CN205551484U - Cutting off tool rest is used in mould production with binding post mirror layer storing hole - Google Patents
Cutting off tool rest is used in mould production with binding post mirror layer storing hole Download PDFInfo
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- CN205551484U CN205551484U CN201620053455.4U CN201620053455U CN205551484U CN 205551484 U CN205551484 U CN 205551484U CN 201620053455 U CN201620053455 U CN 201620053455U CN 205551484 U CN205551484 U CN 205551484U
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- hole
- binding post
- specular layer
- support board
- mould production
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Abstract
The utility model relates to a mould production equipment. A cutting off tool rest is used in mould production with binding post mirror layer storing hole, including the mesa that is equipped with the storing hole, the lathe tool, link and actuating mechanism, the lathe tool is equipped with the spread groove, actuating mechanism includes the threaded rod, step motor and thread bush, the thread bush joint is in the spread groove, the spread groove is equipped with the feed forced section, the feed forced section is equipped with pressure sensor, the thing hole is equipped with removable cover, removable cover is including year thing board that is equipped with mirror layer, link gear and side wall board, wall portion articulated be in the same place of hinge with the storing hole is passed through to side wall board one end, the other end passes through the link gear together carrying board connected is in the same place, and a year thing board passes through supporting spring to be supported in the link, and step motor is equipped with binding post. The utility model has the advantages of can realize the automatic feed degree of depth, article can not the landing and the wiring reliable, it can not the automatic feed degree of depth and the problem that drops easily of article to have solved present cutting off tool rest.
Description
Technical field
The utility model relates to the mould plant-scale equipment, particularly relates to a kind of mould production tool holder being provided with binding post specular layer storing hole.
Background technology
Can use lathe in mould production process, lathe is provided with tool holder.Existing tool holder includes a spike of table top, supporting bable tops, and table top is provided with lathe tool and drives the drive mechanism of lathe tool, and lathe tool is provided with blade.
The existing mould production tool holder being provided with binding post specular layer storing hole has the disadvantage that and can not realize automatically controlling depth of cut；On table top, during placing articles, article easily generation level is slided and the phenomenon that drops.
Utility model content
The utility model provides a kind of mould production tool holder being provided with binding post specular layer storing hole that be implemented for automatically controlling depth of cut, that will not produce landing phenomenon when depositing article on table top, solves existing tool holder and can not be used for automatically controlling the problem easily producing, when depositing article on depth of cut and table top, the phenomenon that drops.
nullMore than technical problem is that and solved by following technical proposal: a kind of mould production tool holder being provided with binding post specular layer storing hole，Including table top、A spike of supporting bable tops，Described table top is provided with lathe tool and drives the drive mechanism of lathe tool，One end of described lathe tool is provided with blade，It is characterized in that，The other end of described lathe tool is provided with counterbore，The sidewall of described counterbore is provided with link slot，Described drive mechanism includes threaded rod、Drive the stepper motor that threaded rod rotates and the thread bush being connected to threaded rod，Described thread bush is connected in described link slot，Described link slot is provided with feed forced section，Described feed forced section is provided with pressure sensor，Described table top is provided with storing hole，Described storing hole is provided with removable cover，Described spike is provided with the link being positioned at below table top，Described removable cover includes support board、Link gear and be positioned at the gusset plate of four sides, left and right before and after support board，The upper surface of described support board is provided with specular layer，The wall portion that described gusset plate one end is cheated with described storing by hinge is hinged、The other end is linked together with described support board by described link gear，Described support board is by supporting spring supporting above described link，Described stepper motor is provided with binding post，Described binding post includes insulator and is arranged at the conducting strip that the same stepping motor coil of insulator surface links together，Described conducting strip is provided with the wiring hole of through described binding post，Described wiring hole is equipped with tin set." feed forced section " refer to drive mechanism drive lathe tool to draw close towards workpiece and during carrying out feed, the position that link slot is extruded by thread bush.During use, being controlled stepper motor by controlling device, the pressure feedback detected by pressure sensor is given and is controlled device, is input to control device by the pressure data that the lathe tool corresponding to different depths of cut affords in advance.The process controlling depth of cut is: controls device and makes driving stepper motor threaded rod rotate, threaded rod drives thread bush translation, thread bush drives lathe tool to draw close towards workpiece and carry out feed, the pressure detected along with the increase then pressure sensor of depth of cut also synchronizes to increase, when with the pressure set, the pressure detected represents time equal that depth of cut has reached the depth of cut set, this timed unit makes stepper motor stop and stopping feed.Article (such as instrument) set aside on removable cover, under the weight effect of instrument, support board declines and drives and supports spring contraction, gusset plate and rotate down for axle with hinge so that removable cover formed with support board for the bottom surface side coaming plate pit as sidewall by spacing for instrument live and prevent article from dropping.When the setting of gusset plate enables to deposit on removable cover less article, article will not gap between the wall portion that support board and storing are cheated and drop.To stepper motor induce one power supply time, by power line from wiring hole away from conducting strip one end insert, then by scolding tin, power line is welded together with conducting strip and forms outside weldings point.Tin set absorbs heat and melts, and is also welded to form internal solder joint together by the part that power line is positioned at binding post with wiring hole after fusing, and internal welding point plays the effect of the bonding strength improved between power line and conduction sheet；The formation of internal solder joint can be played when extracting power line, and auxiliary power supply line carries out stress with the junction of conducting strip, to reduce the probability producing electrical connection bad phenomenon.Specular layer is set, when instrument one end be shelved on support board, the other end can slide into swimmingly when being shelved on gusset plate and be completely supported on support board, convenience when making article rest on support board is more preferably (if being not provided with specular layer, then needing during place tool to place tools for alignment support board, otherwise possible generation instrument can not slide into the phenomenon generation on support board).
As preferably, described table top is provided with along the axially extended gathering sill of described threaded rod, and described lathe tool is slidably connected to described gathering sill.Stationarity in lathe tool moving process is good, and accuracy during feed is good.
As preferably, described link is provided with guide cylinder, and described support board is provided with vertically extending lead, and described lead is located in described guide cylinder.Can effectively prevent from support board lifting process produces rocking.
As preferably, described support spring is positioned at described guide cylinder and is supported on the lower end of described lead.Compact conformation.
As preferably, described support spring is stage clip, and the length when height of described guide cylinder is in free state more than described support spring deducts the difference of the maximum collapse amount supporting spring.It can be avoided that article quality more than support spring can support maximum weight time and cause support spring transition contraction and damage.
As preferably, described link gear includes that one end is articulated with the inserted link at described support board edge and is arranged at the jack of described side plate edge, and the other end of described inserted link is located in described jack.It can be avoided that gusset plate is perpendicularly oriented to article.Gusset plate is perpendicularly oriented to during article be easily caused article surface damage.
As preferably, being provided with guide ring in described wiring hole, described tin overlaps between described guide ring and conducting strip, and the inner peripheral surface of described guide ring is the conical surface that the inner little outer diameter of diameter is big.When power line can be made to insert convenient, flow out during being prevented from again manually welding by soldering gun, after tin set fusing and be unable to weld together power line with conducting electricity sheet body.
As preferably, it is interference fit between described guide ring and wiring hole.Can easily and effectively prevent guide ring from deviating from from wiring hole.
As preferably, described guide ring is provided with the elastic retaining pin preventing the power line being plugged in wiring hole from extracting from the one end away from conducting strip.When inserting power line, power line makes retaining pin open and produce and dodge.Resistance when then the increase of retaining pin is extracted when extracting, so that power line is not easy to be pulled out, plays the effect improving electrical connection reliability.
As preferably, described retaining pin is arranged at the inner face of described guide ring.Can be laid out when tin set aperture is less, improve convenience during circuit-board laying-out.
As preferably, described retaining pin is positioned on the same conical surface along the medial surface of the radial direction of guide ring and the inner peripheral surface of described guide ring.Easy to make, compact conformation.
As preferably, the lower surface of described specular layer is provided with vertically extending connection post, the lower surface of described connection post is provided with screwed hole, described support board is provided with through hole, and described specular layer is connected in described screwed hole be fixed together with described support board through described through hole rear thread by bolt.When causing rough surface when specular layer abrasion, it is possible to take off specular layer easily and be replaced.
As preferably, described connection post is located in described through hole, and the lower surface of described specular layer is connected to together with described support board.Specular layer can be improved with the connection reliability between support board.
The utility model has an advantage that being implemented for lathe tool automatically controls depth of cut；When not only depositing article convenient, and it can be avoided that article are from table top under landing；In welding process, tin set absorbs heat and can be also welded to form internal solder joint together by the part that power line is positioned at conducting strip with wiring hole after producing fusing, and internal welding point plays the effect of the bonding strength proposed between power line and conduction sheet；The formation of internal solder joint can be played when extracting power line, and auxiliary power supply line carries out stress with the junction of conducting strip, thus is not easy to produce electrical connection bad phenomenon；Arranging specular layer, convenience during by article rest on support board is more preferable.
Accompanying drawing explanation
Fig. 1 is the schematic diagram of the utility model embodiment one.
Fig. 2 is use view of the present utility model.
nullIn figure: a spike 1、Link 2、Guide cylinder 22、Support spring 23、Removable cover 3、Support board 32、Through hole 321、Gusset plate 33、Lead 34、Specular layer 35、Connect post 351、Screwed hole 352、Bolt 36、Hinge 37、Link gear 38、Inserted link 381、Jack 382、Hinge 383、Article 4、Table top 5、Gathering sill 51、Lathe tool 52、Blade 521、Counterbore 522、Link slot 523、Feed forced section 524、Pressure sensor 525、Drive mechanism 53、Thread bush 531、Threaded rod 532、Stepper motor 533、Storing hole 55、Binding post 6、Conducting strip 61、Insulator 62、Wiring hole 63、Guide ring 7、The inner peripheral surface 71 of guide ring、Retaining pin 72、Retaining pin is along the medial surface 721 of the radial direction of guide ring、Tin set 8、Internal solder joint 81、Outside solder joint 82、Power line 83.
Detailed description of the invention
With embodiment, the utility model is further described below in conjunction with the accompanying drawings.
Seeing Fig. 1, a kind of mould production tool holder being provided with binding post specular layer storing hole, including a spike 1, lathe tool 52 and drive mechanism 53.The middle part propping up spike 1 is provided with link 2.The upper end propping up spike 1 is provided with table top 5.
Link 2 is provided with several guide cylinders 22.Each guide cylinder 22 is designed with support spring 23.Supporting spring 23 is stage clip.
Table top 5 is provided with gathering sill 51 and storing hole 55.Storing hole 55 is provided with removable cover 3.
Removable cover 3 includes support board 32 and gusset plate 33.The lower surface of support board 32 is provided with some leads 34.Lead 34 is vertically extending.Each lead 34 is respectively located in a guide cylinder 22.Support spring 23 to be supported on the lower end of lead 34 and support board 32 is supported by lead 34.The height of guide cylinder 22 deduct more than the length supported when spring is in free state that the difference of maximum collapse amount supporting spring, i.e. support board 32 support when abutting on guide cylinder 22 that spring 23 do not shrinks to limiting condition.Before and after support board 32, four sides, left and right are designed with gusset plate 33.One end of gusset plate 33 is hinged with the wall portion in storing hole 55 by hinge 37.The other end of gusset plate 33 is linked together with support board 32 by link gear 38.Link gear 38 includes inserted link 381 and jack 382.One end of inserted link 381 is articulated with the edge of support board 32 by hinge 383.The other end of inserted link 381 is located in jack 382.Jack 382 is arranged at the edge of gusset plate 33.When the utility model is in free state, table top 5, support board 32 and gusset plate 33 are positioned in same level.
Support board 32 is provided with through hole 321.The upper surface of support board 32 is provided with specular layer 35.The lower surface of specular layer 35 is connected to together with the upper surface of support board 32.The lower surface of specular layer 35 is provided with vertically extending connection post 351.The lower surface connecting post 351 is provided with screwed hole 352.Connect post 351 to be located in through hole 321.Specular layer 35 is connected in screwed hole 352 be fixed together with support board 32 through through hole 321 rear thread by bolt 36.
Lathe tool 52 is slidably connected to gathering sill 51.One end of lathe tool 52 is provided with blade 521.The other end of lathe tool 52 is provided with counterbore 522.The sidewall of counterbore 522 is provided with link slot 523.Link slot 523 is provided with feed forced section 524.Feed forced section 524 is provided with pressure sensor 525.
Drive mechanism 53 includes thread bush 531, threaded rod 532 and stepper motor 533.Thread bush 531 is connected in link slot 523.The bearing of trend of threaded rod 532 is identical with the bearing of trend of gathering sill 51.Threaded rod 532 is threadedly connected in thread bush 531.The power output shaft of stepper motor 533 is coaxially connected together with threaded rod 532 by shaft coupling.
Stepper motor 533 is provided with binding post 6.Binding post 6 includes that insulator 62 and conducting strip 61 are arranged at insulator 62 surface.Conducting strip 61 links together with the coil of stepper motor 533.Conducting strip 61 is provided with wiring hole 63.The through binding post of wiring hole 63 6.Wiring hole 63 is equipped with tin set 8 and guide ring 7.Tin set 8 is between guide ring 7 and conducting strip 61.The inner peripheral surface 71 of guide ring is the conical surface that the inner little outer diameter of diameter is big.It it is interference fit between guide ring 7 and wiring hole 63.Guide ring 7 sets resilient retaining pin 72.Retaining pin 72 is arranged at the inner face of guide ring 7.Retaining pin is positioned on the same conical surface along the medial surface 721 of the radial direction of guide ring and the inner peripheral surface 71 of guide ring.
Seeing Fig. 2, during use, stepper motor 533 and pressure sensor 525 are all electrically connected with control device, control device and control the start and stop of stepper motor 533.When stepper motor 533 drives lathe tool 52 to be moved to the left i.e. feed, when the contacting dies that lathe tool 52 is processed with bag, the pressure suffered by lathe tool 52 can be detected by pressure sensor 525 and feed back to control device, when the pressure that pressure sensor 525 detects with setting value equal time (represent depth of cut meet the requirements) control device and make stepper motor 533 stop namely stopping feed.
Article 4 are set aside on removable cover 3, under the weight effect of article 4, support board 32 declines and drives support spring 23 to shrink, under the directly extruding of article 4 or/and on the downside of the driving of support board 32, coaming plate 33 rotates down with hinge 37 for axle so that in article 4 are encased in storing hole 55 and limited live, article 4 will not be slided in the horizontal direction and drop and do not have big gap between wall portion that the existence of gusset plate 33 makes support board and storing cheat 55.Support board 32 is the driving being realized offside coaming plate 33 by link gear 38.After removing article 4, under the effect of back-moving spring 36, support board 32 resets, and when support board 32 resets, on the downside of the driving effect of link gear 38 offside coaming plate 33, coaming plate 33 is also reset to level.
Stepper motor with the method for attachment of power supply is: inserted away from one end of conducting strip 61 from wiring hole 63 by power line 83.Then outside solder joint 82 is formed by tin-soldering device such as electric iron heating scolding tin.Power line 83 and conducting strip 61 are welded together by outside solder joint 82.Heat in welding process is by tin set 8 absorption when power line 83 conducts, and tin set 8 absorbs heat and produces fusing, forms internal solder joint 81 after tin set 8 fusing.The part that power line 83 is positioned at binding post 6 with wiring hole 63 is also welded to be formed together by internal solder joint 81.Guide ring 7 enables to power line 83 and can conveniently insert, and when extracting, retaining pin 72 can play the effect stoping power line 83 to be extracted.
When specular layer 35 needs to change, take off bolt 36 and old specular layer 35 is upwards extracted then according to upper new specular layer.
Claims (10)
- null1. the mould production tool holder being provided with binding post specular layer storing hole，Including table top、A spike of supporting bable tops，Described table top is provided with lathe tool and drives the drive mechanism of lathe tool，One end of described lathe tool is provided with blade，It is characterized in that，The other end of described lathe tool is provided with counterbore，The sidewall of described counterbore is provided with link slot，Described drive mechanism includes threaded rod、Drive the stepper motor that threaded rod rotates and the thread bush being connected to threaded rod，Described thread bush is connected in described link slot，Described link slot is provided with feed forced section，Described feed forced section is provided with pressure sensor，Described table top is provided with storing hole，Described storing hole is provided with removable cover，Described spike is provided with the link being positioned at below table top，Described removable cover includes support board、Link gear and be positioned at the gusset plate of four sides, left and right before and after support board，The upper surface of described support board is provided with specular layer，The wall portion that described gusset plate one end is cheated with described storing by hinge is hinged、The other end is linked together with described support board by described link gear，Described support board is by supporting spring supporting above described link，Described stepper motor is provided with binding post，Described binding post includes insulator and is arranged at the conducting strip that the same stepping motor coil of insulator surface links together，Described conducting strip is provided with the wiring hole of through described binding post，Described wiring hole is equipped with tin set.
- The mould production tool holder being provided with binding post specular layer storing hole the most according to claim 1, it is characterised in that described table top is provided with along the axially extended gathering sill of described threaded rod, and described lathe tool is slidably connected to described gathering sill.
- The mould production tool holder being provided with binding post specular layer storing hole the most according to claim 1 and 2, it is characterized in that, described link is provided with guide cylinder, and described support board is provided with vertically extending lead, and described lead is located in described guide cylinder.
- The mould production tool holder being provided with binding post specular layer storing hole the most according to claim 3, it is characterised in that described support spring is positioned at described guide cylinder and is supported on the lower end of described lead.
- The mould production tool holder being provided with binding post specular layer storing hole the most according to claim 3, it is characterized in that, described support spring is stage clip, and the length when height of described guide cylinder is in free state more than described support spring deducts the difference of the maximum collapse amount supporting spring.
- The mould production tool holder being provided with binding post specular layer storing hole the most according to claim 1 and 2, it is characterized in that, described link gear includes that one end is articulated with the inserted link at described support board edge and is arranged at the jack of described side plate edge, and the other end of described inserted link is located in described jack.
- The mould production tool holder being provided with binding post specular layer storing hole the most according to claim 1 and 2, it is characterized in that, described wiring hole is provided with guide ring, described tin overlaps between described guide ring and conducting strip, and the inner peripheral surface of described guide ring is the conical surface that the inner little outer diameter of diameter is big.
- The mould production tool holder being provided with binding post specular layer storing hole the most according to claim 7, it is characterised in that described guide ring is provided with the elastic retaining pin preventing the power line being plugged in wiring hole from extracting from the one end away from conducting strip.
- The mould production tool holder being provided with binding post specular layer storing hole the most according to claim 1 and 2, it is characterized in that, the lower surface of described specular layer is provided with vertically extending connection post, the lower surface of described connection post is provided with screwed hole, described support board is provided with through hole, and described specular layer is connected in described screwed hole be fixed together with described support board through described through hole rear thread by bolt.
- The mould production tool holder being provided with binding post specular layer storing hole the most according to claim 9, it is characterised in that described connection post is located in described through hole, and the lower surface of described specular layer is connected to together with described support board.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620053455.4U CN205551484U (en) | 2016-01-20 | 2016-01-20 | Cutting off tool rest is used in mould production with binding post mirror layer storing hole |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620053455.4U CN205551484U (en) | 2016-01-20 | 2016-01-20 | Cutting off tool rest is used in mould production with binding post mirror layer storing hole |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205551484U true CN205551484U (en) | 2016-09-07 |
Family
ID=56820210
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620053455.4U Expired - Fee Related CN205551484U (en) | 2016-01-20 | 2016-01-20 | Cutting off tool rest is used in mould production with binding post mirror layer storing hole |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205551484U (en) |
-
2016
- 2016-01-20 CN CN201620053455.4U patent/CN205551484U/en not_active Expired - Fee Related
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20160907 Termination date: 20170120 |
|
| CF01 | Termination of patent right due to non-payment of annual fee |