CN208342604U - Online peener - Google Patents
Online peener Download PDFInfo
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- CN208342604U CN208342604U CN201820919203.4U CN201820919203U CN208342604U CN 208342604 U CN208342604 U CN 208342604U CN 201820919203 U CN201820919203 U CN 201820919203U CN 208342604 U CN208342604 U CN 208342604U
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- blasting machine
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Abstract
The utility model relates to a kind of online peeners, including the oscillating rod type vibration conveying mechanism conveyed to workpiece to be handled, the vibrated bed that gathers materials with conveying is collected to the workpiece to be processed transferred out from oscillating rod type vibration conveying mechanism, the resistance laying mechanism for stopping or letting pass is formed to the workpiece to be processed of conveying gathering materials to be provided on vibrated bed, and the shot-blasting machine handled to workpiece to be handled, be disposed with the cyclically charging conveying mechanism workpiece to be processed transferred out from the vibrated bed that gathers materials being transported in shot-blasting machine between shot-blasting machine and the vibrated bed that gathers materials, shot-blasting machine discharge gate is provided with the outfeed belt conveyor of treated workpiece output.The utility model feeds without man-handling of materials, reduces labor intensity, can be realized ball blast in continuum, reduces electric energy loss, reduces pellet consumption.
Description
Technical field
The utility model relates to a kind of online peeners.
Background technique
There are two types of swing-bed shot-blasting machine now on the market is basic, one kind is continuous swing-bed shot-blasting machine, is not cleared up on production line
Workpiece continue through shot-blasting machine, no matter shot-blasting machine has workpiece or is constantly in ball blast state without workpiece, will cause equipment mill
Reduced lifetime is damaged, a large amount of to waste electric energy and consumption pellet, there are also equipment to take up space the disadvantages of big.
There are also a kind of swing-bed shot-blasting machine, plant working needs fork truck to be transported to shot-blasting machine feed mechanism to feed, manually
Charging be easy to cause feeding quantity uneven, sometimes on the high side sometimes on the low side.It excessively will cause charging mechanism damage, be not easy to full-automatic
Production, there are manual operation reasons to be not easy to control.
Summary of the invention
In view of the above problems, the object of the present invention is to provide a kind of auto feed, reduce artificial online ball blast dress
It sets.
The technical scheme for implementing the utility model is as follows
Online peener, including the oscillating rod type vibration conveying mechanism conveyed to workpiece to be handled, to from oscillating rod type
The workpiece to be processed that vibration conveying mechanism transfers out is collected the vibrated bed that gathers materials with conveying, is provided on vibrated bed gathering materials
The resistance laying mechanism for stopping or letting pass, and the shot-blasting machine handled to workpiece to be handled are formed to the workpiece to be processed of conveying,
It is disposed between the shot-blasting machine and the vibrated bed that gathers materials and the workpiece to be processed transferred out from the vibrated bed that gathers materials is transported to ball blast
Cyclically charging conveying mechanism in machine, shot-blasting machine discharge gate are provided with the outfeed belt conveyor of treated workpiece output.
Further, the oscillating rod type vibration conveying mechanism includes pedestal, swings transport platform, swings transport platform and is in pedestal
Top, in pedestal and swing and be disposed with inclined multiple support frames in the same direction between transport platform, the upper end of support frame with
It swings transport platform to be flexibly connected, lower end is movably connected with the base, and multiple elasticity are additionally provided between pedestal and swing transport platform and are propped up
Support member, the inclined direction of elastic supporting member for supporting optical member and the inclined direction of support frame on the contrary, elastic supporting member for supporting optical member upper end and swing transport platform
It is fixedly connected, lower end is fixedly connected with pedestal, and is set on pedestal to drive and is swung the swing that transport platform forms reciprocally swinging
Power mechanism.
Further, the power mechanism that swings includes motor, the cam for driving by motor rotation, is set on the outside of cam
It is equipped with the attachment base for following cam to rotate, transmission is formed by flexible connector between the attachment base and swing transport platform and is connected
It connects.
Further, the vibrated bed that gathers materials includes bracket, vibrating transportation bed body, passes through spring below vibrating transportation bed body
It is assemblied on bracket, vibrating motor is installed in vibrating transportation bed body；The resistance laying mechanism is set to vibrating transportation bed body
End.
Further, the resistance laying mechanism includes baffle, centering block, telescopic driver, and the middle part of centering block is installed by shaft
In in vibrating transportation bed body, one end of the centering block is fixedly connected with baffle, the telescopic end activity of the other end and telescopic driver
Connection, telescopic driver are installed in vibrating transportation bed body, and the width of the baffle and the width of vibrating transportation bed body are adapted.
Further, the cyclically charging conveying mechanism includes the material for receiving the workpiece to be processed exported from vibrating transportation bed
Material frame equipped with workpiece to be processed is conveyed to the charging conveyor structure of shot-blasting machine, and empty material frame is come out from shot-blasting machine by frame
It back conveys to receive the material frame circulation conveying mechanism of the workpiece to be processed of vibrating transportation bed output, the shot-blasting machine is provided with two
The charging station of a material frame is provided with the pushing mechanism of feed station material frame push-in or release in charging station.
Further, the charging conveyor structure includes material-feeding rack, and horizontal row shows multiple carrying material on material-feeding rack
Frame and the charging live-roller for driving material frame to move, adjacent drive roll end forms transmission by charging transmission mechanism, and drives
Any charging live-roller surrounds the charging driving mechanism of own rotation.
Further, material frame circulation conveying mechanism includes circulation bracket, recycles horizontal row on bracket and shows multiple hold
Material containing frame and the circulation live-roller for driving material frame to move, adjacent drive roll end form transmission by circulation drive mechanism, and
Any circulation live-roller is driven to surround the circulation driving mechanism of own rotation.
Further, it is provided between the material-feeding rack, circulation bracket and is moved to the material frame on charging conveyor structure
It is mobile that the material frame on charging conveyor structure is moved in material frame circulation conveying mechanism or by the material frame in material frame circulation conveying mechanism
Mechanism.
Further, the material frame mobile mechanism includes mobile bracket, lifting support, is provided with and lifts on mobile bracket
Or the lifting mechanism of lifting support is fallen, the mobile conveyer that carrying material frame is provided on lifting support and material frame is driven to move
Structure.
Using above-mentioned technical proposal, oscillating rod type vibration conveying mechanism can transport and not clear up workpiece, with automatic on-line swing-bed
Shot-blasting machine headend equipment forms automatic transfer；Gather materials vibrated bed, is added to resistance laying mechanism compared to common vibrated bed, is located at vibration
Bed exit, cylinder, which pulls, closes bin gate realization switch, closes bin gate when filling material frame is completely expected and closes, front end oscillating rod type jigging conveyer
Structure also sustainable operation does not have to frequent start-stop, when empty filling material frame need to feed, closes bin gate and opens, workpiece is entered by vibrated bed
Filling material frame, and the circulation to feed point that filling material frame transports shot-blasting machine feed mechanism and empty filling material frame may be implemented.It throws
Ball machine uses swing-bed formula, realizes the swing clearing function of workpiece.Outfeed belt conveyor is transported to the workpiece that cleaning is completed next
A link.
The utility model solves current shot-blasting machine and needs the wind such as man-handling of materials feeds and the presence of hand stock amount is overloaded
Danger solves continuous shot-blasting machine and cannot gather materials and concentrates ball blast, a large amount of the disadvantages of wasting electric energy and consumption pellet.Automatic on-line
Swing-bed shot-blasting machine realizes fully-automatic production, can be easy to access in whole post treatment line.The utility model is not necessarily to man-handling of materials
Charging reduces labor intensity, can be realized ball blast in continuum, reduces electric energy loss, reduces pellet consumption.
Detailed description of the invention
Fig. 1 is the side structure schematic diagram of the utility model；
Fig. 2 is the overlooking structure diagram of the utility model；
Fig. 3 is the structural schematic diagram of oscillating rod type vibration conveying mechanism in the utility model；
Fig. 4 is the structural schematic diagram of vibrated bed of gathering materials in the utility model；
Fig. 5 is the overlooking structure diagram of cyclically charging conveying mechanism in the utility model；
Fig. 6 is the side structure schematic view of cyclically charging conveying mechanism in the utility model；
Fig. 7 is the side structure schematic diagram of Fig. 6；
Fig. 8 is the structural schematic diagram of material frame mobile mechanism in the utility model；
Fig. 9 is the simple schematic diagram of side structure of Fig. 8；
In attached drawing, 1 is oscillating rod type vibration conveying mechanism, and 2 be the vibrated bed that gathers materials, and 3 be resistance laying mechanism, and 4 be shot-blasting machine, and 5 are
Cyclically charging conveying mechanism, 6 be outfeed belt conveyor, and 7 be pedestal, and 8 is swing transport platform, and 9 be support frame, and 10 be resilient support
Part, 11 be connecting plate, and 12 be motor, and 13 be cam, and 14 be attachment base, and 15 be flexible connector, and 16 be transition axis, and 17 be transition
Wheel, 18 be transmission belt, and 19 be connecting pin, and 20 be bracket, and 21 be vibrating transportation bed body, and 22 be spring, and 23 be stabilizer blade, and 24 be vibration
Motor, 25 be baffle, and 26 be centering block, and 27 be telescopic driver, and 28 be shaft, and 29 be material frame, and 30 be material-feeding rack, and 31 be charging
Live-roller, 32 be charging transmission mechanism, and 33 be charging driving mechanism, and 34 be circulation bracket, and 35 be circulation live-roller, and 36 be circulation
Drive mechanism, 37 is recycle driving mechanism, and 38 be material frame mobile mechanism, and 39 be material frame charging station, and 40 be material frame charging station,
41 be mobile bracket, and 42 be lifting support, and 43 be left support, and 44 be right support, and 45 be crossbearer, and 46 be left lifting block, and 47 be the right side
It is lifted block, 48 be driver, and 49 be connecting rod, and 50 be the first transmission shaft, and 51 be second driving shaft, and 52 be conveyor chain, and 53 be to push away
Motivation structure.
Specific embodiment
It is practical new below in conjunction with this to keep the objectives, technical solutions, and advantages of the embodiments of the present invention clearer
The technical solution of the utility model embodiment is clearly and completely described in the attached drawing of type embodiment.Obviously, described
Embodiment is a part of the embodiment of the utility model, instead of all the embodiments.Based on described the utility model
Embodiment, those of ordinary skill in the art's every other embodiment obtained under the premise of being not necessarily to creative work, all belongs to
In the range of the utility model protection.
As shown in figs 1-9, online peener, including the oscillating rod type vibration conveying mechanism conveyed to workpiece to be handled
1, the vibrated bed 2 that gathers materials with conveying is collected to the workpiece to be processed transferred out from oscillating rod type vibration conveying mechanism, is being gathered materials
Be provided on vibrated bed and the resistance laying mechanism 3 for stopping or letting pass formed to the workpiece to be processed of conveying, and to workpiece to be handled into
The shot-blasting machine 4 of row processing, is disposed with the work to be processed that will be transferred out from the vibrated bed that gathers materials between shot-blasting machine and the vibrated bed that gathers materials
Part is transported to the cyclically charging conveying mechanism 5 in shot-blasting machine, and shot-blasting machine discharge gate is provided with going out treated workpiece output
Material conveyer 6, outfeed belt conveyor can use band type conveyer.Oscillating rod type vibration conveying mechanism directly receives work to be processed
Part, workpiece to be processed are conveyed by oscillating rod type vibration conveying mechanism, the work transferred out by oscillating rod type vibration conveying mechanism
Part, into gathering materials on vibrated bed, in order to make shot-blasting machine be at the work under full load condition, to reduce energy consumption, by gathering materials
Resistance laying mechanism on vibrated bed, to carry out barrier, i.e., when shot-blasting machine is fully loaded with work, subsequent and next workpiece to be processed, by
Laying mechanism barrier is hindered at the vibrated bed that gathers materials, and when needs are to when shot-blasting machine feeding, resistance laying mechanism is then to the work gathered materials on vibrated bed
Part is let pass.
Wherein, oscillating rod type vibration conveying mechanism 1 includes horizontal positioned pedestal 7, swings transport platform 8, is swung at transport platform
In the top of pedestal, retaining space between transport platform and pedestal is swung, swings the upper surface of transport platform along the two of conveying direction
Side forms rib, to carry out baffle to the workpiece for swinging transport platform upper surface；Court is disposed between pedestal and swing transport platform
The upper end of the inclined multiple support frames 9 of same direction, support frame is flexibly connected by pin shaft with transport platform is swung, and lower end passes through pin
Axis is movably connected with the base, and multiple support frames can be arranged in base upper surface and swing the two sides between transport platform lower surface,
To be promoted to the stability for swinging transport platform support, multiple elastic supporting member for supporting optical member 10 are additionally provided between pedestal and swing transport platform,
Elastic supporting member for supporting optical member is spring, the inclined direction of elastic supporting member for supporting optical member and the inclined direction of support frame on the contrary, i.e. support frame and elasticity props up
Support member forms triangular shape and forms support to transport platform is swung；The upper end of elastic supporting member for supporting optical member is fixedly connected with transport platform is swung, lower end
It is fixedly connected with pedestal, it is common solid by screw or welding etc. in base upper surface, swing transport platform lower surface in specific implementation
Determine mode and be fixed with connecting plate 11, for the assembly of support frame and elastic supporting member for supporting optical member.And it is set on pedestal and drives swing defeated
The swing power mechanism for sending platform to form reciprocally swinging, swinging power mechanism includes motor 12, the cam 13 for driving by motor rotation,
It is provided with the attachment base 14 for following cam to rotate on the outside of cam, passes through flexible connector between attachment base and swing transport platform
15 form transmission connection.In specific implementation, motor is mounted on the base, and is equipped with transition axis 16, transition axis in the side of motor
On transition wheel 17 is installed, transition wheel and motor output shaft are formed by transmission belt 18 and are sequentially connected, and cam is installed on transition axis
On, follow transition axis to rotate.Attachment base is rotatablely installed by connecting pin 19 in the outside of cam, and one end of flexible connector 15 is logical
It crosses bolt to be installed on attachment base, the other end is installed on the connecting plate swung below transport platform by bolt.Work as motor in this way
When rotation, band moving cam is rotated, and the rotation of cam imparts power to swing by the transmission of attachment base, flexible connector
Transport platform, so as to the swing that transport platform forms regularity be swung, so as to generate conveying energy to the workpiece swung in transport platform
Power.
Wherein, the vibrated bed 2 that gathers materials includes bracket 20, vibrating transportation bed body 21, passes through spring 22 below vibrating transportation bed body
It is assemblied on bracket, spring upper end covers on the stabilizer blade 23 below vibrating transportation bed body, and lower end cap is on bracket, in vibrating transportation
Vibrating motor 24 is installed in bed body；Shaking force is provided by vibrating motor, and under the cooperation of spring, it can be to vibrating transportation
Workpiece in bed body generates conveying capacity, forms the rib to workpiece barrier in the two sides of vibrating transportation bed body.
Resistance laying mechanism 3 is set to the end of vibrating transportation bed body.Resistance laying mechanism includes baffle 25, centering block 26, flexible driving
The middle part of device 27, centering block is installed in vibrating transportation bed body by shaft 28, and one end of centering block and baffle fix (screw or bolt
Or welding) connect, the other end is flexibly connected with the telescopic end of telescopic driver, and telescopic driver is installed on vibrating transportation bed body
On, telescopic driver can use cylinder or oil cylinder, and the width of baffle and the width of vibrating transportation bed body are adapted.When needing to hinder
When workpiece in gear vibrating transportation bed body is fallen from bed body, telescopic driver stretches out, and centering block front end is driven to move downward, so that
Workpiece of the baffle gear on the end of vibrating transportation bed body, such vibrating transportation bed body just can not be arranged from vibrating transportation bed body end
Out；And the workpiece in vibrating transportation bed body is when needing to be discharged, telescopic driver retracts, and centering block front end is upturned, baffle also to
Upper movement loses the barrier ability to vibrating transportation bed body end, so that workpiece can be fallen from vibrating transportation bed body end.
Wherein, cyclically charging conveying mechanism 5 includes the material frame 29 for receiving the workpiece to be processed exported from vibrating transportation bed, will
Material frame equipped with workpiece to be processed is conveyed to the charging conveyor structure of shot-blasting machine, and empty material frame is come out from shot-blasting machine toward feedback
It send to receive the material frame circulation conveying mechanism of the workpiece to be processed of vibrating transportation bed output, there are two material frame to add for shot-blasting machine setting
Expect that station, two charging stations are arranged side by side, is provided in charging station by the promotion of feed station material frame push-in or release
Mechanism 53, pushing mechanism here can use identical structure with charging conveyor structure or material frame circulation conveying mechanism.In material frame
Bottom is equipped with conventional weighing tray for weighing to the workpiece in material frame, can also be equipped in material frame conventional
Position sensor monitors the workpiece amount of filling out in material frame, with obtain loaded in material frame workpiece number so that workpiece quantitative feed
Into in shot-blasting machine swing-bed, the workpiece in swing-bed is made to be evenly distributed rationally.
Charging conveyor structure includes material-feeding rack 30, and horizontal row shows multiple carrying material frames and drives material frame on material-feeding rack
The charging live-roller 31 of movement, adjacent drive roll end forms transmission by charging transmission mechanism 32, and drives any charging
Live-roller surrounds the charging driving mechanism 33 of own rotation.Here charging transmission mechanism can using transmission chain or transmission belt come
It realizes；The driving mechanism that feeds is using motor or is equipped with speed reducer, and the rotation of motor drives charging live-roller rotation, and material frame is in
It feeds on live-roller, the movement of material frame can be driven to form transmission in this way.There are two charging conveyor structure arrangements, in same
Side, one of charging conveyor structure are in the end for the vibrated bed that gathers materials.
Material frame circulation conveying mechanism includes circulation bracket 34, recycles horizontal row on bracket and shows multiple carrying material frames and drive
The circulation live-roller 35 of material frame movement, adjacent drive roll end forms transmission by circulation drive mechanism 36, and drives any
Recycle the circulation driving mechanism 37 that live-roller surrounds own rotation.Equally, circulation drive mechanism here can use transmission chain
Or transmission belt is realized；It recycles driving mechanism and speed reducer is equipped with using motor or motor, the rotation of motor drives circulation live-roller
Rotation, and material frame is on circulation live-roller, and the movement of material frame can be driven to form transmission in this way.
It is provided between material-feeding rack, circulation bracket and the material frame on charging conveyor structure is moved to material frame cyclic conveyor
The material frame mobile mechanism 38 being moved on structure or by the material frame in material frame circulation conveying mechanism on charging conveyor structure.
There are two material frame circulation conveying mechanism also arranges, two material frame circulation conveying mechanisms are in the same of charging conveyor structure
Side, two material frame circulation conveying mechanisms and the position of two charging conveyor structures correspond, i.e. circulation bracket and charging branch
Frame is arranged side by side, and the height of the two is consistent, and the live-roller arrangement height on two brackets is also identical.One of shot-blasting machine
Material frame charging station 39 is in charging conveyor structure one end, another material frame charging station 40 is in material frame circulation conveying mechanism one
End.It is operating, was operating there are three material frame between material frame circulation conveying mechanism, charging conveyor structure and shot-blasting machine charging station
Journey are as follows: workpiece to be processed is fallen from the vibrated bed that gathers materials, and one of material frame for collecting, follow in material frame by other two material frame
On ring conveying mechanism, after the material frame collects workpiece to be processed completely, material frame is transferred to shot-blasting machine one by the operating of charging conveyor structure
Feed in station, and other two material frame be moved on charging conveyor structure by material frame mobile mechanism, in this way one of them
Material frame can directly receive the workpiece to be processed fallen from the vibrated bed that gathers materials, after filling, then it is mobile by material frame mobile mechanism
Onto material frame circulation conveying mechanism, it is transported in another charging station of shot-blasting machine again by material frame circulation conveying mechanism, in this way
Two material frames equipped with workpiece to be processed are risen by the elevator feeder of shot-blasting machine, and material to be processed is added to shot-blasting machine
Middle carry out ball blast, and the material frame for remaining next sky is then moved to the vibrated bed end that gathers materials and gathers materials, and two at shot-blasting machine
It after the completion of a material frame feeding, is released, and is moved in material frame circulation conveying mechanism by pushing mechanism, another is filled wait locate
The material frame of science and engineering part is then transported in shot-blasting machine station, and so on, to realize the feeding process of automation, promotes work effect
Rate reduces the labor intensity of staff.
In specific implementation, material frame mobile mechanism 38 includes mobile bracket 41, lifting support 42, is provided on mobile bracket
The lifting mechanism for lifting or falling lifting support, the mobile biography that carrying material frame is provided on lifting support and material frame is driven to move
Transfer mechanism.Material frame mobile mechanism is between material frame circulation conveying mechanism and charging conveyor structure side by side, and mobile bracket is solid
Fixed motionless, including the crossbearer 45 between left support 43, right support 44 and fixed left and right bracket, lifting support is rectangle branch
Frame, the top in mobile bracket, lifting mechanism includes the left lifting block 46, right lifting block 47 and driver 48 of triangular shape,
Driver is fixedly installed on crossbearer, and driver here can be connected with oil cylinder or cylinder, driver and left lifting block lower end activity
It connects, is connected between the lower end of left lifting block and the lower end of right lifting block by connecting rod 49, in this way when driver drives left lifting block
When movement, right lifting block can be made to be formed with left lifting block and moved synchronously；It is left lifting block middle part by shaft rotational installation in
The top of left support, shaft here form the swing point of left lifting block；It is right lifting block middle part by shaft rotational installation in
The top of right support, shaft here form the swing point of right lifting block；The upper end of left lifting block passes through shaft and lifting support
The rotation connection of lower-left end, the upper end of right lifting block is rotatablely connected by the bottom righthand side of shaft and lifting support, works as driving in this way
After device stretches out, lifting block is driven to swing, and the swing for being lifted block can then jack up lifting support to form rising, when driver contracts
Hui Shi, lifting block is fallen after rise, so that lifting support forms decline.
Mobile transmission mechanism includes the first transmission shaft 50, the second driving shaft 51 being installed on lifting support, the first transmission
It is sequentially connected between axis and second driving shaft by conveyor chain 52, and the motor for driving transmission shaft to rotate.Work as material frame
When live-roller work in circulation conveying mechanism, charging conveyor structure, conveyor chain is lower than live-roller, when needing mobile material frame
When, by the rising of lifting support, increase conveyor chain and hold up material frame bottom, and drives conveyor chain to move by motor,
With material frame is moved in material frame circulation conveying mechanism from charging conveyor structure or is moved up from material frame circulation conveying mechanism move to
On charging conveyor structure.
Claims (10)
1. online peener, which is characterized in that right including the oscillating rod type vibration conveying mechanism conveyed to workpiece to be handled
The workpiece to be processed transferred out from oscillating rod type vibration conveying mechanism is collected the vibrated bed that gathers materials with conveying, in the vibrated bed that gathers materials
On be provided with the resistance laying mechanism for stopping or letting pass formed to the workpiece to be processed of conveying,
And the shot-blasting machine handled to workpiece to be handled,
It is disposed between the shot-blasting machine and the vibrated bed that gathers materials and is transported to the workpiece to be processed transferred out from the vibrated bed that gathers materials
Cyclically charging conveying mechanism in shot-blasting machine,
Shot-blasting machine discharge gate is provided with the outfeed belt conveyor of treated workpiece output.
2. online peener as described in claim 1, which is characterized in that the oscillating rod type vibration conveying mechanism includes bottom
Seat swings transport platform, swings the top that transport platform is in pedestal, is disposed in the same direction between pedestal and swing transport platform
Inclined multiple support frames, the upper end of support frame are flexibly connected with transport platform is swung, and lower end is movably connected with the base,
It pedestal and swings and is additionally provided with multiple elastic supporting member for supporting optical member between transport platform, the inclined direction of elastic supporting member for supporting optical member and support frame
Inclined direction is on the contrary, the upper end of elastic supporting member for supporting optical member is fixedly connected with transport platform is swung, and lower end is fixedly connected with pedestal, and setting
In the swing power mechanism for driving swing transport platform to form reciprocally swinging on pedestal.
3. online peener as claimed in claim 2, which is characterized in that the swing power mechanism includes motor, by electricity
Machine drives the cam of rotation, and the attachment base for following cam to rotate is provided on the outside of cam, and the attachment base and swing convey
It is formed and is sequentially connected by flexible connector between platform.
4. online peener as described in claim 1, which is characterized in that the vibrated bed that gathers materials includes that bracket, vibration are defeated
Bed body is sent, is assemblied on bracket below vibrating transportation bed body by spring, vibrating motor is installed in vibrating transportation bed body；Institute
State the end that resistance laying mechanism is set to vibrating transportation bed body.
5. online peener as claimed in claim 4, which is characterized in that the resistance laying mechanism includes baffle, centering block, stretches
The middle part of driver, centering block is installed in vibrating transportation bed body by shaft, and one end of the centering block is fixedly connected with baffle, separately
One end is flexibly connected with the telescopic end of telescopic driver, and telescopic driver is installed in vibrating transportation bed body, the width of the baffle
Degree and the width of vibrating transportation bed body are adapted.
6. online peener as described in claim 1, which is characterized in that the cyclically charging conveying mechanism include receive from
The material frame of the workpiece to be processed of vibrating transportation bed output conveys the charging that the material frame equipped with workpiece to be processed is conveyed to shot-blasting machine
Mechanism, and empty material frame is back conveyed out from shot-blasting machine to receive the material frame of the workpiece to be processed of vibrating transportation bed output and follow
Ring conveying mechanism, there are two the charging stations of material frame for the shot-blasting machine setting, are provided in charging station by the station material that feeds
Pushing mechanism frame push-in or released.
7. online peener as claimed in claim 6, which is characterized in that the charging conveyor structure includes material-feeding rack,
The charging live-roller that horizontal row shows multiple carrying material frames and material frame is driven to move on material-feeding rack, adjacent drive roll end pass through
The transmission mechanism that feeds forms transmission, and the charging driving mechanism for driving any charging live-roller to surround own rotation.
8. online peener as claimed in claim 7, which is characterized in that material frame circulation conveying mechanism includes circulation branch
Frame recycles the circulation live-roller that horizontal row on bracket shows multiple carrying material frames and material frame is driven to move, adjacent drive roll end
Transmission is formed by circulation drive mechanism, and the circulation driving mechanism for driving any circulation live-roller to surround own rotation.
9. online peener as claimed in claim 8, which is characterized in that be arranged between the material-feeding rack, circulation bracket
Have and the material frame on charging conveyor structure is moved in material frame circulation conveying mechanism or by the material frame in material frame circulation conveying mechanism
The material frame mobile mechanism being moved on charging conveyor structure.
10. online peener as claimed in claim 9, which is characterized in that the material frame mobile mechanism include mobile bracket,
Lifting support is provided with the lifting mechanism for lifting or falling lifting support on mobile bracket, is provided with and holds on lifting support
Material containing frame and the mobile transmission mechanism for driving material frame to move.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820919203.4U CN208342604U (en) | 2018-06-14 | 2018-06-14 | Online peener |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820919203.4U CN208342604U (en) | 2018-06-14 | 2018-06-14 | Online peener |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208342604U true CN208342604U (en) | 2019-01-08 |
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ID=64883176
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820919203.4U Active CN208342604U (en) | 2018-06-14 | 2018-06-14 | Online peener |
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| Country | Link |
|---|---|
| CN (1) | CN208342604U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108705453A (en) * | 2018-06-14 | 2018-10-26 | 常州好迪机械有限公司 | Online peener |
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2018
- 2018-06-14 CN CN201820919203.4U patent/CN208342604U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108705453A (en) * | 2018-06-14 | 2018-10-26 | 常州好迪机械有限公司 | Online peener |
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