CN206622017U - A kind of Aero-Space parts oil removing alkaline solution preparation facilities - Google Patents
A kind of Aero-Space parts oil removing alkaline solution preparation facilities Download PDFInfo
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- CN206622017U CN206622017U CN201720094607.XU CN201720094607U CN206622017U CN 206622017 U CN206622017 U CN 206622017U CN 201720094607 U CN201720094607 U CN 201720094607U CN 206622017 U CN206622017 U CN 206622017U
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- pin bushing
- removal box
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- steel wire
- spring
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Abstract
It the utility model is related to Aero-Space manufacturing field, more particularly to a kind of Aero-Space parts oil removing alkaline solution preparation facilities.The technical problems to be solved in the utility model is to provide a kind of well mixed Aero-Space parts oil removing alkaline solution preparation facilities of solution.In order to solve the above-mentioned technical problem, the utility model provides such a Aero-Space parts oil removing alkaline solution preparation facilities, includes oil removal box, feed hopper, drive device, sealing ring, bull stick, first bearing seat etc.；The left and right sides is respectively welded feed hopper at the top of oil removal box, and oil removal box left wall is provided with drive device, and drive device right part is connected with bull stick, and bull stick is provided with rotating mechanism, and puddler is uniformly provided with rotating mechanism, and oil removal box left wall is provided with sealing ring.The utility model devises a kind of Aero-Space parts oil removing alkaline solution preparation facilities, and solution sufficiently can be mixed by the rotating mechanism of setting.
Description
Technical field
It the utility model is related to Aero-Space manufacturing field, more particularly to a kind of Aero-Space parts oil removing alkalescence is molten
Liquid preparation facilities.
Background technology
Aviation refers to navigation activity of the aircraft in earth atmosphere, and space flight refers to aircraft in exoatmosphere cosmic space
Navigation activity.
Staff people in order to avoid accident in Aero-Space manufacturing field generation, it is necessary to being related in Aero-Space system
Make some equipment parts inside field and improve decay resistance, it is necessary to full cadmium plating is walked on Aero-Space component surface
Layer, and cadmium plating layer surface can unavoidable greasy dirt appearance, it is necessary to electrochemical deoiling.
Electrochemical deoiling is to utilize saponification and emulsification of the hot alkaline solution to grease, the mistake that piece surface greasy dirt is removed
Journey.Alkaline solution includes two parts:A part is alkaline matter, such as sodium hydroxide, sodium carbonate;Another part be sodium metasilicate,
The surface reactive materials such as emulsifying agent.The saponification of alkaline matter removes saponifiable oil, and the emulsification of surfactant removes
Not saponifiable oil.Electrochemical deoiling has the characteristics that technique is simple, operation is easy, cost is cheap, degreasing fluid is nontoxic, nonflammable.
Existing Aero-Space parts oil removing alkaline solution preparation facilities is related to the more, machine of operation there is artificial
Complicated, manufacturing cost is high and the solution mixed effect of output is not fine and the shortcomings that containing impurity, influences Aero-Space
Manufacturing field development process.
Therefore need badly research and develop a kind of well mixed Aero-Space parts oil removing of solution with alkaline solution preparation facilities come
Overcome solution undercompounding in the prior art and ineffective shortcoming.
Utility model content
（1）Technical problems to be solved
The utility model is in order to overcome solution undercompounding in the prior art and ineffective shortcoming, this reality
It is to provide a kind of well mixed Aero-Space parts oil removing alkaline solution system of solution with new technical problems to be solved
Standby device.
（2）Technical scheme
In order to solve the above-mentioned technical problem, the utility model provides such a Aero-Space parts oil removing alkalescence
Solution-preparation device, include oil removal box, feed hopper, drive device, sealing ring, bull stick, first bearing seat, rotating mechanism,
One steel wire rope and puddler, the oil removal box top left and right sides are respectively welded feed hopper, and oil removal box left wall is provided with drive device,
Drive device right part is connected with bull stick, and bull stick is provided with rotating mechanism, puddler, oil removal box left wall are uniformly provided with rotating mechanism
Provided with sealing ring, oil removal box bottom left is connected with the first steel wire rope by way of linking up with and connecting, at the top of the first steel wire rope with
Rotating mechanism connects, and oil removal box inner right wall is connected with first bearing seat, the bearing of first bearing seat by bolted connection
It is interior to be connected with bull stick right-hand member by way of interference is connected.
Preferably, drive device include fixed plate, motor, sector gear, the first guide rail, the first guide pin bushing, the first spring,
First rack, the second rack, second bearing seat and circular gear, oil removal box left wall are provided with fixed plate, in fixed plate after left wall
Side is connected with motor by bolted connection, and sector gear is connected with by way of interference connection on motor output shaft,
The first guide rail is provided with the middle part of fixed plate, the first guide rail slidingtype is connected with the first guide pin bushing, and the first guide pin bushing rear portion is welded with the first tooth
Bar, the first guide pin bushing front portion are welded with the second rack, and the first guide pin bushing bottom is connected with the first spring by way of linking up with and connecting, the
One spring bottom is connected with fixed plate bottom by way of linking up with and connecting, on front side of fixed plate left wall by bolted connection
Second bearing seat is connected with, is connected in the bearing of second bearing seat with bull stick left end by way of interference is connected, bull stick left end
Circular gear is connected with by way of interference connection, circular gear engages with the second rack.
Preferably, rotating mechanism includes rotating cylinder, the second guide rail, the second guide pin bushing, second spring and the first directive wheel, rotating cylinder
Interior to be provided with through hole, middle part is welded with the second guide rail in rotating cylinder, is provided with the first directive wheel on the left of the second guide rail, is slided on the second guide rail
Formula is connected with the second guide pin bushing, and puddler is welded with the second guide pin bushing, is connected in the second guide pin bushing right-hand member by way of linking up with and connecting
There is second spring, second spring right-hand member connects with rotating cylinder inner right wall by way of linking up with and connecting, the second guide pin bushing and the first steel wire
Rope is connected by way of linking up with and connecting, and the first steel wire rope bypasses the first directive wheel.
Preferably, baffle plate, the 3rd spring, the second steel wire rope, the second directive wheel and pole are also included, in oil removal box roof
Left and right sides symmetrical expression is provided with the first groove, and two walls are provided with groove before and after feed hopper bottom, and oil removal box end face center is welded with branch
Bar, the first groove inner wall inner side are equipped with the second directive wheel, and baffle plate is provided with the first groove, and front and rear two of baffle plate are located at charging
In the groove that two walls are provided with before and after bucket bottom, the second steel wire rope, the second steel wire are connected with by way of linking up with and connecting on baffle plate
Rope bypasses the second directive wheel, and the second steel wire rope is wound on pole, and the 3rd spring is connected with by way of linking up with and connecting on baffle plate,
The 3rd spring other end is connected with oil removal box by way of linking up with and connecting.
Preferably, the rated voltage of motor is 220V.
Preferably, the first guide rail and the second guide rail material are lightweight stainless steel.
Operation principle：When needing to use this equipment, alkaline matter is poured into the feed hopper of left side, by surface reactive material
Pouring into the feed hopper of right side, start drive device, bar rotation rotates rotating mechanism, and rotating mechanism drives puddler to rotate,
Puddler, which rotates, make it that alkaline matter is mixed with surface reactive material.
Because drive device includes fixed plate, motor, sector gear, the first guide rail, the first guide pin bushing, the first spring,
One rack, the second rack, second bearing seat and circular gear, oil removal box left wall are provided with fixed plate, in fixed plate on rear side of left wall
Motor is connected with by bolted connection, and sector gear is connected with by way of interference connection on motor output shaft, Gu
The first guide rail is provided with the middle part of fixed board, the first guide rail slidingtype is connected with the first guide pin bushing, and the first guide pin bushing rear portion is welded with the first rack,
First guide pin bushing front portion is welded with the second rack, and the first guide pin bushing bottom is connected with the first spring by way of linking up with and connecting, and first
Spring bottom is connected with fixed plate bottom by way of linking up with and connecting, and is connected by bolted connection on front side of fixed plate left wall
Second bearing seat is connected to, is connected in the bearing of second bearing seat with bull stick left end by way of interference is connected, bull stick left end leads to
The mode of interference connection is connected with circular gear, and circular gear engages with the second rack, is rotated clockwise so starting motor,
Motor, which rotates clockwise, drives sector gear to rotate clockwise, and sector gear rotates clockwise so that the first rack moves downward,
First rack, which moves downward, drives the first guide pin bushing to be moved downward with the second rack, and the first guide pin bushing moves downward the first spring of extruding and become
Shape shortens, and the second rack moves downward so that circular gear rotates counterclockwise, and circular gear rotates counterclockwise so that the bull stick inverse time
Pin rotates, and when sector gear, which rotates clockwise, not to be engaged with the first rack, the first spring then deforms the long motion upwards of expansion and caused
First guide pin bushing moves upwards with the second rack, and motion causes circular gear to rotate clockwise to the second rack upwards, and circular gear is suitable
Hour hands, which rotate, causes bull stick to rotate clockwise, and bull stick, which does not stall to move clockwise, counterclockwise, can cause puddler clockwise, counterclockwise
Do not stall it is dynamic, puddler do not stall clockwise, counterclockwise it is dynamic will be so that solution be mixed.
Because rotating mechanism includes rotating cylinder, the second guide rail, the second guide pin bushing, second spring and the first directive wheel, in rotating cylinder
Provided with through hole, middle part is welded with the second guide rail in rotating cylinder, is provided with the first directive wheel on the left of the second guide rail, slidingtype on the second guide rail
The second guide pin bushing is connected with, puddler is welded with the second guide pin bushing, is connected with the second guide pin bushing right-hand member by way of linking up with and connecting
Second spring, second spring right-hand member are connected with rotating cylinder inner right wall by way of linking up with and connecting, the second guide pin bushing and the first steel wire rope
Connected by way of linking up with and connecting, the first steel wire rope bypass the first directive wheel, so bull stick is clockwise, rotate counterclockwise so that
Rotating cylinder is clockwise, rotates counterclockwise, and rotating cylinder is clockwise, rotates counterclockwise so that puddler and the second guide pin bushing are clockwise, counterclockwise
Rotate, rotating cylinder rotates clockwise so that the first wirerope-winding bypasses the first directive wheel to the left in drum surface, the first steel wire rope
Pull, the first steel wire rope pulls to the left drives the second guide pin bushing to be drawn on the second guide rail with puddler to left movement, second spring
Stretch, rotating cylinder rotates counterclockwise the drum surface so that the first steel wire rope comes off, and second spring, which is shunk, to be moved right, and second spring is shunk
Move right and drive puddler to be moved right with the second guide pin bushing on the second guide rail, rotating mechanism is clockwise, does not stall counterclockwise
Dynamic to cause puddler or so back and forth and not stall clockwise, counterclockwise dynamic, puddler or so is back and forth and clockwise, counterclockwise not
Stalling is dynamic make it that solution mixing is more abundant.
It is left in oil removal box roof because also including baffle plate, the 3rd spring, the second steel wire rope, the second directive wheel and pole
Right bilateral type is provided with the first groove, and two walls are provided with groove before and after feed hopper bottom, and oil removal box end face center is welded with pole,
The second directive wheel is equipped with the inside of first groove inner wall, is provided with baffle plate in the first groove, front and rear two of baffle plate are located at feed hopper
In the groove that two walls are provided with before and after bottom, the second steel wire rope, the second steel wire rope are connected with by way of linking up with and connecting on baffle plate
Around the second directive wheel, the second steel wire rope is wound on pole, and the 3rd spring is connected with by way of linking up with and connecting on baffle plate, the
The three spring other ends are connected with oil removal box by way of linking up with and connecting.So staff pulls up be wound on pole
Two steel wire ropes cause the second steel wire rope to be moved from outside to inside by the second directive wheel, and the 3rd spring is stretched, the second steel wire rope by
It is outer to drive baffle plate to move from outside to inside to interior motion, then staff decontrol the second steel wire rope then baffle plate in the 3rd spring contraction
Moved from the inside to the outside under effect, baffle plate moves from outside to inside, from the inside to the outside, can close feed hopper and prevent entering for other impurities
Enter, solution is not easy to spill.
（3）Beneficial effect
The utility model devises a kind of Aero-Space parts oil removing alkaline solution preparation facilities, passes through turning for setting
Motivation structure can sufficiently be mixed to solution, puddler or so do not stall back and forth and clockwise, counterclockwise it is dynamic can cause it is molten
Liquid mixing is more thorough, and the baffle plate set can prevent spilling for solution, ensure that and does not enter in solution such as other impurity, raising
The quality of solution.
Brief description of the drawings
Fig. 1 is the first main structure diagram of the present utility model.
Fig. 2 is the left view structural representation of the utility model drive device.
Fig. 3 is the main structure diagram of the utility model rotating mechanism.
Fig. 4 is second of main structure diagram of the present utility model.
Fig. 5 is the main structure diagram of the utility model oil removal box.
Mark in accompanying drawing for：1- oil removal boxes, 2- feed hoppers, 3- drive devices, 301- fixed plates, 302- motors, 303-
Sector gear, the guide rails of 304- first, the guide pin bushings of 305- first, the springs of 306- first, the racks of 307- first, the racks of 308- second,
309- second bearing seats, 310- circular gears, 4- sealing rings, 5- bull sticks, 6- first bearing seats, 7- rotating mechanisms, 71- rotating cylinders,
72- through holes, the guide rails of 73- second, the guide pin bushings of 74- second, 75- second springs, the directive wheels of 76- first, the steel wire ropes of 8- first, 9- stirrings
Bar, the grooves of 10- first, 11- baffle plates, the springs of 12- the 3rd, the steel wire ropes of 13- second, the directive wheels of 14- second, 15- poles.
Embodiment
The utility model is further described with reference to the accompanying drawings and examples.
Embodiment 1
A kind of Aero-Space parts oil removing alkaline solution preparation facilities, as Figure 1-5, include oil removal box 1, enter
Hopper 2, drive device 3, sealing ring 4, bull stick 5, first bearing seat 6, rotating mechanism 7, the first steel wire rope 8 and puddler 9, oil removing
The top of case 1 left and right sides is respectively welded feed hopper 2, and the left wall of oil removal box 1 is provided with drive device 3, the connection of the right part of drive device 3
There is bull stick 5, bull stick 5 is provided with rotating mechanism 7, puddler 9 is uniformly provided with rotating mechanism 7, and the left wall of oil removal box 1 is provided with sealing ring
4, the bottom left of oil removal box 1 is connected with the first steel wire rope 8, the top of the first steel wire rope 8 and rotating machine by way of linking up with and connecting
Structure 7 connects, and the inner right wall of oil removal box 1 is connected with first bearing seat 6 by bolted connection, in the bearing of first bearing seat 6
Connected with the right-hand member of bull stick 5 by way of interference is connected.
Embodiment 2
A kind of Aero-Space parts oil removing alkaline solution preparation facilities, as Figure 1-5, include oil removal box 1, enter
Hopper 2, drive device 3, sealing ring 4, bull stick 5, first bearing seat 6, rotating mechanism 7, the first steel wire rope 8 and puddler 9, oil removing
The top of case 1 left and right sides is respectively welded feed hopper 2, and the left wall of oil removal box 1 is provided with drive device 3, the connection of the right part of drive device 3
There is bull stick 5, bull stick 5 is provided with rotating mechanism 7, puddler 9 is uniformly provided with rotating mechanism 7, and the left wall of oil removal box 1 is provided with sealing ring
4, the bottom left of oil removal box 1 is connected with the first steel wire rope 8, the top of the first steel wire rope 8 and rotating machine by way of linking up with and connecting
Structure 7 connects, and the inner right wall of oil removal box 1 is connected with first bearing seat 6 by bolted connection, in the bearing of first bearing seat 6
Connected with the right-hand member of bull stick 5 by way of interference is connected.
Drive device 3 include fixed plate 301, motor 302, sector gear 303, the first guide rail 304, the first guide pin bushing 305,
First spring 306, the first rack 307, the second rack 308, second bearing seat 309 and circular gear 310, the left wall of oil removal box 1 are set
Fixed plate 301 is equipped with, left wall rear side is connected with motor 302 by bolted connection in fixed plate 301, and motor 302 exports
Sector gear 303 is connected with axle by way of interference connection, the middle part of fixed plate 301 is provided with the first guide rail 304, the first guide rail
304 slidingtypes are connected with the first guide pin bushing 305, and the rear portion of the first guide pin bushing 305 is welded with the first rack 307, the anterior weldering of the first guide pin bushing 305
The second rack 308 is connected to, the bottom of the first guide pin bushing 305 is connected with the first spring 306, the first spring by way of linking up with and connecting
306 bottoms are connected with the bottom of fixed plate 301 by way of linking up with and connecting, and are bolted on front side of the left wall of fixed plate 301
Mode is connected with second bearing seat 309, connects in the bearing of second bearing seat 309 with the left end of bull stick 5 by way of interference is connected
Connect, the left end of bull stick 5 is connected with circular gear 310 by way of interference connection, and circular gear 310 engages with the second rack 308.
Embodiment 3
A kind of Aero-Space parts oil removing alkaline solution preparation facilities, as Figure 1-5, include oil removal box 1, enter
Hopper 2, drive device 3, sealing ring 4, bull stick 5, first bearing seat 6, rotating mechanism 7, the first steel wire rope 8 and puddler 9, oil removing
The top of case 1 left and right sides is respectively welded feed hopper 2, and the left wall of oil removal box 1 is provided with drive device 3, the connection of the right part of drive device 3
There is bull stick 5, bull stick 5 is provided with rotating mechanism 7, puddler 9 is uniformly provided with rotating mechanism 7, and the left wall of oil removal box 1 is provided with sealing ring
4, the bottom left of oil removal box 1 is connected with the first steel wire rope 8, the top of the first steel wire rope 8 and rotating machine by way of linking up with and connecting
Structure 7 connects, and the inner right wall of oil removal box 1 is connected with first bearing seat 6 by bolted connection, in the bearing of first bearing seat 6
Connected with the right-hand member of bull stick 5 by way of interference is connected.
Drive device 3 include fixed plate 301, motor 302, sector gear 303, the first guide rail 304, the first guide pin bushing 305,
First spring 306, the first rack 307, the second rack 308, second bearing seat 309 and circular gear 310, the left wall of oil removal box 1 are set
Fixed plate 301 is equipped with, left wall rear side is connected with motor 302 by bolted connection in fixed plate 301, and motor 302 exports
Sector gear 303 is connected with axle by way of interference connection, the middle part of fixed plate 301 is provided with the first guide rail 304, the first guide rail
304 slidingtypes are connected with the first guide pin bushing 305, and the rear portion of the first guide pin bushing 305 is welded with the first rack 307, the anterior weldering of the first guide pin bushing 305
The second rack 308 is connected to, the bottom of the first guide pin bushing 305 is connected with the first spring 306, the first spring by way of linking up with and connecting
306 bottoms are connected with the bottom of fixed plate 301 by way of linking up with and connecting, and are bolted on front side of the left wall of fixed plate 301
Mode is connected with second bearing seat 309, connects in the bearing of second bearing seat 309 with the left end of bull stick 5 by way of interference is connected
Connect, the left end of bull stick 5 is connected with circular gear 310 by way of interference connection, and circular gear 310 engages with the second rack 308.
Rotating mechanism 7 includes rotating cylinder 71, the second guide rail 73, the second guide pin bushing 74, the directive wheel 76 of second spring 75 and first,
Through hole 72 is provided with rotating cylinder 71, middle part is welded with the second guide rail 73 in rotating cylinder 71, and the left side of the second guide rail 73 is provided with the first directive wheel
76, slidingtype is connected with the second guide pin bushing 74 on the second guide rail 73, puddler 9 is welded with the second guide pin bushing 74, in the second guide pin bushing 74
Right-hand member is connected with second spring 75 by way of linking up with and connecting, and the right-hand member of second spring 75 passes through the company of hook with the inner right wall of rotating cylinder 71
The mode connect is connected, and the second guide pin bushing 74 and the first steel wire rope 8 are connected by way of linking up with and connecting, and the first steel wire rope 8 is around the
One directive wheel 76.
Embodiment 4
A kind of Aero-Space parts oil removing alkaline solution preparation facilities, as Figure 1-5, include oil removal box 1, enter
Hopper 2, drive device 3, sealing ring 4, bull stick 5, first bearing seat 6, rotating mechanism 7, the first steel wire rope 8 and puddler 9, oil removing
The top of case 1 left and right sides is respectively welded feed hopper 2, and the left wall of oil removal box 1 is provided with drive device 3, the connection of the right part of drive device 3
There is bull stick 5, bull stick 5 is provided with rotating mechanism 7, puddler 9 is uniformly provided with rotating mechanism 7, and the left wall of oil removal box 1 is provided with sealing ring
4, the bottom left of oil removal box 1 is connected with the first steel wire rope 8, the top of the first steel wire rope 8 and rotating machine by way of linking up with and connecting
Structure 7 connects, and the inner right wall of oil removal box 1 is connected with first bearing seat 6 by bolted connection, in the bearing of first bearing seat 6
Connected with the right-hand member of bull stick 5 by way of interference is connected.
Drive device 3 include fixed plate 301, motor 302, sector gear 303, the first guide rail 304, the first guide pin bushing 305,
First spring 306, the first rack 307, the second rack 308, second bearing seat 309 and circular gear 310, the left wall of oil removal box 1 are set
Fixed plate 301 is equipped with, left wall rear side is connected with motor 302 by bolted connection in fixed plate 301, and motor 302 exports
Sector gear 303 is connected with axle by way of interference connection, the middle part of fixed plate 301 is provided with the first guide rail 304, the first guide rail
304 slidingtypes are connected with the first guide pin bushing 305, and the rear portion of the first guide pin bushing 305 is welded with the first rack 307, the anterior weldering of the first guide pin bushing 305
The second rack 308 is connected to, the bottom of the first guide pin bushing 305 is connected with the first spring 306, the first spring by way of linking up with and connecting
306 bottoms are connected with the bottom of fixed plate 301 by way of linking up with and connecting, and are bolted on front side of the left wall of fixed plate 301
Mode is connected with second bearing seat 309, connects in the bearing of second bearing seat 309 with the left end of bull stick 5 by way of interference is connected
Connect, the left end of bull stick 5 is connected with circular gear 310 by way of interference connection, and circular gear 310 engages with the second rack 308.
Rotating mechanism 7 includes rotating cylinder 71, the second guide rail 73, the second guide pin bushing 74, the directive wheel 76 of second spring 75 and first,
Through hole 72 is provided with rotating cylinder 71, middle part is welded with the second guide rail 73 in rotating cylinder 71, and the left side of the second guide rail 73 is provided with the first directive wheel
76, slidingtype is connected with the second guide pin bushing 74 on the second guide rail 73, puddler 9 is welded with the second guide pin bushing 74, in the second guide pin bushing 74
Right-hand member is connected with second spring 75 by way of linking up with and connecting, and the right-hand member of second spring 75 passes through the company of hook with the inner right wall of rotating cylinder 71
The mode connect is connected, and the second guide pin bushing 74 and the first steel wire rope 8 are connected by way of linking up with and connecting, and the first steel wire rope 8 is around the
One directive wheel 76.
Also include baffle plate 11, the 3rd spring 12, the second steel wire rope 13, the second directive wheel 14 and pole 15, oil removal box 1 is pushed up
Left and right sides symmetrical expression is provided with the first groove 10 in wall, and two walls are provided with groove, the end face center of oil removal box 1 before and after the bottom of feed hopper 2
Pole 15 is welded with, the inner wall of the first groove 10 is equipped with the second directive wheel 14, baffle plate 11, baffle plate are provided with the first groove 10
Front and rear two of 11 are located in the groove that two walls before and after the bottom of feed hopper 2 are provided with, and are connected on baffle plate 11 by way of linking up with and connecting
The second steel wire rope 13 is connected to, the second steel wire rope 13 bypasses the second directive wheel 14, and the second steel wire rope 13 is wound on pole 15, baffle plate 11
On be connected with the 3rd spring 12 by way of linking up with and connecting, the other end of the 3rd spring 12 passes through with oil removal box 1 links up with connection
Mode connects.
The rated voltage of motor 302 is 220V.
First guide rail 304 and the material of the second guide rail 73 are lightweight stainless steel.
Operation principle：When needing to use this equipment, alkaline matter is poured into the feed hopper 2 of left side, by surface-active substance
Matter is poured into the feed hopper 2 of right side, starts drive device 3, and bull stick 5, which rotates, rotates rotating mechanism 7, and rotating mechanism 7 drives stirring
Bar 9 rotates, and puddler 9, which rotates, make it that alkaline matter is mixed with surface reactive material.
Because drive device 3 includes fixed plate 301, motor 302, sector gear 303, the first guide rail 304, the first guide pin bushing
305th, the first spring 306, the first rack 307, the second rack 308, second bearing seat 309 and circular gear 310, oil removal box 1 are left
Wall is provided with fixed plate 301, and left wall rear side is connected with motor 302, motor 302 by bolted connection in fixed plate 301
On output shaft sector gear 303 is connected with by way of interference connection, the middle part of fixed plate 301 is provided with the first guide rail 304, and first
The slidingtype of guide rail 304 is connected with the first guide pin bushing 305, and the rear portion of the first guide pin bushing 305 is welded with the first rack 307, before the first guide pin bushing 305
Portion is welded with the second rack 308, and the bottom of the first guide pin bushing 305 is connected with the first spring 306, the first bullet by way of linking up with and connecting
The bottom of spring 306 is connected with the bottom of fixed plate 301 by way of linking up with and connecting, and is bolted on front side of the left wall of fixed plate 301
Mode be connected with second bearing seat 309, in the bearing of second bearing seat 309 with the left end of bull stick 5 by way of interference is connected
Connection, the left end of bull stick 5 are connected with circular gear 310 by way of interference connection, and circular gear 310 is nibbled with the second rack 308
Close, rotated clockwise so starting motor 302, motor 302, which rotates clockwise, drives sector gear 303 to rotate clockwise, fan-shaped
Gear 303 rotates clockwise so that the first rack 307 moves downward, the first rack 307 move downward the first guide pin bushing of drive 305 with
Second rack 308 moves downward, the first guide pin bushing 305 move downward extruding the first spring 306 deformation shorten, the second rack 308 to
Lower motion causes circular gear 310 to rotate counterclockwise, and circular gear 310 rotates counterclockwise so that bull stick 5 rotates counterclockwise, and works as fan
Shape gear 303 rotates clockwise when not engaged with the first rack 307, and the first spring 306 then deforms the long motion upwards of expansion and causes the
One guide pin bushing 305 moves upwards with the second rack 308, and motion causes circular gear 310 to rotate clockwise to the second rack 308 upwards,
Circular gear 310 rotates clockwise so that bull stick 5 rotates clockwise, bull stick 5 do not stall clockwise, counterclockwise it is dynamic can be so that stirring
Bar 9 do not stall clockwise, counterclockwise it is dynamic, puddler 9 do not stall clockwise, counterclockwise it is dynamic will be so that solution be mixed.
It is oriented to because rotating mechanism 7 includes rotating cylinder 71, the second guide rail 73, the second guide pin bushing 74, second spring 75 and first
Wheel 76, rotating cylinder 71 is interior to be provided with through hole 72, and middle part is welded with the second guide rail 73 in rotating cylinder 71, and the left side of the second guide rail 73 is led provided with first
To wheel 76, slidingtype is connected with the second guide pin bushing 74 on the second guide rail 73, is welded with puddler 9 on the second guide pin bushing 74, is led second
Cover 74 right-hand members and second spring 75 is connected with by way of linking up with and connecting, the right-hand member of second spring 75 passes through extension with the inner right wall of rotating cylinder 71
The mode of hook connects is connected, and the second guide pin bushing 74 and the first steel wire rope 8 are connected by way of linking up with and connecting, the first steel wire rope 8 around
The first directive wheel 76 is crossed, so bull stick 5 is clockwise, rotates counterclockwise so that rotating cylinder 71 is clockwise, rotates counterclockwise, rotating cylinder 71 is suitable
Hour hands, rotate counterclockwise so that puddler 9 with the second guide pin bushing 74 clockwise, rotate counterclockwise, rotating cylinder 71 rotate clockwise so that
First steel wire rope 8 is wrapped in the surface of rotating cylinder 71, and the first steel wire rope 8 pulls to the left around the first directive wheel 76, the first steel wire rope 8 to
Zola is dynamic to drive the second guide pin bushing 74 to be stretched on the second guide rail 73 with puddler 9 to left movement, second spring 75, and rotating cylinder 71 is inverse
Hour hands, which rotate, causes the first steel wire rope 8 to come off the surface of rotating cylinder 71, and second spring 75, which is shunk, to be moved right, second spring 75 shrink to
Right motion drives puddler 9 to be moved right with the second guide pin bushing 74 on the second guide rail 73, rotating mechanism 7 clockwise, it is counterclockwise not
Stalling is dynamic can cause puddler 9 or so back and forth and do not stall clockwise, counterclockwise it is dynamic, puddler 9 or so back and forth and clockwise, it is inverse
Hour hands, which do not stall to move, can make it that solution mixing is more abundant.
Because also include baffle plate 11, the 3rd spring 12, the second steel wire rope 13, the second directive wheel 14 and pole 15, oil removing
Left and right sides symmetrical expression is provided with the first groove 10 in the roof of case 1, and two walls are provided with groove, the top surface of oil removal box 1 before and after the bottom of feed hopper 2
Center weld has pole 15, and the inner wall of the first groove 10 is equipped with the second directive wheel 14, baffle plate 11 is provided with the first groove 10,
Front and rear two of baffle plate 11 are located in the groove that two walls before and after the bottom of feed hopper 2 are provided with, and pass through the side for linking up with connection on baffle plate 11
Formula is connected with the second steel wire rope 13, and the second steel wire rope 13 bypasses the second directive wheel 14, and the second steel wire rope 13 is wound on pole 15, gear
The 3rd spring 12 is connected with plate 11 by way of linking up with and connecting, the other end of the 3rd spring 12 passes through the company of hook with oil removal box 1
The mode connect connects.So staff pulls up the second steel wire rope 13 being wound on pole 15 and make it that the second steel wire rope 13 is logical
Cross the second directive wheel 14 to move from outside to inside, the 3rd spring 12 is stretched, and the second steel wire rope 13 moves from outside to inside drives baffle plate
11 move from outside to inside, then staff decontrol the second steel wire rope 13 then baffle plate 11 under the contraction of the 3rd spring 12 by interior
To outer motion, baffle plate 11 moves from outside to inside, from the inside to the outside, can close the entrance that feed hopper 2 prevents other impurities, solution
It is not easy to spill.
Embodiment described above only expresses preferred embodiment of the present utility model, and its description is more specific and detailed,
But therefore it can not be interpreted as the limitation to the utility model patent scope.It should be pointed out that for the common of this area
For technical staff, without departing from the inventive concept of the premise, some deformations can also be made, improves and substitutes, these are all
Belong to the scope of protection of the utility model.Therefore, the protection domain of the utility model patent should be determined by the appended claims.
Claims (6)
1. a kind of Aero-Space parts oil removing alkaline solution preparation facilities, it is characterised in that include oil removal box（1）, enter
Hopper（2）, drive device（3）, sealing ring（4）, bull stick（5）, first bearing seat（6）, rotating mechanism（7）, the first steel wire rope（8）
And puddler（9）, oil removal box（1）Feed hopper is respectively welded at left and right sides of top（2）, oil removal box（1）Left wall is provided with driving
Device（3）, drive device（3）Right part is connected with bull stick（5）, bull stick（5）It is provided with rotating mechanism（7）, rotating mechanism（7）It is upper equal
It is even to be provided with puddler（9）, oil removal box（1）Left wall is provided with sealing ring（4）, oil removal box（1）Bottom left is by linking up with the side connected
Formula is connected with the first steel wire rope（8）, the first steel wire rope（8）Top and rotating mechanism（7）Connection, oil removal box（1）Inner right wall passes through
Bolted mode is connected with first bearing seat（6）, first bearing seat（6）Bearing in and bull stick（5）Right-hand member passes through interference
The mode of connection connects.
A kind of 2. Aero-Space parts oil removing alkaline solution preparation facilities according to claim 1, it is characterised in that
Drive device（3）Include fixed plate（301）, motor（302）, sector gear（303）, the first guide rail（304）, the first guide pin bushing
（305）, the first spring（306）, the first rack（307）, the second rack（308）, second bearing seat（309）And circular gear
（310）, oil removal box（1）Left wall is provided with fixed plate（301）, fixed plate（301）On rear side of upper left wall by bolted connection
It is connected with motor（302）, motor（302）On output shaft sector gear is connected with by way of interference connection（303）, fixed plate
（301）Middle part is provided with the first guide rail（304）, the first guide rail（304）Slidingtype is connected with the first guide pin bushing（305）, the first guide pin bushing
（305）Rear portion is welded with the first rack（307）, the first guide pin bushing（305）Front portion is welded with the second rack（308）, the first guide pin bushing
（305）Bottom is connected with the first spring by way of linking up with and connecting（306）, the first spring（306）Bottom and fixed plate（301）
Bottom is connected by way of linking up with and connecting, fixed plate（301）The second axle is connected with by bolted connection on front side of left wall
Bearing（309）, second bearing seat（309）Bearing in and bull stick（5）Left end is connected by way of interference connection, bull stick（5）
Left end is connected with circular gear by way of interference connection（310）, circular gear（310）With the second rack（308）Engagement.
A kind of 3. Aero-Space parts oil removing alkaline solution preparation facilities according to claim 2, it is characterised in that
Rotating mechanism（7）Include rotating cylinder（71）, the second guide rail（73）, the second guide pin bushing（74）, second spring（75）With the first directive wheel
（76）, rotating cylinder（71）It is interior to be provided with through hole（72）, rotating cylinder（71）Interior middle part is welded with the second guide rail（73）, the second guide rail（73）Left side
Provided with the first directive wheel（76）, the second guide rail（73）Upper slidingtype is connected with the second guide pin bushing（74）, the second guide pin bushing（74）Upper welding
There is puddler（9）, in the second guide pin bushing（74）Right-hand member is connected with second spring by way of linking up with and connecting（75）, second spring
（75）Right-hand member and rotating cylinder（71）Inner right wall is connected by way of linking up with and connecting, the second guide pin bushing（74）With the first steel wire rope（8）It is logical
The mode for crossing hook connection connects, the first steel wire rope（8）Around the first directive wheel（76）.
A kind of 4. Aero-Space parts oil removing alkaline solution preparation facilities according to claim 3, it is characterised in that
Also include baffle plate（11）, the 3rd spring（12）, the second steel wire rope（13）, the second directive wheel（14）And pole（15）, oil removal box
（1）Left and right sides symmetrical expression is provided with the first groove in roof（10）, feed hopper（2）Two walls are provided with groove, oil removal box before and after bottom
（1）End face center is welded with pole（15）, the first groove（10）Inner wall is equipped with the second directive wheel（14）, the first groove
（10）It is interior to be provided with baffle plate（11）, baffle plate（11）Front and rear two be located at feed hopper（2）In the groove that two walls are provided with before and after bottom, gear
Plate（11）On link up with connect by way of be connected with the second steel wire rope（13）, the second steel wire rope（13）Around the second directive wheel
（14）, the second steel wire rope（13）It is wound on pole（15）On, baffle plate（11）On link up with connect by way of be connected with the 3rd spring
（12）, the 3rd spring（12）The other end and oil removal box（1）Connected by way of linking up with and connecting.
A kind of 5. Aero-Space parts oil removing alkaline solution preparation facilities according to claim 4, it is characterised in that
Motor（302）Rated voltage be 220V.
A kind of 6. Aero-Space parts oil removing alkaline solution preparation facilities according to claim 5, it is characterised in that
First guide rail（304）With the second guide rail（73）Material is lightweight stainless steel.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720094607.XU CN206622017U (en) | 2017-01-24 | 2017-01-24 | A kind of Aero-Space parts oil removing alkaline solution preparation facilities |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720094607.XU CN206622017U (en) | 2017-01-24 | 2017-01-24 | A kind of Aero-Space parts oil removing alkaline solution preparation facilities |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206622017U true CN206622017U (en) | 2017-11-10 |
Family
ID=60213775
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720094607.XU Expired - Fee Related CN206622017U (en) | 2017-01-24 | 2017-01-24 | A kind of Aero-Space parts oil removing alkaline solution preparation facilities |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206622017U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108745043A (en) * | 2018-06-01 | 2018-11-06 | 怀宁县恒源再生科技有限公司 | A kind of iron and steel casting production raw material agitator |
| CN108816082A (en) * | 2018-05-31 | 2018-11-16 | 安徽丹研食品有限公司 | A kind of uniformly mixed stabilizer batch mixer |
| WO2023024047A1 (en) * | 2021-08-26 | 2023-03-02 | 成都航空职业技术学院 | Oil removal device for aerospace component coated with plating interlayer |
-
2017
- 2017-01-24 CN CN201720094607.XU patent/CN206622017U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108816082A (en) * | 2018-05-31 | 2018-11-16 | 安徽丹研食品有限公司 | A kind of uniformly mixed stabilizer batch mixer |
| CN108745043A (en) * | 2018-06-01 | 2018-11-06 | 怀宁县恒源再生科技有限公司 | A kind of iron and steel casting production raw material agitator |
| WO2023024047A1 (en) * | 2021-08-26 | 2023-03-02 | 成都航空职业技术学院 | Oil removal device for aerospace component coated with plating interlayer |
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| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20171110 Termination date: 20180124 |
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| CF01 | Termination of patent right due to non-payment of annual fee |