CN203092077U - Full-automatic ring withdrawing machine - Google Patents
Full-automatic ring withdrawing machine Download PDFInfo
- Publication number
- CN203092077U CN203092077U CN 201220729929 CN201220729929U CN203092077U CN 203092077 U CN203092077 U CN 203092077U CN 201220729929 CN201220729929 CN 201220729929 CN 201220729929 U CN201220729929 U CN 201220729929U CN 203092077 U CN203092077 U CN 203092077U
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- China
- Prior art keywords
- ring
- moves back
- annular groove
- cutter
- ring set
- Prior art date
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- Withdrawn - After Issue
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Abstract
The utility model discloses a full-automatic ring withdrawing machine which comprises a feeding device, a ring withdrawing device and a material guiding device, wherein the ring withdrawing device is used for withdrawing a ring of a cutter with the ring. One end of the material guiding device is connected with a discharging port of the feeding device. The ring withdrawing device is provided with a ring withdrawing groove, a ring sleeve limiting groove and a pushing pin, wherein the ring withdrawing groove is used for locating the cutter with the ring, the ring sleeve limiting groove is perpendicular to the ring withdrawing groove, and the pushing pin is used for ejecting the cutter on the ring withdrawing groove. The material guiding device is provided with a material guiding groove and a guiding groove, wherein the material guiding groove is used for guiding the cutter with the ring and a ring sleeve of the cutter into the ring withdrawing groove and the ring sleeve limiting groove respectively, and the guiding groove is formed in the groove wall of the material guiding groove. According to the full-automatic ring withdrawing machine, mechanical automatic mechanical energy is used for feeding and ring withdrawing through the arrangement of mechanisms with various functions, therefore manual work is not required for ring withdrawing work, labor intensity of workers is reduced, ring withdrawing efficiency is improved, and meanwhile cost of recovery and manufacturing of a secondary cutter is reduced.
Description
Technical field
The utility model relates to the cutter manufacture field, in particular, relates to a kind of ring machine that automatically moves back.
Background technology
In the use of cutter, cutter such as milling cutter after using need be recycled usually, the milling cutter after the recovery can be used to process the less milling cutter of diameter (also claiming the secondary milling cutter).
Reclaim and process the less milling cutter of diameter and at first will move back ring discarded band milling cutter, as shown in Figure 6, the handle of a knife of discarded band milling cutter 500 is provided with plastic cement ring set 510, before the secondary milling cutter of processing than minor diameter, needs this ring set removal is obtained moving back ring milling cutter 501.At present, the mode that milling cutter is moved back ring is mainly by utilizing instrument to move back ring manually, and it is not high to move back ring efficient, and operator's labour intensity is big, is unfavorable for improving the production efficiency of secondary milling cutter and the reduction of production cost.
The utility model content
Technical problem to be solved in the utility model provides a kind of efficient height, the ring machine that automatically moves back that production cost is low.
The purpose of this utility model is achieved through the following technical solutions: a kind of ring machine that automatically moves back comprises: pay-off, be used for moving back loop device and material guide device to what the band cutter moved back ring; One end of described material guide device is connected with the discharging opening of described pay-off, and the described loop device that moves back is provided with and is used for described band cutter positioning is moved back annular groove, moved back the vertically disposed ring set stopper slot of annular groove and be used for and will move back pushing pin that cutter on the annular groove ejects with described; Described material guide device is provided with described band cutter and ring set thereof guided respectively to enter and describedly moves back the deflector chute of annular groove and ring set stopper slot and be arranged on guide channel on the deflector chute cell wall.
Preferably, described material guide device comprises a stock guide, and described deflector chute and described guide channel are arranged in the described stock guide, describedly moves back the end that annular groove and described ring set stopper slot are arranged on described stock guide; Described band cutter drops down onto the described annular groove that moves back by the guiding of described deflector chute and described guide channel, the ring set of described band cutter enters described ring set stopper slot and realizes spacing under the guiding of described guide channel, described pushing pin ejects the described annular groove that moves back by a described end that moves back annular groove with cutter, described ring set is stayed in the described ring set stopper slot, described push pin withdraw from described when moving back annular groove described ring set from described ring set stopper slot bottom dropped out.Utilize deflector chute and guide channel to carry out guide, the band cutter of waiting to move back ring is entered accurately move back annular groove and realize automatic spacing to ring set moving back the ring step then moving back the annular groove position, whole process is automatically to carry out.
Preferably, described material guide device also comprises the blow tank that is horizontally set on described pay-off discharging opening, the groove width of described blow tank is greater than the diameter of described band shank of tool path portion, the groove width of described blow tank is changed the cover diameter less than described band cutter, described band cutter during from described discharge hole for discharge described ring set be supported on the described blow tank groove face, described cutter is vertically discharging on described blow tank.Easier the entering in the stock guide of band cutter of vertical discharging.
Preferably, described stock guide is an arcuate structure, the trend of described deflector chute and described guide channel is also corresponding with this arcuate structure, the guide channel of described stock guide docks with the groove face level of described blow tank, described ring set entered described guide channel at joint when described band cutter entered described stock guide by described blow tank, describedly move back the end that annular groove is horizontally set on described stock guide, described band cutter becomes level by vertical state and drops on stock guide under the guiding of described deflector chute and guide channel end moves back the annular groove position and realizes spacing to described ring set.The cutter of vertical state is directed to horizontal level, and the level of pushing pin is released cutter, thereby makes ring set easier of ring set stopper slot bottom dropped out.
Preferably, also comprise a material collecting device, described material collecting device is arranged on the described exit side that moves back annular groove, this material collecting device is provided with a receiving vat, the feed end of described receiving vat is arranged on the described exit side that moves back annular groove, and described pushing pin will head into described receiving vat by the described annular groove that moves back through the cutter that moves back behind the ring.Utilize material collecting device that the cutting ring tool that moves back that moves back behind the ring is carried out direct rewinding, can save artificial rewinding.
Preferably, the feed end of described receiving vat is provided with expeller, and the cutter that moves back ring that described expeller will be in described receiving vat feed end pushes described receiving vat inside.Utilize expeller will move back the inside that the cutting ring tool pushes receiving vat.
Preferably, comprise that also one is arranged on the sorting unit of described material collecting device top, described sorting unit be provided with one be positioned at material collecting device the receiving vat top magnetic patch and drive the drive unit of this magnetic patch away from described receiving vat top.Utilize sorting unit that the cutter of steel handle is sorted out, can save artificial separation, reduce working strength of workers.
Preferably, described drive unit comprises a sidesway cylinder.Utilize the top of sidesway air cylinder driven magnetic patch to receiving vat, air cylinder driven is simple in structure, and cost is lower.
Preferably, described drive unit also comprises a sub-material cylinder.The powder cylinder promotes magnetic patch, realizes sorting.
Preferably, be provided with a dividing plate between described receiving vat and the described magnetic patch.Utilize dividing plate that steel handle material is attached to baffle surface under the effect of magnetic patch, realize sorting.
The utility model provides a kind of ring machine that automatically moves back, it comprises pay-off, moves back loop device and material guide device, one end of material guide device is connected with the discharging opening of described pay-off, by entering the deflector chute that moves back annular groove and ring set stopper slot that moves back loop device and be arranged on guide channel on the deflector chute cell wall being provided with on the material guide device band cutter and ring set thereof guided respectively.Like this, when discarded cutter is moved back the process of ring, move back the operating position (promptly moving back the annular groove place) that loop device is pushed pin by direct importing of material that material guide device is sent pay-off here, realized self-feeding like this, located automatically and carried out spacing to ring set automatically, thereby do not need manually to move back the work of ring, reduced working strength of workers, improved the efficient of moving back ring, also reduced simultaneously and reclaimed the cost of making the secondary cutter.
Description of drawings
Fig. 1 is the ring machine that automatically the moves back structure diagram of the utility model embodiment,
Fig. 2 also is the ring machine that automatically the moves back structure diagram of the utility model embodiment,
Fig. 3 is the structure diagram that the utility model embodiment moves back loop device and material guide device,
Fig. 4 is the ring machine that automatically the moves back material guide device structure chart of the utility model embodiment,
Fig. 5 is the ring machine that automatically the moves back sorting unit structure chart of the utility model embodiment,
Fig. 6 is the schematic diagram that drill bit moves back ring.
Wherein: 100, pay-off, 120, material guide device, 121, stock guide, 122, deflector chute, 123, guide channel, 124, move back annular groove, 125, ring set stopper slot, 126, blow tank, 200, move back loop device, 210, move back the ring cylinder, 211, push rod, 220, push pin, 300, material collecting device, 310, receiving vat, 320, expeller, 321, the rewinding cylinder, 400, sorting unit, 410, magnetic patch, 411, the sub-material cylinder, 412, sidesway cylinder, 420, dividing plate 500, band milling cutter, 510, ring set, 501, move back the ring milling cutter.
The specific embodiment
The utility model is described in further detail below in conjunction with accompanying drawing and preferred embodiment.
Present embodiment describes with the band milling cutter, as Fig. 1-shown in Figure 5, automatically moving back the ring machine comprises: pay-off 100, one ends and the material guide device 120 that described pay-off 100 is connected, be arranged on material guide device 120 ends be used for move back loop device 200 to what the band milling cutter moved back ring.The described loop device 200 that moves back is provided with and is used for moving back annular groove 124, move back annular groove 124 vertically disposed ring set stopper slots 125 and be used for pushing pin 220 with what move back that milling cutter on the annular groove 124 ejects with described described band milling cutter location; Described material guide device 120 is provided with described band milling cutter and ring set thereof guided respectively to enter and describedly moves back the deflector chute 122 of annular groove 124 and ring set stopper slot 125 and be arranged on guide channel 123 on deflector chute 122 cell walls.Move back the ring machine and also comprise and be arranged on the material collecting device 300 that moves back annular groove 123 1 sides that moves back loop device 200, and the sorting unit 400 that is arranged on material collecting device 300 tops.The described loop device 200 that moves back moves back ring with discarded band milling cutter, will move back the ring milling cutter then and send into material collecting device 300, and sorting unit 400 moves back the ring milling cutter by 410 pairs of magnetic patch and carries out sorting, moving back of steel handle is encircled milling cutter sort out.
Be illustrated in figure 3 as automatically move back the ring machine move back loop device 200 and material guide device 120, the described loop device 200 that moves back comprises: one moves back ring cylinder 210 and pushes pin 220 with the cylinder rod 211 that moves back ring cylinder 210 is connected.In conjunction with Fig. 1,2,3 and shown in Figure 4, described material guide device 120 comprises the stock guide 121 that is made by two opposed steel plates, only show a wherein block plate among Fig. 3 and Fig. 4, described deflector chute 122 and described guide channel 123 are arranged in the described stock guide 121, describedly move back the end that annular groove 124 and described ring set stopper slot 125 are arranged on described stock guide 121, move back annular groove 124 and be connected with described deflector chute 122 one, described ring set stopper slot 125 then is to be connected to described stock guide 121 terminal formation by described guide channel 123; Band milling cutter 500 drops down onto the described annular groove 124 that moves back by the guiding of described deflector chute 122 and described guide channel 123, the ring set 510 of band milling cutter 500 enters described ring set stopper slot 125 and realizes spacing under the guiding of described guide channel 123, described pushing pin 220 ejects the described annular groove 124 that moves back by a described end that moves back annular groove 124 with milling cutter, described ring set 510 is stayed in the described ring set stopper slot 125, described push pin 220 withdraw from described when moving back annular groove 124 described ring set 510 from described ring set stopper slot 125 bottom dropped outs.Utilize deflector chute 122 and guide channel 123 to carry out guide, the band milling cutter of waiting to move back ring is entered accurately move back annular groove 124 and realize automatic spacing (125 pairs of ring sets of ring set stopper slot carry out spacing) moving back annular groove 124 positions ring set 510, move back the ring step then, whole process is automatically to carry out.
In the present embodiment, pay-off 100 is the vibrations pot, the vibrations pot can be with orderly the sending of rambling milling cutter level, material guide device 120 also comprises the blow tank 126 that is horizontally set on described pay-off 100 discharging openings, the groove width of described blow tank 126 is greater than the diameter of described band milling cutter shank path portion, the groove width of described blow tank 126 is less than the diameter of the ring set 510 of described band milling cutter 500, described band milling cutter 500 during from described discharge hole for discharge described ring set will be supported on described blow tank 126 groove faces, and milling cutter is under the gravity effect, its handle of a knife falls in the blow tank 126, and described milling cutter is vertically discharging on described blow tank.Like this, vertically the band milling cutter of discharging is easier cooperates with stock guide 121, makes that band milling cutter 500 is easier to enter in the deflector chute 122 and make ring set 510 aligning guide channels 123.
In the present embodiment, it is horizontally disposed moving back loop device 200, and it is pushed pin and 220 also is horizontally disposed with, and moves back annular groove 124 also for being horizontally disposed with, and like this, it is easier of ring set stopper slot bottom dropped out to move back ring back ring set 510.Stock guide 121 is an arcuate structure, the trend of described deflector chute 122 and described guide channel 123 is also corresponding with this arcuate structure, the guide channel 123 of stock guide 121 docks with the groove face level of described blow tank 126, described ring set entered described guide channel 123 at joint when the band milling cutter entered described stock guide 121 by described blow tank 126, it is relative with 220 the position of pushing pin to move back end that annular groove 124 is horizontally set on described stock guide 121, and the band milling cutter becomes level by vertical state and drops on stock guide 121 under the guiding of described deflector chute 122 and guide channel 123 end moves back annular groove 124 positions and realizes spacing to described ring set.
When the band milling cutter drop down onto described move back annular groove 124 after, moving back the ring cylinder 210 that moves back of loop device 200 pushes pin and 220 by a described end that moves back annular groove 124 milling cutter is ejected the described annular groove 123 that moves back, ring set 510 is subjected to ring set stopper slot 125 position-limiting actions and stays in the described ring set stopper slot 125, and the ring set of staying in the ring set stopper slot 125 510 220 withdraws from annular groove 124 backs and drops from the ends of described stock guide 121 pushing pin.
In the present embodiment, because 220 the movement locus of pushing pin is simple relatively, therefore use cylinder to make the relatively simple for structure of mechanism as 220 the drive unit of pushing pin, design and cost of manufacture are lower.
In conjunction with Fig. 1,2,3 and shown in Figure 5, the exit side that moves back annular groove 124 of material guide device 120 (be milling cutter pushed pin 220 directions that eject), be provided with material collecting device 300, this material collecting device 300 is provided with a receiving vat 310, the feed end of this receiving vat 310 is arranged on the described exit side that moves back annular groove 124, described pushing pin 220 will be moved back the feed end that annular groove 124 heads into described receiving vat 310 by described through the ring milling cutter that moves back that moves back behind the ring, feed end at this receiving vat 310 also is provided with an expeller 320, this pusher fast 320 is one L shaped, be provided with rewinding cylinder 321 in the bottom of receiving vat 310, this rewinding cylinder 321 is connected with described pusher fast 320, when push pin 220 will move back ring milling cutter push the end of receiving vat 310 after, rewinding cylinder 321 drives the inside that the ring milling cutter pushes described receiving vat 310 of moving back that these expellers 320 will be in described receiving vat 310 feed ends, moves back ring and rewinding with what slot milling carried out milling cutter next time.
Also be provided with sorting unit 400 above the receiving vat 310 of material collecting device 300, described sorting unit 400 is provided with one and is positioned at the magnetic patch 410 of receiving vat 310 tops and drives the drive unit of this magnetic patch 410 away from described receiving vat 310 tops; This drive unit comprises that one is pushed into sidesway cylinder 412 and directly over the receiving vat 310 with magnetic patch 410 and is used for magnetic patch 410 is promoted to make it sub-material cylinder 411 near receiving vat 310, between receiving vat 310 and magnetic patch 410, also be provided with the dividing plate 420 that a poly (methyl methacrylate) plate is made.
Discarded milling cutter is owing to be unified the processing, thereby steel handle material mixes with alloy material, and processing at the secondary milling cutter is to need go-on-go to come out.Milling cutter is because steel handle material is different with the material of alloy material, cause the magnetic contrast of steel handle material and alloy material bigger, steel handle material is easy to by attraction, alloy material then is not easy by attraction, and alloy material is heavier, steel handle material is lighter, so the height height that sucked up than alloy material of the height that sucked up by magnet of steel handle material.Utilize this factor, that has moved back ring moves back the ring milling cutter after entering receiving vat 310 under expeller 320 promotions, sidesway cylinder 412 with magnet 410 be pushed into receiving vat 310 directly over, 411 in sub-material cylinder drives magnet 410 and falls to making it near lucite spacer 420, if exist steel handle material in the receiving vat, then steel handle material can be sucked up by magnet 410, be attached to lucite spacer 420 below, at this moment, with alloy material move back the ring milling cutter separately after, sidesway cylinder 412 is pulled away from receiving vat 310 tops with magnet 410, and sub-material cylinder 411 promotes magnet 410, because magnet 410 is gradually away from lucite spacer 420, magnetic attraction between magnet 410 and the steel handle material is more and more littler, reach away from after certain height when magnet 410 promotes, the magnetic attraction between steel handle material and the magnet 410 is less than the deadweight of steel handle material, and steel handle material then can fall, realize sorting thus, hand picking steel handle material situation has been avoided in the setting of sorting unit, has reduced working strength of workers, has improved the efficient of recycling milling cutter simultaneously.
Present embodiment describes to reclaim milling cutter processing, but full-automatic separator provided by the utility model not only is applicable to milling cutter, also is applicable to milling cutters such as the milling cutter of other type such as drill bit simultaneously.
The utility model is applicable to mini milling cutters such as the milling cutter, drill bit of processing PCB simultaneously, because the diameter of mini milling cutter is less, manually moves back ring and handles not easy to operately, automatically moves back the ring machine and moves back ring and can improve and avoid manually-operated and use, and improves treatment effeciency.
Above content be in conjunction with concrete preferred implementation to further describing that the utility model is done, can not assert that concrete enforcement of the present utility model is confined to these explanations.For the utility model person of an ordinary skill in the technical field, under the prerequisite that does not break away from the utility model design, can also make some simple deduction or replace, all should be considered as belonging to protection domain of the present utility model.
Claims (10)
1. one kind is automatically moved back the ring machine, it is characterized in that, comprising: pay-off, be used for moving back loop device and material guide device to what the band cutter moved back ring; One end of described material guide device is connected with the discharging opening of described pay-off, and the described loop device that moves back is provided with and is used for moving back annular groove, move back the vertically disposed ring set stopper slot of annular groove and be used for and will move back pushing pin that cutter on the annular groove ejects with described described band cutter positioning; Described material guide device is provided with described band cutter and ring set thereof guided respectively to enter and describedly moves back the deflector chute of annular groove and ring set stopper slot and be arranged on guide channel on the described deflector chute cell wall.
2. the ring machine that automatically moves back as claimed in claim 1, it is characterized in that, described material guide device comprises a stock guide, and described deflector chute and described guide channel are arranged in the described stock guide, describedly moves back the end that annular groove and described ring set stopper slot are arranged on described stock guide;
Described band cutter drops down onto the described annular groove that moves back by the guiding of described deflector chute and described guide channel, the ring set of described band cutter enters described ring set stopper slot and realizes spacing under the guiding of described guide channel, described pushing pin ejects the described annular groove that moves back by a described end that moves back annular groove with cutter, described ring set is stayed in the described ring set stopper slot, described push pin withdraw from described when moving back annular groove described ring set from described ring set stopper slot bottom dropped out.
3. the ring machine that automatically moves back as claimed in claim 2, it is characterized in that, described material guide device also comprises the blow tank that is horizontally set on described pay-off discharging opening, the groove width of described blow tank is greater than the diameter of described band shank of tool path portion, the groove width of described blow tank is less than the ring set diameter of described band cutter, described band cutter during from described discharge hole for discharge described ring set be supported on the described blow tank groove face, described cutter is vertically discharging on described blow tank.
4. the ring machine that automatically moves back as claimed in claim 3, it is characterized in that, described stock guide is an arcuate structure, the trend of described deflector chute and described guide channel is also corresponding with this arcuate structure, the guide channel of described stock guide docks with the groove face level of described blow tank, described ring set entered described guide channel at joint when described band cutter entered described stock guide by described blow tank, describedly move back the end that annular groove is horizontally set on described stock guide, described band cutter becomes level by vertical state and drops on stock guide under the guiding of described deflector chute and guide channel end moves back the annular groove position and realizes spacing to described ring set.
5. the ring machine that automatically moves back as claimed in claim 1, it is characterized in that, also comprise a material collecting device, described material collecting device is arranged on the described exit side that moves back annular groove, this material collecting device is provided with a receiving vat, the feed end of described receiving vat is arranged on the described exit side that moves back annular groove, and described pushing pin will head into described receiving vat by the described annular groove that moves back through the cutter that moves back behind the ring.
6. the ring machine that automatically moves back as claimed in claim 5 is characterized in that the feed end of described receiving vat is provided with expeller, and the cutter that moves back ring that described expeller will be in described receiving vat feed end pushes described receiving vat inside.
7. the machine of automatically replacing as claimed in claim 5, it is characterized in that, comprise that also one is arranged on the sorting unit of described material collecting device top, described sorting unit be provided with one be positioned at material collecting device the receiving vat top magnetic patch and drive the drive unit of this magnetic patch away from described receiving vat top.
8. the ring machine that automatically moves back as claimed in claim 7 is characterized in that described drive unit comprises a sidesway cylinder.
9. the ring machine that automatically moves back as claimed in claim 8 is characterized in that described drive unit also comprises a sub-material cylinder.
10. the ring machine that automatically moves back as claimed in claim 7 is characterized in that, is provided with a dividing plate between described receiving vat and the described magnetic patch.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220729929 CN203092077U (en) | 2012-12-26 | 2012-12-26 | Full-automatic ring withdrawing machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220729929 CN203092077U (en) | 2012-12-26 | 2012-12-26 | Full-automatic ring withdrawing machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203092077U true CN203092077U (en) | 2013-07-31 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 201220729929 Withdrawn - After Issue CN203092077U (en) | 2012-12-26 | 2012-12-26 | Full-automatic ring withdrawing machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN203092077U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103056636A (en) * | 2012-12-26 | 2013-04-24 | 深圳市金洲精工科技股份有限公司 | Full-automatic ring withdrawing machine |
-
2012
- 2012-12-26 CN CN 201220729929 patent/CN203092077U/en not_active Withdrawn - After Issue
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103056636A (en) * | 2012-12-26 | 2013-04-24 | 深圳市金洲精工科技股份有限公司 | Full-automatic ring withdrawing machine |
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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 |
Granted publication date: 20130731 Effective date of abandoning: 20150520 |
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| RGAV | Abandon patent right to avoid regrant |