CN205892006U - Thin slice work piece dynamic sending machine - Google Patents
Thin slice work piece dynamic sending machine Download PDFInfo
- Publication number
- CN205892006U CN205892006U CN201620753366.0U CN201620753366U CN205892006U CN 205892006 U CN205892006 U CN 205892006U CN 201620753366 U CN201620753366 U CN 201620753366U CN 205892006 U CN205892006 U CN 205892006U
- Authority
- CN
- China
- Prior art keywords
- guide rail
- slice work
- piece
- timing belt
- feed mechanism
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Withdrawn - After Issue
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Abstract
The utility model discloses a thin slice work piece dynamic sending machine, it is used for among the grinding equipment carrying the dynamic sending machine who carries out the grinding to grinding wheel with the thin slice work piece, its structure includes the pay -off platform, guide rail sympathetic vibration driving disk etc, the technical characteristics who discloses has add conveyor belt mechanism above the guide rail, at the uniform velocity rectilinear movement is made by the guide rail input is continuous one by one to the guide rail output to thin slice work piece through conveyor belt mechanism pushes down and drives in the vibration dish, thereby accomplish automatic pay -off, because the continuous pay -off of gapless automation in the middle of this kind of feeding mechanism can realize, and conveyor belt mechanism can not exist yet and slides, the centre need not the operator, and save manpowe, and material resources, the labor intensity of workers is alleviated, the operation is simple, and reliable in operation, high reliability and high work efficiency, the event can better compensate the defect that thin slice work piece for a long time is difficult to autoloading.
Description
Technical field
This utility model is related to a kind of workpiece automatically feeding mechanism, specifically refers to slice work-piece automatic feed mechanism.
Background technology
The slice work-piece that super-thin metal material makes is primarily referred to as the workpiece product in below 1mm for the thickness, this
Slice work-piece, the two ends depth of parallelism manufacturing especially with NdFeB material and the higher slice work-piece of roughness requirements, are passing
There is the bottleneck being difficult to self-feeding always in system processing industry；Even if some can coordinate equipment for grinding to form automatization's feeding
Mechanism, be also merely capable of being applied to the thicker workpiece of size, and be directed to above-mentioned slice work-piece feeding and there is less reliable
Defect.And be applied to the increasing number on high-end science and technology equipment with neodymium iron boron thin slice, and the processing to neodymium iron boron proposes
Higher technical requirements, therefore also just in the urgent need to more structurally sound slice work-piece its quality of feed mechanism guarantee and life
Produce efficiency.
Content of the invention
Technical problem to be solved in the utility model is to overcome the defect of prior art and to provide one kind to enable thin
The slice work-piece automatic feed mechanism of piece workpiece continuous gapless self-feeding, this feed mechanism is reliable, high working efficiency,
Mitigate labor strength, also preferably compensate for slice work-piece and be difficult to convey defect.
Technical problem of the present utility model is achieved through the following technical solutions:
A kind of slice work-piece automatic feed mechanism, including the vibrating disk of the guide rail on feeding table, feeding table, feeding table side
With the slice work-piece in vibrating disk, described guide rail two ends are set to input and the outfan of slice work-piece, and described shakes
Moving plate linking is arranged on the input of guide rail, is provided with conveyer mechanism, this conveyer mechanism is pushed down and carried above described guide rail
Uniform rectilinear's movement made by continuous direction guiding rail outfan one by one by guide rail input to move described slice work-piece.
Described conveyer mechanism includes being arranged on drive pulley above guide rail, negative pulley wheel and connects respectively
Drive pulley and the Timing Belt of negative pulley wheel, described slice work-piece is pushed down by Timing Belt and is driven rectilinear movement, described
Drive pulley, be set to circular arc tooth engaging conformation between negative pulley wheel and Timing Belt.
Described guide rail is the flat guide being horizontally mounted, and is provided with and leads positioned at the adjustment of guide rail both sides respectively on guide rail
Rail, the adjustment guide rail of this both sides mutually draw close or away from and adjust guide rail conveying width, described guide rail outfan is provided with binder
Plate.
Described holding pad has the binder portion extending to drive pulley, is accordingly provided with one at Timing Belt outer surface center
The sipes that bar extends along Timing Belt length direction, described binder portion stretches into sipes bottom and crosses drive pulley center, institute
The slice work-piece stated is pushed down drive by Timing Belt and is entered between binder portion and guide rail.
Described Timing Belt has the lower Timing Belt pushing down slice work-piece and the upper Timing Belt above lower Timing Belt, institute
It is provided with the pressure zone plate pushing down lower Timing Belt, described upper Timing Belt is provided with opening of the upper Timing Belt of engagement above the lower Timing Belt stated
Bearing up pulley and the handwheel driving the formation tensioning action of tensioning wheel lifting moving.
Described handwheel includes the riser being arranged on the feeding table of guide rail side, the column being arranged on riser and peace
It is contained in the installing plate of column top, be provided with the vertical screw mandrel rotating and installing on a mounting board, this screw mandrel upper end is provided with fixed installation
Handwheel, screw mandrel bottom is provided with threaded lifting platform；Little axle is provided with described lifting platform, described tensioning wheel rotates
It is arranged on described little axle.
Described riser is provided with the clamping screw of locking lifting platform.
Described feeding table bottom is provided with multiple voussoirs and the regulating bolt of adjusting wedge height.
Described driver pulley rotation is arranged on driving shaft, and this driving shaft is rotatably installed on front side of riser, in riser
Rear side is provided with motor, is provided with Helical gear Transmission structure between this motor and driving shaft；Described negative pulley wheel turns
Move and be arranged on driven axle, this driven axle is fixedly mounted on front side of riser.
Described slice work-piece refers to thickness in below 1mm, and mainly adopts the circle that NdFeB material manufactures thin
Piece workpiece or square sheet workpiece.
Compared with prior art, this utility model major design is a is pushed down by conveyer mechanism and drives vibrating disk
By guide rail input, uniform rectilinear's movement made by continuous direction guiding rail outfan to interior slice work-piece one by one, thus complete automatization sending
The mechanism of material, because this feed mechanism is capable of middle gapless Automatic continuous feeding, and conveyer mechanism also will not
There is sliding, centre, without operator, has been saved human and material resources, alleviated labor strength, and easy and simple to handle, runs
Reliable, high working efficiency, therefore can more preferably compensate for the defect that slice work-piece is difficult to self-feeding for a long time.
Brief description
Fig. 1 is cross section structure diagram of the present utility model (vertical view state).
Fig. 2 is cross section structure diagram of the present utility model (main view state).
Fig. 3 is the right view of Fig. 2.
Fig. 4 is the structural representation of the non-section view of tensioning wheel in Fig. 2.
Specific embodiment
By above-mentioned accompanying drawing, this utility model embodiment will be elaborated again below.
As shown in Fig. 1 ~ Fig. 4,1. vibrating disk, 2. slice work-piece, 3. negative pulley wheel, 4. driven axle, 5. riser, 6. active
Belt pulley, 7. Timing Belt, 8. holding pad, 9. guide rail, 10. ball bearing, 11. driving shafts, 12. Helical gear Transmission structures, 13. steppings
Motor, 14. clamping screws, 15. voussoirs, 16. adjustment guide rails, 17. pressure zone plates, 18. columns, 19. installing plates, 20. round nuts,
21. handwheels, 22. screw mandrels, 23. lifting platforms, 24. feeding tables, 25. tensioning wheels, 26. little axles, 27. location-plates, 28. regulating bolts.
Slice work-piece automatic feed mechanism, it is to carry out for slice work-piece 2 is delivered to abrasive grinding wheel in equipment for grinding
The automatic feed mechanism of grinding, the control system that whole feeding process need not be complicated, just can stably be entered with full-automatic high precision
Row slice work-piece 2 conveys；Wherein, slice work-piece is primarily referred to as thickness in below 1mm, and mainly adopts NdFeB material system
The thin rounded flakes workpiece made or square sheet workpiece.
Described automatic feed mechanism includes a feeding table 24 and the guide rail 9 being horizontally arranged on feeding table, in feeding
Platform 24 bottom is provided with the regulating bolt 28 of multiple voussoirs 15 and adjusting wedge height, therefore can be according to feeding table 24 in ground flat degree
Carry out altitude mixture control in the case of not, thus being always ensured that the installation level of guide rail 9, easy to adjust, reliable and stable；And lead
Rail 9 is the flat guide being made using high rigidity g60 material, conditioned process, and after quenching, hardness reaches hrc60-65 °.
Described guide rail 9 is provided with the adjustment guide rail 16 being located at guide rail both sides respectively, when the adjustment guide rail of both sides mutually leans on
When holding together or being located remotely from each other, just can adjust the conveying width of guide rail 9, thus adapting to the size dimension of various slice work-pieces 2, so that thin
Piece workpiece can make smooth advances forward in guide rail 9 successively, and guide rail is additionally provided with location-plate 27, for standoff tab workpiece 2
Rectilinear movement position.
Described guide rail 9 two ends are set to input and the outfan of slice work-piece 2, are provided with linking in guide rail input
The vibrating disk 1 installed, this vibrating disk adopts special spiral feeding mode, that is, multiple slice work-pieces 2 under vibrating conditions according to
Same direction auto arrangement, so along helical orbit automatic transport to guide rail input, feeding is convenient and smooth, and shakes
Dynamic frequency is arbitrarily adjustable.
It is provided with conveyer mechanism, its effect is will to be delivered to guide rail input on vibrating disk 1 successively above described guide rail 9
Slice work-piece 2 push down, more continuous direction guiding rail outfan is made uniform rectilinear and is moved one by one to drive this slice work-piece, and this process is no
Need complicated control system, stably slice work-piece 2 can be carried out with full-automatic high precision and convey, and centre is seamlessly certainly
Dynamic feeding in continuous material, preferably meets the feeding needs of slice work-piece.
Described conveyer mechanism includes being arranged on the drive pulley 6 of guide rail 9 top, negative pulley wheel 3 and connects respectively
Connect the Timing Belt 7 of drive pulley 6 and negative pulley wheel 3, set between this drive pulley 6, negative pulley wheel 3 and Timing Belt 7
For circular arc tooth engaging conformation it is ensured that no radial clearance between Timing Belt and belt pulley；Described drive pulley 6 passes through key
Drive mechanism is arranged on horizontally disposed driving shaft 11 leading section；Described negative pulley wheel 3 is rotatably installed in water by bearing
Driven axle 4 leading section of flat setting, drive pulley 6 near guide rail outfan, negative pulley wheel 3 near guide rail input, therefore
Conveyer mechanism needs normal work, then must be rotated according to clockwise direction；Described Timing Belt 7 has pushes down thin slice
The lower Timing Belt of workpiece 2 and the upper Timing Belt above lower Timing Belt, are provided with above lower Timing Belt and push down lower Timing Belt
Pressure zone plate 17, to prevent from similarly hereinafter walking with the play upwards during work.
Meanwhile, the feeding table 24 positioned at guide rail 9 rear side is provided with hard-wired riser 5, and driving shaft 11 rear end is worn
Cross riser 5 to expose, be provided with a pair of ball bearing 10 that supporting driving shaft 11 rotates between driving shaft 11 and riser 5；After driven axle 4
End is fixedly mounted on riser 5 by the screw connection structure of nut.
In addition, being additionally provided with the motor 13 being vertically installed on feeding table 24, the electricity of this motor on rear side of riser 5
Be provided with Helical gear Transmission structure 12 and the rear end of driving shaft 11 between makees engaged transmission to arbor downwards, then driven by motor 13
So that power is transferred to driving shaft 11 and rotates for reliable 90 degree according to stable drive, and then make drive pulley 6, Timing Belt 7 and
, according to clockwise direction uniform rotation shown in Fig. 1, the transporting velocity of Timing Belt 7 is adjustable for 1-3 m/min for negative pulley wheel 3, so
There is not slice work-piece 2 transporting velocity speed, preferably maintain workpiece motion s depth of parallelism concordance.And according to thin
The size of piece workpiece 2 and shape need, also by stepper motor driver Lai the speed of quenched Timing Belt, and then can control
The point-to-point speed of slice work-piece 2.
Described guide rail outfan is provided with holding pad 8, in case slice work-piece 2 is jumped out in feeding process, its concrete structure
It is: holding pad 8 has the binder portion extending to drive pulley 6, and this binder portion is the metal material of a 1.5mm width 4mm length,
Accordingly it is provided with a sipes extending along Timing Belt length direction at Timing Belt 7 outer surface center, this sipes is 1mm depth 2mm width；
Described binder portion stretches into sipes bottom and crosses drive pulley 6 center, then slice work-piece 2 is just pushed down drive by Timing Belt 7
Can enter between binder portion and guide rail 9, thus solving slice work-piece 2 very well stuck phenomenon occurs in linear motion.
Keep smooth for ease of conveyer mechanism when conveying slice work-piece 2, upper Timing Belt is additionally provided with engagement same
The tensioning wheel 25 of step band and the handwheel driving the formation tensioning action of tensioning wheel lifting moving；Wherein, handwheel includes two
Column 18 and the installing plate 19 being fixedly mounted on two root posts top that root is vertically fixedly mounted on riser 5, on a mounting board
It is provided with vertically-mounted screw mandrel 22, screw mandrel passes through a pair of planar bearing and forms rotation, sets by round nut 20 in screw mandrel 22 upper end
There is hard-wired handwheel 21, screw mandrel 22 bottom is provided with threaded lifting platform 23；And lifting platform is provided with a level peace
Dress and be located at little axle 26 on front side of lifting platform, be provided with bearing in little axle front end and rotate the tensioning wheel 25 of installation, therefore rotate handss
Wheel 21 drive screw mandrel 22 rotates, you can make lifting platform 23 be converted into lifting moving by rotation, then tensioning wheel 25 also can be driven
Lifting moving, thus realizing tensioning action, then Timing Belt 7 can push down slice work-piece 2, do not interfere with slice work-piece forward again
Rectilinear movement；For ensureing the reliability service of feeding action, column 18 there is also mounted clamping screw 14 and be used for locking lifting platform 23,
So that its fastening is firm.
The work process of this slice work-piece 2 automatic feed mechanism is as follows: multiple slice work-pieces 2 poured in vibrating disk 1,
In the presence of vibrating disk, slice work-piece 2 determines direction auto arrangement, and sequentially enters guide rail input, then by conveyer belt machine
The Timing Belt 7 of structure pushes down drive and uniform rectilinear's movement made by continuous direction guiding rail outfan one by one by guide rail input, is passing through
The abrasive grinding wheel of high-speed rotation can be entered, thus completing the grinding purpose of slice work-piece after holding pad 8.
Technical parameter of the present utility model is
The above is only specific embodiment of the utility model, above-mentioned slice work-piece 2 except terres rares sintered alloy, one
As metal material can become the universal object of conveying, it should be appreciated by those skilled in the art that any be equal to this embodiment
Structure design, should be included within protection domain of the present utility model.
Claims (10)
1. a kind of slice work-piece automatic feed mechanism, including guide rail (9) on feeding table (24), feeding table, feeding table side
Slice work-piece (2) in vibrating disk (1) and vibrating disk, described guide rail (9) two ends are set to the input of slice work-piece (2)
And outfan, described vibrating disk (1) linking is arranged on the input of guide rail (9) it is characterised in that above described guide rail (9)
Be provided with conveyer mechanism, this conveyer mechanism push down and drive described slice work-piece (2) from guide rail input one by one continuously to
Guide rail outfan is made uniform rectilinear and is moved.
2. slice work-piece automatic feed mechanism according to claim 1 is it is characterised in that described conveyer mechanism includes
It is arranged on drive pulley (6) above guide rail (9), negative pulley wheel (3) and connect drive pulley (6) and passively respectively
The Timing Belt (7) of belt pulley (3), rectilinear movement is pushed down and driven to described slice work-piece (2) by Timing Belt (7), described master
It is set to circular arc tooth engaging conformation between dynamic belt pulley (6), negative pulley wheel (3) and Timing Belt (7).
3. slice work-piece automatic feed mechanism according to claim 2 is it is characterised in that described guide rail (9) is pacified for level
The flat guide of dress, is provided with the adjustment guide rail (16) being located at guide rail both sides respectively, the adjustment guide rail phase of this both sides on guide rail (9)
Mutually draw close or away from and adjust guide rail (9) conveying width, described guide rail outfan is provided with holding pad (8).
4. slice work-piece automatic feed mechanism according to claim 3 it is characterised in that described holding pad (8) have to
The binder portion that drive pulley (6) extends, is accordingly provided with one at Timing Belt (7) outer surface center and prolongs along Timing Belt length direction
The sipes stretched, described binder portion stretches into sipes bottom and crosses drive pulley (6) center, described slice work-piece (2) quilt
Timing Belt (7) is pushed down drive and is entered between binder portion and guide rail (9).
5. slice work-piece automatic feed mechanism according to claim 2 is it is characterised in that described Timing Belt (7) has pressure
Live lower Timing Belt and the upper Timing Belt above lower Timing Belt of slice work-piece (2), above described lower Timing Belt, be provided with pressure
Stay the pressure zone plate (17) of Timing Belt, described upper Timing Belt is provided with tensioning wheel (25) and the driving tensioning of the upper Timing Belt of engagement
Wheel lifting moving forms the handwheel of tensioning action.
6. slice work-piece automatic feed mechanism according to claim 5 is it is characterised in that described handwheel includes pacifying
It is contained in riser (5) on the feeding table of guide rail (9) side, the column (18) being arranged on riser and the installation being arranged on column top
Plate (19), is provided with the vertical screw mandrel (22) rotating and installing on a mounting board, and this screw mandrel upper end is provided with hard-wired handwheel (21),
Screw mandrel (22) bottom is provided with threaded lifting platform (23)；Little axle (26) is provided with described lifting platform, described tensioning
Wheel (25) is rotatably installed on described little axle (26).
7. slice work-piece automatic feed mechanism according to claim 6 is it is characterised in that described riser (5) is provided with lock
Determine the clamping screw (14) of lifting platform (23).
8. slice work-piece automatic feed mechanism according to claim 1 is it is characterised in that described feeding table (24) bottom
It is provided with the regulating bolt (28) of multiple voussoirs (15) and adjusting wedge height.
9. slice work-piece automatic feed mechanism according to claim 2 is it is characterised in that described drive pulley (6) turns
Move and be arranged on driving shaft (11), this driving shaft is rotatably installed on front side of riser (5), is provided with motor on rear side of riser
(13), it is provided with Helical gear Transmission structure (12) between this motor and driving shaft (11)；Described negative pulley wheel (3) rotates
It is arranged on driven axle (4), this driven axle is fixedly mounted on front side of riser (5).
10. slice work-piece automatic feed mechanism according to claim 1 is it is characterised in that described slice work-piece (2) is
Refer to thickness in below 1mm, and mainly adopt thin rounded flakes workpiece or the square sheet workpiece of NdFeB material manufacture.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620753366.0U CN205892006U (en) | 2016-07-18 | 2016-07-18 | Thin slice work piece dynamic sending machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620753366.0U CN205892006U (en) | 2016-07-18 | 2016-07-18 | Thin slice work piece dynamic sending machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205892006U true CN205892006U (en) | 2017-01-18 |
Family
ID=57772621
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620753366.0U Withdrawn - After Issue CN205892006U (en) | 2016-07-18 | 2016-07-18 | Thin slice work piece dynamic sending machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205892006U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106005969A (en) * | 2016-07-18 | 2016-10-12 | 宁波市鄞州茂鑫机械有限公司 | Sheet workpiece automatic feeding mechanism |
-
2016
- 2016-07-18 CN CN201620753366.0U patent/CN205892006U/en not_active Withdrawn - After Issue
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106005969A (en) * | 2016-07-18 | 2016-10-12 | 宁波市鄞州茂鑫机械有限公司 | Sheet workpiece automatic feeding mechanism |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20170118 Effective date of abandoning: 20190409 |