CN109351546A - Method applied to oil film control - Google Patents
Method applied to oil film control Download PDFInfo
- Publication number
- CN109351546A CN109351546A CN201811363289.8A CN201811363289A CN109351546A CN 109351546 A CN109351546 A CN 109351546A CN 201811363289 A CN201811363289 A CN 201811363289A CN 109351546 A CN109351546 A CN 109351546A
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- China
- Prior art keywords
- oil
- oil groove
- liquid
- height
- steel ball
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Classifications
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B05—SPRAYING OR ATOMISING IN GENERAL; APPLYING FLUENT MATERIALS TO SURFACES, IN GENERAL
- B05C—APPARATUS FOR APPLYING FLUENT MATERIALS TO SURFACES, IN GENERAL
- B05C3/00—Apparatus in which the work is brought into contact with a bulk quantity of liquid or other fluent material
- B05C3/02—Apparatus in which the work is brought into contact with a bulk quantity of liquid or other fluent material the work being immersed in the liquid or other fluent material
- B05C3/09—Apparatus in which the work is brought into contact with a bulk quantity of liquid or other fluent material the work being immersed in the liquid or other fluent material for treating separate articles
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B05—SPRAYING OR ATOMISING IN GENERAL; APPLYING FLUENT MATERIALS TO SURFACES, IN GENERAL
- B05C—APPARATUS FOR APPLYING FLUENT MATERIALS TO SURFACES, IN GENERAL
- B05C11/00—Component parts, details or accessories not specifically provided for in groups B05C1/00 - B05C9/00
- B05C11/10—Storage, supply or control of liquid or other fluent material; Recovery of excess liquid or other fluent material
- B05C11/1002—Means for controlling supply, i.e. flow or pressure, of liquid or other fluent material to the applying apparatus, e.g. valves
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- Application Of Or Painting With Fluid Materials (AREA)
Abstract
The invention discloses a kind of method applied to oil film control, belong to automobile technical field, including obtains first object object；Oil liquid is put into oil groove；Moving stop controls the height of oil groove inner fluid, and the height of the oil liquid is greater than or equal to the one third of the diameter of the first object object；The first object object is moved in the oil groove, the first object object is immersed in the oil liquid, is controlled with the oil film to the first object object.Invention achieves the painting oil masses that can control steel ball surface, improve manufacturability and assembling capacity, reduce the technical effect of manufacturing cost.
Description
Technical field
The invention belongs to automobile technical field, in particular to a kind of method applied to oil film control.
Background technique
Check valve is that fluid can only be flowed along water inlet, and water outlet medium can not but flow back.Check valve is used for hydraulic system
In prevent oil stream reverse flow, or for preventing compressed air reverse flow in pneumatic system.
Check valve steel ball is located in the conical surface of check valve, when liquid passes through from tapered end to the other end, pushes sphere, liquid open
Pass through.Liquid back through when, sphere blocking channel, liquid cannot pass through.
For being applied to the technology of oil film control, the method in the prior art applied to oil film control is mainly logical
Cross the surface that oil liquid is applied to check valve steel ball by staff by hand.But since the diameter of check valve steel ball is on the left side 1.5mm
The right side, by hand it is easier takes, falls off so that can not the painting oil mass to check valve steel ball surface control, then cause to manufacture
Property and assembling capacity it is poor, manufacturing cost is high.
In conclusion there is the oilings for being unable to control steel ball surface in the existing technology applied to oil film control
Amount, manufacturability and assembling capacity are poor, the high technical problem of manufacturing cost.
Summary of the invention
The technical problem to be solved by the present invention is in the existing technology applied to oil film control, there is can not control
The painting oil mass of steel ball surface processed, manufacturability and assembling capacity are poor, the high technical problem of manufacturing cost.
In order to solve the above technical problems, the present invention provides a kind of method applied to oil film control, it is described to be applied to oil
The method of film control includes obtaining first object object；Oil liquid is put into oil groove；Moving stop controls the height of oil groove inner fluid
Degree, the height of the oil liquid are greater than or equal to the one third of the diameter of the first object object；The first object object is moved
It moves in the oil groove, immerses the first object object in the oil liquid, controlled with the oil film to the first object object
System.
Further, the method applied to oil film control includes the first object object in sphere.
Further, it is steel ball that the method applied to oil film control, which includes the first object object,.
Further, the acquisition first object object includes that the first object object is fitted into steel ball charging tray.
Further, the moving stop controls the height of oil groove inner fluid, and the height of the oil liquid is greater than or equal to
The one third of the first object object diameter includes that the baffle does on the oil groove surface and moves along a straight line back and forth, so that described
The height of oil liquid is greater than or equal to the one third of the first object object diameter.
Further, the method applied to oil film control further includes obtaining the second object；Oil liquid is put into oil groove
It is interior；Moving stop controls the height of oil groove inner fluid, and the height of the oil liquid is greater than or equal to the straight of second object
The one third of diameter；Second object is moved in the oil groove, immerses second object in the oil liquid,
It is controlled with the oil film to second object.
Further, the method applied to oil film control further includes obtaining third object；Oil liquid is put into oil groove
It is interior；Moving stop controls the height of oil groove inner fluid, and the height of the oil liquid is greater than or equal to the straight of the third object
The one third of diameter；The third object is moved in the oil groove, immerses the third object in the oil liquid,
It is controlled with the oil film to the third object.
Further, the method applied to oil film control further includes obtaining the 4th object；Oil liquid is put into oil groove
It is interior；Moving stop controls the height of oil groove inner fluid, and the height of the oil liquid is greater than or equal to the straight of the 4th object
The one third of diameter；4th object is moved in the oil groove, immerses the 4th object in the oil liquid,
It is controlled with the oil film to the 4th object.
Further, the method applied to oil film control further includes obtaining the 5th object；Oil liquid is put into oil groove
It is interior；Moving stop controls the height of oil groove inner fluid, and the height of the oil liquid is greater than or equal to the straight of the 5th object
The one third of diameter；5th object is moved in the oil groove, immerses the 5th object in the oil liquid,
It is controlled with the oil film to the 5th object.
Further, the method applied to oil film control further includes obtaining the 6th object；Oil liquid is put into oil groove
It is interior；Moving stop controls the height of oil groove inner fluid, and the height of the oil liquid is greater than or equal to the straight of the 6th object
The one third of diameter；6th object is moved in the oil groove, immerses the 6th object in the oil liquid,
It is controlled with the oil film to the 6th object.
The utility model has the advantages that
The present invention provides a kind of method applied to oil film control, by obtaining first object object, and oil liquid is put into oil
Behind the inside of slot.Again by moving stop, to control the height of the oil liquid inside oil groove so that the height of oil liquid be greater than or
Equal to the one third of the diameter of the first object object.Then first object object is moved to the internal oil groove that oil liquid is housed
In, so that first object object immerses in the oil liquid, to control the oil film amount being applied on first object object surface.After
And oil liquid can be not only applied on the surface of first object object, additionally it is possible to so that the height of the applied oil liquid in first object object surface
Degree is greater than or equal to the one third of the diameter of the first object object, and the steel ball for being coated with oil liquid is placed into valve body check valve
It is assembled in hole.To reach the painting oil mass that can control steel ball surface, manufacturability and assembling capacity are improved, reduces production
The technical effect of manufacturing cost.
Detailed description of the invention
It in order to more clearly explain the embodiment of the invention or the technical proposal in the existing technology, below will be to institute in embodiment
Attached drawing to be used is needed to be briefly described, it should be apparent that, the accompanying drawings in the following description is only some implementations of the invention
Example, for those of ordinary skill in the art, without creative efforts, can also obtain according to these attached drawings
Obtain other attached drawings.
Fig. 1 is a kind of flow chart of method applied to oil film control provided in an embodiment of the present invention.
Specific embodiment
The invention discloses a kind of methods applied to oil film control, by obtaining first object object, and oil liquid are put into
Behind the inside of oil groove.Again by moving stop, to control the height of the oil liquid inside oil groove, so that the height of oil liquid is greater than
Or the one third of the diameter equal to the first object object.Then first object object is moved to the internal oil groove that oil liquid is housed
In, so that first object object immerses in the oil liquid, to control the oil film amount being applied on first object object surface.After
And oil liquid can be not only applied on the surface of first object object, additionally it is possible to so that the height of the applied oil liquid in first object object surface
Degree is greater than or equal to the one third of the diameter of the first object object, and the steel ball for being coated with oil liquid is placed into valve body check valve
It is assembled in hole.To reach the painting oil mass that can control steel ball surface, manufacturability and assembling capacity are improved, reduces production
The technical effect of manufacturing cost.
Following will be combined with the drawings in the embodiments of the present invention, and technical solution in the embodiment of the present invention carries out clear, complete
Site preparation description, it is clear that described embodiments are only a part of the embodiments of the present invention, instead of all the embodiments.It is based on
Embodiment in the present invention, those of ordinary skill in the art's every other embodiment obtained belong to what the present invention protected
Range；Wherein "and/or" keyword involved in this implementation, indicate and or two kinds of situations, in other words, the present invention implement
A and/or B mentioned by example, illustrate two kinds of A and B, A or B situations, describe three kinds of states present in A and B, such as A and/or
B, indicate: only including A does not include B；Only including B does not include A；Including A and B.
Meanwhile in the embodiment of the present invention, when component is referred to as " being fixed on " another component, it can be directly at another
On component or there may also be components placed in the middle.When a component is considered as " connection " another component, it be can be directly
It is connected to another component or may be simultaneously present component placed in the middle.When a component is considered as " being set to " another group
Part, it, which can be, is set up directly on another component or may be simultaneously present component placed in the middle.Made in the embodiment of the present invention
Term "vertical", "horizontal", "left" and "right" and similar statement are merely for purposes of illustration, and are not intended to
The limitation present invention.
Referring to Figure 1, Fig. 1 is a kind of flow chart of method applied to oil film control provided in an embodiment of the present invention.This
Inventive embodiments provide a kind of method applied to oil film control, and the method applied to oil film control includes:
Step S100 obtains first object object.
First object object is rendered as spheroid form.The first object object is steel ball.The first object object is packed into steel
In ball charging tray.
Continuing with referring to Fig. 1.First object object can refer to check valve steel ball.Check valve refers to that fluid can only be along water inlet
Flowing, water outlet medium can not but flow back.Check valve is usually used in preventing oil stream reverse flow in hydraulic system, or for pneumatic
Compressed air reverse flow is prevented in system.Check valve has through type and two kinds of right-angle type, and straight check valve is threadedly coupled
It is installed on the pipeline.Angle check valve has threaded connection, board-like connection and three kinds of forms of flanged joint.Check valve steel ball can be with
In the conical surface of check valve, when liquid passes through from tapered end to the other end, sphere is pushed open, liquid passes through.Liquid back through
When, sphere blocking channel, liquid cannot pass through.For holding check valve steel ball, the diameter of check valve steel ball exists steel ball charging tray
1.5mm or so, check valve steel ball can be used steel and be made, steel be to phosphorus content mass percent between 0.02% to
The general designation of iron-carbon alloy between 2.11%.The chemical component of steel can be with great changes have taken place, and the steel containing only carbon is known as carbon
Steel (carbon steel) or ordinary steel；In actual production, the difference of steel often depending on the application contains different alloying elements, such as: manganese,
Nickel, vanadium etc..Steel is ingredient indispensable in construction industry and manufacturing industry.The check valve steel ball number of first object object meaning
It is one, i.e., first object object refers to a steel ball.
Step S110, oil liquid is put into oil groove.
Continuing with referring to Fig. 1.When can obtain first object object in above-mentioned steps S100, while oil liquid is put into oil groove
Interior, oil groove can refer to chassis tooling oil groove, i.e., oil liquid is injected into the inside for referring to chassis tooling oil groove, be used for above-mentioned first
After object is put into the inside of oil groove, the oil liquid inside oil groove can be applied on the outer surface of first object object.Oil
Liquid is the inside that can be automatically injected oil groove, i.e.,, can be certainly when first object object is packed into charging tray in above-mentioned steps S100
The dynamic inside that oil liquid is injected into chassis tooling oil groove.After the smearing for completing the surface progress oil film to first object object, may be used also
To continue to be automatically injected oil liquid into the inside of chassis tooling oil groove.The inside of oil groove can be rendered as cylindrical shape, oil groove
Height should be greater than or equal to the first object object diameter one third, so that inside oil groove oil liquid
Height of oil is greater than or equal to the one third of the diameter of the first object object.
Step S120, moving stop control the height of oil groove inner fluid, and the height of the oil liquid is greater than or equal to described
The one third of the diameter of first object object.
The baffle does on the oil groove surface and moves along a straight line back and forth, so that the height of the oil liquid is more than or equal to described
The one third of first object object diameter.
Continuing with referring to Fig. 1.First object object is obtained in above-mentioned steps S100, and oil liquid is put into oil groove in step S110
Inside after.The height of oil groove inner fluid can be controlled by baffle.Baffle can be rendered as the shape of cuboid, i.e. baffle
May include first side, second side, third side and the 4th side, first side be located at third side and the 4th side it
Between, second side also is located between third side and the 4th side.It can be by first side, second side, third side and
The outer surface to form baffle is surrounded in four sides.Third side and the 4th side can be mutually perpendicular to the upper surface of oil groove, and the 4th
Side is located at close to the side of oil groove, and oil groove, which is located at, deviates from oil groove.The second side of baffle can be upper with chassis tooling oil groove
End face is mutually close to, and by the linear motion back and forth of baffle, comes so that the oil sealing surface of steel ball can satisfy design requirement.Baffle exists
Linear motion back and forth is done on the oil groove surface can be finger stop plate on the upper surface of chassis tooling oil groove, can be towards third side
The direction of the direction in face or the 4th side moves back and forth.
In order to the linear motion back and forth for passing through baffle, come so that the oil sealing surface of steel ball can satisfy design requirement and carry out in detail
Describe in detail bright, now provide following implementation: the diameters size of first object object is assumed to be R1, the height of oil groove inner fluid can
To refer to that the distance of pasta bottom in oil groove of oil liquid, the height number size of oil groove inner fluid are assumed to be H1, then H1≥
R1, so that after first object object is immersed in the oil groove inside for filling oil liquid, the oil sealing surface of steel ball can satisfy wanting for design
It asks., then can be by the linear motion back and forth of the baffle positioned at oil groove upper surface when injection oil groove inner fluid is more, it will be oily
Extra oil liquid is released outside oil groove in slot, after then making first object object immerse oil liquid, can be guaranteed in first object object
There is the oil sealing surface of at least one third in outer surface.To reach the painting oil mass that can control steel ball surface, improve manufacturability and
Assembling capacity reduces the technical effect of manufacturing cost.
The first object object is moved in the oil groove by step S130, and the first object object is made to immerse the oil
In liquid, controlled with the oil film to the first object object.
Continuing with referring to Fig. 1.First object object is obtained in S100 through the above steps, oil liquid is put into oil in step S110
The inside of slot；And moving stop controls the height of oil groove inner fluid in step S120, so that the height of oil liquid is greater than or waits
After the one third of the diameter of the first object object.Can again by vibrating tube by first object object from steel ball charging tray
In, it is input in the chassis tooling oil groove in oil-controlling device, so that first object object is immersed in inside oil groove
In oil liquid, it can guarantee the oil sealing surface for having at least one third in the outer surface of first object object in this way.Then to positioned at first
The oil film amount of target surface is controlled, and is come so that the oil sealing surface of steel ball can satisfy design requirement.Then pass through mobile hand
Steel ball is placed into the unidirectional valve opening of valve body by handle device, execution.Valve body can pass through first object object (steel ball) to be put
Workpiece (valve body) positioning tool is fixed.
It should be noted that oil-controlling device may include having chassis tooling, baffle and vibrating tube.It is designed in the tooling of chassis
There is oil groove, the depth of oil groove can be the one third of first object object (steel ball) diameter.In the upper surface of chassis tooling oil groove
On be provided with baffle, baffle can be close to chassis tooling oil groove upper surface.Pass through the linear motion back and forth of baffle, it is ensured that steel
The oil sealing surface of ball meets design requirement.In actual operation the step of, can be vibrating tube for steel ball (first object object) from steel ball
Charging tray is input in the chassis tooling oil groove (oil groove) in oil-controlling device, immerses steel ball in oil liquid, come guarantee at least three/
One oil sealing surface.Steel ball can be placed into the unidirectional valve opening of valve body by moving handle device, with execution.Valve body can pass through
Steel ball workpiece (valve body) positioning tool to be put is fixed.To reach the painting oil mass that can control steel ball surface, manufacturability is improved
And assembling capacity, reduce the technical effect of manufacturing cost.
It can be manufactured to continue to improve on the basis of above-mentioned steps S100, step S110, step S120 and step S130
Property and assembling capacity, reduce manufacturing cost, to more steel balls carry out oiling.The embodiment of the present invention provides one kind and is applied to
Oil film control method can also include
Step S140 obtains the second object.
Specifically, can be continued through after above-mentioned steps S100, step S110, step S120 and step S130
Step S140, step S150, step S160 and step S170 to the second object carry out smearing oil liquid, and to the second target
The oil liquid amount of object is controlled.Second object can refer to check valve steel ball.Check valve refers to that fluid can only be along water inlet stream
Dynamic, water outlet medium can not but flow back.Check valve is usually used in preventing oil stream reverse flow in hydraulic system, or for being pneumatically
Compressed air reverse flow is prevented in system.Check valve has through type and two kinds of right-angle type, and straight check valve is threadedly coupled peace
On pipeline.Angle check valve has threaded connection, board-like connection and three kinds of forms of flanged joint.Check valve steel ball can position
In in the conical surface of check valve, when liquid passes through from tapered end to the other end, sphere is pushed open, liquid passes through.Liquid back through when,
Sphere blocking channel, liquid cannot pass through.For holding check valve steel ball, the diameter of check valve steel ball exists steel ball charging tray
1.5mm or so, check valve steel ball can be used steel and be made, steel be to phosphorus content mass percent between 0.02% to
The general designation of iron-carbon alloy between 2.11%.The chemical component of steel can be with great changes have taken place, and the steel containing only carbon is known as carbon
Steel (carbon steel) or ordinary steel；In actual production, the difference of steel often depending on the application contains different alloying elements, such as: manganese,
Nickel, vanadium etc..Steel is ingredient indispensable in construction industry and manufacturing industry.The check valve steel ball number of second object meaning
It is one, i.e. the second object refers to a steel ball.
Step S150, oil liquid is put into oil groove.
Specifically, when can obtain the second object in above-mentioned steps S140, while oil liquid being put into oil groove, oil
Slot can refer to chassis tooling oil groove, i.e., oil liquid is injected into the inside for referring to chassis tooling oil groove, be used for above-mentioned second target
After object is put into the inside of oil groove, the oil liquid inside oil groove can be applied on the outer surface of the second object.Oil liquid is
The inside of oil groove can be automatically injected, i.e., in above-mentioned steps S140, the second object be packed into charging tray when, can automatically by
Oil liquid is injected into the inside of chassis tooling oil groove.It, can also be after after the smearing for completing to carry out the surface of the second object oil film
Continue and is automatically injected oil liquid into the inside of chassis tooling oil groove.The inside of oil groove can be rendered as cylindrical shape, the height of oil groove
Degree should be greater than or equal to the one third of the diameter of second object, so that the oil liquid inside oil groove oil liquid
Height is greater than or equal to the one third of the diameter of second object.
Step S160, moving stop control the height of oil groove inner fluid, and the height of the oil liquid is greater than or equal to described
The one third of the diameter of second object.
Specifically, obtaining the second object in above-mentioned steps S140, oil liquid is put into oil groove in step S150
Behind portion.The height of oil groove inner fluid can be controlled by baffle.Baffle can be rendered as the shape of cuboid, i.e. baffle can be with
Including first side, second side, third side and the 4th side, first side between third side and the 4th side,
Second side also is located between third side and the 4th side.It can be by first side, second side, third side and the 4th side
The outer surface to form baffle is surrounded in face.Third side and the 4th side can be mutually perpendicular to the upper surface of oil groove, the 4th side
Positioned at the side close to oil groove, oil groove, which is located at, deviates from oil groove.The second side of baffle can be with the upper surface of chassis tooling oil groove
Mutually it is close to, by the linear motion back and forth of baffle, comes so that the oil sealing surface of steel ball can satisfy design requirement.Baffle is described
Linear motion back and forth is done on oil groove surface can be finger stop plate on the upper surface of chassis tooling oil groove, can be towards third side
The direction of direction or the 4th side moves back and forth.
In order to the linear motion back and forth for passing through baffle, come so that the oil sealing surface of steel ball can satisfy design requirement and carry out in detail
Describe in detail bright, now provide following implementation: the diameters size of the second object is assumed to be R2, the height of oil groove inner fluid can
To refer to that the distance of pasta bottom in oil groove of oil liquid, the height number size of oil groove inner fluid are assumed to be H2, then H2≥
R2, so that after the second object is immersed in the oil groove inside for filling oil liquid, the oil sealing surface of steel ball can satisfy wanting for design
It asks., then can be by the linear motion back and forth of the baffle positioned at oil groove upper surface when injection oil groove inner fluid is more, it will be oily
Extra oil liquid is released outside oil groove in slot, after then making the second object immerse oil liquid, can be guaranteed in the second object
There is the oil sealing surface of at least one third in outer surface.To reach the painting oil mass that can control steel ball surface, improve manufacturability and
Assembling capacity reduces the technical effect of manufacturing cost.
Second object is moved in the oil groove by step S170, and second object is made to immerse the oil
In liquid, controlled with the oil film to second object.
Specifically, obtaining the second object in S140 through the above steps, oil liquid is put into oil groove in step S150
It is internal；And moving stop controls the height of oil groove inner fluid in step S160, so that the height of oil liquid is greater than or equal to institute
After the one third for stating the diameter of the second object.Can again by vibrating tube by the second object from steel ball charging tray, it is defeated
Enter into the chassis tooling oil groove being located in oil-controlling device, so that the second object is immersed in the oil liquid inside oil groove
In, it can guarantee the oil sealing surface for having at least one third in the outer surface of the second object in this way.Then to positioned at the second target
The oil film amount on object surface is controlled, and is come so that the oil sealing surface of steel ball can satisfy design requirement.Then it is filled by moving handle
It sets and steel ball is placed into the unidirectional valve opening of valve body, execution.Valve body can be by wait put the second object (steel ball) workpiece
(valve body) positioning tool is fixed.
It should be noted that oil-controlling device may include having chassis tooling, baffle and vibrating tube.It is designed in the tooling of chassis
There is oil groove, the depth of oil groove can be the one third of the second object (steel ball) diameter.In the upper surface of chassis tooling oil groove
On be provided with baffle, baffle can be close to chassis tooling oil groove upper surface.Pass through the linear motion back and forth of baffle, it is ensured that steel
The oil sealing surface of ball meets design requirement.In actual operation the step of, can be vibrating tube for steel ball (the second object) from steel ball
Charging tray is input in the chassis tooling oil groove (oil groove) in oil-controlling device, immerses steel ball in oil liquid, come guarantee at least three/
One oil sealing surface.Steel ball can be placed into the unidirectional valve opening of valve body by moving handle device, with execution.Valve body can pass through
Steel ball workpiece (valve body) positioning tool to be put is fixed.To reach the painting oil mass that can control steel ball surface, manufacturability is improved
And assembling capacity, reduce the technical effect of manufacturing cost.
In order in above-mentioned steps S100, step S110, step S120, step S130, step S140, step S150, step
Continue to improve manufacturability and assembling capacity on the basis of S160 and step S170, manufacturing cost is reduced, to more steel
Ball carries out oiling.The embodiment of the present invention provide it is a kind of applied to oil film control method can also include:
Step S180 obtains third object.
Specifically, third object can refer to check valve steel ball.Check valve refers to that fluid can only be flowed along water inlet,
Water outlet medium can not but flow back.Check valve is usually used in preventing oil stream reverse flow in hydraulic system, or is used for pneumatic system
In prevent compressed air reverse flow.Check valve has through type and two kinds of right-angle type, and straight check valve is threadedly coupled installation
On pipeline.Angle check valve has threaded connection, board-like connection and three kinds of forms of flanged joint.Check valve steel ball can be located at
In the conical surface of check valve, when liquid passes through from tapered end to the other end, sphere is pushed open, liquid passes through.Liquid back through when, ball
Body blocking channel, liquid cannot pass through.Steel ball charging tray is for holding check valve steel ball, and the diameter of check valve steel ball is in 1.5mm
Left and right, check valve steel ball can be used steel and is made, and the check valve steel ball number of third object meaning is one, i.e., and the
Three objects refer to a steel ball.
Step S190, oil liquid is put into oil groove.
Specifically, when can obtain third object in above-mentioned steps S180, while oil liquid being put into oil groove, oil
Slot can refer to chassis tooling oil groove, i.e., oil liquid is injected into the inside for referring to chassis tooling oil groove, be used for above-mentioned third target
After object is put into the inside of oil groove, the oil liquid inside oil groove can be applied on the outer surface of third object.Oil liquid is
The inside of oil groove can be automatically injected, i.e., in above-mentioned steps S180, third object be packed into charging tray when, can automatically by
Oil liquid is injected into the inside of chassis tooling oil groove.It, can also be after after the smearing for completing to carry out the surface of third object oil film
Continue and is automatically injected oil liquid into the inside of chassis tooling oil groove.The inside of oil groove can be rendered as cylindrical shape, the height of oil groove
Degree should be greater than or equal to the one third of the diameter of the third object, so that the oil liquid inside oil groove oil liquid
Height is greater than or equal to the one third of the diameter of the third object.
Step S200, moving stop control the height of oil groove inner fluid, and the height of the oil liquid is greater than or equal to described
The one third of the diameter of third object.
Specifically, obtaining third object in above-mentioned steps S180, oil liquid is put into oil groove in step S190
Behind portion.The height of oil groove inner fluid can be controlled by baffle.Baffle can be rendered as the shape of cuboid, i.e. baffle can be with
Including first side, second side, third side and the 4th side, first side between third side and the 4th side,
Second side also is located between third side and the 4th side.It can be by first side, second side, third side and the 4th side
The outer surface to form baffle is surrounded in face.Third side and the 4th side can be mutually perpendicular to the upper surface of oil groove, the 4th side
Positioned at the side close to oil groove, oil groove, which is located at, deviates from oil groove.The second side of baffle can be with the upper surface of chassis tooling oil groove
Mutually it is close to, by the linear motion back and forth of baffle, comes so that the oil sealing surface of steel ball can satisfy design requirement.Baffle is described
Linear motion back and forth is done on oil groove surface can be finger stop plate on the upper surface of chassis tooling oil groove, can be towards third side
The direction of direction or the 4th side moves back and forth.
In order to the linear motion back and forth for passing through baffle, come so that the oil sealing surface of steel ball can satisfy design requirement and carry out in detail
Describe in detail bright, now provide following implementation: the diameters size of third object is assumed to be R3, the height of oil groove inner fluid can
To refer to that the distance of pasta bottom in oil groove of oil liquid, the height number size of oil groove inner fluid are assumed to be H3, then H3≥
R3, so that after third object is immersed in the oil groove inside for filling oil liquid, the oil sealing surface of steel ball can satisfy wanting for design
It asks., then can be by the linear motion back and forth of the baffle positioned at oil groove upper surface when injection oil groove inner fluid is more, it will be oily
Extra oil liquid is released outside oil groove in slot, after then making third object immerse oil liquid, can be guaranteed in third object
There is the oil sealing surface of at least one third in outer surface.To reach the painting oil mass that can control steel ball surface, improve manufacturability and
Assembling capacity reduces the technical effect of manufacturing cost.
The third object is moved in the oil groove by step S210, and the third object is made to immerse the oil
In liquid, controlled with the oil film to the third object.
Specifically, obtaining third object in S180 through the above steps, oil liquid is put into oil groove in step S190
It is internal；And moving stop controls the height of oil groove inner fluid in step S200, so that the height of oil liquid is greater than or equal to institute
After the one third for stating the diameter of third object.Can again by vibrating tube by third object from steel ball charging tray, it is defeated
Enter into the chassis tooling oil groove being located in oil-controlling device, so that third object is immersed in the oil liquid inside oil groove
In, it can guarantee the oil sealing surface for having at least one third in the outer surface of third object in this way.Then to positioned at third target
The oil film amount on object surface is controlled, and is come so that the oil sealing surface of steel ball can satisfy design requirement.Then it is filled by moving handle
It sets and steel ball is placed into the unidirectional valve opening of valve body, execution.Valve body can pass through third object (steel ball) workpiece to be put
(valve body) positioning tool is fixed.
It should be noted that oil-controlling device may include having chassis tooling, baffle and vibrating tube.It is designed in the tooling of chassis
There is oil groove, the depth of oil groove can be the one third of third object (steel ball) diameter.In the upper surface of chassis tooling oil groove
On be provided with baffle, baffle can be close to chassis tooling oil groove upper surface.Pass through the linear motion back and forth of baffle, it is ensured that steel
The oil sealing surface of ball meets design requirement.In actual operation the step of, can be vibrating tube for steel ball (third object) from steel ball
Charging tray is input in the chassis tooling oil groove (oil groove) in oil-controlling device, immerses steel ball in oil liquid, come guarantee at least three/
One oil sealing surface.Steel ball can be placed into the unidirectional valve opening of valve body by moving handle device, with execution.Valve body can pass through
Steel ball workpiece (valve body) positioning tool to be put is fixed.To reach the painting oil mass that can control steel ball surface, manufacturability is improved
And assembling capacity, reduce the technical effect of manufacturing cost.
In order in above-mentioned steps S100, step S110, step S120, step S130, step S140, step S150, step
Continue on the basis of S160, step S170, step S180, step S190, step S200 and step S210 improve manufacturability and
Assembling capacity reduces manufacturing cost, carries out oiling to more steel balls.The embodiment of the present invention provides a kind of applied to oil film
The method of control can also include:
Step S220 obtains the 4th object.
Specifically, the 4th object can refer to check valve steel ball.Check valve refers to that fluid can only be flowed along water inlet,
Water outlet medium can not but flow back.Check valve is usually used in preventing oil stream reverse flow in hydraulic system, or is used for pneumatic system
In prevent compressed air reverse flow.Check valve has through type and two kinds of right-angle type, and straight check valve is threadedly coupled installation
On pipeline.Angle check valve has threaded connection, board-like connection and three kinds of forms of flanged joint.Check valve steel ball can be located at
In the conical surface of check valve, when liquid passes through from tapered end to the other end, sphere is pushed open, liquid passes through.Liquid back through when, ball
Body blocking channel, liquid cannot pass through.Steel ball charging tray is for holding check valve steel ball, and the diameter of check valve steel ball is in 1.5mm
Left and right, check valve steel ball can be used steel and is made, and the check valve steel ball number of the 4th object meaning is one, i.e., and the
Four objects refer to a steel ball.
Step S230, oil liquid is put into oil groove.
Specifically, when can obtain four objects in above-mentioned steps S220, while oil liquid being put into oil groove, oil
Slot can refer to chassis tooling oil groove, i.e., oil liquid is injected into the inside for referring to chassis tooling oil groove, be used for above-mentioned 4th target
After object is put into the inside of oil groove, the oil liquid inside oil groove can be applied on the outer surface of the 4th object.Oil liquid is
The inside of oil groove can be automatically injected, i.e., in above-mentioned steps S220, the 4th object be packed into charging tray when, can automatically by
Oil liquid is injected into the inside of chassis tooling oil groove.It, can also be after after the smearing for completing to carry out the surface of the 4th object oil film
Continue and is automatically injected oil liquid into the inside of chassis tooling oil groove.The inside of oil groove can be rendered as cylindrical shape, the height of oil groove
Degree should be greater than or equal to the one third of the diameter of the 4th object, so that the oil liquid inside oil groove oil liquid
Height is greater than or equal to the one third of the diameter of the 4th object.
Step S240, moving stop control the height of oil groove inner fluid, and the height of the oil liquid is greater than or equal to described
The one third of the diameter of 4th object.
Specifically, obtaining the 4th object in above-mentioned steps S220, oil liquid is put into oil groove in step S230
Behind portion.The height of oil groove inner fluid can be controlled by baffle.Baffle can be rendered as the shape of cuboid, i.e. baffle can be with
Including first side, second side, third side and the 4th side, first side between third side and the 4th side,
Second side also is located between third side and the 4th side.It can be by first side, second side, third side and the 4th side
The outer surface to form baffle is surrounded in face.Third side and the 4th side can be mutually perpendicular to the upper surface of oil groove, the 4th side
Positioned at the side close to oil groove, oil groove, which is located at, deviates from oil groove.The second side of baffle can be with the upper surface of chassis tooling oil groove
Mutually it is close to, by the linear motion back and forth of baffle, comes so that the oil sealing surface of steel ball can satisfy design requirement.Baffle is described
Linear motion back and forth is done on oil groove surface can be finger stop plate on the upper surface of chassis tooling oil groove, can be towards third side
The direction of direction or the 4th side moves back and forth.
In order to the linear motion back and forth for passing through baffle, come so that the oil sealing surface of steel ball can satisfy design requirement and carry out in detail
Describe in detail bright, now provide following implementation: the diameters size of the 4th object is assumed to be R4, the height of oil groove inner fluid can
To refer to that the distance of pasta bottom in oil groove of oil liquid, the height number size of oil groove inner fluid are assumed to be H4, then H4≥
R4, so that after the 4th object is immersed in the oil groove inside for filling oil liquid, the oil sealing surface of steel ball can satisfy wanting for design
It asks., then can be by the linear motion back and forth of the baffle positioned at oil groove upper surface when injection oil groove inner fluid is more, it will be oily
Extra oil liquid is released outside oil groove in slot, after then making the 4th object immerse oil liquid, can be guaranteed in the 4th object
There is the oil sealing surface of at least one third in outer surface.To reach the painting oil mass that can control steel ball surface, improve manufacturability and
Assembling capacity reduces the technical effect of manufacturing cost.
4th object is moved in the oil groove by step S250, and the 4th object is made to immerse the oil
In liquid, controlled with the oil film to the 4th object.
Specifically, obtaining the 4th object in S220 through the above steps, oil liquid is put into oil groove in step S230
It is internal；And moving stop controls the height of oil groove inner fluid in step S240, so that the height of oil liquid is greater than or equal to institute
After the one third for stating the diameter of the 4th object.Can again by vibrating tube by the 4th object from steel ball charging tray, it is defeated
Enter into the chassis tooling oil groove being located in oil-controlling device, so that the 4th object is immersed in the oil liquid inside oil groove
In, it can guarantee that there is the oil sealing surface of at least one third in the outer surface in the 4th object in this way.Then to positioned at the 4th target
The oil film amount on object surface is controlled, and is come so that the oil sealing surface of steel ball can satisfy design requirement.Then it is filled by moving handle
It sets and steel ball is placed into the unidirectional valve opening of valve body, execution.Valve body can be by wait put the 4th object (steel ball) workpiece
(valve body) positioning tool is fixed.
It should be noted that oil-controlling device may include having chassis tooling, baffle and vibrating tube.It is designed in the tooling of chassis
There is oil groove, the depth of oil groove can be the one third of the 4th object (steel ball) diameter.In the upper surface of chassis tooling oil groove
On be provided with baffle, baffle can be close to chassis tooling oil groove upper surface.Pass through the linear motion back and forth of baffle, it is ensured that steel
The oil sealing surface of ball meets design requirement.In actual operation the step of, can be vibrating tube for steel ball (the 4th object) from steel ball
Charging tray is input in the chassis tooling oil groove (oil groove) in oil-controlling device, immerses steel ball in oil liquid, come guarantee at least three/
One oil sealing surface.Steel ball can be placed into the unidirectional valve opening of valve body by moving handle device, with execution.Valve body can pass through
Steel ball workpiece (valve body) positioning tool to be put is fixed.To reach the painting oil mass that can control steel ball surface, manufacturability is improved
And assembling capacity, reduce the technical effect of manufacturing cost.
In order in above-mentioned steps S100, step S110, step S120, step S130, step S140, step S150, step
S160, step S170, step S180, step S190, step S200, step S210, step S220, step S230, step S240
With continue to improve manufacturability and assembling capacity on the basis of step S250, reduce manufacturing cost, to more steel balls into
Row oiling.The embodiment of the present invention provide it is a kind of applied to oil film control method can also include:
Step S260 obtains the 5th object；Since step S260 is identical with the principle of above-mentioned S100, so herein no longer
It is tired to state.
Step S270, oil liquid is put into oil groove；Since step S270 is identical with the principle of above-mentioned S110, so herein not
Tire out again and states.
Step S280, moving stop control the height of oil groove inner fluid, and the height of the oil liquid is greater than or equal to described
The one third of the diameter of 5th object；Since step S280 is identical with the principle of above-mentioned S120, so be not repeated herein.
5th object is moved in the oil groove by step S290, and the 5th object is made to immerse the oil
In liquid, controlled with the oil film to the 5th object.Since step S290 is identical with the principle of above-mentioned S130, so this
Place is not repeated.
In order in above-mentioned steps S100, step S110, step S120, step S130, step S140, step S150, step
S160, step S170, step S180, step S190, step S200, step S210, step S220, step S230, step S240,
Step S250, continue to improve manufacturability on the basis of step S260, step S270, step S280 and step S290 and can assemble
Property, manufacturing cost is reduced, oiling is carried out to more steel balls.The embodiment of the present invention provide it is a kind of applied to oil film control
Method can also include:
Step S300 obtains the 6th object；Since step S300 is identical with the principle of above-mentioned S100, so herein no longer
It is tired to state.
Step S310, oil liquid is put into oil groove；Since step S310 is identical with the principle of above-mentioned S110, so herein not
Tire out again and states.
Step S320, moving stop control the height of oil groove inner fluid, and the height of the oil liquid is greater than or equal to described
The one third of the diameter of 6th object；Since step S320 is identical with the principle of above-mentioned S120, so be not repeated herein.
6th object is moved in the oil groove by step S330, and the 6th object is made to immerse the oil
In liquid, controlled with the oil film to the 6th object.Since step S330 is identical with the principle of above-mentioned S130, so this
Place is not repeated.
The present invention provides a kind of method applied to oil film control, by obtaining first object object, and oil liquid is put into oil
Behind the inside of slot.Again by moving stop, to control the height of the oil liquid inside oil groove so that the height of oil liquid be greater than or
Equal to the one third of the diameter of the first object object.Then first object object is moved to the internal oil groove that oil liquid is housed
In, so that first object object immerses in the oil liquid, to control the oil film amount being applied on first object object surface.After
And oil liquid can be not only applied on the surface of first object object, additionally it is possible to so that the height of the applied oil liquid in first object object surface
Degree is greater than or equal to the one third of the diameter of the first object object, and the steel ball for being coated with oil liquid is placed into valve body check valve
It is assembled in hole.To reach the painting oil mass that can control steel ball surface, manufacturability and assembling capacity are improved, reduces production
The technical effect of manufacturing cost.
It should be noted last that the above specific embodiment is only used to illustrate the technical scheme of the present invention and not to limit it,
Although being described the invention in detail referring to example, those skilled in the art should understand that, it can be to the present invention
Technical solution be modified or replaced equivalently, without departing from the spirit and scope of the technical solution of the present invention, should all cover
In the scope of the claims of the present invention.
Claims (10)
1. it is a kind of applied to oil film control method, which is characterized in that it is described applied to oil film control method include:
Obtain first object object；
Oil liquid is put into oil groove；
Moving stop controls the height of oil groove inner fluid, and the height of the oil liquid is greater than or equal to the straight of the first object object
The one third of diameter；
The first object object is moved in the oil groove, immerses the first object object in the oil liquid, to described
The oil film of first object object is controlled.
2. the method applied to oil film control as described in claim 1, which is characterized in that the side applied to oil film control
Method includes:
The first object object is in sphere.
3. the method applied to oil film control as claimed in claim 2, which is characterized in that the side applied to oil film control
Method includes:
The first object object is steel ball.
4. the method applied to oil film control as claimed in claim 3, which is characterized in that the acquisition first object object packet
It includes:
The first object object is fitted into steel ball charging tray.
5. the method applied to oil film control as claimed in claim 4, which is characterized in that the moving stop controls oil groove
The height of inner fluid, the one third that the height of the oil liquid is greater than or equal to the first object object diameter include:
The baffle does on the oil groove surface and moves along a straight line back and forth, so that the height of the oil liquid is greater than or equal to described first
The one third of object diameter.
6. the method applied to oil film control as claimed in claim 5, which is characterized in that the side applied to oil film control
Method further include:
Obtain the second object；
Oil liquid is put into oil groove；
Moving stop controls the height of oil groove inner fluid, and the height of the oil liquid is greater than or equal to the straight of second object
The one third of diameter；
Second object is moved in the oil groove, immerses second object in the oil liquid, to described
The oil film of second object is controlled.
7. the method applied to oil film control as claimed in claim 6, which is characterized in that the side applied to oil film control
Method further include:
Obtain third object；
Oil liquid is put into oil groove；
Moving stop controls the height of oil groove inner fluid, and the height of the oil liquid is greater than or equal to the straight of the third object
The one third of diameter；
The third object is moved in the oil groove, immerses the third object in the oil liquid, to described
The oil film of third object is controlled.
8. the use as claimed in claim 7 in the method for oil film control, which is characterized in that the side applied to oil film control
Method further include:
Obtain the 4th object；
Oil liquid is put into oil groove；
Moving stop controls the height of oil groove inner fluid, and the height of the oil liquid is greater than or equal to the straight of the 4th object
The one third of diameter；
4th object is moved in the oil groove, immerses the 4th object in the oil liquid, to described
The oil film of 4th object is controlled.
9. the method applied to oil film control as claimed in claim 8, which is characterized in that the side applied to oil film control
Method further include:
Obtain the 5th object；
Oil liquid is put into oil groove；
Moving stop controls the height of oil groove inner fluid, and the height of the oil liquid is greater than or equal to the straight of the 5th object
The one third of diameter；
5th object is moved in the oil groove, immerses the 5th object in the oil liquid, to described
The oil film of 5th object is controlled.
10. the method applied to oil film control as claimed in claim 9, which is characterized in that described to be applied to what oil film controlled
Method further include:
Obtain the 6th object；
Oil liquid is put into oil groove；
Moving stop controls the height of oil groove inner fluid, and the height of the oil liquid is greater than or equal to the straight of the 6th object
The one third of diameter；
6th object is moved in the oil groove, immerses the 6th object in the oil liquid, to described
The oil film of 6th object is controlled.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811363289.8A CN109351546A (en) | 2018-11-15 | 2018-11-15 | Method applied to oil film control |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811363289.8A CN109351546A (en) | 2018-11-15 | 2018-11-15 | Method applied to oil film control |
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| Publication Number | Publication Date |
|---|---|
| CN109351546A true CN109351546A (en) | 2019-02-19 |
Family
ID=65345317
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| Application Number | Title | Priority Date | Filing Date |
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| CN201811363289.8A Pending CN109351546A (en) | 2018-11-15 | 2018-11-15 | Method applied to oil film control |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110394275A (en) * | 2019-07-23 | 2019-11-01 | 中国航发贵州黎阳航空动力有限公司 | A kind of blade surface plater and coating method |
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