CN208601347U - A kind of vortex wind formula burnishing device of Hardware fitting - Google Patents
A kind of vortex wind formula burnishing device of Hardware fitting Download PDFInfo
- Publication number
- CN208601347U CN208601347U CN201821374886.6U CN201821374886U CN208601347U CN 208601347 U CN208601347 U CN 208601347U CN 201821374886 U CN201821374886 U CN 201821374886U CN 208601347 U CN208601347 U CN 208601347U
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- cylinder
- air inlet
- upper air
- burnishing device
- hardware fitting
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- Finish Polishing, Edge Sharpening, And Grinding By Specific Grinding Devices (AREA)
Abstract
A kind of vortex wind formula burnishing device of Hardware fitting, including cylinder, the cylinder is connected to for vibrating the bobbing machine of the cylinder and set on the vortex fan structure of the cylinder, the vortex fan structure includes being set to intracorporal first air-supply assembly of the cylinder and the second air-supply assembly, first wind pushing mechanism includes the sandblasting portion in the upper air inlet portion and the cooperation upper air inlet portion around cylinder inboard wall setting, and second wind pushing mechanism includes the lower inlet section for being set to the cylinder body bottom and the sieve splicing layer that the cylinder lateral wall is connected to above the lower inlet section.The utility model is compact-sized reasonable, easy to use, and thoroughly, excellent effect, product quality is substantially improved for polishing.
Description
Technical field
The utility model relates to part processing technique field, the vortex wind formula burnishing device of specifically a kind of Hardware fitting.
Background technique
Hardware fitting also needs to carry out after being made sanding and polishing, and traditional processing method is simple vibration disc vibration fortune
It is input into row polishing or cutting fluid and grinding wheel is polished, to the surface of the especially small-sized accessory in the surface of part, may do
It is handled less than complete polishing, polishing effect is general, and product quality is not high, therefore a kind of whole body that can make part is needed to be subjected to completely
The equipment of polishing promotes polishing effect, Improving The Quality of Products.
Utility model content
The technical purpose of the utility model is to provide a kind of vortex wind formula burnishing device of Hardware fitting, solves tradition and throw
The problem that light is not in place, effect is poor, product quality is low.
The specific technical solution of the utility model is as follows: a kind of vortex wind formula burnishing device of Hardware fitting, including cylinder,
It is connected to vortex fan structure of the cylinder for vibrating the bobbing machine of the cylinder and set on the cylinder, the vortex fan
Structure includes being set to intracorporal first air-supply assembly of the cylinder and the second air-supply assembly, and first air-supply assembly includes around described
The upper air inlet portion of cylinder inboard wall setting and cooperate the upper air inlet portion, that is, cater to the upper air inlet portion into the cylinder
Be added abrasive sand sandblasting portion, second air-supply assembly include set on the cylinder body bottom lower inlet section and be located at it is described under
It is connected to the sieve splicing layer of the cylinder lateral wall above inlet section, cooperates the bobbing machine to make by the vortex fan structure
The intracorporal part of cylinder can be in vibration processes by comprehensive sanding and polishing.The cylinder has inlet port and outlet port, institute
The effect for stating upper air inlet portion and the lower inlet section makes to form strong vortex wind movement in the cylinder, incites somebody to action in the bobbing machine
Under the cooperation of the cylinder vibration, the intracorporal part of cylinder is in the backwash wind vibrated and is driven, and air is carried out
The friction of friction and part to part to part；Meanwhile the abrasive sand sprayed by the sandblasting portion, entering the cylinder
Moment broken up by the air-flow in the upper air inlet portion of positive counterpart, abrasive sand later again through be vortexed wind acutely comprehensively drive, make
It carries out collision friction between part, more efficient to the burnishing action of part strong under above situation, and polishing can be made to make
Very good with completing, excellent effect, polishing time also can substantially reduce, and product quality greatly promotes.
Preferably, the upper air inlet portion is along circumferential one circle of annular setting of the cylinder inboard wall or multi-turn, it is each described
The outlet in upper air inlet portion forms the eddy airstream along cylinder movement towards the same side of itself.
Preferably, the upper air inlet portion along the cylinder inboard wall be arranged from low to high it is multiple helically rise shape, often
The outlet in a upper air inlet portion forms the eddy airstream along cylinder movement towards itself same side.
Preferably, at least four is arranged in the upper air inlet portion.
The upper air inlet portion can drive the intracorporal flow rotation of the cylinder to move by the lateral airflow of ejection, thus
The eddy airstream wind rotated around the body centre is generated, the bobbing machine and the sandblasting portion is cooperated to carry out part
Polishing.
Preferably, the sandblasting portion is corresponded with the upper air inlet portion respectively along the cylinder inboard wall, and every
The outlet in a sandblasting portion be right against its in pairs the corresponding upper air inlet portion outlet.The outlet in the sandblasting portion sprays
Abrasive sand enter the cylinder moment by the upper air inlet portion it is distinguished and admirable break up and scraped by the intracorporal vortex wind of the cylinder it is scattered,
Violent wind sand air-flow plays effective burnishing action to part.
Preferably, the lower inlet section is arranged vertically upwards to cooperate the upper air inlet portion to be formed in the cylinder
The eddy airstream of movement.
Preferably, to tilt upward setting towards itself same level direction side described to cooperate for the lower inlet section
Upper air inlet portion is formed in the eddy airstream moved in the cylinder.
The lower inlet section blowout straight up or the distinguished and admirable one side that tilts upward cooperates the bobbing machine to play
Effect of vibration keeps part amplitude of emptying of having been shaken more acutely obvious, and the upper air inlet portion is on the one hand cooperated to make eddy airstream more
It is complicated acutely to have and increase distinguished and admirable intensity and convection intensity effect, then cooperate the abrasive sand of the sandblasting portion ejection, make therein zero
Part is more effectively polished.
Preferably, the cylinder inboard wall is provided with sliding slot；The sieve splicing layer edge, which is provided with, is slidably coupled to institute
The ball in sliding slot is stated, the sieve splicing layer is made by the air-flow that the upper air inlet portion and the lower inlet section generate jointly
It can be rotated by pushing.The sieve splicing layer can be rotated in the case where being vortexed wind action, can increase the movement of part, while
Its rubbing action to part is increased, so that the polishing action that part is subject to is further.
Preferably, the sieve splicing layer has rough waveform curved surface.The waveform curved surface increases by zero
Part is in vibration and friction amplitude wherein, also for reinforcement polishing action.
Preferably, the inner barrel surface is covered with wear-resisting buffer pad.The wear-resisting buffer pad is on the one hand described in protection
The material on inner barrel surface, on the one hand can avoid that part is possible in polishing operation scrapes damage.
The technological merit of the utility model be the polishing fixture of the Hardware fitting it is compact-sized rationally, using simple side
Just, the upper air inlet portion drives the intracorporal air-flow of the cylinder to carry out eddying motion, while the bobbing machine vibrates the cylinder,
To driving part to vibrate, eddy airstream generates the friction between its friction and part and part to part, make part by
Effectively polishing；Furthermore the abrasive sand that the sandblasting portion sprays into breaks up flowing by the upper air inlet portion and the lower inlet section
Effect further enhances polishing action suffered by part with the more substantially effectively collision friction of the part in vibration；Also,
The material and wavy surface of the sieve splicing layer can reinforce the rubbing action to part in vibration, and the sieve splicing layer can also
It is rotated under vortex wind effect by the sliding pearl, further reinforces polishing action suffered by part.
Detailed description of the invention
Fig. 1 is the general structural schematic diagram of the utility model embodiment；
Fig. 2 is the general partial structural diagram of the utility model embodiment；
Fig. 3 is the general partial structural diagram of the utility model embodiment；
Corresponding each toponym is numbered in figure and is respectively as follows: 1- cylinder, and 11- upper air inlet portion, 12- sandblasting portion enters the wind under 13-
Portion, 14- sieve splicing layer, 141- ball, 2- bobbing machine.
Specific embodiment
Below in conjunction with attached drawing, by specific embodiment, the utility model is described in further detail:
Embodiment one: see Fig. 1, Fig. 2, Fig. 3, a kind of vortex wind formula burnishing device of Hardware fitting, including cylinder 1, connection
It is used to vibrate the bobbing machine 2 of cylinder 1 in cylinder 1 and set on the vortex fan structure of cylinder 1, vortex fan structure includes being set to cylinder 1
Interior the first air-supply assembly and the second air-supply assembly, the first air-supply assembly include around the upper air inlet portion 11 of 1 inner wall of cylinder setting
With the sandblasting portion 12 that abrasive sand is added into cylinder 1 for catering to the setting of upper air inlet portion 11, the second air-supply assembly includes being set to cylinder 1
The lower inlet section 13 of bottom and the sieve splicing layer 14 that 1 side wall of cylinder is connected to above lower inlet section 13, by being vortexed wind
Mechanism cooperation bobbing machine 2 enables the part in cylinder 1 in vibration processes by comprehensive sanding and polishing.1 inside table of cylinder
Face is covered with wear-resisting buffer pad, and wear-resisting buffer pad can be rubber layer, spongy layer, plastic layer etc., is closely covered on table in cylinder
Face and do not stop vortex fan structure.
Upper air inlet portion 11 is arranged 4 in same circumferential horizontal plane along wall circular in cylinder 1, and each upper air inlet portion 11 goes out
Mouth forms the eddy airstream moved along cylinder 1 towards the same side of itself.Distinguish along 1 inner wall of cylinder in sandblasting portion 12
Corresponded with upper air inlet portion 11, and the outlet in each sandblasting portion 12 be right against its pairs of corresponding upper air inlet portion 11, institute out
Mouthful.Lower inlet section 13 is arranged vertically upwards the eddy airstream moved in cylinder 1 to cooperate upper air inlet portion 11 to be formed in.
1 inner wall of cylinder is provided with sliding slot；14 edge of sieve splicing layer is provided with the ball 141 being slidably coupled in sliding slot,
By the air-flow that upper air inlet portion 11 and lower inlet section 13 generate jointly sieve splicing layer 14 can be rotated by pushing.Sieve splicing
Layer 14 has rough waveform curved surface.
Embodiment two: see Fig. 1, Fig. 2, Fig. 3, a kind of vortex wind formula burnishing device of Hardware fitting, including cylinder 1, connection
It is used to vibrate the bobbing machine 2 of cylinder 1 in cylinder 1 and set on the vortex fan structure of cylinder 1, vortex fan structure includes being set to cylinder 1
Interior the first air-supply assembly and the second air-supply assembly, the first air-supply assembly include around the upper air inlet portion 11 of 1 inner wall of cylinder setting
With the sandblasting portion 12 that abrasive sand is added into cylinder 1 for catering to the setting of air inlet port 11, the second air-supply assembly includes being set to cylinder 1
The lower inlet section 13 of bottom and the sieve splicing layer 14 that 1 side wall of cylinder is connected to above lower inlet section 13, by being vortexed wind
Mechanism cooperation bobbing machine 2 enables the part in cylinder 1 in vibration processes by comprehensive sanding and polishing.1 inside table of cylinder
Face is covered with wear-resisting buffer pad, and wear-resisting buffer pad can be rubber layer, spongy layer, plastic layer etc., is closely covered on table in cylinder
Face and do not stop vortex fan structure.
(with one distinctive points of embodiment) upper air inlet portion 11 is provided with 8 in two circumferential levels along wall circular in cylinder 1
Face, the outlet in each upper air inlet portion 11 form the eddy airstream moved along cylinder 1 towards the same side of itself.Sandblasting
Portion 12 along 1 inner wall of cylinder respectively with upper air inlet portion 11 correspond, and the outlet in each sandblasting portion 12 be right against its institute at
Outlet to corresponding upper air inlet portion 11.Lower inlet section 13, which is tilted upward towards itself same level direction side, to be arranged to match
It closes inlet section 11 and is formed in the eddy airstream moved in cylinder 1.
1 inner wall of cylinder is provided with sliding slot；14 edge of sieve splicing layer is provided with the ball 141 being slidably coupled in sliding slot,
By the air-flow that upper air inlet portion 11 and lower inlet section 13 generate jointly sieve splicing layer 14 can be rotated by pushing.Sieve splicing
Layer 14 has rough waveform curved surface.
Embodiment three: see Fig. 1, Fig. 2, Fig. 3, a kind of vortex wind formula burnishing device of Hardware fitting, including cylinder 1, connection
It is used to vibrate the bobbing machine 2 of cylinder 1 in cylinder 1 and set on the vortex fan structure of cylinder 1, vortex fan structure includes being set to cylinder 1
Interior the first air-supply assembly and the second air-supply assembly, the first air-supply assembly include around the upper air inlet portion 11 of 1 inner wall of cylinder setting
With the sandblasting portion 12 that abrasive sand is added into cylinder 1 for catering to the setting of air inlet port 11, the second air-supply assembly includes being set to cylinder 1
The lower inlet section 13 of bottom and the sieve splicing layer 14 that 1 side wall of cylinder is connected to above lower inlet section 13, by being vortexed wind
Mechanism cooperation bobbing machine 2 enables the part in cylinder 1 in vibration processes by comprehensive sanding and polishing.1 inside table of cylinder
Face is covered with wear-resisting buffer pad, and wear-resisting buffer pad can be rubber layer, spongy layer, plastic layer etc., is closely covered on table in cylinder
Face and do not stop vortex fan structure.
(with one distinctive points of embodiment) upper air inlet portion 11 is arranged 4 along 1 inner wall of cylinder from low to high and helically rises shape,
The outlet in each upper air inlet portion 11 forms the eddy airstream moved along cylinder 1 towards the same side of itself.Sandblasting portion
12 correspond with upper air inlet portion 11 respectively along 1 inner wall of cylinder, and the outlet in each sandblasting portion 12 is right against its institute in pairs
The outlet in corresponding upper air inlet portion 11.Lower inlet section 13 is arranged vertically upwards to cooperate upper air inlet portion 11 to be formed in cylinder 1
The eddy airstream of movement.
1 inner wall of cylinder is provided with sliding slot；14 edge of sieve splicing layer is provided with the ball 141 being slidably coupled in sliding slot,
By the air-flow that upper air inlet portion 11 and lower inlet section 13 generate jointly sieve splicing layer 14 can be rotated by pushing.Sieve splicing
Layer 14 has rough waveform curved surface.
Example IV: see Fig. 1, Fig. 2, Fig. 3, a kind of vortex wind formula burnishing device of Hardware fitting, including cylinder 1, connection
It is used to vibrate the bobbing machine 2 of cylinder 1 in cylinder 1 and set on the vortex fan structure of cylinder 1, vortex fan structure includes being set to cylinder 1
Interior the first air-supply assembly and the second air-supply assembly, the first air-supply assembly include around the upper air inlet portion 11 of 1 inner wall of cylinder setting
With the sandblasting portion 12 that abrasive sand is added into cylinder 1 for catering to the setting of air inlet port 11, the second air-supply assembly includes being set to cylinder 1
The lower inlet section 13 of bottom and the sieve splicing layer 14 that 1 side wall of cylinder is connected to above lower inlet section 13, by being vortexed wind
Mechanism cooperation bobbing machine 2 enables the part in cylinder 1 in vibration processes by comprehensive sanding and polishing.1 inside table of cylinder
Face is covered with wear-resisting buffer pad, and wear-resisting buffer pad can be rubber layer, spongy layer, plastic layer etc., is closely covered on table in cylinder
Face and do not stop vortex fan structure.
(with one distinctive points of embodiment) upper air inlet portion 11 is arranged 6 along 1 inner wall of cylinder from low to high and helically rises shape,
The outlet in each upper air inlet portion 11 forms the eddy airstream moved along cylinder 1 towards the same side of itself.Sandblasting portion
12 correspond with upper air inlet portion 11 respectively along 1 inner wall of cylinder, and the outlet in each sandblasting portion 12 is right against its institute in pairs
The outlet in corresponding upper air inlet portion 11.Lower inlet section 13, which is tilted upward towards itself same level direction side, to be arranged to cooperate
Upper air inlet portion 11 is formed in the eddy airstream moved in cylinder 1.
1 inner wall of cylinder is provided with sliding slot；14 edge of sieve splicing layer is provided with the ball 141 being slidably coupled in sliding slot,
By the air-flow that upper air inlet portion 11 and lower inlet section 13 generate jointly sieve splicing layer 14 can be rotated by pushing.Sieve splicing
Layer 14 has rough waveform curved surface.
In summary, the effect of upper air inlet portion 11 and lower inlet section 13 makes to form strong vortex wind movement in cylinder 1,
Under the cooperation that bobbing machine 2 vibrates cylinder 1, the part in cylinder 1 in the backwash wind vibrated and is driven, and is carried out empty
Friction of the gas to the friction and part of part to part；Meanwhile the abrasive sand sprayed by sandblasting portion 12, entering cylinder 1
Moment is broken up by the air-flow in the upper air inlet portion 11 of positive counterpart, abrasive sand later again through be vortexed wind acutely comprehensively drive, make its with
Carry out collision friction between part, it is more efficient to the burnishing action of part strong under above situation, polishing action can be made complete
Very good at ground, excellent effect, polishing time also can substantially reduce, and product quality greatly promotes.Upper air inlet portion 11 can be with
The flow rotation movement in cylinder 1 is driven by the lateral airflow of ejection, to generate the whirlpool rotated around 1 center of cylinder
Rotational gas flow wind cooperates bobbing machine 2 and sandblasting portion 12 to polish part.The abrasive sand in sandblasting portion 12 enters the moment of cylinder 1
By upper air inlet portion 11 it is distinguished and admirable break up and scattered, violent wind sand air-flow scraped by the vortex wind in cylinder 1 part is played effectively
Burnishing action.Lower inlet section 13 blow out straight up or the vibration played of the distinguished and admirable one side cooperation bobbing machine 2 that tilts upward
Effect makes part shaken, and amplitude of emptying is more acutely obvious, and on the one hand cooperation upper air inlet portion 11 makes the more complicated play of eddy airstream
It is strong, have and increase distinguished and admirable intensity and convection intensity effect, then the abrasive sand for cooperating sandblasting portion 12 to spray, there is part therein more
The polishing of effect ground.Sieve splicing layer 14 can be rotated in the case where being vortexed wind action, can be increased the movement of part, be also increased simultaneously
Its rubbing action to part, so that the polishing action that part is subject to is further.Waveform curved surface increases part wherein
Vibration and friction amplitude, also for reinforcement polishing action.On the one hand wear-resisting buffer pad protects the material of 1 interior surface of cylinder,
On the one hand it can avoid that part is possible in polishing operation scrapes damage.
Claims (10)
1. a kind of vortex wind formula burnishing device of Hardware fitting, it is characterised in that: including cylinder (1), be connected to the cylinder (1)
For vibrating the bobbing machine (2) of the cylinder (1) and being set to the vortex fan structure of the cylinder (1), the vortex fan structure packet
The first air-supply assembly and the second air-supply assembly being set in the cylinder (1) are included, first air-supply assembly includes around described
The upper air inlet portion (11) of cylinder (1) inner wall setting and the sandblasting portion (12) of cooperation upper air inlet portion (11) lifting, described second
Air-supply assembly includes being connected to set on the lower inlet section (13) of the cylinder (1) bottom and positioned at lower inlet section (13) top
The sieve splicing layer (14) of cylinder (1) side wall.
2. a kind of vortex wind formula burnishing device of Hardware fitting according to claim 1, it is characterised in that: the upper air inlet
Portion (11) is equal along circumferential one circle of annular setting of the cylinder (1) inner wall or multi-turn, the outlet of each upper air inlet portion (11)
Towards the same side of itself.
3. a kind of vortex wind formula burnishing device of Hardware fitting according to claim 1, it is characterised in that: the upper air inlet
Portion (11) along the cylinder (1) inner wall be arranged from low to high it is multiple helically rise shape, each upper air inlet portion (11)
Outlet is towards itself same side.
4. a kind of vortex wind formula burnishing device of Hardware fitting according to claim 2 or 3, it is characterised in that: on described
At least four is arranged in inlet section (11).
5. a kind of vortex wind formula burnishing device of Hardware fitting according to claim 4, it is characterised in that: the sandblasting portion
(12) it is corresponded respectively with the upper air inlet portion (11) along the cylinder (1) inner wall, and each sandblasting portion (12)
Outlet be right against its in pairs the corresponding upper air inlet portion (11) outlet.
6. a kind of vortex wind formula burnishing device of Hardware fitting according to claim 1, it is characterised in that: the lower air inlet
The outlet in portion (13) it is vertical upward.
7. a kind of vortex wind formula burnishing device of Hardware fitting according to claim 1, it is characterised in that: the lower air inlet
The outlet in portion (13) is towards itself same side and outlet air upward and obliquely simultaneously.
8. a kind of vortex wind formula burnishing device of Hardware fitting according to claim 1, it is characterised in that: the cylinder
(1) inner wall is provided with sliding slot；The setting of the sieve splicing layer (14) edge is connected with the ball being slidably coupled in the sliding slot
(141).
9. a kind of vortex wind formula burnishing device of Hardware fitting according to claim 8, it is characterised in that: the sieve connects
The bed of material (14) has rough waveform curved surface.
10. a kind of vortex wind formula burnishing device of Hardware fitting according to claim 1, it is characterised in that: the cylinder
(1) interior surface is covered with wear-resisting buffer pad.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821374886.6U CN208601347U (en) | 2018-08-24 | 2018-08-24 | A kind of vortex wind formula burnishing device of Hardware fitting |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821374886.6U CN208601347U (en) | 2018-08-24 | 2018-08-24 | A kind of vortex wind formula burnishing device of Hardware fitting |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208601347U true CN208601347U (en) | 2019-03-15 |
Family
ID=65679633
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821374886.6U Expired - Fee Related CN208601347U (en) | 2018-08-24 | 2018-08-24 | A kind of vortex wind formula burnishing device of Hardware fitting |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208601347U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108747839A (en) * | 2018-08-24 | 2018-11-06 | 浙江宏博新型建材有限公司 | A kind of vortex wind formula burnishing device of Hardware fitting |
-
2018
- 2018-08-24 CN CN201821374886.6U patent/CN208601347U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108747839A (en) * | 2018-08-24 | 2018-11-06 | 浙江宏博新型建材有限公司 | A kind of vortex wind formula burnishing device of Hardware fitting |
| CN108747839B (en) * | 2018-08-24 | 2024-01-26 | 浙江宏博新型建材有限公司 | Vortex wind type polishing device for hardware fittings |
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| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20190315 Termination date: 20200824 |
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| CF01 | Termination of patent right due to non-payment of annual fee |