CN205630085U - Crew cut beveler - Google Patents
Crew cut beveler Download PDFInfo
- Publication number
- CN205630085U CN205630085U CN201620269282.XU CN201620269282U CN205630085U CN 205630085 U CN205630085 U CN 205630085U CN 201620269282 U CN201620269282 U CN 201620269282U CN 205630085 U CN205630085 U CN 205630085U
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- feed bin
- bin body
- flat head
- chamfering machine
- crossbeam
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Abstract
The utility model relates to a standard component production facility discloses a crew cut beveler, and this crew cut beveler contains material receiving plate, setting grabbing on one side of material receiving plate and expects the mechanism, and should grab and expect that the mechanism contains a supporting beam, crossbeam, manipulator. Wherein, transversely sliding of crossbeam can be followed through the ram to the manipulator, when the termination end of manipulator along the lateral sliding of crossbeam to the crossbeam, the material clamping part and the material receiving plate center of manipulator just in time are in on the same axis. In addition, this crew cut beveler still contains a pneumatic means, and this pneumatic means has a telescopic rod who is just going on setting up to material receiving plate's center. Compare with prior art, this crew cut beveler can realize automatic feeding's process, avoids adopting artificial mode to carry out the material loading, has improved production efficiency greatly.
Description
Technical field
The present invention relates to a kind of standard component and produce equipment, particularly to a kind of flat head chamfering machine.
Background technology
Standard component, is primarily referred to as the various aspects standardization completely such as structure, size, the technique of painting, labelling, and conventional zero (portion) part produced by special manufacturer, such as screw element, key, pin, rolling bearing etc..Broad sense includes the machine components such as standardized securing member, connecting piece, driving member, sealing member, Hydraulic Elements, pneumatic element, bearing, spring.Narrow sense only includes standardization securing member.In addition with industry standard part, such as car gage part, Die & Mold Standard Parts etc., fall within extensive calibrations part.
In the prior art, generally use flat head chamfering machine that standard component is carried out chamfered and processing, owing to existing flat head chamfering machine is after often processing a standard component, it is required for by way of manual operation, the material of standard component is put into the feeding track to beveler, this kind of mode is still feasible for small lot batch manufacture, but for producing in enormous quantities, this mode not only can reduce production efficiency, and workman there will be the probability of maloperation during operation for a long time unavoidably, causes the rising of its percent defective.
Therefore, in order to improve production efficiency and the yields of standard component, just existing flat head chamfering machine need to be improved.
Summary of the invention
It is an object of the invention to provide a kind of flat head chamfering machine, production efficiency and the yields of standard component can be improved.
In order to solve above-mentioned technical problem, the invention provides a kind of flat head chamfering machine, comprise the rewinding dish for clamping material, be arranged on rewinding dish side for capturing the material grabbing mechanism of material；Material grabbing mechanism comprises: the support beam that is vertically arranged, the ram that crossbeam and the crossbeam being arranged on support beam end is slidably connected and the mechanical hand being arranged on ram；Wherein, mechanical hand can laterally sliding along crossbeam by ram；Mechanical hand also comprises: pars contractilis and material clamping part, pars contractilis is fixed on ram, and material clamping part is attached with pars contractilis；When mechanical hand is along the clearing end sliding laterally crossbeam of crossbeam, the material clamping part of mechanical hand and rewinding disk center just locate on the same axis；Flat head chamfering machine also comprises: the pneumatic means that rewinding dish is configured relatively, pneumatic means has a telescoping rod being just configured rewinding disk center.
In terms of existing technologies, the present invention can capture material by the clamping part of mechanical hand, and after mechanical hand captures material, can be by ram driving mechanical hands laterally sliding along crossbeam, when ram driving mechanical hands slides into the final position of crossbeam, then promoted telescoping rod by pneumatic means, telescoping rod the material accommodated in material clamping part is headed in rewinding dish, by rewinding dish, its material is clamped, thus completes the process of whole automatic charging.By this kind of structure, can avoid using the mode of artificial loading, substantially increase production efficiency and the yield of standard component finished product of standard component.
As preferably, pars contractilis is the first cylinder, and the push rod of material clamping part and the first cylinder is attached.Owing to pars contractilis is to use cylinder as telescopic element, at work, material clamping part can be promoted to move up and down by the push rod of cylinder, to facilitate material clamping part to capture material.
As preferably, above-mentioned crossbeam is provided with rectilinear orbit, and crossbeam is slidably connected with ram by rectilinear orbit.Owing to ram is provided with rectilinear orbit, ram can pass through rectilinear orbit laterally sliding along crossbeam at work, to realize rewinding dish is carried out feeding.
Specifically, as preferably, above-mentioned pneumatic means is the second cylinder.So that after ram driving mechanical hands slides into the terminal of crossbeam, by driving the second cylinder, the telescoping rod of the second cylinder the material being clamped on material clamping part headed in the centre bore of rewinding dish, to guarantee that rewinding dish can clamp material accurately.
And same, as preferably, above-mentioned flat head chamfering machine also comprises: be arranged on the feed mechanism of material grabbing mechanism side；Feed mechanism comprises: receiving block for the feed bin body placing material, the material that is arranged on feed bin body side, material receives block and is positioned at the lower section of crossbeam and just to mechanical hand starting point position on crossbeam；Wherein, feed bin body is obliquely installed and has a charging aperture and a discharging opening, material receives block and the discharging opening of feed bin body is just being configured and is blocking the discharging opening of feed bin body, and charging aperture receives the vertical height of block to material and receives the vertical height of block higher than discharging opening to material；Flat head chamfering machine also comprises: be arranged on feed bin body bottom portion for supporting the support rod member of feed bin body, and the end supporting rod member carries out hinged composition hinged end with feed bin body near one end of charging aperture；Feed bin body can overturn in predeterminable area with hinged end；After feed bin body is flipped up, discharging opening is positioned at material and receives the top of block, and discharging opening is opened；Flat head chamfering machine also comprises: be arranged on feed bin body bottom portion for promoting the resupinate driving means of feed bin body.Owing to being additionally provided with a feed mechanism in the side of material grabbing mechanism, before processing, the material needing processing can be put into feed bin body from the charging aperture of feed bin body by operator in batches, owing to this feed bin is to be obliquely installed, and the discharging opening of feed bin body faces material and receives block, receive block by material and block the discharging opening of feed bin body, it is to avoid the intrinsic material of feed bin skids off from discharging opening.And when needs feeding, then feed bin body is driven to be flipped up by driving means, feed bin body is moved upward until receive the height of block beyond material near one end of discharging opening, thus open discharging opening, guarantee that the intrinsic material of feed bin receives the top of block by discharging opening landing to material, so that material is captured by mechanical hand, to realize the process of flat head chamfering machine self-feeding, thus further ensure whole flat head chamfering machine and can carry out automatization's processing completely, improve the work efficiency of complete machine.
It addition, as preferably, above-mentioned driving means comprises cylinder and the bracer being arranged on feed bin body bottom portion；Wherein, the afterbody of a bracer is attached with the push rod of cylinder, and the head of a bracer props up feed bin body one end near discharging opening.Owing to driving means is as main driving means by cylinder, so push rod can be driven to stretch by cylinder when feeding, a bracer is driven to move forward and promote feed bin body to be flipped up with hinged end near one end of discharging opening by push rod, until making discharging opening exceed material receive the height of block, the action completing to open feed bin body discharging opening with this.
Further, as preferably, above-mentioned bracer offering mounting hole, mounting hole has been inserted into bolt；Wherein, between head and the upper surface of a bracer of bolt, there is one section of default spacing.Owing to offering mounting hole on a bracer, and in mounting hole, it is inserted with bolt, and the head of bolt is and has one section of default spacing between the upper surface of a bracer, in other words the head of bolt is not carry out contacting with the upper surface propping up bracer, thus ensure that a bracer can only transversely move in moving process, and the scope of movement is limited by the length of mounting hole, the whole resupinate amplitude of feed bin body is controlled with this, and bracer in longitudinal position be bolted the most locked, cannot be carried out mobile, guarantee that a bracer does not haves when promoting feed bin body with this to push up partially or the phenomenon of head space, thus improve the reliability of whole driving means work.
Further, as preferably, above-mentioned material receives the upper surface of block and has an inner fovea part matched with material outer circular shape.So that material is when the discharging opening of feed bin body slides into material reception block, can fall directly in the inner fovea part that material receives block, to avoid discharging opening when blowing, because of inertia or the impact of acceleration of gravity, material occurs the phenomenon of landing after receiving block through material.
It addition, as preferably, the top of above-mentioned feed bin body is the formation opening do not closed.So that the top of whole feed bin body is an open structure, operator can be directly from this internal discharge of materials of the open view at the top of feed bin body to feed bin and the state of supports for material down-sliding so that whole feeding process is relatively reliable.Meanwhile, operator's convenience to placing material in feed bin is also improved by the opening at feed bin top.
Further, as preferably, above-mentioned flat head chamfering machine also comprises the plate washer being arranged on above feed bin body, and the both sides of plate washer are fixedly connected by the sidewall of support with feed bin body；Wherein, there is one section of default spacing between the opening of plate washer and feed bin bodies top.Owing to being also arranged above one piece of plate washer at feed bin body, and there is between plate washer and feed bin body one section of default spacing, in other words plate washer does not cover on feed bin body, but make somebody a mere figurehead above feed bin body, the discharge of feed bin body interior material and the slip-down state of material can be observed by staff by the space between plate washer and feed bin body, thus while feed bin body interior can being observed not affecting staff, can be protected being placed on the intrinsic material of feed bin by plate washer again, reduce foreign body and fall into the intrinsic probability of feed bin.
It addition, as preferably, above-mentioned feed bin body carries out hinged with connecting rod by rotating shaft near one end of charging aperture.Further, rotating shaft is also arranged with bearing.Making rotating shaft is directly to contact with bearing when rotating, and to reduce the rotating shaft frictional resistance when rotating, reduces the rotating shaft wear phenomenon when rotating.Further, in order to meet the demand in market, bearing can use rolling bearing or sliding bearing, and staff can choose to install according to actual use demand.
Accompanying drawing explanation
Fig. 1 is the structural representation of the flat head chamfering machine of first embodiment of the invention；
Fig. 2 is the side view of Fig. 1；
Fig. 3 is the structural representation of feed mechanism in second embodiment of the invention；
Fig. 4 is the structural representation of feed mechanism in third embodiment of the invention；
Fig. 5 is the structural representation of feed mechanism in four embodiment of the invention.
Description of reference numerals:
1-feed bin body；2-material receives block；3-cylinder；4-props up bracer；6-plate washer；8-support；9-rewinding dish；10-support beam；11-crossbeam；12-ram；13-mechanical hand；13-1-cylinder；13-2-material clamping part；13-3 expansion link；14-cylinder；15 telescoping rods；17-rectilinear orbit；18-main spindle box；19-table top；20-rotating shaft；21-supports rod member.
Detailed description of the invention
Embodiment one
First embodiment of the present invention provides a kind of flat head chamfering machine, as depicted in figs. 1 and 2, this flat head chamfering machine comprises the rewinding dish 9 for clamping material, the main spindle box 18 driving rewinding dish 9 to carry out rotating, is arranged on rewinding dish 9 side for capturing the material grabbing mechanism of material.
Wherein, this material grabbing mechanism comprises the support beam 10 being vertically arranged, the crossbeam 11 and the crossbeam 11 that are arranged on support beam 10 end is slidably connected ram 12 and the mechanical hand 13 being arranged on ram 12.Wherein, this mechanical hand 13 can laterally sliding along crossbeam 11 by ram 12.
Specifically, crossbeam 11 is provided with rectilinear orbit 17, and crossbeam 11 is to be slidably connected by this rectilinear orbit 17 and ram 12, realize sliding laterally of ram 12 with this.
Wherein, mechanical hand 13 also comprises pars contractilis and material clamping part 13-2, and wherein, pars contractilis is to be directly anchored on ram 12, and material clamping part 13-2 is to be attached with pars contractilis.Specifically, this pars contractilis is a cylinder 13-1, and material clamping part 13-2 is that directly expansion link 13-3 with cylinder 13-1 is attached, material clamping part 13-2 is promoted to move up and down by the expansion link 13-3 of cylinder 13-1, to facilitate material clamping part 13-2 crawl material.
Being worth one to say, when mechanical hand 13 is along the final position sliding laterally crossbeam 11 of crossbeam 11, the material clamping part 13-2 of mechanical hand 13 and the center of rewinding dish 9 are just located on the same axis.
As preferably, flat head chamfering machine also comprises the pneumatic means that relative rewinding dish 9 is configured, and this pneumatic means has a telescoping rod 15 being just configured the center of rewinding dish 9 in being a cylinder 14, and this cylinder 14 specifically.So that after ram 12 driving mechanical hands slides into the terminal of crossbeam 11, by driving cylinder 14, by the telescoping rod 15 of cylinder 14 material being clamped on material clamping part 13-2 headed in the centre bore of rewinding dish 9, to guarantee that rewinding dish 9 can clamp material accurately.
As shown in the above, when flat head chamfering machine works, the clamping part 13-2 of mechanical hand 13 can be first passed through to capture material, and after mechanical hand 13 captures material, can be by ram 12 driving mechanical hands 13 laterally sliding along crossbeam 11, after ram 12 driving mechanical hands 13 slides into the clearing end of crossbeam 11, telescoping rod 15 can be promoted by cylinder 14, by telescoping rod 15, the material accommodated in material clamping part 13-2 is headed in rewinding dish 9, by rewinding dish 9, its material is clamped, thus completes the process of whole automatic charging.By this kind of structure, can avoid using artificial mode to carry out feeding, substantially increase production efficiency and the yield of standard component finished product of standard component.
Embodiment two
Second embodiment of the present invention provides a kind of flat head chamfering machine, second embodiment is the further improvement of the first embodiment, mainly the improvement is that, in second embodiment of the present invention, as it is shown on figure 3, the flat head chamfering machine of present embodiment also comprises the feed mechanism being arranged on material grabbing mechanism side.
Specifically, this feed mechanism comprises one and receives block 2 for the feed bin body 1 placing material, the material that is arranged on feed bin body 1 side, and this material receives block 2 and is positioned at the lower section of crossbeam 11 and just to the mechanical hand 13 starting point position on crossbeam 11.Wherein, feed bin body 1 is obliquely installed and has an a charging aperture 1-1 and discharging opening 1-2, and material reception block 2 is that the discharging opening 1-2 facing feed bin body 1 is configured, and directly block the discharging opening 1-2 of feed bin body 1, and charging aperture 1-1 receives the vertical height vertical height higher than discharging opening 1-2 to material reception block 2 of block 2 to material.
As preferably, being arranged on for supporting the support rod member 21 of feed bin body 1 bottom feed bin body 1 as it is shown on figure 3, this feed mechanism also comprises, the end supporting rod member 21 carries out hinged composition hinged end with feed bin body 1 near one end of charging aperture 1-1.Wherein, feed bin body 1 can overturn in predeterminable area with hinged end, and after feed bin body 1 is flipped up, discharging opening 1-2 is positioned at material and receives the top of block 2 so that discharging opening 1-2 is opened.Further, this feed mechanism also comprises and is arranged on bottom feed bin body 1 for promoting the resupinate driving means of feed bin body 1.
Owing to being additionally provided with a feed mechanism in the side of material grabbing mechanism, before processing, the standard component material needing processing can be put into feed bin body 1 from the charging aperture 1-1 of feed bin body 1 by operator in batches, owing to this feed bin body 1 is to be obliquely installed, and the discharging opening 1-2 of feed bin body 1 faces material and receives block 2, receive block 2 by material and block the discharging opening 1-2 of feed bin body 1, avoid the standard component material in feed bin body 1 to skid off from discharging opening 1-2 with this.
When needs feeding, then feed bin body 1 is driven to be flipped up by driving means, feed bin body 1 is moved upward until receive the height of block 2 beyond material near one end of discharging opening 1-2, thus open discharging opening 1-2, guarantee that the material in feed bin body 1 receives the top of block 2 by discharging opening 1-2 landing to material, so that material is captured by mechanical hand 13, to realize the process of flat head chamfering machine self-feeding, thus further ensure whole flat head chamfering machine and can carry out automatization's processing completely, improve the work efficiency of complete machine.
Specifically, in the present embodiment, driving means comprises the cylinder 3 being arranged on bottom feed bin body 1 and props up bracer 4.Wherein, the afterbody of a bracer 4 is attached with the push rod 3-1 of cylinder 3, and the head of a bracer 4 props up feed bin body 1 one end near discharging opening 1-2.When real work, push rod 3-1 can be driven to stretch by cylinder 3, then a bracer 4 is driven to move forward and promote feed bin body 1 to be flipped up with hinged end near one end of discharging opening 1-2 by push rod 3-1, until making discharging opening 1-2 receive the height of block 2, the action completing to open feed bin body 1 discharging opening 1-2 with this beyond material.
As preferably, as it is shown on figure 3, the upper surface that material receives block 2 has an inner fovea part 5 matched with standard component material outer circular shape.So that material is when the discharging opening 1-2 of feed bin body 1 slides into material reception block 2, can fall directly in the inner fovea part 5 that material receives block 2, to avoid discharging opening 1-2 when blowing, because of inertia or the impact of acceleration of gravity, material occurs the phenomenon of landing after receiving block 2 through material.
Further, as it is shown on figure 3, feed bin body 1 carries out hinged with supporting rod member 21 by rotating shaft 20 near one end of charging aperture.And, it is worth mentioning at this point that, rotating shaft 20 is also arranged with bearing (not indicating in figure).So that rotating shaft 20 is directly to contact with bearing when rotating, to reduce the rotating shaft 20 frictional resistance when rotating, reduce the rotating shaft wear phenomenon when rotating.Further, in order to meet the demand in market, bearing can use rolling bearing or sliding bearing, and staff can choose to install according to actual use demand.
Embodiment three
Third embodiment of the present invention provides a kind of flat head chamfering machine, 3rd embodiment is the further improvement of the second embodiment, mainly theing improvement is that: as shown in Figure 4, in this 3rd embodiment, the top of feed bin body 1 is the formation opening 1-3 not closed.So that the top of whole feed bin body 1 is an open structure, operator directly can observe this internal discharge of materials of feed bin and the state of supports for material down-sliding from the opening 1-3 at the top of feed bin body so that whole feeding process is relatively reliable.Meanwhile, operator's convenience to placing material in feed bin is also improved by the opening 1-3 at feed bin top.
Owing to the top of feed bin body 1 is do not close, in order to prevent foreign body from falling in feed bin body 1, so the flat head chamfering machine of present embodiment can also comprise a plate washer being arranged on above feed bin body 16.Specifically, the both sides of plate washer 6 can be fixedly connected by the sidewall of a support 8 with feed bin body 1.In actual assembling process, the height of long stent 8 can be added so that there is between the opening 1-3 at plate washer 6 and feed bin body 1 top one section of default spacing.So that plate washer 6 is not directly to cover on feed bin body 1; but make somebody a mere figurehead above feed bin body 1; the discharge of material in feed bin body 1 and the slip-down state of material can be observed by staff by the space between plate washer 6 and feed bin body 1; thus can be while not affecting staff and the material in feed bin body 1 is observed; by plate washer 6, the material being placed in feed bin body 1 can be protected again, reduce foreign body and fall into the probability in feed bin body 1.
Embodiment four
4th embodiment of the present invention provides a kind of flat head chamfering machine, 4th embodiment is the further improvement of the 3rd embodiment, mainly thes improvement is that: as it is shown in figure 5, in the present embodiment, prop up and can offer a mounting hole 4-1 on bracer 4, and be inserted into bolt 7 at mounting hole 4-1.
In actual installation process, directly a bracer 4 can be fixed on the playing surface 19, in then bolt 7 is screwed in the mounting hole 4-1 of a bracer 4, it be specified.Wherein, when assembling, between head and the upper surface of a bracer 4 of bolt 7 to be guaranteed, there is one section of default spacing, the head making bolt 7 is not carry out contacting with the upper surface propping up bracer 4, thus ensure that a bracer can carry out transverse shifting along table top 19 during movement, and the scope of movement is limited by the length of mounting hole 4-1, the whole resupinate amplitude of feed bin body 1 is controlled with this, and bracer 4 lengthwise position on the playing surface 19 is that to be bolted 7 the most locked, cannot be carried out mobile, guarantee that a bracer 4 does not haves when promoting feed bin body 1 with this to push up partially or the phenomenon of head space, thus improve the whole driving means reliability when promoting feed bin body 1.
Claims (10)
1. a flat head chamfering machine, comprises the rewinding dish for clamping material, it is characterised in that: also comprise and be arranged on described rewinding dish side for capturing the material grabbing mechanism of material；
Described material grabbing mechanism comprises: the support beam that is vertically arranged, the ram that the crossbeam being arranged on described support beam end is slidably connected with described crossbeam and the mechanical hand being arranged on described ram；Wherein, described mechanical hand can laterally sliding along described crossbeam by described ram；
Described mechanical hand also comprises: pars contractilis and material clamping part, described pars contractilis is fixed on described ram, and described material clamping part is attached with described pars contractilis；
When described mechanical hand is along the terminal sliding laterally described crossbeam of described crossbeam, the center of the material clamping part of described mechanical hand and described rewinding dish is just located on the same axis；
Described flat head chamfering machine also comprises: the pneumatic means that the most described rewinding dish is configured, and described pneumatic means has a telescoping rod being just configured described rewinding disk center.
Flat head chamfering machine the most according to claim 1, it is characterised in that: described pars contractilis is the first cylinder, and described material clamping part is attached with the push rod of described first cylinder.
Flat head chamfering machine the most according to claim 1, it is characterised in that: described crossbeam is provided with rectilinear orbit, and described crossbeam is slidably connected with described ram by described rectilinear orbit.
Flat head chamfering machine the most according to claim 1, it is characterised in that: described pneumatic means is the second cylinder.
Flat head chamfering machine the most as claimed in any of claims 1 to 4, it is characterised in that: described flat head chamfering machine also comprises: be arranged on the feed mechanism of described material grabbing mechanism side；
Described feed mechanism comprises: receiving block for the feed bin body placing material, the material that is arranged on described feed bin body side, described material receives block and is positioned at the lower section of described crossbeam and just to described mechanical hand starting point position on described crossbeam；
Wherein, described feed bin body is obliquely installed and has a charging aperture and a discharging opening, described material receives block and the discharging opening of described feed bin body is just being configured and is blocking the discharging opening of described feed bin body, and described charging aperture receives the vertical height of block to described material and receives the vertical height of block higher than described discharging opening to described material；
Described flat head chamfering machine also comprises: be arranged on described feed bin body bottom portion for supporting the support rod member of described feed bin body, and the end of described support rod member and described feed bin body carry out hinged composition hinged end near one end of described charging aperture；
Described feed bin body can overturn in predeterminable area with described hinged end；After described feed bin body is flipped up, described discharging opening is positioned at described material and receives the top of block, and described discharging opening is opened；
Described flat head chamfering machine also comprises: be arranged on described feed bin body bottom portion for promoting the described resupinate driving means of feed bin body.
Flat head chamfering machine the most according to claim 5, it is characterised in that: described driving means comprises the 3rd cylinder and the bracer being arranged on described feed bin body bottom portion；
Wherein, the afterbody of described bracer is attached with the push rod of described 3rd cylinder, and the head of described bracer props up described feed bin body near one end of described discharging opening.
Flat head chamfering machine the most according to claim 5, it is characterised in that: offering mounting hole on described bracer, described mounting hole has been inserted into bolt；
Wherein, between head and the upper surface of described bracer of described bolt, there is one section of default spacing.
Flat head chamfering machine the most according to claim 5, it is characterised in that: described material receives the upper surface of block and has an inner fovea part matched with described material outer circular shape.
Flat head chamfering machine the most according to claim 5, it is characterised in that: the top of described feed bin body is the formation opening do not closed.
Flat head chamfering machine the most according to claim 5, it is characterised in that: described flat head chamfering machine also comprises the plate washer being arranged on above described feed bin body, and the both sides of described plate washer are fixedly connected by the sidewall of support with described feed bin body；
Wherein, between the opening of described plate washer and described feed bin bodies top, there is one section of default spacing.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620269282.XU CN205630085U (en) | 2016-04-01 | 2016-04-01 | Crew cut beveler |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620269282.XU CN205630085U (en) | 2016-04-01 | 2016-04-01 | Crew cut beveler |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205630085U true CN205630085U (en) | 2016-10-12 |
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ID=57066932
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620269282.XU Expired - Fee Related CN205630085U (en) | 2016-04-01 | 2016-04-01 | Crew cut beveler |
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| Country | Link |
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| CN (1) | CN205630085U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105619154A (en) * | 2016-04-01 | 2016-06-01 | 上海工程技术大学 | Flat head chamfering machine |
| CN107685265A (en) * | 2017-08-25 | 2018-02-13 | 温州千亚阀门配件有限公司 | Valve rod chamfer processing method and device |
-
2016
- 2016-04-01 CN CN201620269282.XU patent/CN205630085U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105619154A (en) * | 2016-04-01 | 2016-06-01 | 上海工程技术大学 | Flat head chamfering machine |
| CN107685265A (en) * | 2017-08-25 | 2018-02-13 | 温州千亚阀门配件有限公司 | Valve rod chamfer processing method and device |
| CN107685265B (en) * | 2017-08-25 | 2024-02-13 | 浙江千亚自动化设备有限公司 | Valve rod chamfer processingequipment |
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Granted publication date: 20161012 Termination date: 20190401 |
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| CF01 | Termination of patent right due to non-payment of annual fee |