CN108553993A - One kind being used for oil exploitation vibrating type filtering equipment - Google Patents
One kind being used for oil exploitation vibrating type filtering equipment Download PDFInfo
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- CN108553993A CN108553993A CN201810473162.5A CN201810473162A CN108553993A CN 108553993 A CN108553993 A CN 108553993A CN 201810473162 A CN201810473162 A CN 201810473162A CN 108553993 A CN108553993 A CN 108553993A
- Authority
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- China
- Prior art keywords
- plate
- electric welding
- gear
- screen box
- sieve
- Prior art date
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Classifications
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B01—PHYSICAL OR CHEMICAL PROCESSES OR APPARATUS IN GENERAL
- B01D—SEPARATION
- B01D33/00—Filters with filtering elements which move during the filtering operation
- B01D33/70—Filters with filtering elements which move during the filtering operation having feed or discharge devices
- B01D33/72—Filters with filtering elements which move during the filtering operation having feed or discharge devices for feeding
- B01D33/725—Special treatment of the feed stream before contacting the filtering element, e.g. cutting
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B01—PHYSICAL OR CHEMICAL PROCESSES OR APPARATUS IN GENERAL
- B01D—SEPARATION
- B01D33/00—Filters with filtering elements which move during the filtering operation
- B01D33/01—Filters with filtering elements which move during the filtering operation with translationally moving filtering elements, e.g. pistons
- B01D33/03—Filters with filtering elements which move during the filtering operation with translationally moving filtering elements, e.g. pistons with vibrating filter elements
- B01D33/0346—Filters with filtering elements which move during the filtering operation with translationally moving filtering elements, e.g. pistons with vibrating filter elements with flat filtering elements
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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
- C10G31/00—Refining of hydrocarbon oils, in the absence of hydrogen, by methods not otherwise provided for
- C10G31/09—Refining of hydrocarbon oils, in the absence of hydrogen, by methods not otherwise provided for by filtration
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- Chemical & Material Sciences (AREA)
- Chemical Kinetics & Catalysis (AREA)
- Oil, Petroleum & Natural Gas (AREA)
- Engineering & Computer Science (AREA)
- General Chemical & Material Sciences (AREA)
- Organic Chemistry (AREA)
- Combined Means For Separation Of Solids (AREA)
Abstract
The invention discloses one kind being used for oil exploitation vibrating type filtering equipment, its structure includes pedestal, screen box, sieve plate, automatically controlled explosion-proof tank, vibration motor, vibrate sieve bucket, equal screen device, screen box is set to base upper surface, screen box is integrated with pedestal, its area of sieve plate and screen box is identical, the sieve plate is installed on lower part in screen box by manner, automatically controlled explosion-proof tank is set on the right side of screen box front surface, automatically controlled explosion-proof tank is bolted with screen box to be connected, vibration motor is installed on middle and upper part in screen box by electric machine support and is electrically connected with automatically controlled explosion-proof tank, vibration sieve bucket is set to screen box left part and its underpart is located at lower part in screen box.The present invention is when oil from vibration sieve bucket when flowing to sieve, by equipped with equal screen device make by oil move down and simultaneously to four sides spread, falling on sieve for dispersion is made it possible to, the screening for reducing packing phenomenon and enhancing equipment of the oil on sieve is uniform, mitigates the use cost of sieve.
Description
Technical field
The present invention relates to filter device fields, more precisely, being that one kind being used for oil exploitation vibrating type filtering equipment.
Background technology
Oil exploitation refers to the behavior excavated, extracted to oil in the place for having petroleum storage.In exploitation oil
In the process, oil gas is from reservoir access wall bottom, and the type of drive of well head is risen to from shaft bottom.
Filter (pressure filter) is to realize the equipment being separated by solid-liquid separation using porous filter machine.Filter is answered
For departments such as chemical industry, oil, pharmacy, light industry, food, ore dressing, coal and water process.Filter is a kind of novel filtering system
System, structure novel, small, convenient and flexible operation, efficient, closed work, be strong applicability multipurpose filter plant.But
It is that current this filter plant has the disadvantage that：
1, oil is rushed forward when flowing to sieve from vibrating screen box, get off for a long time oil on its position then
Packing phenomenon is will produce, sieve is caused frequently to replace, increases use cost.
2, for oil when vibrating screen is fallen on sieve, there are non-uniform phenomenons for screening.
Invention content
It is set for oil exploitation vibrating type filtering in view of the deficienciess of the prior art, it is an object of the present invention to provide one kind
Standby, the oil to solve the prior art is rushed forward when flowing to sieve from vibrating screen box, and the oil that gets off for a long time exists
Packing phenomenon is then will produce on its position, sieve is caused frequently to replace, increases use cost and the oil vibrating screen on sieve
When falling, there are the defects of non-uniform phenomenon for screening.
To achieve the goals above, the present invention is to realize by the following technical solutions：
One kind being used for oil exploitation vibrating type filtering equipment, and structure includes pedestal, screen box, sieve plate, automatically controlled explosion-proof tank, shake
Dynamic motor, vibration sieve bucket, equal screen device, the screen box are set to base upper surface, and the screen box is integrated with pedestal, institute
It is identical to state its area of sieve plate and screen box, the sieve plate is installed on lower part in screen box by manner, and the automatically controlled explosion-proof tank is set
On the right side of screen box front surface, the automatically controlled explosion-proof tank is bolted with screen box to be connected, and the vibration motor passes through motor
Holder is installed on middle and upper part in screen box and is electrically connected with automatically controlled explosion-proof tank, and the vibration sieve bucket is set to screen box left part and its underpart position
In lower part in screen box, the equal screen device is set to lower part in vibration sieve bucket, and the equal screen device passes through organ's pivot with vibration sieve bucket
Knob is connected, and the equal screen device is electrically connected with vibrating motor, and the equal screen device is by storage chamber, separate cavities, close mechanism, drawing
Dynamic connection structure, gear pushing mechanism connect motor structure, electric transformational structure, transmission rotational structure, intermittent screening mechanism composition,
It is described.Storage chamber is set to lower left side in vibration sieve bucket, and the isolation is set to by force in vibration sieve bucket on the right side of lower part and positioned at storage
The right surface of chamber, the close mechanism is set to inside storage chamber and its upper right quarter is connected with connection structure is pulled, and the gear pushes away
Motivation structure is set to separate cavities internal upper part, be connected with pulling connection structure on the left of the gear pushing mechanism and its upper right quarter with connect
Motor structure is connected by engagement, and the electricity transformational structure is electrically connected with motor structure is connect, the transmission rotational structure top and electricity
Transformational structure is electrically connected and its left part is connected with intermittent screening mechanism by transmission, the intermittence screening mechanism left lateral position
In storage chamber positive bottom.
As the scheme of the present invention further, the close mechanism is limited by set frame, fixed plate, axis rod, closure plate, rectangle
Position frame, fixed support plate, limit buckle, No.1 spring composition, the set frame are set to right side, the set frame and storage chamber in storage chamber
It is vertically connected and is connect by electric welding, the fixed plate is set to inside set frame and is connected with it by electric welding, and the axis rod is set to solid
Fixed board upper surface, the axis rod are connected with fixed plate by electric welding, and the closure plate is set on the left of axis rod and by being welded phase
Connection, the axis rod are connected with connection structure is pulled, and rectangle limitting casing top is set in the middle part of closure plate front surface and leads to
It crosses electric welding to be connected, the fixed support plate is set to set frame left-hand face middle and lower part, and the fixed support plate passes through electricity with set frame
Weldering is connected, and the limit buckle is set on the left of fixed support plate front surface, and the limit buckle is with fixed support plate by being welded phase
Connection, the rectangle limit frame bottom are connected with limit buckle by No.1 spring.
As the scheme of the present invention further, the pulling connection structure is by rope, No.1 pulley, No. two pulley blocks
At the No.1 pulley is set to upper left wall in separate cavities, and the No.1 pulley is connected with separate cavities by electric welding, described No. two
Pulley is set in separate cavities on the left of upper wall, and No. two pulleys are connected with separate cavities by electric welding, described rope one end and axis
Rod) winding is connected and the other end is connected with gear pushing mechanism by winding around No.1 pulley and No. two pulleys.
As present invention scheme further, the gear pushing mechanism by supporting rack, track box, linear gear plate,
No. two springs, No.1 gear, connecting rod, No. two gear compositions, support frame as described above are equipped with 2 and are respectively arranged on track box upper surface
Left and right sides, support frame as described above are connected with track box by electric welding, and the linear gear plate is set to inside track box and passes through two
Number spring is connected, and the No.1 gear is set to linear gear plate lower surface and is connected by engagement, and No. two gears are set
In track box upper right side, No. two gears are connected with No.1 gear by connecting rod, No. two gears and connect motor structure
It is connected by engagement.
As present invention scheme further, it is described connect motor structure by retaining spring, vertical gear plate, hinge push rod,
Connecting plate, strut, socket, spring lever, plug, converter composition, the retaining spring is in a vertical shape to be set in separate cavities
It is connected in the middle part of wall and by electric welding, the vertical gear plate is set on the right side of No. two gears and is connected by engagement, described perpendicular
Straight-tooth wheel plate top is connected with retaining spring by electric welding, and hinge push rod lower part is logical with the right surface lower portions of vertical gear plate
It crosses electric welding to be connected and in the middle part of upper part and connecting plate left surface be connected by hinge, the strut is equipped with 2 and distinguishes altogether
Set on connecting plate right lateral surface top and the bottom, the strut is connected with connecting plate by electric welding, and it is right that the socket is set to strut
End surfaces, the socket are connected with strut by electric welding, and the spring lever is equipped with 2 altogether, and the socket is converted with electricity
Structure is connected by spring lever, and the plug is set to socket right lateral surface, and the plug is electrically connected with socket, described to insert
Head is electrically connected with electric transformational structure, and the converter is set to socket left-hand face lower part, and the converter passes through with socket
Electric welding is connected, and the converter is electrically connected with transmission rotational structure.
As the scheme of the present invention further, the electricity transformational structure is made of retaining element plate, baltimore groove, electric wire,
The retaining element plate is set to isolation board upper right quarter, and the retaining element plate is connected with isolation board by bolt, the spill
By being equipped with a and being respectively arranged on retaining element plate left-hand face, the baltimore groove is integrated slot with retaining element plate,
The baltimore groove is identical as plug shape, and the electric wire is set on the right side of retaining element plate, and the electric wire is electrically connected with retaining element plate
It connects.
As present invention scheme further, the transmission rotational structure by driving motor, rotary shaft, kinking set,
No.1 driving belt, fixed frame, disk, No. two driving belt compositions, the driving motor are electrically connected with converter, the rotation
Shaft is set to driving motor left-hand face, and the rotary shaft is connected with driving motor by electric welding, and the wire winding block passes through
Fitting mode is installed in the middle part of rotary shaft, and the fixed frame is set in separate cavities lower wall, the fixed frame and separate cavities in the right side
It is connected by electric welding, the disk is set to fixed frame rear surface, and the disk is connected with fixed frame by electric welding, the circle
Disk is covered with kinking to be connected by No.1 driving belt, and No. two driving belts are connected with intermittent screening mechanism by transmission
It connects.
As the scheme of the present invention further, the intermittence screening mechanism is limited by rail rods, No. three springs, rectangle
Plate, roller bar, No.1 rotating disk, No. two rotating disks, No. three driving belts, helical gear, U-shaped frame, bevel gear, connection shaft, fixation
Supporting rod, semicircular plate composition, the rail rods are equipped with 2 and are installed on middle and lower part in separate cavities altogether, and No. three springs are total
Equipped with 2 and it is respectively arranged on rail rods top, the rectangle limiting plate is connected with rail rods by No. three springs, the rectangle
Limiting plate both ends are connected with rail rods by fastening, and the roller bar is set in the middle part of rectangle limiting plate and is connected by fitting,
The No.1 rotating disk is set to below roller bar, and the No.1 rotating disk is connected with disk by No. two driving belts, and described two
Number rotating disk is set to below No.1 rotating disk, and No. two rotating disks are connected with No.1 rotating disk by No. three driving belts,
The helical gear is set to roller bar rear surface, and the helical gear is connected with roller bar by electric welding, and the bevel gear is set to helical teeth
Wheel right side is simultaneously connected by engagement, and the helical gear is set to connection shaft upper surface, and the helical gear passes through with shaft is connect
Electric welding is connected, and the U-shaped frame left end is connected by fitting with by roller bar and passes through electric welding in the middle part of its right end and bevel gear
It is connected, the fixed supporting rod is set to connection shaft left lower, and the fixed supporting rod passes through electricity with shaft is connect
Weldering is connected, and the semicircular plate is set to fixed supporting rod left end surface, and the semicircular plate passes through electric welding with fixed supporting rod
It is connected.
Invention advantageous effect
One kind of the present invention being used for oil exploitation vibrating type filtering equipment, starts filter plant by vibration motor, by stone
Oil is poured into and is filtered on sieve plate by equal screen device inside vibration sieve bucket, closure plate by from oil to undershoot
Hit, drive rectangle limitting casing move right, while axis rod under the action of closure plate by rope pull linear gear plate to
It moves left, No.1 gear does counterclockwise movement with linear gear plate by engaging, and No. two gears lead under the action of No.1 gear
The vertical gear plate crossed connecting rod to move synchronously with it, and then be meshed with No. two gears moves up under its effect, hinge
Chain push rod then starts to move up with vertical gear plate, and connecting plate is being pushed to move right, and socket is by connecting plate
It pushes to the right so that plug is connected with baltimore groove generates electric power, and driving motor then starts, and drives kinking by rotary shaft
Set does and rotates, and disk starts rotary motion under the action of No.1 driving belt, at the same make one by No. two driving belts
Number rotating disk moves synchronously, and drives No. two rotating disks to rotate simultaneously by No. three driving belts, and roller bar is then with No. three biographies
The synchronous rotation of dynamic belt carries out limit by rectangle limiting plate and starts to move up and down, and roller bar passes through with No. three driving belts
Friction, which starts to do, to rotate, and the helical gear set on its rear end then starts to rotate with it and drives bevel gear to be rotated by engagement,
Semicircular plate then starts to do upper and lower and rotary motion under the action of connecting shaft, is divided oil using centrifugation law
It dissipates；It is opposite, when oil does not fall still further below, closure plate under the action of No.1 spring by rectangle limitting casing push up into
Row resets, at the same axis rod to rope there is no take-up effect, and linear gear plate rebounding to the right and restricting in No. two springs
Initial position is returned under the interaction of rope, and by engagement so that No.1 gear rotates clockwise, and passes through connecting rod
No. two gear synchronous movements are driven, vertical gear plate is moved down in retaining spring under the interaction of No. two gears, and is led to
Cross hinge push rod pull connecting plate be moved to the left, while also pushed to the left by socket under the action of spring lever, make turn
Parallel operation no longer generates electric power, and driving motor runs out of steam source, rectangle limiting plate under the action of drive No. three springs start into
Row resetting movement, equipment return to original state.
The present invention one kind be used for oil exploitation vibrating type filtering equipment, when oil from vibration sieve bucket flow to sieve when,
By equipped with equal screen device make by oil move down and simultaneously to four sides spread so that can be disperseed falls on sieve,
The screening for reducing packing phenomenon and enhancing equipment of the oil on sieve is uniform, mitigates the use cost of sieve.
Description of the drawings
By reading with reference to attached drawing to being described in detail made by non-limiting embodiment, other feature of the invention, purpose
It will be become more apparent upon with advantage.
In the accompanying drawings：
Fig. 1 is a kind of structural schematic diagram for oil exploitation vibrating type filtering equipment of the invention.
Fig. 2 is a kind of structural schematic diagram of equal screen device of the present invention.
Fig. 3 is a kind of detailed construction schematic diagram of equal screen device of the present invention.
Fig. 4 is a kind of intermittent screening mechanism side view of the present invention.
Fig. 5 is the partial enlarged view one in Fig. 3.
Fig. 6 is the partial enlarged view two in Fig. 3.
Fig. 7 is a kind of operating diagram of equal screen device of the present invention.
In figure：Pedestal -1, screen box -2, sieve plate -3, automatically controlled explosion-proof tank -4, vibration motor -5, vibration sieve bucket -6, sieve dress
- 7, storage chamber -70 is set, separate cavities -71, close mechanism -72, connection structure -73 is pulled, gear pushing mechanism -74, connects motor
Structure -75, electric transformational structure -76, transmission rotational structure -77, intermittent screening mechanism -78, set frame -720, fixed plate -721, axis
Rod -722, closure plate -723, rectangle limitting casing -724, fixed support plate -725, limit buckle -726, No.1 spring -727, rope -
730, -742, No. two -731, No. two pulleys -732 of No.1 pulley, supporting rack -740, track box -741, linear gear plate springs -
743, No.1 gear -744, connecting rod -745, No. two gears -746, retaining spring -750, vertical gear plate -751, hinge push away
Bar -752, connecting plate -753, strut -754, socket -755, spring lever -756, plug -757, converter -758, retaining element
Plate -760, baltimore groove -761, electric wire -762, driving motor -770, rotary shaft -771, kinking set -772, No.1 driving belt -
773, fixed frame -774, disk -775, No. two driving belts -776, rail rods -780, No. three springs -781, rectangle limiting plate -
782, roller bar -783, -784, No. two rotating disks -785 of No.1 rotating disk, No. three driving belts -786, helical gear -787, U-shaped frame -
788, bevel gear -789, connection shaft -7810, fixed supporting rod -7811, semicircular plate -7812.
Specific implementation mode
To make the technical means, the creative features, the aims and the efficiencies achieved by the present invention be easy to understand, with reference to
Specific implementation mode, the present invention is further explained.
As shown in Fig. 1-Fig. 7, the present invention provides a kind of technical solution for oil exploitation vibrating type filtering equipment：
One kind being used for oil exploitation vibrating type filtering equipment, and structure includes pedestal 1, screen box 2, sieve plate 3, automatically controlled explosion-proof tank
4, vibration motor 5, vibration sieve bucket 6, equal screen device 7, it is characterised in that：The screen box 2 is set to 1 upper surface of pedestal, the screen box 2
It is integrated with pedestal 1, the sieve plate 3 is identical as its area of screen box 2, and the sieve plate 3 is installed on sieve by manner
Lower part in case 2, the automatically controlled explosion-proof tank 4 are set on the right side of 2 front surface of screen box, and the automatically controlled explosion-proof tank 4 is solid by bolt with screen box 2
Surely it is connected, the vibration motor 5 is installed on middle and upper part in screen box 2 by electric machine support and is electrically connected with automatically controlled explosion-proof tank 4, institute
It states vibration sieve bucket 6 and is set to 2 left part of screen box and its underpart and be located at lower part in screen box 2, the equal screen device 7, which is set to, to be vibrated in sieve bucket 6
Lower part, the equal screen device 7 are connected with vibration sieve bucket 6 by organ's hinge, and the equal screen device 7 is electrically connected with vibrating motor 5
Connect, the equal screen device 7 by storage chamber 70, separate cavities 71, close mechanism 72, pull connection structure 73, gear pushing mechanism 74,
Motor structure 75, electric transformational structure 76, transmission rotational structure 77, intermittent screening mechanism 78 is connect to form, it is described.Storage chamber 70 is set to
Lower left side in sieve bucket 6 is vibrated, the isolation strong 71 is set in vibration sieve bucket 6 on the right side of lower part and is located at 70 right surface of storage chamber,
The close mechanism 72 is set to 70 inside of storage chamber and its upper right quarter is connected with connection structure 73 is pulled, and the gear pushes machine
Structure 70 is set to 71 internal upper part of separate cavities, and 70 left side of the gear pushing mechanism is connected with pulling connection structure 73 and its upper right quarter
It is connected by engaging with motor structure 75 is connect, the electricity transformational structure 76 is electrically connected with motor structure 75 is connect, the transmission rotation knot
77 top of structure is electrically connected with electric transformational structure 76 and its left part is connected with intermittent screening mechanism 78 by transmission, the interval
Property the left side of screening mechanism 78 be located at 70 positive bottom of storage chamber, the close mechanism 72 by set frame 720, fixed plate 721, axis rod 722,
Closure plate 723, rectangle limitting casing 724, fixed support plate 725, limit buckle 726, No.1 spring 727 form, and the set frame 720 is set
In right side in storage chamber 70, the set frame 720 is vertically connected by electric welding with storage chamber 70 and is connect, and the fixed plate 721 is set to set
The inside of frame 720 is simultaneously connected with it by electric welding, and the axis rod 722 is set to 721 upper surface of fixed plate, the axis rod 722 with it is solid
Fixed board 721 is connected by electric welding, and the closure plate 723 is set to 722 left side of axis rod and is connected by electric welding, the axis rod
722 are connected with connection structure 73 is pulled, and 724 top of rectangle limitting casing is set in the middle part of 723 front surface of closure plate and passes through
Electric welding is connected, and the fixed support plate 725 is set to 720 left-hand face middle and lower part of set frame, the fixed support plate 725 and set frame
720 are connected by electric welding, and the limit buckle 726 is set on the left of fixed support plate 725 front surface, the limit buckle 726 with it is solid
Determine support plate 725 by electric welding to be connected, 724 lower part of rectangle limitting casing is connected with limit buckle 726 by No.1 spring 727
It connects, the pulling connection structure 73 is made of 731, No. two rope 730, No.1 pulley pulleys 732, and the No.1 pulley 731 is set
In upper left wall in separate cavities 71, the No.1 pulley 731 is connected with separate cavities 71 by electric welding, and No. two pulleys 732 are set
On the left of upper wall in separate cavities 71, No. two pulleys 732 are connected with separate cavities 71 by electric welding, 730 one end of the rope
With axis rod 722) winding is connected and the other end passes through around No.1 pulley 731 and No. two pulleys 732 with gear pushing mechanism 74
Winding is connected, the gear pushing mechanism 74 by supporting rack 740, track box 741,742, No. two springs 743 of linear gear plate,
745, No. two No.1 gear 744, connecting rod gears 746 form, and support frame as described above 740 is equipped with 2 and is respectively arranged on track box 741
Upper surface left and right sides, support frame as described above 740 are connected with track box 741 by electric welding, and the linear gear plate 742 is set to track
741 inside of frame is simultaneously connected by No. two springs 743, and the No.1 gear 744 is set to 742 lower surface of linear gear plate and passes through
Engagement is connected, and No. two gears 746 are set to 741 upper right side of track box, and No. two gears 746 are logical with No.1 gear 744
Connecting rod 745 is crossed to be connected, No. two gears 746 are connected with motor structure 75 is connect by engaging, it is described connect motor structure 75 by
Retaining spring 750, vertical gear plate 751, hinge push rod 752, connecting plate 753, strut 754, socket 755, spring lever 756,
Plug 757, converter 758 form, and the retaining spring 750 is in a vertical shape to be set in separate cavities 71 in the middle part of upper wall and pass through electric welding
It is connected, the vertical gear plate 751 is set to No. two 746 right sides of gear and is connected by engagement, the vertical gear plate 751
Top is connected with retaining spring 750 by electric welding, 752 lower part of hinge push rod and 751 right surface lower portions of vertical gear plate
It is connected by electric welding and upper part is connected in the middle part of 753 left surface of connecting plate by hinge, the strut 754 is equipped with 2 altogether
Root and 753 right lateral surface top and the bottom of connecting plate are respectively arranged on, the strut 754 is connected with connecting plate 753 by electric welding, described
Socket 755 is set to 754 right end face of strut, and the socket 755 is connected with strut 754 by electric welding, the spring lever
756 are equipped with 2 altogether, and the socket 755 is connected with electric transformational structure 76 by spring lever 756, and the plug 757, which is set to, to be inserted
755 right lateral surface of seat board, the plug 757 are electrically connected with socket 755, and the plug 757 is electrically connected with electric transformational structure 76,
The converter 758 is set to 755 left-hand face lower part of socket, and the converter 758 is connected with socket 755 by electric welding
It connects, the converter 758 is electrically connected with transmission rotational structure 77, and the electricity transformational structure 76 is by retaining element plate 760, baltimore groove
761, electric wire 762 forms, and the retaining element plate 760 is set to 71 upper right quarter of isolation board, the retaining element plate 760 and isolation board
71 are connected by bolt, and the baltimore groove 761 is described by being equipped with 2 and being respectively arranged on 760 left-hand face of retaining element plate
Baltimore groove 761 is integrated with retaining element plate 760, and the baltimore groove 761 is identical as 757 shape of plug, the electric wire
762 are set to 760 right side of retaining element plate, and the electric wire 762 is electrically connected with retaining element plate 760, the transmission rotational structure 77
By 775, No. two driving motor 770, rotary shaft 771, kinking set 772, No.1 driving belt 773, fixed frame 774, disk biographies
Dynamic belt 776 forms, and the driving motor 770 is electrically connected with converter 758, and the rotary shaft 771 is set to driving motor 770
Left-hand face, the rotary shaft 771 are connected with driving motor 770 by electric welding, and the wire winding block 772 passes through fitting mode
Be installed on the middle part of rotary shaft 771, the fixed frame 774 is set in separate cavities 71 lower wall in the right side, the fixed frame 774 be isolated
Chamber 71 is connected by electric welding, and the disk 775 is set to 774 rear surface of fixed frame, and the disk 775 passes through with fixed frame 774
Electric welding is connected, and the disk 775 is connected with kinking set 772 by No.1 driving belt 773, No. two driving belts
776 are connected with intermittent screening mechanism 78 by transmission, and the intermittence screening mechanism 78 is by 780, No. three springs of rail rods
781, rectangle limiting plate 782, roller bar 783, No.1 rotating disk 784, two rotating disk 785, three driving belt 786, helical gear
787, U-shaped frame 788, bevel gear 789, connection shaft 7810, fixed supporting rod 7811, semicircular plate 7812 form, the track
Bar 780 is equipped with 2 and is installed on middle and lower part in separate cavities 71 altogether, and No. three springs 781 are equipped with 2 and are respectively arranged on track altogether
780 top of bar, the rectangle limiting plate 782 are connected with rail rods 780 by No. three springs 781, the rectangle limiting plate 782
Both ends are connected with rail rods 780 by fastening, and the roller bar 783 is set to 782 middle part of rectangle limiting plate and is connected by fitting
It connects, the No.1 rotating disk 784 is set to 783 lower section of roller bar, and the No.1 rotating disk 784 passes through No. two transmission skins with disk 775
Band 776 is connected, and No. two rotating disks 785 are set to 784 lower section of No.1 rotating disk, and No. two rotating disks 785 are revolved with No.1
Turntable 784 is connected by No. three driving belts 786, and the helical gear 787 is set to 783 rear surface of roller bar, the helical gear
787 are connected with roller bar 783 by electric welding, and the bevel gear 789 is set to 787 right side of helical gear and is connected by engagement, institute
It states helical gear 787 and is set to 7810 upper surface of connection shaft, the helical gear 787 is connected with shaft 7810 is connect by electric welding,
788 left end of U-shaped frame is connected with by roller bar 783 by fitting and its right end passes through electric welding phase with 789 middle part of bevel gear
Connection, the fixed supporting rod 7811 be set to be set to connection 7810 left lower of shaft, the fixed supporting rod 7811 with connect
Shaft 7810 is connected by electric welding, and the semicircular plate 7812 is set to 7811 left end surface of fixed supporting rod, the semicircle
Plate 7812 is connected with fixed supporting rod 7811 by electric welding.
One kind of the present invention being used for oil exploitation vibrating type filtering equipment, its working principle is that：Started by vibration motor 5
Oil is poured into inside vibration sieve bucket 6 through equal screen device 7 and is filtered on sieve plate 3 by filter plant, closure plate 723 by
To the downward impact from oil, rectangle limitting casing 724 is driven to move right, at the same axis rod 722 closure plate 723 effect
Pull linear gear plate 742 to be moved to the left by rope 730 down, No.1 gear 744 and linear gear plate 742 by engage do it is inverse
When needle movement, No. two gears 746 are moved synchronously by connecting rod 745 with it under the action of No.1 gear 744, and then with two
The vertical gear plate 751 that number gear 746 is meshed moves up under its effect, and hinge push rod 752 is then with vertical gear plate 751
Start to move up, and connecting plate 753 is being pushed to move right, socket 755 is made by the promotion to the right of connecting plate 753
Plug 757 is connected with baltimore groove 761 and generates electric power, driving motor 770 then starts, and is driven and twined by rotary shaft 771
Line set 772 does and rotates, and disk 775 starts rotary motion under the action of No.1 driving belt 773, at the same pass through No. two transmissions
Belt 776 is so that No.1 rotating disk 784 moves synchronously, and drives No. two rotating disks 785 simultaneously by No. three driving belts 786
Rotation, and roller bar 783 carries out limit by rectangle limiting plate 782 and starts to do then with the synchronous rotation of No. three driving belts 786
Lower movement, roller bar 783 starts to do with No. three driving belts 786 by friction to be rotated, and the helical gear 787 set on its rear end then starts
It rotates with it and drives bevel gear 789 to be rotated by engagement, semicircular plate 7812 is then under the action of connecting shaft 7810
Start to do upper and lower and rotary motion, oil is disperseed using centrifugation law；Opposite, when oil does not fall still further below,
Closure plate 723, which is pushed up under the action of No.1 spring 727 by rectangle limitting casing 724, to be resetted, at the same axis rod 722
To rope 730 there is no take-up effect, and linear gear plate 742 No. two springs 743 rebound to the right and the phase of rope 730
Initial position is returned under interaction, and by engagement so that No.1 gear 744 rotates clockwise, and passes through connecting rod 745
Drive No. two gears 746 move synchronously, vertical gear plate 751 under the interaction of retaining spring 750 and No. two gears 746 to
Lower movement, and by hinge push rod 752 pull connecting plate 753 be moved to the left, while also pass through under the action of spring lever 756
Socket 755 pushes to the left, and converter 758 is made no longer to generate electric power, and driving motor 770 runs out of steam source, rectangle limiting plate
782 drive No. three springs 783 to proceed by resetting movement under the action of 781, and equipment returns to original state.
Problems solved by the invention is that the oil of the prior art is to rush forward when flowing to sieve from vibrating screen box
, the oil that gets off for a long time then will produce packing phenomenon on its position, and sieve is caused frequently to replace, and increase use cost and stone
Oil is sieved there are non-uniform phenomenon, the present invention is combined with each other by above-mentioned component, when oil exists when vibrating screen is fallen on sieve
From vibration sieve bucket flow to sieve when, by equipped with equal screen device make by oil move down and simultaneously to four sides spread, make
Can disperse fall on sieve, reduce packing phenomenon of the oil on sieve and enhance equipment screening it is uniform, mitigation is sieved
The use cost of net.
The above shows and describes the basic principles and main features of the present invention and the advantages of the present invention, for this field skill
For art personnel, it is clear that invention is not limited to the details of the above exemplary embodiments, and without departing substantially from the present invention spirit or
In the case of essential characteristic, the present invention can be realized in other specific forms.Therefore, in all respects, should all incite somebody to action
Embodiment regards exemplary as, and is non-limiting, the scope of the present invention by appended claims rather than on state
Bright restriction, it is intended that including all changes that come within the meaning and range of equivalency of the claims in the present invention
It is interior.Any reference signs in the claims should not be construed as limiting the involved claims.
In addition, it should be understood that although this specification is described in terms of embodiments, but not each embodiment is only wrapped
Containing an independent technical solution, this description of the specification is merely for the sake of clarity, and those skilled in the art should
It considers the specification as a whole, the technical solutions in the various embodiments may also be suitably combined, forms those skilled in the art
The other embodiment being appreciated that.
Claims (8)
1. one kind is used for oil exploitation vibrating type filtering equipment, structure includes pedestal (1), screen box (2), sieve plate (3), automatically controlled anti-
Quick-fried case (4), vibration motor (5), vibration sieve bucket (6), equal screen device (7), it is characterised in that：The screen box (2) is set to pedestal (1)
Upper surface, the screen box (2) are integrated with pedestal (1), and the sieve plate (3) is identical as screen box (2) its area, the sieve
Plate (3) is installed on screen box (2) interior lower part by manner, and the automatically controlled explosion-proof tank (4) is set on the right side of screen box (2) front surface,
The automatically controlled explosion-proof tank (4) is bolted with screen box (2) to be connected, and the vibration motor (5) is installed by electric machine support
It is electrically connected in the interior middle and upper part of screen box (2) and with automatically controlled explosion-proof tank (4), the vibration sieve bucket (6) is under screen box (2) left part and its
Portion is located at screen box (2) interior lower part, and the equal screen device (7) is set to vibration sieve bucket (6) interior lower part, the equal screen device (7) with shake
Dynamic sieve bucket (6) is connected by organ's hinge, and the equal screen device (7) is electrically connected with vibrating motor (5)；
The equal screen device (7) is by storage chamber (70), separate cavities (71), close mechanism (72), pulling connection structure (73), gear
Pushing mechanism (74) connects motor structure (75), electric transformational structure (76), transmission rotational structure (77), intermittent screening mechanism (78)
Composition, it is described.Storage chamber (70) is set to vibration sieve bucket (6) interior lower left side, and the isolation strong (71) is set in vibration sieve bucket (6)
On the right side of lower part and be located at storage chamber (70) right surface, the close mechanism (72) be set to that storage chamber (70) is internal and its upper right quarter with
Connection structure (73) is pulled to be connected, the gear pushing mechanism (70) is set to separate cavities (71) internal upper part, and the gear pushes
It is connected with pulling connection structure (73) on the left of mechanism (70) and its upper right quarter is connected with motor structure (75) is connect by engaging, institute
It states electric transformational structure (76) and is electrically connected with motor structure (75) is connect, transmission rotational structure (77) top and electric transformational structure (76)
It is electrically connected and its left part is connected with intermittent screening mechanism (78) by transmission, described intermittence screening mechanism (78) left lateral position
In storage chamber (70) positive bottom.
2. according to claim 1 a kind of for oil exploitation vibrating type filtering equipment, it is characterised in that：The closure machine
Structure (72) is by set frame (720), fixed plate (721), axis rod (722), closure plate (723), rectangle limitting casing (724), fixed support
Plate (725), limit buckle (726), No.1 spring (727) composition, the set frame (720) is set to right side in storage chamber (70), described
Set frame (720) is vertically connected and is connect by electric welding with storage chamber (70), the fixed plate (721) be set to set frame (720) inside and with
It is connected by electric welding, and the axis rod (722) is set to fixed plate (721) upper surface, the axis rod (722) and fixed plate
(721) it is connected by electric welding, the closure plate (723) is set on the left of axis rod (722) and is connected by electric welding, the axis rod
(722) it is connected with connection structure (73) is pulled, rectangle limitting casing (724) top is set in closure plate (723) front surface
Portion is simultaneously connected by electric welding, and the fixed support plate (725) is set to set frame (720) left-hand face middle and lower part, the fixed branch
Fagging (725) is connected with set frame (720) by electric welding, and it is left that the limit buckle (726) is set to fixed support plate (725) front surface
Side, the limit buckle (726) are connected with fixed support plate (725) by electric welding, rectangle limitting casing (724) lower part and limit
Position button (726) is connected by No.1 spring (727).
3. according to claim 1 or 2 a kind of for oil exploitation vibrating type filtering equipment, it is characterised in that：The drawing
Dynamic connection structure (73) is made of rope (730), No.1 pulley (731), No. two pulleys (732), and the No.1 pulley (731) sets
In the interior upper left wall of separate cavities (71), the No.1 pulley (731) is connected with separate cavities (71) by electric welding, No. two pulleys
(732) it is set on the left of the interior upper wall of separate cavities (71), No. two pulleys (732) are connected with separate cavities (71) by electric welding, institute
State that the winding of rope (730) one end and axis rod (722) is connected and the other end bypasses No.1 pulley (731) and No. two pulleys (732)
It is connected by winding with gear pushing mechanism (74).
4. according to claim 1 a kind of for oil exploitation vibrating type filtering equipment, it is characterised in that：The gear pushes away
Motivation structure (74) is by supporting rack (740), track box (741), linear gear plate (742), No. two springs (743), No.1 gears
(744), connecting rod (745), No. two gear (746) compositions, support frame as described above (740) are equipped with 2 and are respectively arranged on track box
(741) upper surface left and right sides, support frame as described above (740) are connected with track box (741) by electric welding, the linear gear plate
(742) it is set to track box (741) inside and is connected by No. two springs (743), the No.1 gear (744) is set to straight line tooth
Wheel plate (742) lower surface simultaneously by engagement be connected, No. two gears (746) be set to track box (741) upper right side, described two
Number gear (746) is connected with No.1 gear (744) by connecting rod (745), No. two gears (746) and connects motor structure
(75) it is connected by engagement.
5. according to claim 1 or 4 a kind of for oil exploitation vibrating type filtering equipment, it is characterised in that：It is described to connect
Motor structure (75) is by retaining spring (750), vertical gear plate (751), hinge push rod (752), connecting plate (753), strut
(754), socket (755), spring lever (756), plug (757), converter (758) composition, the retaining spring (750) is in perpendicular
Straight shape is set in the middle part of the interior upper wall of separate cavities (71) and is connected by electric welding, and the vertical gear plate (751) is set to No. two gears
(746) it is connected on the right side of and by engagement, vertical gear plate (751) top is connected with retaining spring (750) by electric welding
It connects, hinge push rod (752) lower part and vertical gear plate (751) right surface lower portions are connected by electric welding and upper part and company
It is connected by hinge in the middle part of fishplate bar (753) left surface, the strut (754) is equipped with 2 and is respectively arranged on connecting plate (753) altogether
Right lateral surface top and the bottom, the strut (754) are connected with connecting plate (753) by electric welding, and the socket (755) is set to branch
Bar (754) right end face, the socket (755) are connected with strut (754) by electric welding, and the spring lever (756) sets altogether
There are 2, the socket (755) is connected with electric transformational structure (76) by spring lever (756), and the plug (757) is set to
Socket (755) right lateral surface, the plug (757) are electrically connected with socket (755), the plug (757) and electric Change-over knot
Structure (76) is electrically connected, and the converter (758) is set to socket (755) left-hand face lower part, the converter (758) and socket
Plate (755) is connected by electric welding, and the converter (758) is electrically connected with transmission rotational structure (77).
6. according to claim 1 a kind of for oil exploitation vibrating type filtering equipment, it is characterised in that：The electricity conversion
Structure (76) is made of retaining element plate (760), baltimore groove (761), electric wire (762), the retaining element plate (760) be set to every
From plate (71) upper right quarter, the retaining element plate (760) is connected with isolation board (71) by bolt, the baltimore groove (761)
By being equipped with 2 and being respectively arranged on retaining element plate (760) left-hand face, the baltimore groove (761) and retaining element plate (760)
It is integrated, the baltimore groove (761) is identical as plug (757) shape, and the electric wire (762) is set to retaining element plate
(760) right side, the electric wire (762) are electrically connected with retaining element plate (760).
7. according to claim 1 a kind of for oil exploitation vibrating type filtering equipment, it is characterised in that：The transmission rotation
Rotation structure (77) is by driving motor (770), rotary shaft (771), kinking set (772), No.1 driving belt (773), fixed frame
(774), disk (775), No. two driving belt (776) compositions, the driving motor (770) are electrically connected with converter (758), institute
It states rotary shaft (771) and is set to driving motor (770) left-hand face, the rotary shaft (771) passes through with driving motor (770)
Electric welding is connected, and the wire winding block (772) is installed on by fitting mode in the middle part of rotary shaft (771), the fixed frame (774)
The lower wall in separate cavities (71) interior right side, the fixed frame (774) are connected with separate cavities (71) by electric welding, the disk
(775) it is set to fixed frame (774) rear surface, the disk (775) is connected with fixed frame (774) by electric welding, the disk
(775) it is connected by No.1 driving belt (773) with kinking set (772), No. two driving belts (776) are sieved with intermittent
Sub-agencies (78) are connected by transmission.
8. according to claim 1 or claim 7 a kind of for oil exploitation vibrating type filtering equipment, it is characterised in that：Described
Having a rest property screening mechanism (78) is revolved by rail rods (780), No. three springs (781), rectangle limiting plate (782), roller bar (783), No.1
Turntable (784), No. two rotating disks (785), No. three driving belts (786), helical gear (787), U-shaped frame (788), bevel gear
(789), connection shaft (7810), fixed supporting rod (7811), semicircular plate (7812) composition, the rail rods (780) set altogether
There are 2 and be installed on separate cavities (71) interior middle and lower part, No. three springs (781) are equipped with 2 and are respectively arranged on rail rods altogether
(780) top, the rectangle limiting plate (782) are connected with rail rods (780) by No. three springs (781), the rectangle limit
Position plate (782) both ends are connected with rail rods (780) by fastening, and the roller bar (783) is set in the middle part of rectangle limiting plate (782)
And be connected by fitting, the No.1 rotating disk (784) is set to below roller bar (783), the No.1 rotating disk (784) and circle
Disk (775) is connected by No. two driving belts (776), and No. two rotating disks (785) are set under No.1 rotating disk (784)
Side, No. two rotating disks (785) are connected with No.1 rotating disk (784) by No. three driving belts (786), the helical gear
(787) it is set to roller bar (783) rear surface, the helical gear (787) is connected with roller bar (783) by electric welding, the umbrella tooth
Wheel (789) is set on the right side of helical gear (787) and is connected by engagement, and the helical gear (787) is set to connection shaft (7810)
Upper surface, the helical gear (787) with connect shaft (7810) by electric welding be connected, U-shaped frame (788) left end with pass through
Roller bar (783) is connected by fitting and its right end is connected in the middle part of bevel gear (789) by electric welding, the fixed supporting rod
(7811) it is set to connection shaft (7810) left lower, the fixed supporting rod (7811) passes through with shaft (7810) is connect
Electric welding is connected, and the semicircular plate (7812) is set to fixed supporting rod (7811) left end surface, the semicircular plate (7812)
It is connected by electric welding with fixed supporting rod (7811).
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| Application Number | Priority Date | Filing Date | Title |
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| CN201810473162.5A CN108553993B (en) | 2018-05-17 | 2018-05-17 | Vibrating type filtering equipment for oil exploitation |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201810473162.5A CN108553993B (en) | 2018-05-17 | 2018-05-17 | Vibrating type filtering equipment for oil exploitation |
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| CN108553993B CN108553993B (en) | 2020-12-15 |
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| CN109589657A (en) * | 2018-11-20 | 2019-04-09 | 陈鑫 | A kind of lifting device for dross well of sewage treatment primary settling tank |
| CN112516661A (en) * | 2021-01-21 | 2021-03-19 | 成都西部石油装备股份有限公司 | Electric high-frequency vibration negative pressure sieve bed |
| CN114870458A (en) * | 2022-05-27 | 2022-08-09 | 江苏迈科道环境科技有限公司 | Energy-saving trash rack device for water intake pump ship |
| CN117298708A (en) * | 2023-11-30 | 2023-12-29 | 临汾市埠瑞联特煤机有限公司 | Mining vibrating screen type solid-liquid separator |
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| CN108553993B (en) | 2020-12-15 |
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