 is the part illustrative view inside embodiment illustrated in fig. 2.

Figure 13 is the partial component three-dimensional combination figure of embodiment illustrated in fig. 2.

Figure 14 is the partial component stereogram exploded view of embodiment illustrated in fig. 2.

Figure 15 is the partial component stereogram exploded view of embodiment illustrated in fig. 2.

Figure 16 is the partial component three-dimensional cutaway view of embodiment illustrated in fig. 2.

Figure 17 is the partial component three-dimensional cutaway view of embodiment illustrated in fig. 2.

Figure 18 is the floor map of one preferred embodiment of the utility model, it is shown that the situation operated by pumping plant.

Figure 19 is the floor map of one preferred embodiment of the utility model, it is shown that the situation operated by oil removal machine.

Figure 20 is the floor map of one preferred embodiment of the utility model, it is shown that filter tank blocks and electronic type vacuum table And the situation of buzzer actuation.

Description of symbols

Stand 1 outage 2 of slot

3 oil reservoir 4 of drainage hole

5 inlet opening 6 of water layer

The utility model

100 body 10 of oil-water separator

Drive 11 accommodating space 12 of space

20 water pump body 21 of pumping plant

Pipeline 23 in outer pipeline 22

30 oily-water seperating equipment 40 of filter tank

41 oil water separator 42 of oil-water separation tank

421 flow orifice 423 of laminate

422 degreasing unit 50 of connecting plate

First stands 60 combined hole 61 of slot

70 fixing pipe 71 of oil extraction adjuster

In conjunction with 711 bend pipe 712 of pipe

713 rank portion 716 of connecting tube

714 oil extraction adjustment block 715 of nut

717 external screw thread 718 of screw hole

719 leakage washer 75 of stop

The locking of adjustable pipe 72 rank portion 721

722 adjustment unit 73 of groove

731 perforation 735 of locating piece

It perforates 736 locking screws 732

The adjustment limitation of screw 733 buckles 734

74 drainage arrangement 80 of outage

Second drainage arrangement, 83 second clean water tank 84

85 waste oil slot 86 of channel

87 standpipe 841 of discharge orifice

81 drainage hole 811 of clean water tank

82 cutting fluid 90 of communication channel

91 oil reservoir 92 of water layer

51 belt 511 of oil removal machine

512 oil-scraping device 513 of motor

Second stands 62 wasted oil bucket 97 of slot

Positive 24 negative pressure end 25 of pressure side

30 electronic type vacuum table 93 of filter tank

Interior 23 buzzer 94 of pipeline

95 water proof ring 76 of controller

Screw hole 77.

Specific embodiment

Further to have further understanding to the feature of the utility model and its feature, now enumerate following preferable Embodiment and cooperate Detailed description of the invention as follows:

Please refer to Fig. 2 to Figure 20, a kind of oil-water separator 100 provided by one preferred embodiment of the utility model, packet A body 10, a pumping plant 20, a filter tank 30, an oily-water seperating equipment 40, a degreasing unit 50, a drainage arrangement are included 80, one second drainage arrangement 83, a waste oil slot 86, an electronic type vacuum table 93, a buzzer 94 and a controller 95, in which:

Please see Fig. 2 to Fig. 4, the body 10, can be stably placed on a ground.It include a driving inside the body 10 Space 11 and an accommodating space 12.

Please see Fig. 2 to Fig. 4, the pumping plant 20 makes cutting fluid (liquid) according to pre- to generate the power for extracting liquid Determine path flowing.The pumping plant 20 includes pipeline 23 in a water pump body 21, an outer pipeline 22 and one；The water pump body 21 is set It is placed in the driving space 11 of the body 10, to generate the power of extraction, outer 22 one end of pipeline and the water pump body 21 connect It connects, the other end connection cutting liquid bath (not shown) to be handled is being pumped into cutting fluid to water pump body 21, the interior pipeline 23 one end are connect with the water pump body 21, and the other end is the cutting fluid in water pump body 21 to be discharged.

Please see Fig. 2 to Fig. 4, the filter tank 30 is connect with the outer pipeline 22 of the pumping plant 20, and to filter, to flow through this outer The cutting fluid impurity of pipeline 22.

Fig. 4 to Fig. 9 is please referred to, which is placed in the accommodating space 12 of the body 10, by cutting fluid Carry out water-oil separating.The oily-water seperating equipment 40 includes an oil-water separation tank 41 and an oil water separator 42；The oil-water separation tank 41 are set in the accommodating space 12 of the body 10, and bottom is connected to the interior pipeline 23 of the pumping plant 20；The water-oil separating Device 42 is set in the oil-water separation tank 41, including multiple laminates 421 and multiple connecting plates 422, between these laminates 421 are according to making a reservation for Away from being sequentially up arranged in parallel, an at least flow orifice 423 is respectively formed on each laminate 421, and the position of each flow orifice 423 is mutual Not identical, these connecting plates 422 are connected between 421 side of laminate of every adjacent two layers with being respectively perpendicular, and adjacent connecting plate 422 on the opposite side.

The degreasing unit 50, including an oil removal machine 51, one first stand slot 60, one second and stand slot 62 and oil extraction adjustment Device 70.The first standing slot 60 is set in the accommodating space 12 of the body 10, and top is connected to the oil-water separation tank 41, should Oil extraction adjuster 70(is as shown in the 13rd~17 figure) it include a fixing pipe 71, an adjustable pipe 72, an adjustment unit 73 and an oil extraction Hole 74.

The fixing pipe 71 includes a combination pipe 711, a bend pipe 712, a connecting tube 713, a nut 714 and oil extraction adjustment Block 715, this combines pipe 711 to be equipped with external screw thread 718, and including a stop 719, this combine 711 one end of pipe be placed through this first It stands in the combined hole 61 of 60 side of slot (such as Fig. 4, Fig. 7), and combines pipe 711 to be piercing in the position outside the first standing slot 60 in this It is spirally connected with the nut 714, so that this is combined pipe 711 and the first standing 60 fixed engagement of slot, and respectively there is a leak-stopping in combination of inner and outside face Washer 75, the bend pipe 712 include internal screw thread, and one end pipe 711 in conjunction with this is located at one end external screw thread in the first standing slot 60 718 connections, which includes an external screw thread and is threadedly coupled with the other end of the bend pipe 712, and connecting tube 713 Then in being erectly placed in the first standing slot 60 up and down, the free end inner hole of the connecting tube 713 is formed with single order portion 716, the row Oily adjustment block 715 is placed in the rank portion 716, and a screw hole 717 is formed in the oil extraction adjustment block 715.

A locking rank portion 721 is formed in the hole of the adjustable pipe 72, the apical margin of the adjustable pipe 72 is formed with multiple according to predetermined The groove 722 of spacing recess；The adjustable pipe 72 is to be movably set in outside the connecting tube 713 of the fixing pipe 71, and between the two Including water proof ring 76.

The adjustment unit 73 includes that a positioning block 731, two locking screws 732, one adjustment screw 733 and a limitation buckle 734； The locating piece 731 is placed in the locking rank portion 721 of the adjustable pipe 72, includes that two perforations 735 and one are located on the locating piece 731 Perforation 736 between two perforations 735, two locking screws 732 distinguish each perforation 735 of the drawing-in locating piece 731 and spiral shell It connects in the locking rank portion 721 for being locked in the adjustable pipe 72, and the locating piece 731 and the adjustable pipe 72 is affixed, the adjustment screw The perforation 736 of the 733 drawing-ins locating piece 731 and be spirally connected with the screw hole 717 of the oil extraction adjustment block 715 of the fixing pipe 71, the limitation Button 734 is buckled on the adjustment screw 733, and is located at the bottom of the locating piece 731, and the adjustment screw 733 is allow to perforate It is rotated freely in 736, and the locating piece 731 can be enable with the adjustment spiral shell by the effect of the limitation button 734 when rotated Silk 733 carries out upper and lower displacement (as shown in Figure 16 and Figure 17).

The outage 74 runs through the inside of the fixing pipe 71 and adjustable pipe 72.

Fig. 2, Fig. 3, Figure 18 are please referred to Figure 20, which includes a belt 511, a motor 512 and frizing dress 513 are set, which drives belt 511 to rotate, and a part of of the belt 511 stands above slot 60 first, and another part is hung down Enter in the first standing slot 60, and 513 proximity of the oil-scraping device belt 511.When the rotation of 512 drive belt 511 of motor, by the Oil in one standing slot 60 takes the first standing slot 60 out of, and the oil on belt 511 is swept by oil-scraping device 513 and take to this Two stand slot 62, which does secondary standing mainly to separate oil with water, allow oil on upper layer, water is in lower layer.

Fig. 3 to Figure 12 is please referred to, the drainage arrangement 80, including a clean water tank 81 and a communication channel 82.The clean water tank 81 is set It is placed in the accommodating space 12 of the body 10, which is connected to the bottom of the clean water tank 81 and the bottom of the first standing slot 60 Portion.

Fig. 3, Figure 18 are please referred to Figure 20, second drainage arrangement 83, including one second clean water tank 84, a channel 85 and one Standpipe 841, second clean water tank 84 are bordered by this and second stand slot 62, the channel 85 be connected to 84 bottom of the second clean water tank and this Two stand 62 bottom of slot, which is erectly located at the second clean water tank 84 and runs through the bottom of the second clean water tank 84, the standpipe 841 and first stand slot 60 above.The waste oil slot 86 is bordered by the second standing slot 62, and a discharge is arranged at 86 bottom of waste oil slot Hole 87, the discharge orifice 87 communicate at the top of oil extraction adjuster 70, the top of the second standing slot 62 with waste oil slot 86.

Fig. 4, Figure 18 are please referred to Figure 20, includes that a positive pressure side 24 and one is negative in an embodiment, inside the pumping plant 20 Pressure side 25, negative pressure end 25 are sucking, and positive pressure side 24 is discharge, which connects filter tank 30 and electronic type vacuum table 93, and Positive pressure side 24 then within pipeline 23 connect oil-water separation tank 41.

Please refer to Figure 18 to Figure 20, in another embodiment, which is then connected to electronic type vacuum table 93, works as electronics When formula 93 actuation of vacuum table, buzzer 94 is made a sound.

Figure 18 to Figure 20 is please referred to, in one embodiment, the controller 95 is mainly as pumping plant 20 and oil removal machine 78 Motor 512 control, it can set the actuation time of pumping plant 20 and motor 512 with dwell time, and pumping plant 20 stops Mixing oil-water mixture body, which can then be stood, when only, in the first standing slot 60 achievees the effect that water-oil separating.

Therefore above-mentioned is a kind of each portion's structure of oil-water separator 100 provided by one preferred embodiment of the utility model Its handling characteristics, is then described as follows by part and its building form introduction again:

The utility model is in use, generate the power drawn by the pumping plant 20, by cutting fluid 90 in outer pipeline 22 are pumped into, and after the filter tank 30 carries out the filtering of impurity, enter back into the water pump body 21, then pass through the water pump body 21, by the cutting fluid 90 after impurity screening, are delivered in the oil-water separation tank 41 of the oily-water seperating equipment by the interior pipeline 23 (as shown in Figure 4), making cutting fluid 90 along the flow orifice 423 of each laminate 421 of oil water separator 42, gradually up flowing (is such as schemed 4, shown in Fig. 5), since the position of the flow orifice 423 is different, can increase time that cutting fluid 90 is contacted with laminate 421 and Area so that oil can adhesion on laminate 421, the effect of to reach water-oil separating.

Then, cutting fluid 90 is after the water-oil separating by oil water separator 42, just by the top of the oil-water separation tank 41 It flows in the first standing slot 60 (as shown in Fig. 6 to Figure 10), since the specific gravity of oil is lighter than water, in the first standing slot 60 Water (layer) 91 in interior cutting fluid 90 precipitate down and position in bottom, and the oil (layer) 92 in cutting fluid 90 can be toward floating And position is at top.

Whereby, when oily (layer) 92 gradually toward float and when passing through 72 groove 722 of adjustable pipe of the oil extraction adjuster 70, oil The outage 74(that (layer) 92 will be flowed in inside the oil extraction adjuster 70 by the groove 722 is as shown in Figure 10, Figure 11), with It is discharged and is collected by the outage 74.

And being located at first 91, the water (layer) for standing 60 bottom of slot can enter by the communication channel 82 in the clean water tank In 81, then by the clean water tank 81 a drainage hole 811 be discharged to carry out other collection (as shown in Figure 6).

When entering in the cutting fluid 90 in the first standing slot 60 excessively in addition, working as, and the oily rising of (layer) 92 being caused to accelerate (as shown in figure 12) can be rotated by the adjustment screw 733 to the degreasing unit 50, make adjust screw 733 by with Rotation between screw hole 77 and move up, and drive the locating piece 731 and adjustable pipe 72 to rise (such as Figure 12, figure by the adjustment screw 733 Shown in 17) so that the still position of groove 722 in adjustable pipe 72 flows in groove 722 in oily (layer) 92 to avoid water (layer). Certainly, when oily (layer) 92 declines, then the adjustment screw 733 can be reversely rotated, to drive the adjustable pipe 72 to decline.

So the utility model need not control the capture velocity of pumping plant 20, only with the tune of rotation adjustment unit 73 Whole screw 733 just can control adjustable pipe 72 and be risen or fallen, and can ensure that the oil reservoir 92 flowed out by degreasing unit 50 In, the excessively high situation of moisture content, and the advantage convenient including adjustment, instantaneity is high are not had, and without labor intensive and too More time monitorings, the actuation speed for adjusting pumping plant, and light (thin) oil can also be easily pocessed, and this wound Work is of less demanding for level, low for the demand of place flatness, therefore is arranged and is easy.

It please refers to shown in Figure 18, Figure 19, in addition, when requiring lower moisture content, such as 5% moisture content below, then may be used Controlled using controller 95 by the running of oil removal machine 51, the actuation time of pumping plant 20 is set by the controller 95 and is stopped The only time, the mixed liquor of mixing grease, which can then be stood, when pumping plant 20 stops, in the first standing slot 60 reaches water-oil separating Effect (please join Figure 19), then the oil on surface in the first standing slot 60 is skimmed by the drive belt 511 of motor 512 of oil removal machine 51 92, and be mingled with dampening 91 and take to the second standing slot 62, as secondary standing and segment from allowing oil 92 on upper layer, water 91 exists Lower layer, under the lasting drive of oil removal machine 51, oily (layer) 92 tops for standing slot 62 by second diffuse out and enter waste oil slot 86, And be discharged to oil extraction adjuster 70 by the discharge orifice of waste oil slot 86 87 and entered in wasted oil bucket 97 and collect, and 91, water (layer) is by leading to Road 85 enters the second clean water tank 84, and covers standpipe 841, is discharged in the first standing slot 60 by standpipe 841, is entered through communication channel 82 Clean water tank 81 is discharged by drainage hole 811 and is collected, and when aforementioned use oil removal machine 51, then first oil extraction adjuster 70 is turned up full blast, To prevent the grease in the first standing slot 60 to be directly discharged into oil extraction adjuster 70.

Obviously, described embodiment is only a part of the embodiment of the utility model, instead of all the embodiments. Based on the embodiments of the present invention, obtained by those of ordinary skill in the art without making creative efforts Every other embodiment, fall within the protection scope of the utility model.

Claims (16)

1. a kind of oil-water separator characterized by comprising

One pumping plant, to generate the power for extracting liquid；

One oily-water seperating equipment, including an oil-water separation tank and an oil water separator, the oil water separator are placed in the water-oil separating In slot, by the pumping plant by Liquid extracting to the oil-water separation tank, oil is carried out to liquid by the oil water separator, water divides From；

One degreasing unit, including one first stand slot, an oil extraction adjuster and an oil removal machine, the oil extraction adjuster be placed in this first Stand in slot, communicated with the first standing slot at the top of the oil-water separation tank, the oil extraction adjuster including a fixing pipe, an adjustable pipe, One adjustment unit and an outage, fixing pipe one end is affixed with the first standing slot and is piercing in outside the first standing slot, the work Dynamic pipe can be placed on up and downly outside the fixing pipe other end, the adjustment unit be connected to the fixing pipe and the adjustable pipe it Between, to be driven the adjustable pipe to carry out upper and lower lifting by external force, which runs through the fixing pipe and the adjustable pipe, The oil removal machine includes a belt and a motor, which drives belt rotation, and a part of of the belt stands above slot first, Another part is hung down in the first standing slot；

One drainage arrangement, including a clean water tank and a communication channel, the clean water tank include a drainage hole, which is connected to the water purification The bottom of the bottom of slot and the first standing slot.

2. oil-water separator according to claim 1, which is characterized in that the oil-water separator includes a body, the body Inside includes a driving space and an accommodating space；The pumping plant is located in the driving space, the oil-water separation tank, first quiet It sets slot and clean water tank is located in the accommodating space.

3. oil-water separator according to claim 1, which is characterized in that the pumping plant includes a water pump body, outside one Pipeline in pipeline and one；The water pump body extracts power for generating, which connect with the water pump body, the other end For drawing fluid into water pump body, which connect with the water pump body, the other end and the oil-water separation tank Connection.

4. oil-water separator according to claim 1, which is characterized in that the oil-water separator further includes a filter tank, with this The outer piping connection of pumping plant.

5. oil-water separator according to claim 1, which is characterized in that the oil water separator includes multiple laminates and multiple Connecting plate, these laminates are sequentially up arranged in parallel according to preset space length, an at least flow orifice are respectively formed on each laminate, and each The position of flow orifice is different, these connecting plates are connected between the laminate side of every adjacent two layers with being respectively perpendicular, and adjacent Connecting plate position on the opposite side.

6. oil-water separator according to claim 1, which is characterized in that the top of the first standing slot and the water-oil separating Slot connection.

7. oil-water separator according to claim 1, which is characterized in that the fixing pipe of the oil extraction adjuster includes a combination Pipe, a bend pipe, a connecting tube, a nut and an oil extraction adjustment block, this combines pipe one end to be placed through the first standing slot side In combined hole, and combine position for being piercing in outside the first standing slot of pipe to be spirally connected with the nut in this so that this combine pipe and this One stands slot fixed engagement, which manages the one end being located in the first standing slot in conjunction with this and connect, the connecting tube one end It is connect with the other end of the bend pipe, single order portion is formed in the free end of the connecting tube, which is placed in the rank portion, It is formed with a screw hole in the oil extraction adjustment block, which is spirally connected for the adjustment unit.

8. oil-water separator according to claim 7, which is characterized in that a locking rank portion is formed in the adjustable pipe, it should Locking rank portion and the adjustment unit are affixed, and the apical margin of the adjustable pipe is formed with multiple grooves being recessed according to preset space length, the activity Pipe can be actively set in outside the connecting tube of the fixing pipe.

9. oil-water separator according to claim 8, which is characterized in that the adjustment unit includes a positioning block, at least one Locking screw, an adjustment screw and a limitation are buckled；The locating piece is placed in the locking rank portion of the adjustable pipe, includes on the locating piece An at least perforation and one perforation, the locking screw drawing-in perforation and be spirally connected and be locked in the locking rank portion of the adjustable pipe, the tune The perforation of the whole screw drawing-in locating piece and be spirally connected with the screw hole of the oil extraction adjustment block of the fixing pipe, which is buckled in the tune On whole screw, and position, under locating piece, which can carry out upper and lower displacement with the adjustment screw, to drive this Adjustable pipe carries out oscilaltion.

10. oil-water separator according to claim 1, which is characterized in that when oil removal machine starting, which stops Only, grease is stood in the first standing slot, allows water-oil separating, makes oil on upper layer, and water drives in lower layer, the motor for passing through oil removal machine Belt takes oil out of first standing slot.

11. oil-water separator according to claim 10, which is characterized in that the oil-water separator further includes one second standing Slot is taken to the second standing slot by the oil that the first standing slot is taken out of, is used for secondary water-oil separating.

12. oil-water separator according to claim 11, which is characterized in that the oil-water separator further includes one second draining Device, second drainage arrangement include one second clean water tank, a channel and a standpipe, which is bordered by second standing Slot, the channel are connected to the second water purification trench bottom and the second standing trench bottom, which is erectly located at the second clean water tank simultaneously It is stood above slot through the bottom of the second clean water tank, the standpipe and first.

13. oil-water separator according to claim 11, which is characterized in that the oil-water separator further includes a waste oil slot, The waste oil slot is bordered by this and second stands slot, and the waste oil trench bottom has a discharge orifice, the discharge orifice in the top of oil extraction adjuster, The top of the second standing slot is communicated with waste oil slot.

14. oil-water separator according to claim 1, which is characterized in that the oil-water separator further includes that an electronic type is negative Press table and one connect the electronic type vacuum table attention device, the pumping plant include a positive pressure side and a negative pressure end, the electronic type Vacuum table connects the negative pressure end.

15. oil-water separator according to claim 14, which is characterized in that the attention device is buzzer.

16. oil-water separator according to claim 1, which is characterized in that the oil-water separator further includes a controller, should Controller controls pumping plant and the running of the oil removal machine.