CN208231431U - A kind of ultrasound finishing equipment - Google Patents
A kind of ultrasound finishing equipment Download PDFInfo
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- CN208231431U CN208231431U CN201820802465.2U CN201820802465U CN208231431U CN 208231431 U CN208231431 U CN 208231431U CN 201820802465 U CN201820802465 U CN 201820802465U CN 208231431 U CN208231431 U CN 208231431U
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- accommodating body
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- ultrasonic probe
- ultrasonic
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Abstract
The utility model discloses a kind of ultrasonic finishing equipment, including Ultrasonic probe, field generator for magnetic, rotation drive device and accommodating body, accommodating body is provided with skin processing room, rotation drive device transmission connection accommodating body, with realize driving accommodating body rotation, Ultrasonic probe be mounted on accommodating body top, inside or below, field generator for magnetic be arranged in accommodating body top, inside or below, in accommodating body rotation, a rotating excitation field is formed in skin processing room.The utility model is capable of the skin processing of batch processing metal casting, improves the efficiency of skin processing, guarantees that skin processing quality is stablized, further decreases cost of labor.
Description
Technical field
The utility model relates to ultrasonic Surface Finishing fields, more particularly, to a kind of ultrasonic finishing equipment.
Background technique
The various processing methods and skill for being intended to improve surface quality of workpieces in machining, improving piece surface integrality
Art is referred to as surface finishing technology, abbreviation Surface Finishing.Finishing is the important composition portion of advanced manufacturing technology
Point, key problem is surface quality, it is intended that the surface quality of part is greatly improved.
Wherein, free grinding tool polishing processing method is commonplace, and especially conventional surface Finishing is different in processing
There is certain difficulty when shape surface, free form surface class part and type chamber interior surface, or even can not process.Although in manual finishing
Processing method grinding, polishing, can be realized the surface finishings such as plane, revolving body surface, free form surface and mold cavity, but
This method labor intensity is high, while industrial grade by worker and skills involved in the labour are influenced, and processing efficiency is low, quality
It is unstable, it is difficult to which that large-scale promotion, it is therefore desirable to be improved.
Utility model content
In view of the deficienciess of the prior art, can be criticized the purpose of the utility model is to provide a kind of ultrasonic finishing equipment
The skin processing of amount processing metal casting, improves the efficiency of skin processing, guarantees that skin processing quality is stablized, further decreases people
Work cost.
To achieve the goals above, the technical scheme adopted by the utility model is a kind of ultrasound finishing equipment, including it is super
Sound tool heads, field generator for magnetic, rotation drive device and accommodating body, accommodating body are provided with skin processing room, rotation driving dress
Set transmission connection accommodating body, to realize driving accommodating body rotation, Ultrasonic probe be mounted on the top of accommodating body, inside or under
Side, field generator for magnetic be fixed on the top of accommodating body, side, inside or below, in accommodating body rotation, and in skin processing
The rotating excitation field of rotary ultrasonic field and magnetic direction periodic transformation that indoor formation coexists.
In further technical solution, the middle position of the field generator for magnetic is arranged in the Ultrasonic probe, and
The rotation center of the accommodating body is arranged in Ultrasonic probe.
In further technical solution, the field generator for magnetic includes more than one magnet, two neighboring magnet it
Between pole orientation on the contrary, each magnet in field generator for magnetic is distributed in the annular regions of the outer rim of the Ultrasonic probe
In domain, the magnetic pole of magnet is vertically arranged perpendicular to magnet.
In further technical solution, along the circumferencial direction of field generator for magnetic rotation, the phase of field generator for magnetic
Angle between adjacent two magnets is 60-180 degree, the along the circumferential direction equiangularly spaced setting of each magnet.
In further technical solution, the accommodating body selects a turntable, empties to form a finishing and add in the middle part of turntable
Work room, for placing magnetic conductivity abrasive material and metal casting；The Ultrasonic probe is mounted on the lower section of accommodating body, the magnetic field hair
Generating apparatus is fixed on accommodating body；Each magnet in field generator for magnetic is separately fixed at the bottom surface of accommodating body；Ultrasonic work
The bottom surface for being affixed on turntable is supported in the top surface of tool head, alternatively, the bottom surface clearance fit of the top surface of Ultrasonic probe and turntable.
In further technical solution, bulb bearing is provided between the Ultrasonic probe and the accommodating body；Bulb
First transmission end of bearing is installed on the top of Ultrasonic probe；Accommodating body is fixed in second transmission end of bulb bearing,
Or the bottom surface clearance fit of the second transmission end and accommodating body of bulb bearing.
In further technical solution, the top of the accommodating body, the ultrasonic tool is arranged in the Ultrasonic probe
The top of the accommodating body is arranged in head, and each magnet is fixed on accommodating body or each magnet is solid by connecting rod respectively
Due to Ultrasonic probe.
In further technical solution, the Ultrasonic probe is mounted on the lower section of the accommodating body, and the magnetic field occurs
Each magnet in device is separately fixed at the bottom surface of accommodating body.
In further technical solution, the Ultrasonic probe is mounted on the lower section of the accommodating body, Ultrasonic probe from
It is extended upwardly to below accommodating body in the skin processing room.
In further technical solution, the abrasive material is shaped to ball-type, sheet, circle, triangle or polygon.
After adopting the above structure, the utility model is compared to the prior art advantageously:
1. Ultrasonic probe, which issues ultrasonic wave, conducts the magnetic conductivity abrasive material into accommodating body, make to accommodate intracorporal magnetic conductivity mill
Material generates nondirectional vibration, while accommodating body drives field generator for magnetic rotation, and field generator for magnetic is with respect to magnetic conductivity abrasive material
A rotating excitation field can be generated when rotation, in the case where ultrasound involves the double action of rotating excitation field, magnetic conductivity abrasive material itself is made to generate 360
The non-directional of degree vibrates, while rotates magnetic conductivity abrasive material along the circumferential direction, so that magnetic conductivity abrasive material is touched and is placed on appearance
The each face for setting the metal casting in body, can remove the burr in each face of metal casting, and increase magnetic conductivity abrasive material with
The friction of metal casting improves the efficiency of parts finishing processing, reduces cost of labor.
2. carry out deburring, metal casting and magnetic conductivity abrasive material are placed in accommodating body together, magnetic conductivity abrasive material
Under the action of ultrasound involves rotating excitation field, magnetic conductivity abrasive material is generating 360 degree of non-directionals in Ultrasonic probe rotary course
Vibration, the collision of magnetic conductivity abrasive material, swiping, delineation and the surface for squeezing metal casting, realizes the skin processing of metal casting, this reality
With it is novel can the metal casting to arbitrary shape carry out skin processing, do not need clamping and fixed metal casting yet, only need to be with
Magnetic conductivity abrasive material is put into accommodating body, further increases the category of metal casting, while realizing batch processing metal
Casting.
3. since ultrasonic wave and magnetic field are to the compound action of magnetic conductivity abrasive material, for the specific feelings of different metal castings
Condition is adjusted the parameter in Ultrasonic probe, field generator for magnetic and magnetic abrasive, keeps skin processing quality more steady
It is fixed.
Detailed description of the invention
The present invention will be further described with reference to the accompanying drawings and examples.
Fig. 1 is the structural schematic diagram of the utility model embodiment one.
Fig. 2 is the bottom view of the utility model embodiment one.
Fig. 3 is the bottom view of the utility model embodiment two.
Fig. 4 is the bottom view of the utility model embodiment three.
Fig. 5 is the structural schematic diagram of the utility model embodiment four.
Fig. 6 is the structural schematic diagram of the utility model embodiment five.
Fig. 7 is the structural schematic diagram of the utility model embodiment six.
Fig. 8 is the structural schematic diagram of the utility model embodiment seven.
Fig. 9 is the structural schematic diagram of the utility model embodiment eight.
In figure: 1, Ultrasonic probe 11, bulb bearing 2, accommodating body 24, skin processing room 3, field generator for magnetic 31, magnetic
Body, 41, connecting rod.
Specific embodiment
Below it is only the preferred embodiment of the utility model, does not therefore limit the protection scope of the utility model.
Embodiment one:
A kind of ultrasound finishing equipment, is shown in Fig. 1-2, including Ultrasonic probe 1, field generator for magnetic 3, rotation drive device and
Accommodating body 2, accommodating body 2 are provided with skin processing room 24, rotation drive device transmission connection accommodating body 2, to realize driving accommodating
Body 2 rotates.
Ultrasonic probe 1 is mounted on the lower section of accommodating body 2, and certainly, Ultrasonic probe 1 also may be mounted at accommodating body 2
Over or within.
Field generator for magnetic 3 is fixed on the lower section of accommodating body 2, and certainly, field generator for magnetic 3 can also be fixed on accommodating body
2 top, side or inside.
The middle position of field generator for magnetic 3 is arranged in Ultrasonic probe 1, and accommodating body 2 is arranged in Ultrasonic probe 1
Rotation center.When accommodating body 2 rotates, and the rotary ultrasonic field coexisted and magnetic direction period are formed in skin processing room 24
The rotating excitation field of transformation.
Field generator for magnetic 3 includes more than one magnet 31, and the pole orientation between two neighboring magnet 31 is on the contrary, magnetic
In the circle ring area for the outer rim that each magnet 31 in the generating device 3 of field is distributed in Ultrasonic probe 1, the magnetic pole of magnet 31 hangs down
Directly it is vertically arranged in magnet 31.The circumferencial direction rotated along field generator for magnetic 3, the two neighboring magnet of field generator for magnetic 3
Angle between 31 is 60-180 degree, and optimized angle is 90-120 degree.Wherein, permanent magnet 31 or electromagnet can be selected in magnet 31
31.The along the circumferential direction equiangularly spaced setting of each magnet 31.Specifically, there are two magnet 31, magnets for the setting of field generator for magnetic 3
Angle between 31 is 180 degree.
Ultrasonic probe 1 is mounted on the lower section of accommodating body 2, and each magnet 31 in field generator for magnetic 3 is separately fixed at appearance
Set body 2.
Specifically, the top surface of Ultrasonic probe 1 and accommodating body 2 are close to the bottom surface of accommodating body 2, Ultrasonic probe 1 and accommodating
2 bottom surface clearance fit of body, the gap between Ultrasonic probe 1 and the bottom surface of accommodating body 2 are 0.01-1mm, field generator for magnetic 3
In magnet 31 be separately positioned on the subjacent of accommodating body 2 and be fixed on the bottom surface of accommodating body 2.
It is magnetic conductivity abrasive material that wherein abrasive material, which is selected, and magnetic conductivity abrasive material is shaped to ball-type, sheet, circle, triangle
Or polygon.
Accommodating body 2 selects a turntable, empties to form a skin processing room 24 in the middle part of turntable, for place magnetic conductivity abrasive material and
Metal casting；Ultrasonic probe 1 is mounted on the lower section of accommodating body 2, and field generator for magnetic 3 is fixed on accommodating body 2；Magnetic field occurs
Each magnet 31 in device 3 is separately fixed at the bottom surface of accommodating body 2.
The bottom surface for being affixed on turntable is supported in the top surface of Ultrasonic probe 1, alternatively, the bottom surface of the top surface of Ultrasonic probe 1 and turntable
Clearance fit.
It is placed with magnetic conductivity abrasive material and metal casting in skin processing room 24, no matter is the bottom surface of Ultrasonic probe 1 and turntable
It is that the ultrasonic wave that Ultrasonic probe 1 issues can be conducted in patch state or clearance fit is supported to skin processing room 24
In interior magnetic conductivity abrasive material.
Rotation drive device, which is driven accommodating body 2, to be rotated, and accommodating body 2 drives field generator for magnetic 3 to rotate, the magnetic field of rotation
To form the rotating excitation field of a magnetic direction mechanical periodicity, magnetic conductivity abrasive material is magnetized generating device 3, and rotating excitation field is to leading
Magnetic abrasive generates attraction, in the case where the rotating force that rotating excitation field generates, drives magnetic conductivity abrasive material with rotation,
Ultrasonic wave makes magnetic conductivity abrasive material generate vibration simultaneously, and magnetic conductivity abrasive material is under the action of ultrasound involves rotating excitation field, to metal casting
The surface of part is polished, swiping, to complete the skin processing to metal casting.
In use, about 5 kilograms of metal casting and suitable magnetic conductivity abrasive material are put into accommodating body 2, magnetic conductivity abrasive material
Can be used iron content, cobalt, nickel ingredient metal material, the shape of magnetic conductivity abrasive material do not limit particularly, selects in the present embodiment
Small needle containing ferrous components.
Startup power supply, the parameter setting of Ultrasonic probe 1 are as follows: power 300KW, frequency 20KHZ, 50-60 microns of amplitude, hair
The ultrasonic wave at least one direction out, the magnetic conductivity abrasive material that ultrasonic wave acts in accommodating body 2 is vibrated, while accommodating body 2
Rotation drive field generator for magnetic 3 to be rotated, to produce the magnetic field of a rotation, under the magneticaction in magnetic field,
Magnetic conductivity abrasive material is magnetized, to generate the grinding pressure on metal casting surface, and closely arranges in an orderly manner along magnetic line of force direction
It is formed " magnetic brush ", under ultrasonic wave effect, the effect that 360 degree of different directions generate metal casting is presented in the arrangement of " magnetic brush "
Power will generate complicated relative motion between magnetic conductivity abrasive material and metal casting.In the effect of grinding pressure and relative motion
Under, magnetic conductivity abrasive material to metal casting generate micro cutting, rolling the effects of, to change the microcosmic geometry on metal casting surface
Feature, including reduce surface roughness value, increase surface profile supporting ratio and remove flash removed etc., moreover it is possible to improve superficial layer physical force
Performance is learned, including surface forms metamorphic layer, improvement surface stress etc., additionally it is possible to improve surface quality and improvement surface is complete
Property, and then service performance and the service life of workpiece and product are improved, realize the skin processing of metal casting.
The rotary ultrasonic finishing equipment of the utility model, since metal casting and magnetic conductivity abrasive material are placed in accommodating body 2,
Skin processing can be carried out to metal casting by opening equipment, while type or the no work of shape work especially limit to metal casting
It is fixed, it realizes and the mass of metal casting is handled, it is easy to operate.
Under the double action in ultrasonic wave and magnetic field, magnetic conductivity abrasive material is accelerated to the finishing efficiency of metal casting, simultaneously
Further decrease cost of labor.
For different metal castings, Ultrasonic probe 1, field generator for magnetic 3 and magnetic conductivity abrasive material are carried out corresponding
Adjustment can carry out skin processing, keep the quality of skin processing more stable and more guaranteed.
Embodiment two:
The primary structure, principle and effect of the present embodiment are the same as example 1, and which is not described herein again, difference
It is, sees Fig. 3, the setting of field generator for magnetic 3 is there are three magnet 31, and the pole orientation between two neighboring magnet 31 is on the contrary, phase
Angle between adjacent magnet 31 is 120 degree, and circumferentially direction of rotation is spaced apart magnet 31, and magnet 31 is separately fixed at accommodating body
2 bottom surface.Rotation drive device drives accommodating body 2 to rotate, and accommodating body 2 drives field generator for magnetic 3 to rotate, to form a rotation
Turn magnetic field.The increase of 31 quantity of magnet, can make the magnetic force distribution in field generator for magnetic 3 more intensive, the distribution in magnetic field
It is wider, the frequency of magnetic direction mechanical periodicity faster, direction change when abrasive material non-directional vibrates faster, field generator for magnetic 3
The function and effect of magnetic conductivity abrasive material are become apparent, the skin processing of metal casting is more filled to strengthen magnetic conductivity abrasive material
Point, finishing effect is more preferable.
Embodiment three:
The primary structure, principle and effect of the present embodiment are the same as example 1, and which is not described herein again, difference
It is, sees Fig. 4, the setting of field generator for magnetic 3 is there are four magnet 31, and the pole orientation between two neighboring magnet 31 is on the contrary, phase
Angle between adjacent magnet 31 is 90 degree, and circumferentially direction of rotation is spaced apart magnet 31, and magnet 31 is separately fixed at accommodating body 2
Bottom surface.Rotation drive device drives accommodating body 2 to rotate, and accommodating body 2 drives field generator for magnetic 3 to rotate, to form a rotation
Turn magnetic field.The increase of 31 quantity of magnet, can make the magnetic force distribution in field generator for magnetic 3 more intensive, the distribution in magnetic field
It is wider, the frequency of magnetic direction mechanical periodicity faster, direction change when abrasive material non-directional vibrates faster, field generator for magnetic 3
The function and effect of magnetic conductivity abrasive material are become apparent, the skin processing of metal casting is more filled to strengthen magnetic conductivity abrasive material
Point, finishing effect is more preferable.
Example IV:
The primary structure, principle and effect of the present embodiment are the same as example 1, and which is not described herein again, difference
It is, sees that Fig. 5, Ultrasonic probe 1 are rotatably mounted on the lower section of accommodating body 2, the top surface of Ultrasonic probe 1 and the bottom of accommodating body 2
Face clearance fit.
Field generator for magnetic 3 is arranged in accommodating body 2, and the magnet 31 of field generator for magnetic 3 is fixed on skin processing room 2
Bottom surface.
Rotation drive device drives accommodating body 2 to rotate, and field generator for magnetic 3 rotates with, to form a rotary magnetic
Field drives the rotation of magnetic conductivity abrasive material.Field generator for magnetic 3 is arranged in accommodating body, directly with magnetic conductivity abrasive contact, makes to act on
It is stronger in the magnetic force of magnetic conductivity abrasive material.
Embodiment five:
The primary structure, principle and effect of the present embodiment are the same as example 1, and which is not described herein again, difference
It is, sees that Fig. 6, Ultrasonic probe 1 are rotatably mounted on the lower section of accommodating body 2, the top surface of Ultrasonic probe 1 and the bottom of accommodating body 2
Face clearance fit.
The subjacent of accommodating body 2 is arranged in field generator for magnetic 3, and is fixedly connected on the bottom surface of accommodating body 2；Ultrasonic work
Bulb bearing 11 is provided between tool head 1 and accommodating body 2；First transmission end of bulb bearing 11 is installed on Ultrasonic probe 1
Top；Accommodating body 2 is fixed in second transmission end of bulb bearing 11.
Or the bottom surface clearance fit of the second transmission end and accommodating body 2 of bulb bearing 11.
Rotation drive device drives accommodating body 2 to rotate, and field generator for magnetic 3 rotates with, to form a rotary magnetic
Field drives the rotation of magnetic conductivity abrasive material.
The ultrasonic wave that Ultrasonic probe 1 issues, which is conducted by bulb bearing 11 to the magnetizer 31 in skin processing room 24, to be ground
Material, ultrasonic wave facilitate to reduce the energy attenuation of ultrasonic wave by the propagation of bulb bearing 11, grind dissemination in magnetic conductivity
The energy of material is more sufficient, helps to shorten process time.
Embodiment six:
The primary structure, principle and effect of the present embodiment are the same as example 1, and which is not described herein again, difference
It is, sees that Fig. 7, Ultrasonic probe 1 are rotatably mounted on the lower section of accommodating body 2, the lower section of Ultrasonic probe 1 from accommodating body 2 is upward
It extends in skin processing room 24, the top of Ultrasonic probe 1 is protruded in skin processing room 24.
The lower section of accommodating body 2 is arranged in field generator for magnetic 3.Specifically, the magnet 31 of field generator for magnetic 3 is fixed on appearance
Set the bottom surface of body 2.
Rotation drive device drives accommodating body 2 to rotate, and field generator for magnetic 3 follows accommodating body 2 to rotate, to form one
Rotating excitation field drives the rotation of magnetic conductivity abrasive material.Ultrasonic probe 1 extends in accommodating body 2, is more conducive to the conduction of ultrasonic wave, together
When reduce ultrasonic wave energy in communication process decaying, become apparent the function and effect of ultrasonic wave.Magnet is fixed on accommodating
On the bottom surface of body, make magnet in the distance of magnetic conductivity abrasive material more closely, the magnetic field strength for acting on magnetic conductivity abrasive material is bigger.
Embodiment seven:
The primary structure, principle and effect of the present embodiment are the same as example 1, and which is not described herein again, difference
It is, sees that Fig. 8, Ultrasonic probe 1 are rotatably mounted on the lower section of accommodating body 2, the lower section of Ultrasonic probe 1 from accommodating body 2 is upward
It extends in skin processing room 24, the top of Ultrasonic probe 1 is protruded in skin processing room 24.
Field generator for magnetic 3 is fixed in accommodating body 2.Specifically, field generator for magnetic 3 is fixed on skin processing room 24
The bottom surface of inner cavity.
Accommodating body 2 is driven by rotation drive device to be rotated, and field generator for magnetic 3 follows accommodating body 2 to rotate, to be formed
One rotating excitation field drives the rotation of magnetic conductivity abrasive material.Ultrasonic probe 1 extends in accommodating body 2, is more conducive to the biography of ultrasonic wave
It leads, while reducing the decaying of ultrasonic wave energy in communication process, become apparent the function and effect of ultrasonic wave.Magnetic field fills
3 settings are set in accommodating body, directly with magnetic conductivity abrasive contact, keep the magnetic force for acting on magnetic conductivity abrasive material stronger.
Embodiment eight:
The primary structure, principle and effect of the present embodiment are the same as example 1, and which is not described herein again, difference
It is, sees that Fig. 9, Ultrasonic probe 1 are rotatably mounted on the lower section of accommodating body 2, the lower section of Ultrasonic probe 1 from accommodating body 2 is upward
It extends in skin processing room 24, the top of Ultrasonic probe 1 is protruded in skin processing room 24.
Field generator for magnetic 3 is arranged in accommodating body 2.Specifically, connecting rod 41 is provided in skin processing room 24, connecting rod 41
One end connects field generator for magnetic 3, and the other end connects ultrasonic tool head 1.The magnet 31 of field generator for magnetic 3 passes through connecting rod 41
It is fixed on ultrasonic tool head 1.
When accommodating body 2 drives rotation by rotation drive device, relative rotation occurs for field generator for magnetic 3 and accommodating body 2,
The rotation of magnetic conductivity abrasive material is driven to form the magnetic field an of relative rotation.Ultrasonic probe 1 extends in accommodating body 2, more has
Help the conduction of ultrasonic wave, while reducing the decaying of ultrasonic wave energy in communication process, makes the function and effect of ultrasonic wave more
Obviously.Field generator for magnetic 3 is arranged in accommodating body, directly with magnetic conductivity abrasive contact, makes the magnetic for acting on magnetic conductivity abrasive material
Power is stronger.
Above eight kinds of embodiments are attained by same processing effect to metal casting, and user can be directed to actual production
It needs to carry out flexible choice.
The above content is only the preferred embodiment of the utility model, for those of ordinary skill in the art, according to this reality
With novel thought, there will be changes in the specific implementation manner and application range, and the content of the present specification should not be construed as
Limitations of the present invention.
Claims (10)
1. a kind of ultrasound finishing equipment, including Ultrasonic probe (1), field generator for magnetic (3), rotation drive device and accommodating body
(2), accommodating body (2) is provided with skin processing room (24), it is characterised in that:
Rotation drive device is sequentially connected accommodating body (2), to realize driving accommodating body (2) rotation,
Ultrasonic probe (1) be mounted on accommodating body (2) top, inside or below,
Field generator for magnetic (3) be fixed on the tops of accommodating body (2), side, inside or below,
When accommodating body (2) rotate, and the rotary ultrasonic field coexisted and magnetic direction period are formed in skin processing room (24)
The rotating excitation field of transformation.
2. a kind of ultrasonic finishing equipment according to claim 1, it is characterised in that: Ultrasonic probe (1) setting exists
The middle position of the field generator for magnetic (3), and Ultrasonic probe (1) setting is in the rotation center of the accommodating body (2).
3. a kind of ultrasonic finishing equipment according to claim 1, it is characterised in that: the field generator for magnetic (3) includes
More than one magnet (31), pole orientation between two neighboring magnet (31) is on the contrary, each magnetic in field generator for magnetic (3)
Body (31) is distributed in the circle ring area of the outer rim of the Ultrasonic probe (1), and the magnetic pole of magnet (31) is perpendicular to magnet
(31) it is vertically arranged.
4. a kind of ultrasonic finishing equipment according to claim 3, it is characterised in that: revolved along the field generator for magnetic (3)
The circumferencial direction turned, the angle between the two neighboring magnet (31) of field generator for magnetic (3) is 60-180 degree, each magnet
(31) along the circumferential direction equiangularly spaced setting.
5. a kind of ultrasonic finishing equipment according to claim 3, it is characterised in that: the accommodating body (2) selects a turntable,
It empties to form a skin processing room (24) in the middle part of turntable, for placing magnetic conductivity abrasive material and metal casting；
The Ultrasonic probe (1) is mounted on the lower section of accommodating body (2), and the field generator for magnetic (3) is fixed on accommodating body (2)
On；
Each magnet (31) in field generator for magnetic (3) is separately fixed at the bottom surface of accommodating body (2)；
The bottom surface for being affixed on turntable is supported in the top surface of Ultrasonic probe (1), alternatively, the bottom surface of the top surface of Ultrasonic probe (1) and turntable
Clearance fit.
6. a kind of ultrasonic finishing equipment according to claim 5, it is characterised in that: the Ultrasonic probe (1) with it is described
Bulb bearing (11) are provided between accommodating body (2)；First transmission end of bulb bearing (11) is installed on Ultrasonic probe (1)
Top；The second driving end of accommodating body (2) or bulb bearing (11) is fixed in second transmission end of bulb bearing (11)
The bottom surface clearance fit in portion and accommodating body (2).
7. a kind of ultrasonic finishing equipment according to claim 3, it is characterised in that: Ultrasonic probe (1) setting exists
The top of the accommodating body (2), each magnet (31) is fixed on accommodating body or each magnet (31) passes through connecting rod respectively
(41) it is fixed on Ultrasonic probe (1).
8. a kind of ultrasonic finishing equipment according to claim 3, it is characterised in that: the Ultrasonic probe (1) is mounted on
The lower section of the accommodating body (2), each magnet (31) in the field generator for magnetic (3) are separately fixed at accommodating body (2)
Bottom surface.
9. a kind of ultrasonic finishing equipment according to claim 3, it is characterised in that: the Ultrasonic probe (1) is mounted on
The lower section of the accommodating body (2), Ultrasonic probe (1) extend upwardly to the skin processing room below accommodating body (2)
(24) in.
10. a kind of ultrasonic finishing equipment according to claim 5, it is characterised in that: the shape of the magnetic conductivity abrasive material is set
It is set to ball-type, sheet, circle, triangle or polygon.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820802465.2U CN208231431U (en) | 2018-05-28 | 2018-05-28 | A kind of ultrasound finishing equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820802465.2U CN208231431U (en) | 2018-05-28 | 2018-05-28 | A kind of ultrasound finishing equipment |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208231431U true CN208231431U (en) | 2018-12-14 |
Family
ID=64575788
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820802465.2U Active CN208231431U (en) | 2018-05-28 | 2018-05-28 | A kind of ultrasound finishing equipment |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208231431U (en) |
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2018
- 2018-05-28 CN CN201820802465.2U patent/CN208231431U/en active Active
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