CN108905365A - It is a kind of for handling the regenerating unit of industrial waste oil - Google Patents
It is a kind of for handling the regenerating unit of industrial waste oil Download PDFInfo
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- CN108905365A CN108905365A CN201810784715.9A CN201810784715A CN108905365A CN 108905365 A CN108905365 A CN 108905365A CN 201810784715 A CN201810784715 A CN 201810784715A CN 108905365 A CN108905365 A CN 108905365A
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B01—PHYSICAL OR CHEMICAL PROCESSES OR APPARATUS IN GENERAL
- B01D—SEPARATION
- B01D36/00—Filter circuits or combinations of filters with other separating devices
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- C—CHEMISTRY; METALLURGY
- C10—PETROLEUM, GAS OR COKE INDUSTRIES; TECHNICAL GASES CONTAINING CARBON MONOXIDE; FUELS; LUBRICANTS; PEAT
- C10G—CRACKING HYDROCARBON OILS; PRODUCTION OF LIQUID HYDROCARBON MIXTURES, e.g. BY DESTRUCTIVE HYDROGENATION, OLIGOMERISATION, POLYMERISATION; RECOVERY OF HYDROCARBON OILS FROM OIL-SHALE, OIL-SAND, OR GASES; REFINING MIXTURES MAINLY CONSISTING OF HYDROCARBONS; REFORMING OF NAPHTHA; MINERAL WAXES
- C10G53/00—Treatment of hydrocarbon oils, in the absence of hydrogen, by two or more refining processes
- C10G53/02—Treatment of hydrocarbon oils, in the absence of hydrogen, by two or more refining processes plural serial stages only
- C10G53/08—Treatment of hydrocarbon oils, in the absence of hydrogen, by two or more refining processes plural serial stages only including at least one sorption step
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- Chemical Kinetics & Catalysis (AREA)
- Oil, Petroleum & Natural Gas (AREA)
- Engineering & Computer Science (AREA)
- General Chemical & Material Sciences (AREA)
- Organic Chemistry (AREA)
- Production Of Liquid Hydrocarbon Mixture For Refining Petroleum (AREA)
Abstract
The present invention relates to technical field of waste oil regeneration, and it discloses a kind of for handling the regenerating unit of industrial waste oil, including pedestal, first rack is installed on the pedestal, the top of first rack is equipped with Microwave emission mechanism, the waveguide of Microwave emission mechanism runs through and extends in removal of impurities cylinder chamber body and connect with baffles, the first filter plate for being evenly equipped with the first filter hole is installed immediately below removal of impurities cylinder cavity top end, the second filter plate for being evenly equipped with the second filter hole is installed immediately below the first filter plate, the 4th filter plate and the 5th filter plate for being evenly equipped with and being filled with the first adsorbent in mesh and its gap are installed immediately below the second filter plate, the cylinder that cleans is interconnected by the cavity of the purification roller with oil leaking hole on oil transportation cylinder and the purification intracorporal lateral wall of cylinder chamber, collection tank is installed immediately below purification cylinder.The present invention solves the problem of existing industrial waste oil processing unit, separating-purifying industrial waste oil inefficiency.
Description
Technical field
It is specially a kind of for handling the regenerating unit of industrial waste oil the present invention relates to technical field of waste oil regeneration.
Background technique
It is contacted with oxygen and metal due to iundustrial oil and is acted on by various physical chemical factors in use, gradually
It loses its original effect and becomes waste oil, China's waste oil yield in 2014 is up to 490 × 10 according to statistics4T accounts for world's waste oil yield
11% or so, at the same time, China's waste oil disposal market confusion, most of waste oil cannot be handled timely and effectively, thus,
Being effectively treated for waste oil has become problem in the urgent need to address.
The main methods of China's waste oil have discarding and landfill method, incineration method and method of reproduction, discarding and landfill method at present
It is the simplest method of waste oil disposal, but due to a large amount of harmful substances such as polycyclic aromatic hydrocarbons in waste oil containing carcinogenicity, if directly
Discharge will cause Plant death and edaphon extinction；Incineration method is that waste oil directly burns, and is seen on surface, is had compared with high fever
The waste oil of value is ideal fuels, but directly burning can generate a large amount of pernicious gases；Method of reproduction is removed in waste oil not by purification
Good component, according to suitable regeneration method, the waste oil rate of recovery is up to 70% or more, and energy consumption rate is only to extract from crude oil
The 15% of iundustrial oil, therefore be waste oil disposal method the most suitable.
But existing industrial waste oil processing unit, it there is technical issues that separating-purifying industrial waste oil,
And there is can not efficiently purifying industrial waste oil, can not effectively remove solid granule impurity in industrial waste oil, cannot
Enough automatic transmission industrial waste oils, can not effectively reduce reclaimed oil in transmission process loss, can not to effectively reduce reclaimed oil viscous
It is attached to the technical issues of inner sidewall of purification cylinder is with the efficiency of transmission that can not effectively improve reclaimed oil.
Summary of the invention
(1) the technical issues of solving
In view of the deficiencies of the prior art, the present invention provides a kind of for handling the regenerating unit of industrial waste oil, has height
Effect purifying industrial waste oil effectively removes solid granule impurity in industrial waste oil, transmits industrial waste oil automatically, effectively reduces regeneration
Oil transmission process lose, effectively reduce reclaimed oil be adhered to purification cylinder inner sidewall with effectively improve reclaimed oil transmission imitate
The advantages that rate, solves the technical issues of existing industrial waste oil processing unit, separating-purifying industrial waste oil inefficiency.
(2) technical solution
To realize above-mentioned efficient purifying industrial waste oil, effectively removing solid granule impurity in industrial waste oil, automatic transmission
Industrial waste oil, effectively reduce reclaimed oil transmission process loss, effectively reduce reclaimed oil be adhered to purification cylinder inner sidewall with
The purpose of the efficiency of transmission of reclaimed oil is effectively improved, the present invention provides the following technical solutions：
It is a kind of for handling the regenerating unit of industrial waste oil, including pedestal, the right side of left end in the pedestal top surface
Side is equipped with the first rack of radial section rectangular shaped setting, in the rectangular surfaces of the first frame bottom and pedestal top surface
The right side side of left end is fixedly connected, and the top of the first rack is equipped with Microwave emission mechanism, the bottom center of Microwave emission mechanism
Rectangular surfaces be fixedly connected with the rectangular surfaces on the first rack top；
Bottom face center in Microwave emission mechanism cavity is equipped with its anode by conducting wire and is located at Microwave emission mechanism
The magnetron of the anode connection of the diode of the left side side at bottom face center, the cathode of diode pass through conducting wire and are located in cavity
In Microwave emission mechanism cavity the right side side at bottom face center and be located at Microwave emission mechanism cavity in bottom face center just
The output end of the high-voltage capacitor that the voltage grading resistor in front is connected in parallel connects, the input terminal of high-voltage capacitor by conducting wire with
The output end connection of the high-voltage winding of the high-voltage converter in the dead astern at bottom face center, high in Microwave emission mechanism cavity
The output end of pressure converter secondary heater winding is connected by the power input of conducting wire and the cathode filament of magnetron；
The output end of the waveguide of magnetron runs through Microwave emission mechanism top center opening and extends to radial section
Annular shape setting, axial section in square annular shape be arranged and bottom end have opening removal of impurities cylinder cavity in and with every
Outside the bottom side surface center frictional connection of baffle, the setting of radial section circular in shape and the baffles made of glass material
It is fixedly connected right above side wall and the inner sidewall bottom end of removal of impurities cylinder, the anchor ring and Microwave emission mechanism of the cylinder bottom end that cleans
Anchor ring on the outside of end face center is fixedly connected；
The top center of removal of impurities cylinder offers the oil inlet of radial section circular in shape setting, the import of the oil inlet
End is equipped with radial section in annular shape setting and axial section is in the oil inlet bucket of isosceles ladder annular shape setting, oil inlet bucket
Radial section diameter by top to bottom end be in be gradually reduced setting, axial section top margin side length be greater than bottom edge side length, oil inlet
The anchor ring of bucket bottom end is fixedly connected with the anchor ring on the outside of removal of impurities cylinder end face center；
The setting of radial section circular in shape, axial section are installed in rectangle shape immediately below removal of impurities cylinder cavity top end
Shape is arranged and is evenly equipped with the first filter plate of the first filter hole, the lateral wall of the first filter plate and the cylinder madial wall top that cleans
Underface is fixedly connected, and the setting of radial section circular in shape, axial section rectangular shaped are arranged and run through the first filter plate
The inlet end and an outlet end of the first internal filter hole is separately positioned on the top surface and bottom side surface of the first filter plate；
The setting of radial section circular in shape, the setting of axial section rectangular shaped are installed immediately below the first filter plate
And it is evenly equipped with the second filter plate of the second filter hole, the lateral wall of the second filter plate and the underface on removal of impurities cylinder madial wall top
It is fixedly connected, the setting of radial section circular in shape, axial section rectangular shaped are arranged and inside the second filter plates
The inlet end and an outlet end of second filter hole is separately positioned on the top surface and bottom side surface of the second filter plate, the second filter hole
Radial section diameter less than the first filter hole radial section diameter；
The setting of radial section circular in shape, the setting of axial section rectangular shaped are installed immediately below the second filter plate
And it is evenly distributed with meshed 4th filter plate and the 5th filter plate, the lateral wall and removal of impurities cylinder of the 4th filter plate and the 5th filter plate
Inner sidewall is fixedly connected immediately below center, and the setting of radial section circular in shape, axial section rectangular shaped are arranged and pass through
The inlet end and an outlet end for wearing the mesh inside the 4th filter plate and the 5th filter plate is separately positioned on the 4th filter plate and the 5th
The top surface and bottom side surface of filter plate；
Filled with by blue in the gap between the 4th filter plate and the 5th filter plate right above the 5th filter plate
First adsorbent made of silica gel particle, the partial size of the first adsorbent are greater than the diameter of the mesh of the 4th filter plate and the 5th filter plate
To profile diameter；
Removal of impurities cylinder right side wall bottom end offer oil outlet, the outlet end of the oil outlet be equipped with by be integrally formed and according to
The oil transportation cylinder of secondary oblique cylinder interconnected and vertical cylinder composition, the input end of the oblique cylinder of oil transportation cylinder and the fuel-displaced of cylinder that clean
The outlet end of mouth is fixedly connected, and the outlet end of the vertical cylinder of oil transportation cylinder sequentially passes through the left side side at purification cylinder top center and mentions
The through-hole of the left side side at pure roller top center simultaneously extends in the cavity of purification roller, and the lateral wall of the vertical cylinder of oil transportation cylinder
Gap is provided between the inner sidewall of through-hole；
Radial section in annular shape setting, axial section in square annular shape be arranged and top center have through-hole,
There is the arc-shaped concave on the arc-shaped convex surface and the second rack left end at the left side wall center of the purification cylinder of opening to fix for bottom end
It connects, is fixedly connected immediately below the rectangular surfaces of the second rack right end and the first rack left side top；
The setting of radial section circular in shape is evenly equipped on purification cylinder chamber central and lateral wall, axial section is in
The end face center of the purification roller of the oil leaking hole of rectangular shape setting is fixedly connected with the bottom face of axle bed, and bottom end is located at purification cylinder
In body cavity body, top is external positioned at purification cylinder chamber and runs through the top end face and motor of the axle bed of purification cylinder top central through hole
The axial end of output shaft be fixedly connected, the non-output end face of motor and the level frame by being integrally formed and being mutually connected vertically and
The bottom side surface center of the level frame of the bracket of vertical stand composition is fixedly connected, the bottom face and purification cylinder of the vertical stand of bracket
The right side side of end face center is fixedly connected；
The outlet end for purifying the bottom end opening of cylinder is equipped with radial section is arranged in annular shape, axial section is in etc.
The setting of waist ladder annular shape and top and bottom ends all have the fuel-displaced bucket of opening, and the radial section diameter of fuel-displaced bucket is by top to bottom end
It is greater than bottom edge side length, the anchor ring on fuel-displaced bucket top and purification cylinder bottom in the top margin side length that setting, axial section is gradually reduced
The anchor ring at end is fixedly connected, and is purified and is equipped in its bottom surface and pedestal top surface immediately below the fuel-displaced bucket outlet end of cylinder
The collection tank that the left side side of right end is fixedly connected, radial section is arranged in annular shape and the U-shaped shape setting of axial section
Collection tank front side wall bottom end offer radial section circular in shape setting oil outlet.
Preferably, the third being equipped in the cavity of the removal of impurities cylinder between the second filter plate and the 4th filter plate
Filter plate, the setting of radial section circular in shape, the setting of axial section rectangular shaped and the third for being evenly equipped with third filter hole
It is fixedly connected right above the lateral wall of filter plate and removal of impurities cylinder madial wall center；
The setting of radial section circular in shape, the setting of axial section rectangular shaped and inside the third filter plate the
The inlet end and an outlet end of three filter hole is separately positioned on the top surface and bottom side surface of third filter plate, third filter hole
Radial section diameter is equal to the radial section diameter of the first filter hole, and radial section is equipped in the cavity of third filter hole in circle
The setting of shape shape, axial section rectangular shaped are arranged and the first filter screen with squared mesh, outside the first filter screen
Side wall is fixedly connected with the inner sidewall of third filter hole.
Preferably, axial section at right angles triangular shaped setting is installed on the intracorporal baffles of the removal of impurities cylinder chamber
And top has the oil guide plate for the inclined surface being arranged horizontal by 150 degree of angles, and the left end of the inclined surface on oil guide plate top
The elevation of water at place is greater than the elevation of water where its right end, and the bottom face of oil guide plate and the top surface of baffles are solid
It is fixedly connected right above fixed connection, the lateral wall of oil guide plate and the cylinder madial wall bottom end that cleans.
Preferably, the setting of radial section circular in shape is installed in the cavity of the oblique cylinder of the oil transportation cylinder, is axially cutd open
The setting of face rectangular shaped and uniformly distributed meshed 6th filter plate and the 7th filter plate, the 6th filter plate and the 7th filter plate
Lateral wall is fixedly connected with the inlet end and an outlet end of oil transportation medial wall of the tube respectively, and radial section circular in shape is arranged, is axial
The inlet end and an outlet end difference of the setting of section rectangular shaped and the mesh inside the 6th filter plate and the 7th filter plate
The top surface and bottom side surface of 6th filter plate and the 7th filter plate are set；
Filled with the second absorption made of blue silica gel particle in gap between 6th filter plate and the 7th filter plate
Agent, the partial size of the second adsorbent are greater than the radial section diameter of the mesh of the 6th filter plate and the 7th filter plate.
Preferably, the bottom end of the purification roller is equipped with connecting rod, the top end face and bottom face of connecting rod respectively with mention
The bottom center of pure roller is fixedly connected with the end face center of Oil Guide platform；
Radial section in annular shape setting, axial section in isosceles ladder annular shape be arranged and bottom end have opening,
The bottom end of the internal Oil Guide platform with cavity and lateral wall with slide guide face extends in the cavity of collection tank.
Preferably, radial section is installed in annular shape setting, axial section on the inner sidewall of the purification cylinder
In the setting of square annular shape and top and bottom ends all have opening, internal first slide guide with cavity and inner sidewall with slide guide face
The lateral wall of layer, the first slide guide layer is fixedly connected with the inner sidewall between the underface and bottom end of purification cylinder top.
Preferably, it is described purification cylinder fuel-displaced bucket inner sidewall on be equipped with radial section in annular shape setting,
Axial section is arranged in isosceles ladder annular shape and top and bottom ends all have opening, inside has slide guide with cavity and inner sidewall
The second slide guide layer in face, the radial section diameter of the second slide guide layer are in that setting, axial section is gradually reduced by top to bottom end
Top margin side length is greater than bottom edge side length, and the lateral wall of the second slide guide layer is fixedly connected with the inner sidewall of the fuel-displaced bucket of purification cylinder.
(3) beneficial effect
Compared with prior art, the present invention provides a kind of for handling the regenerating unit of industrial waste oil, and having following has
Beneficial effect：
1, the regenerating unit is set by being equipped with radial section circular in shape immediately below removal of impurities cylinder cavity top end
It sets, the setting of axial section rectangular shaped and the first filter plate for being evenly equipped with the first filter hole, the underface of the first filter plate are pacified
Equipped with the setting of radial section circular in shape, the setting of axial section rectangular shaped and the second filtering for being evenly equipped with the second filter hole
Plate is equipped with the setting of radial section circular in shape, axial section rectangular shaped setting and immediately below the second filter plate
Meshed 4th filter plate of cloth and the 5th filter plate, the 4th filter plate and the 5th filter plate right above the 5th filter plate
Between gap in be filled with the first adsorbent made of blue silica gel particle, be located at purification cylinder chamber central and lateral wall
On be evenly equipped with radial section circular in shape setting, axial section rectangular shaped setting oil leaking hole purification roller top surface
Center is fixedly connected with the axial end of the output shaft of motor, and the first filter hole of the first filter plate passes through big to the solid in waste oil
Granule foreign is filtered processing, can remove the large granular impurity in waste oil, the second filter hole of the second filter plate by pair
Solid granule impurity in waste oil is filtered processing, can remove the little particle impurity in waste oil, the 4th filter plate and
The first adsorbent between five filter plates can be removed free in waste oil by carrying out adsorption treatment to the free water in waste oil
Water, Microwave emission mechanism emit microwave, and microwave causes the high speed wheel pendular motion of the hydrone to dissociate in waste oil, and hydrone is mutual
Friction generates great heat, and after heat is absorbed by waste oil, waste oil temperature is increased, and is in baking state, waste oil can be made to include
Free moisture be evaporated, be dehydrated, the output shaft of motor drives purification roller to carry out high speed rotation, purifies the waste oil in roller
In different component can be realized the separation of reclaimed oil and liquid impurity, liquid impurity quilt under the effect of high-speed rotating centrifugal force
It is trapped in purification roller cavity, reclaimed oil is thrown away from the oil leaking hole of purification roller under the action of high-speed rotating centrifugal force
Into the cavity of purification cylinder, to realize the technical effect of efficient purifying industrial waste oil, solve at existing industrial waste oil
The technical issues of reason device, separating-purifying industrial waste oil inefficiency.
2, the regenerating unit, by be equipped in the cavity of removal of impurities cylinder positioned at the second filter plate and the 4th filter plate it
Between third filter plate, radial section circular in shape setting, axial section rectangular shaped setting and be evenly equipped with third filtering
It is fixedly connected right above the lateral wall of the third filter plate in hole and removal of impurities cylinder madial wall center, the cavity of diameter third filter hole
The setting of radial section circular in shape, the setting of axial section rectangular shaped and the first mistake for having squared mesh are inside installed
Strainer, the first filter screen in the third filter hole of third filter plate by further to the solid granule impurity in waste oil into
Row filtration treatment can remove the solid granule impurity in waste oil, realize and effectively remove solid granule in industrial waste oil
The technical effect of impurity.
3, regenerating unit, by being equipped with the rectangular triangle of axial section on the removal of impurities intracorporal baffles of cylinder chamber
Shape setting and top have the oil guide plate for the inclined surface being arranged horizontal by 150 degree of angles, and the inclination on oil guide plate top
Elevation of water where the left end in face is greater than the elevation of water where its right end, the bottom face of the cylinder that cleans and baffles
Top surface is fixedly connected, and is fixedly connected right above the lateral wall for the cylinder that cleans and removal of impurities cylinder madial wall bottom end, oil guide plate
The inclined surface on top can make to remove solid impurity and the waste oil of free water is automatically transferred to petroleum pipeline under gravity, real
The technical effect of automatic transmission industrial waste oil is showed.
4, regenerating unit, by being equipped with connecting rod, the top end face and bottom face of connecting rod in the bottom end of purification roller
Be fixedly connected respectively with the bottom center of purification roller and the end face center of Oil Guide platform, radial section in annular shape setting,
Axial section is arranged in isosceles ladder annular shape and bottom end is with opening, internal the leading with slide guide face with cavity and lateral wall
The bottom end of tank deck extends in the cavity of collection tank, and the slide guide face of the lateral wall of Oil Guide platform can make the reclaimed oil after separating-purifying
It is slowly transferred in the cavity of collection tank, reduces reclaimed oil during drippage, the loss sputtered has realized
Effect reduces the technical effect that reclaimed oil loses in transmission process.
5, the regenerating unit, be arranged by being equipped with radial section on the inner sidewall of purification cylinder in annular shape,
Axial section is arranged in square annular shape and top and bottom ends all have opening, inside has slide guide face with cavity and inner sidewall
First slide guide layer purifies and is equipped with radial section on the inner sidewall of the fuel-displaced bucket of cylinder in annular shape setting, axial section
In the setting of isosceles ladder annular shape and top and bottom ends all have opening, internal second with cavity and inner sidewall with slide guide face
Slide guide layer, the first slide guide layer and the second slide guide layer can not only reduce reclaimed oil in the inner sidewall of purification cylinder and purify cylinder
Adherency quantity on the inner sidewall of fuel-displaced bucket, and can be improved the efficiency of transmission of reclaimed oil, it realizes and effectively reduces reclaimed oil
It is adhered to the inner sidewall and the technical effect for the efficiency of transmission for effectively improving reclaimed oil of purification cylinder.
Detailed description of the invention
Fig. 1 is that the present invention is a kind of for handling the main view of the regenerating unit of industrial waste oil；
Fig. 2 is that the present invention is a kind of for handling the cross-sectional view of the regenerating unit of industrial waste oil；
Fig. 3 is the top view of Microwave emission mechanism of the invention；
Fig. 4 is the top view of the first filter plate of the invention；
Fig. 5 is the top view of the second filter plate of the invention；
Fig. 6 is the radial cross-section of third filter plate of the invention；
Fig. 7 is the structural schematic diagram of oil guide plate of the invention；
Fig. 8 is the structural schematic diagram of purification roller of the invention；
Fig. 9 is the structural schematic diagram of Oil Guide platform and collection tank of the invention.
It is indicated in figure：1- pedestal, the first rack of 2-；
3- Microwave emission mechanism, 301- magnetron, 302- high-voltage converter, 303- high-voltage capacitor, 304- divider resistance
Device, 305- diode；
4- removal of impurities cylinder, 401- baffles, the first filter plate of 402-, the first filter hole of 403-, the second filter plate of 404-,
The second filter hole of 405-, 406- third filter plate, 407- third filter hole, the first filter screen of 408-, the 4th filter plate of 409-,
The 5th filter plate of 410-, the first absorbent of 411-, 412- oil guide plate；
5- oil inlet bucket；
6- oil transportation cylinder, the 6th filter plate of 601-, the 7th filter plate of 602-, the second adsorbent of 603-；
7- purification cylinder, 701- purification roller, 702- through-hole, 703- oil leaking hole, 704- connecting rod, 705- Oil Guide platform,
706- the first slide guide layer, 707- the second slide guide layer；
The second rack of 8-, 9- axle bed, 10- motor, 11- bracket；
12- collection tank, 1201- oil outlet.
Specific embodiment
Following will be combined with the drawings in the embodiments of the present invention, and technical solution in the embodiment of the present invention carries out clear, complete
Site preparation description, it is clear that described embodiments are only a part of the embodiments of the present invention, instead of all the embodiments.It is based on
Embodiment in the present invention, it is obtained by those of ordinary skill in the art without making creative efforts every other
Embodiment shall fall within the protection scope of the present invention.
It is a kind of for handling the regenerating unit of industrial waste oil, referring to Fig. 1, including pedestal 1, in 1 top surface of pedestal
The right side side of left end is equipped with the first rack 2 of radial section rectangular shaped setting, the rectangular surfaces and base of 2 bottom end of the first rack
The right side side of left end is fixedly connected in 1 top surface of seat, and the top of the first rack 2 is equipped with Microwave emission mechanism 3, Microwave emission
The rectangular surfaces of the bottom center of mechanism 3 are fixedly connected with the rectangular surfaces on 2 top of the first rack；
As shown in figure 3, the intracorporal bottom face center of 3 chamber of Microwave emission mechanism be equipped with its anode by conducting wire with positioned at micro-
The magnetron 301 of the anode connection of the diode 305 of the left side side at bottom face center, diode 305 in 3 cavity of wave transmitter structure
Cathode by conducting wire be located at 3 cavity of Microwave emission mechanism in bottom face center right side side and be located at Microwave emission mechanism
The output end for the high-voltage capacitor 303 that the voltage grading resistor 304 in the front at bottom face center is connected in parallel in 3 cavitys connects,
The input terminal of high-voltage capacitor 303 passes through conducting wire and the height for being located at the dead astern at bottom face center in 3 cavity of Microwave emission mechanism
The output end of the high-voltage winding of pressure converter 302 connects, the output ends of 302 grade heater windings of high-voltage converter by conducting wire with
The power input of the cathode filament of magnetron 301 connects；
As shown in Fig. 2, the output end of the waveguide of magnetron 301 is through 3 top center opening of Microwave emission mechanism and prolongs
It is in the removal of impurities cylinder of the setting of square annular shape and bottom end with opening that radial section, which is extended to, in annular shape setting, axial section
In 4 cavity and the bottom side surface center frictional connection with baffles 401, radial section circular in shape are arranged and by glass materials
It is fixedly connected right above the lateral wall of baffles 401 made of matter and the inner sidewall bottom end of removal of impurities cylinder 4, clean 4 bottom of cylinder
The anchor ring at end is fixedly connected with the anchor ring on the outside of 3 end face center of Microwave emission mechanism；
Removal of impurities cylinder 4 top center offer radial section circular in shape setting oil inlet, the oil inlet into
Mouth end is equipped with radial section in annular shape setting and axial section is in the oil inlet bucket 5 of isosceles ladder annular shape setting, into
The radial section diameter of oil bucket 5 is greater than bottom edge side length in the top margin side length that setting, axial section is gradually reduced by top to bottom end,
The anchor ring of 5 bottom end of oil inlet bucket is fixedly connected with the anchor ring on the outside of removal of impurities 4 end face center of cylinder；
It is arranged as shown in figure 4, being equipped with radial section circular in shape immediately below removal of impurities 4 cavity top end of cylinder, is axial
Section rectangular shaped is arranged and is evenly equipped with the first filter plate 402 of the first filter hole 403, the lateral wall of the first filter plate 402
It is fixedly connected with immediately below removal of impurities 4 inner sidewall top of cylinder, the setting of radial section circular in shape, axial section are in rectangle shape
The inlet end and an outlet end of shape setting and the first filter hole 403 inside the first filter plate 402 is separately positioned on the first mistake
The top surface and bottom side surface of filter plate 402；
As shown in figure 5, the underface of the first filter plate 402 is equipped with the setting of radial section circular in shape, axial section
Rectangular shaped is arranged and is evenly equipped with the second filter plate 404 of the second filter hole 405, the lateral wall of the second filter plate 404 with remove
It is fixedly connected immediately below miscellaneous 4 inner sidewall top of cylinder, the setting of radial section circular in shape, axial section rectangular shaped are set
It sets and the inlet end and an outlet end of the second filter hole 405 inside the second filter plate 404 is separately positioned on the second filter plate
The radial section diameter of 404 top surface and bottom side surface, the second filter hole 405 is cutd open less than the radial direction of the first filter hole 403
Face diameter；
The underface of second filter plate 404 is equipped with the setting of radial section circular in shape, axial section rectangular shaped
Setting and uniformly distributed meshed 4th filter plate 409 and the 5th filter plate 410, the 4th filter plate 409 and the 5th filter plate 410
It is fixedly connected immediately below lateral wall and removal of impurities 4 inner sidewall center of cylinder, the setting of radial section circular in shape, axial section are in
The inlet end and an outlet end difference of rectangular shape setting and the mesh inside the 4th filter plate 409 and the 5th filter plate 410
The top surface and bottom side surface of 4th filter plate 409 and the 5th filter plate 410 are set；
It is filled in the gap between the 4th filter plate 409 and the 5th filter plate 410 right above the 5th filter plate 410
There is the first adsorbent 411 made of blue silica gel particle, the partial size of the first adsorbent 411 is greater than the 4th filter plate 409 and the
The radial section diameter of the mesh of five filter plates 410；
Removal of impurities cylinder 4 right side wall bottom end offer oil outlet, the outlet end of the oil outlet be equipped with by be integrally formed and
The successively oil transportation cylinder 6 of oblique cylinder interconnected and vertical cylinder composition, the input end and removal of impurities cylinder 4 of the oblique cylinder of oil transportation cylinder 6
The outlet end of oil outlet be fixedly connected, the outlet end of the vertical cylinder of oil transportation cylinder 6 sequentially passes through the left side at purification 7 top center of cylinder
The through-hole 702 of the left side side at side and purification 701 top center of roller simultaneously extends in the cavity of purification roller 701, and oil transportation
Gap is provided between the lateral wall of vertical cylinder and the inner sidewall of through-hole 702 of cylinder 6；
Radial section in annular shape setting, axial section in square annular shape be arranged and top center have through-hole,
There is the arc-shaped convex surface at left side wall center of the purification cylinder 7 of opening and the arc-shaped concave of 8 left end of the second rack to consolidate for bottom end
It is fixed to connect, it is fixedly connected immediately below the rectangular surfaces of 8 right end of the second rack and 2 left side top of the first rack；
It is set as shown in figure 8, being located at and being evenly equipped with radial section circular in shape on purification 7 chamber central of cylinder and lateral wall
It sets, the end face center of purification roller 701 of the oil leaking hole 703 of axial section rectangular shaped setting and the bottom face of axle bed 9 are consolidated
Fixed connection, bottom end is in purification 7 cavity of cylinder, top is located at outside purification 7 cavity of cylinder and through purification 7 top center of cylinder
The top end face of the axle bed 9 of through-hole is fixedly connected with the axial end of the output shaft of motor 10, the non-output end face of motor 10 with by one
The bottom side surface center of the level frame for the bracket 11 that level frame and vertical stand body formed and be mutually connected vertically form is fixed to be connected
It connects, the bottom face of the vertical stand of bracket 11 is fixedly connected with the right side side of purification 7 end face center of cylinder；
The outlet end for purifying the bottom end opening of cylinder 7 is equipped with radial section in annular shape setting, axial section and is in
The setting of isosceles ladder annular shape and top and bottom ends all have the fuel-displaced bucket of opening, and the radial section diameter of fuel-displaced bucket is by the top bottom of to
End is greater than bottom edge side length, the anchor ring and purification cylinder 7 on fuel-displaced bucket top in the top margin side length that setting, axial section is gradually reduced
The anchor ring of bottom end is fixedly connected, and is purified and is equipped with its bottom surface and 1 top side table of pedestal immediately below the fuel-displaced bucket outlet end of cylinder 7
The collection tank 12 that the left side side of right end is fixedly connected on face, radial section is arranged in annular shape and the U-shaped shape of axial section
The front side wall bottom end of the collection tank 12 of shape setting offers the oil outlet 1201 of radial section circular in shape setting.
Preferably, be equipped in the cavity of the removal of impurities cylinder 4 positioned at the second filter plate 404 and the 4th filter plate 409 it
Between third filter plate 406, as shown in fig. 6, radial section circular in shape setting, axial section rectangular shaped setting and
The surface of the lateral wall and removal of impurities 4 inner sidewall center of cylinder that are furnished with the third filter plate 406 of third filter hole 407 is fixed to be connected
It connects；
The setting of radial section circular in shape, axial section rectangular shaped are arranged and inside third filter plates 406
The inlet end and an outlet end of third filter hole 407 be separately positioned on the top surface and bottom side surface of third filter plate 406,
The radial section diameter of three filter hole 407 is equal to the radial section diameter of the first filter hole 403, the cavity of third filter hole 407
The setting of radial section circular in shape, the setting of axial section rectangular shaped and the first mistake for having squared mesh are inside installed
The lateral wall of strainer 408, the first filter screen 408 is fixedly connected with the inner sidewall of third filter hole 407.
Preferably, as shown in fig. 7, to be equipped with axial section on the intracorporal baffles 401 of 4 chamber of removal of impurities cylinder rectangular
Triangular shaped setting and top have the oil guide plate 412 for the inclined surface being arranged horizontal by 150 degree of angles, and oil guide plate
Elevation of water where the left end of the inclined surface on 412 tops is greater than the elevation of water where its right end, the bottom of oil guide plate 412
End face is fixedly connected with the top surface of baffles 401, and the lateral wall of oil guide plate 412 and removal of impurities 4 inner sidewall bottom end of cylinder are just
Top is fixedly connected.
Preferably, the setting of radial section circular in shape is installed in the cavity of the oblique cylinder of the oil transportation cylinder 6, is axially cutd open
The setting of face rectangular shaped and uniformly distributed meshed 6th filter plate 601 and the 7th filter plate 602, the 6th filter plate 601 and the
The lateral wall of seven filter plates 602 is fixedly connected with the inlet end and an outlet end of 6 inner sidewall of oil transportation cylinder respectively, and radial section is rounded
Shape setting, axial section rectangular shaped are arranged and run through the mesh inside the 6th filter plate 601 and the 7th filter plate 602
Inlet end and an outlet end is separately positioned on the top surface and bottom side surface of the 6th filter plate 601 and the 7th filter plate 602；
Filled with made of blue silica gel particle the in gap between 6th filter plate 601 and the 7th filter plate 602
Two adsorbents 603, the radial direction that the partial size of the second adsorbent 603 is greater than the mesh of the 6th filter plate 601 and the 7th filter plate 602 are cutd open
Face diameter.
Preferably, the bottom end of the purification roller 701 is equipped with connecting rod 704, the top end face and bottom face of connecting rod 704
It is fixedly connected respectively with the end face center of the bottom center of purification roller 701 and Oil Guide platform 705；
As shown in figure 9, radial section is in annular shape setting, axial section is arranged in isosceles ladder annular shape and bottom end
Bottom end with opening, the internal Oil Guide platform 705 with cavity and lateral wall with slide guide face extends to the cavity of collection tank 12
It is interior.
Preferably, radial section is installed in annular shape setting, axial section on the inner sidewall of the purification cylinder 7
In the setting of square annular shape and top and bottom ends all have opening, internal first slide guide with cavity and inner sidewall with slide guide face
The lateral wall of layer 706, the first slide guide layer 706 is fixedly connected with the inner sidewall between the underface and bottom end on purification 7 top of cylinder.
Preferably, it is described purification cylinder 7 fuel-displaced bucket inner sidewall on be equipped with radial section in annular shape setting,
Axial section is arranged in isosceles ladder annular shape and top and bottom ends all have opening, inside has slide guide with cavity and inner sidewall
The second slide guide layer 707 in face, the radial section diameter of the second slide guide layer 707 are in that setting, axial direction is gradually reduced by top to bottom end
The top margin side length of section is greater than bottom edge side length, and the inner sidewall of the fuel-displaced bucket of the lateral wall and purification cylinder 7 of the second slide guide layer 707 is solid
Fixed connection.
When work, by industrial waste oil to be processed out of, oil inlet bucket 5 is added to removal of impurities cylinder 4 cavity, waste oil passes through first
The filtration treatment of first filter hole 403 of filter plate 402 removes the solid large granular impurity in waste oil, by the second filter plate
The filtration treatment of 404 the second filter hole 405 removes the solid granule impurity in waste oil, using third filter plate 406
Third filter hole 407 in the first filter screen 408 filtration treatment, further remove waste oil in solid granule impurity,
By the adsorption treatment of the first adsorbent 411 between the 4th filter plate 409 and the 5th filter plate 410, the trip in waste oil is removed
From water, while Microwave emission mechanism 3 emits microwave, and microwave causes the high speed wheel pendular motion of the hydrone to dissociate in waste oil, water
Molecule, which rubs mutually, generates great heat, and after heat is absorbed by waste oil, waste oil temperature is increased, in baking state, waste oil
The free moisture contained is evaporated, is dehydrated, then the suction of second adsorbent 603 of the waste oil in the oblique cylinder by oil transportation cylinder 6
Attached processing further removes wherein remaining free moisture, and the waste oil for removing solid impurity and free moisture passes through
The vertical cylinder of petroleum pipeline 6 is transferred in the cavity of purification roller 701 of purification cylinder 7, opens motor 10, the output shaft of motor 10
It drives purification roller 701 to carry out high speed rotation, purifies the different component in the waste oil in roller 701 in high-speed rotating centrifugal force
It can be realized the separation of reclaimed oil and liquid impurity under effect, liquid impurity is trapped in purification 701 cavity of roller, reclaimed oil
It is thrown away from the oil leaking hole 703 of purification roller 701 into the cavity for purifying cylinder 7 under the action of high-speed rotating centrifugal force,
Inner sidewall by purifying the fuel-displaced bucket of cylinder 7 is transmitted to the lateral wall of Oil Guide platform 705, then is transmitted to receipts by Oil Guide platform 705
In the cavity of oil groove 12, the regeneration treatment work of industrial waste oil is completed.
In conclusion the regenerating unit, by being equipped with radial section in circle immediately below removal of impurities 4 cavity top end of cylinder
The setting of shape shape, the setting of axial section rectangular shaped and the first filter plate 402 for being evenly equipped with the first filter hole 403, the first mistake
The underface of filter plate 402 is equipped with the setting of radial section circular in shape, the setting of axial section rectangular shaped and is evenly equipped with the
Second filter plate 404 of two filter hole 405, the underface of the second filter plate 404 be equipped with radial section circular in shape setting,
The setting of axial section rectangular shaped and uniformly distributed meshed 4th filter plate 409 and the 5th filter plate 410, are located at the 5th filtering
It is filled in the gap between the 4th filter plate 409 and the 5th filter plate 410 right above plate 410 and is made of blue silica gel particle
The first adsorbent 411, positioned at purification 7 chamber central of cylinder and lateral wall on be evenly equipped with radial section circular in shape setting,
The axis of the output shaft of the end face center and motor 10 of the purification roller 701 of the oil leaking hole 703 of axial section rectangular shaped setting
End face is fixedly connected, and the first filter hole 403 of the first filter plate 402 is by being filtered the solid large granular impurity in waste oil
Processing, can remove the large granular impurity in waste oil, the second filter hole 405 of the second filter plate 404 passes through to consolidating in waste oil
Body little particle impurity is filtered processing, can remove the little particle impurity in waste oil, the 4th filter plate 409 and the 5th filter plate
The first adsorbent 411 between 410 can be removed free in waste oil by carrying out adsorption treatment to the free water in waste oil
Water, Microwave emission mechanism 3 emit microwave, and microwave causes the high speed wheel pendular motion of the hydrone to dissociate in waste oil, and hydrone is mutual
Mutually friction generates great heat, and after heat is absorbed by waste oil, waste oil temperature is increased, and is in baking state, can make in waste oil
The free moisture contained is evaporated, is dehydrated, and the output shaft of motor 10 drives purification roller 701 to carry out high speed rotation, purifies roller
The different component in waste oil in 701 can be realized point of reclaimed oil and liquid impurity under the effect of high-speed rotating centrifugal force
From liquid impurity is trapped in purification 701 cavity of roller, and reclaimed oil rolls under the action of high-speed rotating centrifugal force from purification
In the cavity for throwing away purification cylinder 7 in the oil leaking hole 703 of cylinder 701, thus realize the technical effect of efficient purifying industrial waste oil,
Solves the technical issues of existing industrial waste oil processing unit, separating-purifying industrial waste oil inefficiency.
The regenerating unit, by being equipped in the cavity of removal of impurities cylinder 4 positioned at the second filter plate 404 and the 4th filter plate
Third filter plate 406 between 409, the setting of radial section circular in shape, axial section rectangular shaped are arranged and are evenly equipped with
It is fixedly connected right above the lateral wall of the third filter plate 406 of third filter hole 407 and removal of impurities 4 inner sidewall center of cylinder, diameter
The setting of radial section circular in shape, the setting of axial section rectangular shaped and band are installed in the cavity of third filter hole 407
There is the first filter screen 408 of squared mesh, the first filter screen 408 in the third filter hole 407 of third filter plate 406 passes through
Processing further is filtered to the solid granule impurity in waste oil, the solid granule impurity in waste oil can be removed, it is real
The technical effect of solid granule impurity in effective removing industrial waste oil is showed.
The regenerating unit, by being equipped with the rectangular triangle of axial section on the removal of impurities intracorporal baffles 401 of 4 chamber of cylinder
The setting of shape shape and top have the oil guide plate 412 for the inclined surface being arranged horizontal by 150 degree of angles, and oil guide plate 412 pushes up
Elevation of water where the left end of the inclined surface at end is greater than the elevation of water where its right end, the bottom face for the cylinder 4 that cleans
It is fixedly connected with the top surface of baffles 401, the lateral wall for the cylinder 4 that cleans and the surface of removal of impurities 4 inner sidewall bottom end of cylinder
It is fixedly connected, the inclined surface on 412 top of oil guide plate can make the waste oil of removing solid impurity and free water under gravity
It is automatically transferred to petroleum pipeline 6, realizes the technical effect of automatic transmission industrial waste oil.
The regenerating unit, by being equipped with connecting rod 704 in the bottom end of purification roller 701, the top end face of connecting rod 704 and
Bottom face is fixedly connected with the end face center of the bottom center of purification roller 701 and Oil Guide platform 705 respectively, and radial section is in annulus
The setting of shape shape, axial section are arranged in isosceles ladder annular shape and bottom end is with opening, inside, and there is cavity and lateral wall to have
There is the bottom end of the Oil Guide platform 705 in slide guide face to extend in the cavity of collection tank 12, the slide guide face of the lateral wall of Oil Guide platform 705 can
Reclaimed oil after making separating-purifying is slowly transferred in the cavity of collection tank 12, reduces reclaimed oil during drippage,
The loss sputtered realizes and effectively reduces the technical effect that reclaimed oil loses in transmission process.
The regenerating unit, by being equipped with radial section on the inner sidewall of purification cylinder 7 in annular shape setting, axis
It is arranged to section in square annular shape and top and bottom ends all has opening, internal have cavity and inner sidewall with slide guide face the
One slide guide layer 706, purifying and being equipped with radial section on the inner sidewall of the fuel-displaced bucket of cylinder 7 is in that annular shape is arranged, axially cuts open
Face is arranged in isosceles ladder annular shape and top and bottom ends all have opening, internal have cavity and inner sidewall with slide guide face the
Two slide guide layers 707, the first slide guide layer 706 and the second slide guide layer 707 can not only reduce reclaimed oil in the inner sidewall of purification cylinder 7
Adherency quantity on the inner sidewall of the fuel-displaced bucket of purification cylinder 7, and can be improved the efficiency of transmission of reclaimed oil, has realized
Effect reduces the inner sidewall and the technical effect for the efficiency of transmission for effectively improving reclaimed oil that reclaimed oil is adhered to purification cylinder 7.
It should be noted that, in this document, relational terms such as first and second and the like are used merely to a reality
Body or operation are distinguished with another entity or operation, are deposited without necessarily requiring or implying between these entities or operation
In any actual relationship or order or sequence.Moreover, the terms "include", "comprise" or its any other variant are intended to
Non-exclusive inclusion, so that the process, method, article or equipment including a series of elements is not only wanted including those
Element, but also including other elements that are not explicitly listed, or further include for this process, method, article or equipment
Intrinsic element.
It although an embodiment of the present invention has been shown and described, for the ordinary skill in the art, can be with
A variety of variations, modification, replacement can be carried out to these embodiments without departing from the principles and spirit of the present invention by understanding
And modification, the scope of the present invention is defined by the appended.
Claims (7)
1. a kind of for handling the regenerating unit of industrial waste oil, including pedestal (1), it is characterised in that：Pedestal (1) top side table
The right side side of left end is equipped with the first rack (2) of radial section rectangular shaped setting, the square of the first rack (2) bottom end on face
Shape face is fixedly connected with the right side side of left end in pedestal (1) top surface, and the top of the first rack (2) is equipped with microwave transmitter
The rectangular surfaces of structure (3), the bottom center of Microwave emission mechanism (3) are fixedly connected with the rectangular surfaces on the first rack (2) top；
The intracorporal bottom face center of Microwave emission mechanism (3) chamber is equipped with its anode by conducting wire and is located at Microwave emission mechanism
(3) magnetron (301) that the anode of the diode (305) of the left side side at bottom face center connects in cavity, diode (305)
Cathode by conducting wire be located at Microwave emission mechanism (3) cavity in bottom face center right side side and be located at Microwave emission mechanism
(3) output end for the high-voltage capacitor (303) that the voltage grading resistor (304) in the front at bottom face center is connected in parallel in cavity
Connection, the input terminal of high-voltage capacitor (303) by conducting wire be located in Microwave emission mechanism (3) cavity bottom face center just
The output end of the high-voltage winding of the high-voltage converter (302) at rear connects, the output of high-voltage converter (302) secondary heater winding
End is connect by conducting wire with the power input of the cathode filament of magnetron (301)；
The output end of the waveguide of magnetron (301) is through Microwave emission mechanism (3) top center opening and extends to radial cut open
Face is arranged in annular shape setting, axial section in square annular shape and the cavity of removal of impurities cylinder (4) of the bottom end with opening
Bottom side surface center frictional connections interior and with baffles (401), radial section circular in shape are arranged and by glass material systems
At baffles (401) lateral wall and clean cylinder (4) inner sidewall bottom end right above be fixedly connected, clean cylinder (4)
The anchor ring of bottom end is fixedly connected with the anchor ring on the outside of Microwave emission mechanism (3) end face center；
The top center of removal of impurities cylinder (4) offers the oil inlet of radial section circular in shape setting, the import of the oil inlet
End is equipped with radial section in annular shape setting and axial section is in the oil inlet bucket (5) of isosceles ladder annular shape setting, into
The radial section diameter of oil bucket (5) is greater than bottom edge side in the top margin side length that setting, axial section is gradually reduced by top to bottom end
Long, the anchor ring of oil inlet bucket (5) bottom end is fixedly connected with the anchor ring on the outside of removal of impurities cylinder (4) end face center；
The setting of radial section circular in shape, axial section are installed in rectangle shape immediately below removal of impurities cylinder (4) cavity top end
Shape is arranged and is evenly equipped with the first filter plate (402) of the first filter hole (403), the lateral wall of the first filter plate (402) and removal of impurities
It is fixedly connected immediately below cylinder (4) inner sidewall top, the setting of radial section circular in shape, axial section rectangular shaped are set
It sets and is separately positioned on the first mistake through the inlet end and an outlet end of the first filter plate (402) internal first filter hole (403)
The top surface and bottom side surface of filter plate (402)；
The setting of radial section circular in shape is installed, axial section rectangular shaped is set immediately below the first filter plate (402)
Set and be evenly equipped with the second filter plate (404) of the second filter hole (405), the lateral wall and removal of impurities cylinder of the second filter plate (404)
(4) be fixedly connected immediately below inner sidewall top, radial section circular in shape setting, axial section rectangular shaped setting and
The inlet end and an outlet end of second filter hole (405) internal through the second filter plate (404) is separately positioned on the second filter plate
(404) top surface and bottom side surface, the radial section diameter of the second filter hole (405) is less than the first filter hole (403)
Radial section diameter；
The setting of radial section circular in shape is installed, axial section rectangular shaped is set immediately below the second filter plate (404)
It sets and is evenly distributed with meshed 4th filter plate (409) and the 5th filter plate (410), the 4th filter plate (409) and the 5th filter plate
(410) it is fixedly connected immediately below lateral wall and removal of impurities cylinder (4) inner sidewall center, the setting of radial section circular in shape,
The setting of axial section rectangular shaped and the import of the mesh through the 4th filter plate (409) and the 5th filter plate (410) inside
End and outlet end are separately positioned on the top surface and bottom side surface of the 4th filter plate (409) and the 5th filter plate (410)；
It is filled out in the gap between the 4th filter plate (409) and the 5th filter plate (410) right above the 5th filter plate (410)
Filled with the first adsorbent made of blue silica gel particle (411), the partial size of the first adsorbent (411) is greater than the 4th filter plate
(409) and the radial section diameter of the mesh of the 5th filter plate (410)；
Removal of impurities cylinder (4) right side wall bottom end offer oil outlet, the outlet end of the oil outlet be equipped with by be integrally formed and according to
The oil transportation cylinder (6) of secondary oblique cylinder interconnected and vertical cylinder composition, the input end and removal of impurities cylinder of the oblique cylinder of oil transportation cylinder (6)
(4) outlet end of oil outlet is fixedly connected, and the outlet end of the vertical cylinder of oil transportation cylinder (6) sequentially passes through purification cylinder (7) top
The through-hole (702) of the left side side of the left side side and purification roller (701) top center at center simultaneously extends to purification roller (701)
In cavity, and gap is provided between the lateral wall of the vertical cylinder of oil transportation cylinder (6) and the inner sidewall of through-hole (702)；
Radial section is arranged in annular shape setting, axial section in square annular shape and top center has through-hole, bottom end
The arc-shaped convex surface at the left side wall center of the purification cylinder (7) with opening and the arc-shaped concave of the second rack (8) left end are solid
It is fixed to connect, it is fixedly connected immediately below the rectangular surfaces of the second rack (8) right end and the first rack (2) left side top；
The setting of radial section circular in shape is evenly equipped on purification cylinder (7) chamber central and lateral wall, axial section is in
The end face center of the purification roller (701) of the oil leaking hole (703) of rectangular shape setting is fixedly connected with the bottom face of axle bed (9),
Bottom end is in purification cylinder (7) cavity, top is located at outside purification cylinder (7) cavity and through purification cylinder (7) top center
The top end face of the axle bed (9) of through-hole is fixedly connected with the axial end of the output shaft of motor (10), the non-output end face of motor (10)
In the level frame and the bottom side surface of the level frame of bracket (11) that forms of vertical stand by being integrally formed and being mutually connected vertically
The heart is fixedly connected, and the bottom face of the vertical stand of bracket (11) is fixedly connected with the right side side of purification cylinder (7) end face center；
The outlet end for purifying the bottom end opening of cylinder (7) is equipped with radial section is arranged in annular shape, axial section is in etc.
The setting of waist ladder annular shape and top and bottom ends all have the fuel-displaced bucket of opening, and the radial section diameter of fuel-displaced bucket is by top to bottom end
It is greater than bottom edge side length, the anchor ring on fuel-displaced bucket top and purification cylinder (7) in the top margin side length that setting, axial section is gradually reduced
The anchor ring of bottom end is fixedly connected, and is purified and is equipped with its bottom surface and pedestal (1) top immediately below the fuel-displaced bucket outlet end of cylinder (7)
The collection tank (12) that the left side side of right end is fixedly connected on side surface, radial section is arranged in annular shape and axial section is in
The front side wall bottom end of the collection tank (12) of U-shaped shape setting offers the oil outlet of radial section circular in shape setting
(1201)。
2. according to claim 1 a kind of for handling the regenerating unit of industrial waste oil, it is characterised in that：The removal of impurities cylinder
The third filter plate (406) being equipped in the cavity of body (4) between the second filter plate (404) and the 4th filter plate (409),
The setting of radial section circular in shape, the setting of axial section rectangular shaped and the third mistake for being evenly equipped with third filter hole (407)
It is fixedly connected right above the lateral wall of filter plate (406) and removal of impurities cylinder (4) inner sidewall center；
The setting of radial section circular in shape, axial section rectangular shaped are arranged and through third filter plate (406) inside
The inlet end and an outlet end of third filter hole (407) is separately positioned on the top surface and bottom side surface of third filter plate (406),
The radial section diameter of third filter hole (407) is equal to the radial section diameter of the first filter hole (403), third filter hole
(407) setting of radial section circular in shape, the setting of axial section rectangular shaped are installed in cavity and have square
The first filter screen (408) of mesh, the lateral wall of the first filter screen (408) and the fixed company of the inner sidewall of third filter hole (407)
It connects.
3. according to claim 1 a kind of for handling the regenerating unit of industrial waste oil, it is characterised in that：The removal of impurities cylinder
Axial section rectangular triangular shaped setting is installed on the intracorporal baffles of body (4) chamber (401) and top has and level
The oil guide plate (412) for the inclined surface that face is arranged in 150 degree of angles, and where the left end of the inclined surface on oil guide plate (412) top
Elevation of water is greater than the elevation of water where its right end, the bottom face of oil guide plate (412) and the top side table of baffles (401)
Face is fixedly connected, and is fixedly connected right above the lateral wall of oil guide plate (412) and removal of impurities cylinder (4) inner sidewall bottom end.
4. according to claim 1 a kind of for handling the regenerating unit of industrial waste oil, it is characterised in that：The oil transportation cylinder
(6) setting of radial section circular in shape, the setting of axial section rectangular shaped are installed in the cavity of oblique cylinder and are evenly distributed with
Outside meshed 6th filter plate (601) and the 7th filter plate (602), the 6th filter plate (601) and the 7th filter plate (602)
Side wall is fixedly connected with the inlet end and an outlet end of oil transportation cylinder (6) inner sidewall respectively, and radial section circular in shape is arranged, is axial
The setting of section rectangular shaped and through the input end of the internal mesh of the 6th filter plate (601) and the 7th filter plate (602) with
Outlet end is separately positioned on the top surface and bottom side surface of the 6th filter plate (601) and the 7th filter plate (602)；
Filled with made of blue silica gel particle the in gap between 6th filter plate (601) and the 7th filter plate (602)
Two adsorbents (603), the partial size of the second adsorbent (603) are greater than the mesh of the 6th filter plate (601) and the 7th filter plate (602)
Radial section diameter.
5. according to claim 1 a kind of for handling the regenerating unit of industrial waste oil, it is characterised in that：The purification rolling
Cylinder (701) bottom end be equipped with connecting rod (704), the top end face and bottom face of connecting rod (704) respectively with purification roller (701)
Bottom center be fixedly connected with the end face center of Oil Guide platform (705)；
Radial section is arranged in annular shape, axial section is arranged in isosceles ladder annular shape and bottom end has opening, inside
With cavity and lateral wall there is the bottom end of the Oil Guide platform (705) in slide guide face to extend in the cavity of collection tank (12).
6. according to claim 1 a kind of for handling the regenerating unit of industrial waste oil, it is characterised in that：The purification cylinder
Radial section is installed to be arranged in annular shape setting, axial section in square annular shape and push up bottom on the inner sidewall of body (7)
Both ends all have opening, the internal first slide guide layer (706) with cavity and inner sidewall with slide guide face, the first slide guide layer
(706) inner sidewall between lateral wall and the underface and bottom end on purification cylinder (7) top is fixedly connected.
7. according to claim 1 a kind of for handling the regenerating unit of industrial waste oil, it is characterised in that：The purification cylinder
Radial section is installed in annular shape setting, axial section on the inner sidewall of the fuel-displaced bucket of body (7) in the annular shape of isosceles ladder
Shape setting and top and bottom ends all have opening, the internal second slide guide layer (707) with cavity and inner sidewall with slide guide face, the
The radial section diameter of two slide guide layers (707) by top to bottom end in setting is gradually reduced, the top margin side length of axial section is greater than
The lateral wall of bottom edge side length, the second slide guide layer (707) is fixedly connected with the inner sidewall of the fuel-displaced bucket of purification cylinder (7).
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| CN201810784715.9A CN108905365B (en) | 2018-07-17 | 2018-07-17 | Regeneration device for treating industrial waste oil |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112342081A (en) * | 2020-12-24 | 2021-02-09 | 天津冠云科技发展有限公司 | Intelligent spectral analysis regeneration blending system and blending agent for waste lubricating oil |
| CN112812823A (en) * | 2020-12-28 | 2021-05-18 | 湖南两山环境科技有限公司 | Waste mineral oil recovery storage device based on multiple filtration |
| CN114259792A (en) * | 2021-12-30 | 2022-04-01 | 徐州海天石化有限公司 | Impurity removing device for lubricating oil processing |
Citations (9)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO1998005406A1 (en) * | 1996-08-08 | 1998-02-12 | Paul Christopher G | Waste-oil cleaning method and apparatus |
| CN201673191U (en) * | 2010-04-19 | 2010-12-15 | 佛山冯了性药业有限公司 | Permanent magnet magnetron monitoring device |
| CN203303748U (en) * | 2013-05-22 | 2013-11-27 | 西南大学 | Waste oil recovery system |
| CN205313499U (en) * | 2015-12-10 | 2016-06-15 | 扬州建元生物科技有限公司 | Animals and plants waste oil edulcoration device |
| CN206173283U (en) * | 2016-10-17 | 2017-05-17 | 山西中节能潞安电力节能服务有限公司 | Novel dialysis of old and useless lubricating oil device |
| CN206607209U (en) * | 2017-03-28 | 2017-11-03 | 焦作市奥润生物工程有限公司 | A kind of animal raw fat purifying plant |
| CN206793213U (en) * | 2017-05-25 | 2017-12-26 | 山东省十里香芝麻制品有限公司 | A kind of edible oil oil filtering unit |
| CN207330880U (en) * | 2017-10-18 | 2018-05-08 | 宁夏君星坊食品科技有限公司 | A kind of linseed oil is classified continuous precipitation device |
| CN207545944U (en) * | 2017-12-05 | 2018-06-29 | 山东七维新材料有限公司 | A kind of filter device of adherent coatings |
-
2018
- 2018-07-17 CN CN201810784715.9A patent/CN108905365B/en active Active
Patent Citations (9)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO1998005406A1 (en) * | 1996-08-08 | 1998-02-12 | Paul Christopher G | Waste-oil cleaning method and apparatus |
| CN201673191U (en) * | 2010-04-19 | 2010-12-15 | 佛山冯了性药业有限公司 | Permanent magnet magnetron monitoring device |
| CN203303748U (en) * | 2013-05-22 | 2013-11-27 | 西南大学 | Waste oil recovery system |
| CN205313499U (en) * | 2015-12-10 | 2016-06-15 | 扬州建元生物科技有限公司 | Animals and plants waste oil edulcoration device |
| CN206173283U (en) * | 2016-10-17 | 2017-05-17 | 山西中节能潞安电力节能服务有限公司 | Novel dialysis of old and useless lubricating oil device |
| CN206607209U (en) * | 2017-03-28 | 2017-11-03 | 焦作市奥润生物工程有限公司 | A kind of animal raw fat purifying plant |
| CN206793213U (en) * | 2017-05-25 | 2017-12-26 | 山东省十里香芝麻制品有限公司 | A kind of edible oil oil filtering unit |
| CN207330880U (en) * | 2017-10-18 | 2018-05-08 | 宁夏君星坊食品科技有限公司 | A kind of linseed oil is classified continuous precipitation device |
| CN207545944U (en) * | 2017-12-05 | 2018-06-29 | 山东七维新材料有限公司 | A kind of filter device of adherent coatings |
Non-Patent Citations (3)
| Title |
|---|
| 山桦: "《汽车常见故障维修实例550》", 30 April 1997 * |
| 田冷: "《海洋石油开采工程》", 31 January 2015 * |
| 许彦春: "《制药设备及其运行维护》", 31 January 2013 * |
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112342081A (en) * | 2020-12-24 | 2021-02-09 | 天津冠云科技发展有限公司 | Intelligent spectral analysis regeneration blending system and blending agent for waste lubricating oil |
| CN112812823A (en) * | 2020-12-28 | 2021-05-18 | 湖南两山环境科技有限公司 | Waste mineral oil recovery storage device based on multiple filtration |
| CN114259792A (en) * | 2021-12-30 | 2022-04-01 | 徐州海天石化有限公司 | Impurity removing device for lubricating oil processing |
| CN114259792B (en) * | 2021-12-30 | 2022-08-02 | 徐州海天石化有限公司 | Impurity removing device for lubricating oil processing |
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