CN208596002U - The double drilling duplicate removal all-in-one machines of dynamic balancing - Google Patents
The double drilling duplicate removal all-in-one machines of dynamic balancing Download PDFInfo
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- CN208596002U CN208596002U CN201821207272.9U CN201821207272U CN208596002U CN 208596002 U CN208596002 U CN 208596002U CN 201821207272 U CN201821207272 U CN 201821207272U CN 208596002 U CN208596002 U CN 208596002U
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- Prior art keywords
- detection
- sliding sleeve
- dynamic balancing
- mounting disc
- processing
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Abstract
The utility model discloses a kind of double drilling duplicate removal all-in-one machines of dynamic balancing, including rack, a horizontally disposed work top is formed in rack, the drill unit of dynamic balance detector structure and numerical control is provided on work top, it is characterized in that, the dynamic balance detector structure is one and is formed with a dynamic balancing detection station, and the drill unit of the numerical control is at least one and forms the drilling station different with dynamic balancing detection station position.The utility model can be realized the dynamic balancing detection and drilling processing processing of revolving body member, while can greatly improve the treatment effeciency of batch detection processing.
Description
Technical field
The utility model relates to revolving parts measuring and repairing technology fields；It is gone more particularly to a kind of double drillings of dynamic balancing
Weight all-in-one machine.
Background technique
Dynamic balancing machine is a kind of equipment for measuring the size and location of revolving body member (rotor) amount of unbalance.Work as survey
After measuring the unbalanced position of component and size, so that it may which in corresponding position, part loss of weight removes not by way of drilling cutting
Aequum, so that component restores rotary balance.
Currently, the mode of dynamic balancing measurement duplicate removal processing is mostly a balancing machine with a bench drill in enterprise.Operator
The workpiece that will be measured is put into balance airborne measurements；If computing ballance correction is exceeded, workpiece is put into Manual drilling on drilling machine, is gone
Weight.This mode is manual operation drilling machine, operator's large labor intensity.
In addition, there are also a kind of single-station full-automatic balancing machines in the prior art, i.e., measuring machine is provided on smooth muscle simultaneously
Workpiece is placed on balancing machine by the drilling sector of structure and numerical control, operator, balancing machine automatic measurement；If computing ballance correction is exceeded,
The drilling sector automatic drilling duplicate removal of numerical control.For this mode relative to first way, the degree of automation is relatively higher, due to boring
Hole and duplicate removal all carry out on a station, therefore processing efficiency is very low.And the dynamic balancing detection of revolving body member, it is generally batch
Amount ground carries out, and single component processing takes a long time, and seriously increases whole time-consuming needed for batch component detection processing.
Therefore revolving body member dynamic balancing detection and treatment effeciency when how to improve batch detection processing, become art technology
Personnel have considered solve the problems, such as.
Utility model content
In view of the above shortcomings of the prior art, the technical problem to be solved by the utility model is to how to provide a kind of return
Whole efficiency higher dynamic balancing double drilling duplicate removal all-in-one machines of the body member in batch detection processing.
In order to solve the above-mentioned technical problem, the utility model uses the following technical solution:
A kind of double drilling duplicate removal all-in-one machines of dynamic balancing, including rack are formed with a horizontally disposed work top in rack,
The drill unit of dynamic balance detector structure and numerical control is provided on work top, which is characterized in that the dynamic balance detector structure
For one and it is formed with a dynamic balancing detection station, the drill unit of the numerical control is at least one and is formed and dynamic balancing inspection
Survey the different drilling station in station position.
It will test station and drilling station in this way to separate, do not have to mutually wait time-consuming, therefore can greatly improve at equipment
Manage efficiency.
Further, the drill unit of the numerical control be two and each self-forming one and dynamic balancing detection station position not
Same drilling station.
After improving in this way, a detection station and two drilling stations are formed simultaneously on work top.Simultaneously because one
As time-consuming of the revolving body member when dynamic balancing detects it is shorter, and taking a long time for drilling processing generally detects time-consuming two
Times or so, therefore use the present apparatus work when, detection station and drilling station can continuously work, and do not have to mutually etc.
To.Therefore whole efficiency when can greatly improve member batch detection processing, reduce the time cost of processing.
As optimization, the dynamic balance detector structure includes rotationally being mounted vertically on work top by bearing
Detection shaft, detection are sequentially connected with shaft lower end and detection with motor, and detection stretches out work top with shaft upper end upwards
And it is horizontally disposed have detection mounting disc, detection is provided with workpiece fixing tool to be detected with mounting disc upper surface and is formed dynamic flat
Weigh detection station, and detection is equipped with the pressure sensor detected for dynamic balancing with mounting disc lower surface.
In this way, structure is simple and can reliablely and stablely realize that dynamic balancing detects.
Further, the workpiece fixing tool to be detected includes detection cone convex in the middle part of detection mounting disc
Shape positioning convex platform.
In this way, to be due to general workpiece to be detected the be intermediate component with mounting shaft hole, therefore use the tooling, energy
Enough facilitate the clamping realized to workpiece to be detected.
Or the workpiece fixing tool to be detected includes that detection is arranged in on workpiece on arrangement disk and to be detected
The matched dowel hole of location hole, and positioning pin corresponding with dowel hole.Realize that itself is deposited by positioning pin in this way, facilitating
It is fixed in the clamping of the workpiece to be detected of location hole.
As optimization, the drill unit includes cutting positioning mechanism and numerically controlled drill, the cutting positioning mechanism include
The shaft of the cutting positioning servo motor being mounted under work top, cutting positioning servo motor stretches out work top upwards
And it is horizontally disposed have a processing mounting disc, processing is provided with workpiece to be processed fixing tool with mounting disc upper surface and is formed
Drilling station, the drill of numerically controlled drill, which corresponds to, to be arranged above processing mounting disc and adds for realizing the drilling for installing workpiece
Work.
In such manner, it is possible to which convenient reliablely and stablely realize drilling processing.Wherein the numerically controlled drill is the mature prior art, can
To use the drilling machine of vertical drilling machine or horizontal direction according to product object characteristic, specific structure is not described here in detail.
As optimization, workpiece to be processed fixing tool includes that convex processing in the middle part of processing mounting disc is fixed with taper
Position boss further includes the pressed component positioned at coaxial inner conductor setting above processing taper positioning convex platform.
In this way, facilitating the positioning and compression realized to the workpiece of drilling to be processed, drilling is carried out after compression, guarantees drilling
Reliability and stability.
As optimization, workpiece to be processed fixing tool further includes pneumatic clamping mechanism, and pneumatic clamping mechanism includes vertical solid
Surely the guide post being set on the work top of processing mounting disc side, guide post top are equipped with compression cunning
Set compresses and is connected with sliding sleeve lower end with the telescopic end of a vertically arranged compression cylinder, compresses also horizontal with sliding sleeve side
It is fixedly installed the compression support arm extended to above processing mounting disc, is compressed with the processing installation of support arm outer end face
Dish axle heart line position is provided with a compression bearing, and a compressor arm is fixedly installed in compression bearing inner race, and compressor arm is constituted
The pressed component.
In this way, can be convenient the fast-holding clamping quickly realized by the way of pneumatic to workpiece, work effect is improved
Rate.
As optimization, guide post lower part is also equipped with a head part sliding sleeve, and head part sliding sleeve lower end and one erect
The telescopic end for the head part cylinder being directly arranged is connected, and head part is fixedly installed a head part plate, head part with sliding sleeve side also level
The processing of plate face is provided with aperture with taper positioning convex platform and is set in outside processing taper positioning convex platform.
In this way, head part plate can be moved to workpiece lower end before the positioning of workpiece drilling processing and loading clamp, after drilling, according to
It drives head part plate to move upwards with cylinder by head part, quickly workpiece can be jacked up upwards, facilitate inloading part.
As optimization, guide post is two be set side by side, and the compression between two guide posts is provided with between sliding sleeve
It compressing and uses sliding sleeve connecting plate, compression is arranged between two guide posts with cylinder and upper end is connected with compression with sliding sleeve connecting plate,
Head part between two guide posts is used with head part sliding sleeve connecting plate, head part sliding sleeve connecting plate and compression is provided between sliding sleeve
The projection sequence setting of sliding sleeve connecting plate in the horizontal plane, the telescopic end of head part cylinder is upwards and head part sliding sleeve connecting plate
It is connected.
In such manner, it is possible to which the force of cylinder balances and stablizes when better ensuring that compression and inloading part.
As optimization, respectively edge is provided with the consistent graduated scale of a circle with mounting disc for detection mounting disc and processing
Know.In this way, can be convenient zeroing alignment, realization alignment keeps workpiece installation position consistent during also can be convenient travelling workpiece
Property, to facilitate drilling processing to look for position.
As optimization, the cutting positioning is connected with the numerical control part of numerically controlled drill with servo motor.Better choice
It is other constructional element of electrical apparatus, as pressure sensor is also connected with the numerical control part of numerically controlled drill with detection with motor.
In this way, the convenient numerical control part for directly relying on numerically controlled drill, realizes linkage control, detects by pressure sensor
After needing drilling position, cutting positioning servo motor is directly controlled on drilling station and drives workpiece to be processed rotation corresponding angle
It realizes the alignment of position to be drilled and drill, improves the degree of automation.
In conclusion the utility model can be realized the dynamic balancing detection and drilling processing processing of revolving body member, simultaneously
The treatment effeciency of batch detection processing can be greatlyd improve.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of the utility model embodiment.
Fig. 2 is the schematic diagram of independent pneumatic clamping mechanism in Fig. 1.
Fig. 3 is the left view of Fig. 2.
Specific embodiment
The utility model is described in further detail with reference to the accompanying drawing
Embodiment: referring to Fig. 1-3, a kind of double drilling duplicate removal all-in-one machines of dynamic balancing, including rack 1 are formed with one in rack 1
Horizontally disposed work top 2 is provided with the drill unit of dynamic balance detector structure and numerical control on work top 2, wherein described
Dynamic balance detector structure is one and is formed with a dynamic balancing detection station, and the drill unit of the numerical control is for two and respective
Form one and the adjacent drilling station of dynamic balancing detection station.
After improving in this way, a detection station and two drilling stations are formed simultaneously on work top.It will test in this way
Station and drilling station separate, and do not have to mutually wait time-consuming.Simultaneously because consumption of the general revolving body member when dynamic balancing detects
When shorter, and taking a long time for drilling processing, when generally detecting time-consuming twice or so, therefore using present apparatus work, detection
Station and drilling station can continuously work, and not have to mutually wait.Therefore member batch inspection can be greatlyd improve
Whole efficiency when processing is surveyed, the time cost of processing is reduced.
Wherein, the dynamic balance detector structure includes the detection being rotationally mounted vertically on work top by bearing
With shaft 3, detection 3 lower end of shaft and detection are sequentially connected with motor 4, and detection stretches out work top with 3 upper end of shaft upwards
And it is horizontally disposed have detection mounting disc 5, detection is provided with workpiece fixing tool to be detected with 5 upper surface of mounting disc and is formed dynamic
Balance detection station, detection are equipped with the pressure sensor detected for dynamic balancing with mounting disc lower surface.
In this way, structure is simple and can reliablely and stablely realize that dynamic balancing detects.
Wherein, the workpiece fixing tool to be detected includes that convex detection in the middle part of detection mounting disc is fixed with taper
Position boss 6.
In this way, to be due to general workpiece to be detected the be intermediate component with mounting shaft hole, therefore use the tooling, energy
Enough facilitate the clamping realized to workpiece to be detected.
Wherein the workpiece fixing tool to be detected further includes that detection is arranged in on workpiece on arrangement disk and to be detected
The matched dowel hole of location hole, and positioning pin corresponding with dowel hole.Itself is realized by positioning pin in this way, facilitating
There are the clampings of the workpiece to be detected of location hole to fix.
Wherein, the drill unit includes cutting positioning mechanism and numerically controlled drill 17, and the cutting positioning mechanism includes peace
Cutting positioning servo motor 16 under work top cuts positioning with the shaft of servo motor 16 and stretches out workbench upwards
Face and it is horizontally disposed have a processing mounting disc, processing is provided with workpiece to be processed fixing tool and shape with mounting disc upper surface
At drilling station, it is arranged above the corresponding processing mounting disc of the drill 19 of numerically controlled drill 17 and for realizing the brill for installing workpiece
Cut processing.
In such manner, it is possible to which convenient reliablely and stablely realize drilling processing.Wherein the numerically controlled drill is the mature prior art, can
To use the drilling machine of vertical drilling machine or horizontal direction according to product object characteristic, specific structure is not described here in detail.In addition, real
Shi Shi can realize drilling work by the infrared probe of detection direction face drilling station by the way of infrared detection
Whether position is packed into the detection of component, to realize the automation of identification piece installing, conducive to the accuracy and efficiency for improving drilling.
Wherein, workpiece to be processed fixing tool includes convex processing taper convex in the middle part of processing mounting disc
Platform further includes the pressed component 7 positioned at coaxial inner conductor setting above processing taper positioning convex platform.
In this way, facilitating the positioning and compression realized to the workpiece of drilling to be processed, drilling is carried out after compression, guarantees drilling
Reliability and stability.
Wherein, workpiece to be processed fixing tool further includes pneumatic clamping mechanism, and pneumatic clamping mechanism includes that vertical fixation is set
The guide post 8 being placed on the work top of processing mounting disc side, 8 top of guide post are equipped with a compression sliding sleeve
9, it compresses and is connected with a vertically arranged compression with the telescopic end of cylinder 10 with 9 lower end of sliding sleeve, compress and use 9 side of sliding sleeve also water
It is flat to be fixedly installed the compression support arm 11 that one extends to above processing mounting disc, it compresses and is processed with 11 outer end face of support arm
Mounting disc axle center line position is provided with a compression bearing 12, compresses and a compressor arm is fixedly installed with 12 inner ring of bearing,
Compressor arm constitutes the pressed component 7.
In this way, can be convenient the fast-holding clamping quickly realized by the way of pneumatic to workpiece, work effect is improved
Rate.
Wherein, compressor arm lower end is the rotary table that diameter is greater than member center bore dia to be processed, realizes compression to facilitate.
Wherein, guide post lower part is also equipped with a head part sliding sleeve 13, and head part 13 lower end of sliding sleeve and one erect
The telescopic end of the head part being directly arranged cylinder 14 is connected, and head part is fixedly installed a head part plate 15 with sliding sleeve side also level,
The 15 face processing of head part plate is provided with aperture with taper positioning convex platform and is set in outside processing taper positioning convex platform.
In this way, head part plate can be moved to workpiece lower end before the positioning of workpiece drilling processing and loading clamp, after drilling, according to
It drives head part plate to move upwards with cylinder by head part, quickly workpiece can be jacked up upwards, facilitate inloading part.
Wherein, guide post 8 is two be set side by side, and the compression between two guide posts 8 is with being provided with pressure between sliding sleeve 9
Sliding sleeve connecting plate is tightly used, compression is arranged between two guide posts with cylinder 10 and upper end is connected with compression with sliding sleeve connecting plate,
Head part between two guide posts 8 is with being provided with head part sliding sleeve connecting plate, head part sliding sleeve connecting plate and pressure between sliding sleeve 13
The tight projection sequence setting with sliding sleeve connecting plate in the horizontal plane, head part with the telescopic end of cylinder 14 upwards and head part sliding sleeve
Connecting plate is connected.
In such manner, it is possible to which the force of cylinder balances and stablizes when better ensuring that compression and inloading part.
Wherein, respectively edge is provided with the consistent scale marker of a circle with mounting disc for detection mounting disc 5 and processing.
In this way, can be convenient zeroing alignment, realization alignment keeps workpiece installation position consistency during also can be convenient travelling workpiece,
To facilitate drilling processing to look for position.
Wherein, the pressure sensor, detection motor and cutting positioning with servo motor and numerically controlled drill 17 number
Part 18 is controlled to be connected.
In this way, the convenient numerical control part for directly relying on numerically controlled drill, realizes linkage control, detects by pressure sensor
After needing drilling position, cutting positioning servo motor is directly controlled on drilling station and drives workpiece to be processed rotation corresponding angle
It realizes the alignment of position to be drilled and drill, improves the degree of automation.
When implementation, the drill unit of dynamic balance detector structure and numerical control can also use other being disclosed in the prior art
Structure, belong to fall into the application protection scope.
Claims (8)
1. a kind of double drilling duplicate removal all-in-one machines of dynamic balancing, including rack, a horizontally disposed work top, work are formed in rack
Make the drill unit that dynamic balance detector structure and numerical control are provided on table top, which is characterized in that the dynamic balance detector structure is
One and it is formed with a dynamic balancing detection station, the drill unit of the numerical control is at least one and is formed and dynamic balancing detection
The different drilling station in station position, the dynamic balance detector structure include rotationally being mounted vertically in workbench by bearing
Detection shaft on face, detection are sequentially connected with shaft lower end and detection with motor, and detection stretches out work with shaft upper end upwards
Make table top and be horizontally disposed with have detection mounting disc, detection is provided with workpiece fixing tool to be detected and shape with mounting disc upper surface
At dynamic balancing detection station, detection is equipped with the pressure sensor detected for dynamic balancing with mounting disc lower surface；It is described to be checked
Surveying workpiece fixing tool includes convex detection taper positioning convex platform in the middle part of detection mounting disc；Or it is described to be detected
Workpiece fixing tool includes that the detection matched dowel hole of location hole arranged on workpiece on disk and to be detected is arranged in, with
And positioning pin corresponding with dowel hole, the drill unit include cutting positioning mechanism and numerically controlled drill, the cutting positioning
Mechanism includes the cutting positioning servo motor being mounted under work top, and the shaft of cutting positioning servo motor is stretched out upwards
Work top and it is horizontally disposed have a processing mounting disc, processing is provided with workpiece to be processed regular worker with mounting disc upper surface
Fill and formed drilling station, the drill of numerically controlled drill corresponds to above processing mounting disc setting and for realizing installing workpiece
Drilling processing.
2. the double drilling duplicate removal all-in-one machines of dynamic balancing as described in claim 1, which is characterized in that the drill unit of the numerical control is
Two and each self-forming one drilling station different with dynamic balancing detection station position.
3. the double drilling duplicate removal all-in-one machines of dynamic balancing as described in claim 1, which is characterized in that workpiece to be processed fixing tool packet
It includes and is located at processing taper positioning convex platform convex in the middle part of processing mounting disc, further include being located on processing taper positioning convex platform
The pressed component of square coaxial inner conductor setting.
4. the double drilling duplicate removal all-in-one machines of dynamic balancing as claimed in claim 3, which is characterized in that workpiece to be processed fixing tool is also
Including pneumatic clamping mechanism, pneumatic clamping mechanism includes vertically being fixedly installed on the work top of processing mounting disc side
Guide post, guide post top are equipped with a compression sliding sleeve, compress and use sliding sleeve lower end and a vertically arranged compression
It is connected with the telescopic end of cylinder, compression sliding sleeve side also level is fixedly installed one and extends to above processing mounting disc
It compresses and uses support arm, compression is provided with a compression bearing with the face processing of support arm outer end with mounting disc axle center line position, compresses
A compressor arm is fixedly installed with bearing inner race, compressor arm constitutes the pressed component.
5. the double drilling duplicate removal all-in-one machines of dynamic balancing as claimed in claim 4, which is characterized in that guide post lower part is also equipped with
There is a head part sliding sleeve, the telescopic end of the head part that head part sliding sleeve lower end is vertically arranged with one cylinder is connected, and head part is used
Sliding sleeve side also level is fixedly installed a head part plate, and head part plate face processing is provided with aperture with taper positioning convex platform and covers
It is located at outside processing taper positioning convex platform.
6. the double drilling duplicate removal all-in-one machines of dynamic balancing as claimed in claim 5, which is characterized in that guide post is two be set side by side
A, the compression between two guide posts is arranged with cylinder at two with compression sliding sleeve connecting plate, compression is provided between sliding sleeve
Between guide post and upper end is connected with sliding sleeve connecting plate with compressing, and the head part between two guide posts is with being provided with top between sliding sleeve
Part sliding sleeve connecting plate, the projection sequence setting of head part sliding sleeve connecting plate and compression sliding sleeve connecting plate in the horizontal plane,
The telescopic end of head part cylinder is connected with head part with sliding sleeve connecting plate upwards.
7. dynamic balancing as claimed in claim 6 pair drilling duplicate removal all-in-one machines, which is characterized in that the detection is used mounting disc and added
With mounting disc, respectively edge is provided with the consistent scale marker of a circle to work.
8. the double drilling duplicate removal all-in-one machines of dynamic balancing as claimed in claim 6, which is characterized in that cutting positioning servo electricity
Machine is connected with the numerical control part of numerically controlled drill.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821207272.9U CN208596002U (en) | 2018-07-27 | 2018-07-27 | The double drilling duplicate removal all-in-one machines of dynamic balancing |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821207272.9U CN208596002U (en) | 2018-07-27 | 2018-07-27 | The double drilling duplicate removal all-in-one machines of dynamic balancing |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208596002U true CN208596002U (en) | 2019-03-12 |
Family
ID=65603898
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821207272.9U Expired - Fee Related CN208596002U (en) | 2018-07-27 | 2018-07-27 | The double drilling duplicate removal all-in-one machines of dynamic balancing |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208596002U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110202183A (en) * | 2019-07-09 | 2019-09-06 | 吉林省中联试验机制造有限公司 | A kind of amount of unbalance automatic correction equipment for clutch cover and plate assembly transfer matic |
| CN117775716A (en) * | 2023-12-26 | 2024-03-29 | 嘉善卡固电气设备股份有限公司 | Quality-reducing high-precision balance fan and manufacturing method thereof |
-
2018
- 2018-07-27 CN CN201821207272.9U patent/CN208596002U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110202183A (en) * | 2019-07-09 | 2019-09-06 | 吉林省中联试验机制造有限公司 | A kind of amount of unbalance automatic correction equipment for clutch cover and plate assembly transfer matic |
| CN117775716A (en) * | 2023-12-26 | 2024-03-29 | 嘉善卡固电气设备股份有限公司 | Quality-reducing high-precision balance fan and manufacturing method thereof |
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Legal Events
| 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: 20190312 Termination date: 20200727 |
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| CF01 | Termination of patent right due to non-payment of annual fee |