CN207857839U - Metal casting waste material output mechanism - Google Patents
Metal casting waste material output mechanism Download PDFInfo
- Publication number
- CN207857839U CN207857839U CN201721270376.XU CN201721270376U CN207857839U CN 207857839 U CN207857839 U CN 207857839U CN 201721270376 U CN201721270376 U CN 201721270376U CN 207857839 U CN207857839 U CN 207857839U
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- conduit
- waste material
- engine base
- main runner
- runner scrap
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Abstract
The utility model is related to a kind of metal casting waste material output mechanisms, it is characterised in that：Including body and it is located at the engine base on body for positioning parts to be processed, liftable ultrasonic oscillator is equipped with above the engine base, the forward and backward side-lower of the engine base is equipped with finished product discharging conduit, the lower section of the finished product discharging conduit is equipped with out waste material conduit, and the main runner scrap end is additionally provided with out main runner scrap conduit；It is described go out waste material conduit be obliquely installed along body horizontal direction, it is described go out main runner scrap conduit be also to be obliquely installed along body horizontal direction, and go out the lower section that waste material conduit is located at main runner scrap conduit, that is, form out main runner scrap conduit, the discharge end that goes out waste material conduit is located at the right side side of body.Compared with prior art, the utility model has the advantages that：Simple structure and reasonable design, low manufacture cost are conducive to improve waste material delivery efficiency.
Description
Technical field：
The utility model is related to a kind of metal casting waste material output mechanisms.
Background technology：
Metal casting uses very universal in daily life, and production process includes metal casting injection molding, waste material cuts
It removes, finished product polishing etc., wherein waste material excision process is carried out by artificial at present, and not only low production efficiency, quality obtain this mode
Less than guarantee, and production cost is high.And some cutting apparatus construction is complicated, of high cost, and casting waste material output mechanism designs
It is unreasonable, keep mechanism complex.
Invention content：
The purpose of this utility model is to provide a kind of metal casting waste material output mechanism, which exports machine
Structure simple structure and reasonable design, low manufacture cost.
The utility model metal casting waste material output mechanism, it is characterised in that：Including body and it is located on body for fixed
The engine base of position parts to be processed, the engine base top are equipped with liftable ultrasonic oscillator, and the forward and backward side-lower of the engine base is equipped with
The lower section of finished product discharging conduit, the finished product discharging conduit is equipped with out waste material conduit, and the main runner scrap end is additionally provided with out master
Runner scrap conduit；It is described go out waste material conduit be obliquely installed along body horizontal direction, it is described go out main runner scrap conduit be also edge
Body horizontal direction is obliquely installed, and goes out the lower section that waste material conduit is located at main runner scrap conduit, that is, it is useless to form out main running channel
Hopper road, the discharge end for going out waste material conduit are located at the right side side of body.
Further, the feeding end of above-mentioned engine base is equipped with pan feeding claw, and the main runner scrap end that goes out of the engine base is equipped with out
Main runner scrap claw.
Further, above-mentioned pan feeding claw includes the first rotary cylinder and is located at first of the first rotary cylinder upper end
Seat is supportted, first support base is equipped with the first telescopic cylinder, and the free end of first telescopic cylinder is equipped with the first folding and unfolding
Collet.
Further, it is above-mentioned go out main runner scrap claw include the second rotary cylinder and being located at the second rotary cylinder upper end
The second support base, second support base be equipped with the second telescopic cylinder, the free end of second telescopic cylinder is equipped with
Second folding and unfolding collet.
Further, above-mentioned engine base includes master positioning engine base for positioning main running channel and multiple for positioning side waste material
Secondary positioning engine base, the secondary positioning engine base includes that can slide along slide arm that engine base horizontal sliding is adjusted and along slide arm length direction
The supporting block of transposition section, the spring that the supporting block is equipped with T-type supporting rod and is located between T-type supporting rod and supporting block, institute
It states liftable ultrasonic oscillator and declines compressing in the main runner scrap on master positioning engine base and giving up on T-type supporting rod
Material.
The operation principle of the utility model, parts to be processed on engine base by the effect of liftable ultrasonic oscillator,
So that finished product A is detached with main runner scrap B, waste material C, wherein finished product A drop down onto finished product discharging conduit output, and main runner scrap B by
Go out the transfer of main runner scrap claw from going out main runner scrap conduit output, and waste material C is useless by going out below finished product discharging conduit
Hopper road exports, since the discharge end for going out main runner scrap conduit, going out waste material conduit is located at the right side side of body, to facilitate master
Runner scrap B, the output of the same sides waste material C, the person of being conveniently operated collect main runner scrap B, waste material C.
Compared with prior art, the utility model has the advantages that：Simple structure and reasonable design, cost of manufacture
It is low, be conducive to improve waste material delivery efficiency.
Description of the drawings：
Fig. 1 is the main view organigram of the utility model；
Fig. 2 is the organigram of the utility model parts to be processed；
Fig. 3 is the K-K organigrams of Fig. 1；
Fig. 4 is the organigram (and partial view of Fig. 3) at retractable baffle position；
Fig. 5 is the organigram of rear finished product discharging conduit；
Fig. 6 is the main view organigram of pan feeding claw；
Fig. 7 is the vertical view organigram of Fig. 6；
Fig. 8 is main runner scrap claw main view organigram；
Fig. 9 is the vertical view organigram of Fig. 8.
Specific implementation mode：
The utility model method is described in further detail with reference to embodiment.It should be strongly noted that this
The protection domain of utility model should include but not limited to the technology contents disclosed in the present embodiment.
The utility model metal casting waste material output mechanism includes body 1 and is located on body 1 for positioning to be processed zero
The engine base 3 of part 2,3 top of the engine base are equipped with liftable ultrasonic oscillator 4, and the feeding end 101 of the engine base 3 is equipped with pan feeding card
The main runner scrap end 102 that goes out of pawl 5, the engine base 3 is equipped with out main runner scrap claw 6, and the forward and backward side-lower of the engine base is set
There are finished product discharging conduit 7, the lower section of the finished product discharging conduit 7 to be equipped with out waste material conduit 8, the main runner scrap end 102 is also
It is equipped with out main runner scrap conduit 9, the higher-order of oscillation is carried out to parts to be processed 2 by the liftable ultrasonic oscillator 4 of decline, is made
Finished product A therein is detached with main runner scrap B, waste material C, and waste material falls into out the output of waste material conduit 8, and main runner scrap is poured by master
Road waste material claw 6 is shifted and is exported by main runner scrap conduit 9, and finished product is exported by the conduit 7 that discharges.
Further, for reasonable design, above-mentioned pan feeding claw 5 includes the first rotary cylinder 501 and is located at the first rotation
First support base 502 of 501 upper end of cylinder, first support base 502 be equipped with the first telescopic cylinder 503, described first
The free end of telescopic cylinder 503 is equipped with the first folding and unfolding collet 504, and flexible material is all provided in the inside of the first folding and unfolding collet 504
Material 505, such as silica gel, rubber or sponge, when work by pan feeding claw 5, first the first rotary cylinder 501 rotates, and then first
Telescopic cylinder 503 extends, and the tightening of the first folding and unfolding collet 504 clamps 2 main runner scrap of parts to be processed, then the first flexible gas
Cylinder 503 is shunk, and parts to be processed 2 is gone to after master positioning engine base 301 and unclamps the first folding and unfolding folder by the rotation of the first rotary cylinder 501
First 504, parts to be processed 2 drops into master positioning engine base 301, and then liftable ultrasonic oscillator 4 moves down, liftable ultrasonic wave
Main runner scrap B and waste material C of the compressing of oscillator 4 on master positioning engine base 301 and time positioning engine base 302.
Further, for reasonable design, it is above-mentioned go out main runner scrap claw 6 include the second rotary cylinder 601 and be located at
Second support base 602 of 601 upper end of the second rotary cylinder, second support base 602 are equipped with the second telescopic cylinder 603,
The free end of second telescopic cylinder 603 is equipped with the second folding and unfolding collet 604.It is all provided in the inside of the second folding and unfolding collet 604
Flexible material 605, such as silica gel, rubber or sponge.When going out the work of main runner scrap claw 6, the second 604 turns of folding and unfolding collet
It on to main runner scrap B and is clamped, then the second telescopic cylinder 603 is shunk, and the rotation of the second rotary cylinder 601 goes to main running channel
When waste material B is located at main 9 top of runner scrap conduit, the second folding and unfolding collet 604 is decontroled, and main runner scrap B falls into out master and pours
Road waste material conduit 9 exports.
Further, above-mentioned engine base 3 includes master positioning engine base 301 for positioning main running channel and multiple for positioning side
The secondary positioning engine base 302 of waste material, the secondary positioning engine base 302 include the slide arm 303 that can be adjusted along engine base horizontal sliding and can edges
The supporting block 304 that the sliding of slide arm length direction is adjusted, the supporting block 304 are equipped with T-type supporting rod 305 and are located at T-type support
Spring 306 between bar and supporting block, the liftable ultrasonic oscillator decline compressing and are poured in the master on master positioning engine base
The road waste material B and waste material C on T-type supporting rod is oppressed by liftable ultrasonic oscillator in main runner scrap B and waste material C,
Main runner scrap B, waste material C and the connection of finished product A is set to be broken, liftable ultrasonic oscillator is oppressed in main runner scrap B and waste material
C also avoids it from damaging finished product by pressure.The quantity of above-mentioned secondary positioning engine base 302 is increased and decreased according to different product, and can be according to different productions
Product, can be to the slide arm 303 (slide arm 303 adjusts 305 lateral orientation of T-type supporting rod) and supporting block 304 on secondary positioning engine base 302
（Supporting block 304 adjusts 305 front and back position of T-type supporting rod）Into line slip, with the position of the T-type supporting rod 305 of adjustment support waste material C
It sets.Spring 306 plays resonant interaction when liftable ultrasonic oscillator 4 works.
The upper surface of T-type supporting rod 305 is equipped with plastic layer, and plastic cement layer thickness is 1.2 centimetres, and plastic cement layer surface is in wave
Shape, plastic layer this be designed with conducive to and liftable ultrasonic oscillator 4 coordinate, realize preferably vibration and reduce noise.
Further, for reasonable design, above-mentioned finished product discharging conduit 7 includes preceding finished product discharging conduit 701 and rear finished product
Discharge conduit 702, and preceding finished product discharging conduit 701 is the top rake conduit being arranged along body front-rear direction, in preceding finished product blow tank
Be located at time positioning engine base on road 701 is arranged right below retractable baffle 703, and to form waste material blanking port 704, the waste material is fallen
703 lower section face of material mouth goes out the feeding end of waste material conduit 8, and the rear finished product discharging conduit 702 includes being set along body front-rear direction
The rear-inclined conduit 705 set and " 7 " the type angled channel 706 being connect with rear-inclined conduit discharge end, that is, finished product discharging before being formed
The discharge end of conduit and rear finished product discharging conduit is located at the front of body, to facilitate the collection of finished product A.In liftable ultrasound
After wave oscillator declines compressing parts to be processed 2, liftable ultrasonic oscillator is started to work, and finished product A first first falls, and (finished product A exists
The connection with main runner scrap B and waste material C is detached under the higher-order of oscillation, and engine base and liftable ultrasonic oscillator 4 are not constrained to
Product A is located at the finished product A of front side with preceding finished product discharging conduit 701 at this point, waste material blanking port 704 is closed by retractable baffle 703
Drop down onto in front of body, and dropped down onto in front of body positioned at the subsequent angled channels 705 of the finished product A of rear side and " 7 " type angled channel 706),
Rear-inclined conduit 705 and " 7 " type angled channel 706 are to continuously decrease, and top rake conduit, rear-inclined conduit 705 and " 7 " type incline
Vibrator 10 is equipped on skewed slot road 706.The folding of retractable baffle 703 is realized by the way that cylinder 707 is flexible.
By experiment, the gradient of top rake conduit be 50 degree can difference vibrators 10 can be realized downslide, and rear-inclined
The gradient of conduit 705 is 25 degree, and 706 leading portion gradient of " 7 " type angled channel is 20 degree, and back segment gradient can also when being 15 degree
It without vibrator 10, not only reduces expenses, structure is also made more to simplify.
Further, for reasonable design, it is above-mentioned go out waste material conduit 8 be obliquely installed along body horizontal direction, it is described go out master
Runner scrap conduit 9 is also to be obliquely installed along body horizontal direction, and go out waste material conduit 8 and be located at main runner scrap conduit 9
Lower section, that is, form out main runner scrap conduit, the discharge end that goes out waste material conduit is located at the right side side of body, to facilitate main running channel
Waste material B, the unified of waste material C are collected.In above-mentioned finished product A respectively from preceding angled channel, rear-inclined conduit 705 and " 7 " type tipper
After 706 blanking of road, waste material blanking port 704 is opened by retractable baffle 703, after the lifting of liftable ultrasonic oscillator 4, waste material C
It falls, falls into out in waste material conduit 8 and export by waste material blanking port 704, main runner scrap B is i.e. by main runner scrap claw
6 transfer outputs.
Further, in order to meet the finished product and waste material that have different branches on different casting, above-mentioned preceding finished product discharges conduit
There are one tools, two, three, four or five, and rear finished product blow tank road has number identical with preceding finished product discharging conduit, institute
It states out there are two reject chute stage properties, goes out there are one main runner scrap conduit tools.
Further, in order to which forward and backward finished product discharging conduit can be general for different cast products, above-mentioned preceding finished product goes out
It is all provided with that there are two the retractable baffles being spaced when hopper road has multiple, on each top rake conduit and rear-inclined conduit.According to
There are several groups of finished products in different parts to be processed, that is, several forward and backward retractable baffles finished product discharging conduit and opened and closed thereon are set.
Ultrasonic oscillator is also known as ultrasonic vibrator in the utility model, after connecting energy converter with amplitude transformer in industry
Entirety is called ticker.Ultrasonic oscillator realizes the mutual of electric energy and mechanical energy (acoustic vibration) by the piezoelectric effect of piezoelectric ceramics
Conversion, and the device being amplified by the front and back radiation raggle block of acoustic impedance match.Ultrasonic oscillator by ultrasonic transducer and
Ultrasonic variable amplitude bar forms.Ultrasonic transducer is a kind of device that high-frequency electrical energy can be converted into mechanical energy, ultrasonic variable amplitude
Bar is a passive device, itself does not generate vibration, is transmitted again after the vibration of ultrasonic transducer input is only changed amplitude
It goes out, completes impedance transformation.The application is contacted using its ultrasonic variable amplitude bar with main runner scrap B, waste material C, realizes that master pours
Road waste material B, waste material C and finished product A shake disconnected.
Compared with prior art, the utility model has the advantages that：Simple structure and reasonable design can be realized
Finished product, waste material and main runner scrap on metal casting are detached, and can automatic blanking and blanking, whole process is realized automatic
Change or semi-automatic, substantially increase production efficiency, and solve current casting separation and need manually to carry out, or is set by existing
Standby the problem of needing repeatedly to adjust punch according to casting.
The above is only the preferred embodiment of the present invention, it is all done according to present utility model application the scope of the claims it is equal
Deng variation and modification, it should all belong to the covering scope of the utility model.
Claims (1)
1. a kind of metal casting waste material output mechanism, it is characterised in that：Including body and it is located on body to be processed for positioning
The feeding end of the engine base of part, the engine base is equipped with pan feeding claw, and the main runner scrap end that goes out of the engine base is equipped with out main running channel
Waste material claw；Liftable ultrasonic oscillator is equipped with above the engine base, the forward and backward side-lower of the engine base is equipped with finished product blow tank
Road, the lower section of finished product discharging conduit are equipped with out waste material conduit, it is described go out main runner scrap end be additionally provided with out main runner scrap
Conduit；It is described go out waste material conduit be obliquely installed along body horizontal direction, it is described go out main runner scrap conduit be also along body transverse direction
Direction is obliquely installed, and goes out the lower section that waste material conduit is located at main runner scrap conduit, that is, is formed out main runner scrap conduit, gone out
The discharge end of waste material conduit is located at the right side side of body；The pan feeding claw includes the first rotary cylinder and is located at the first rotary pneumatic
First support base of cylinder upper end, first support base are equipped with the first telescopic cylinder, the freedom of first telescopic cylinder
End is equipped with the first folding and unfolding collet；It is described go out main runner scrap claw include the second rotary cylinder and being located on the second rotary cylinder
Second support base of end, second support base are equipped with the second telescopic cylinder, the free end of second telescopic cylinder
Equipped with the second folding and unfolding collet；The engine base includes master positioning engine base for positioning main running channel and multiple for positioning side waste material
Secondary positioning engine base, the secondary positioning engine base includes that can slide along slide arm that engine base horizontal sliding is adjusted and along slide arm length direction
The supporting block of transposition section, the spring that the supporting block is equipped with T-type supporting rod and is located between T-type supporting rod and supporting block, institute
It states liftable ultrasonic oscillator and declines compressing in the main runner scrap on master positioning engine base and giving up on T-type supporting rod
Material.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721270376.XU CN207857839U (en) | 2017-09-29 | 2017-09-29 | Metal casting waste material output mechanism |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721270376.XU CN207857839U (en) | 2017-09-29 | 2017-09-29 | Metal casting waste material output mechanism |
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| Publication Number | Publication Date |
|---|---|
| CN207857839U true CN207857839U (en) | 2018-09-14 |
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ID=63474254
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721270376.XU Active CN207857839U (en) | 2017-09-29 | 2017-09-29 | Metal casting waste material output mechanism |
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| Country | Link |
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| CN (1) | CN207857839U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111036890A (en) * | 2020-01-15 | 2020-04-21 | 东莞市闻誉实业有限公司 | Deslagging and tapping device |
-
2017
- 2017-09-29 CN CN201721270376.XU patent/CN207857839U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111036890A (en) * | 2020-01-15 | 2020-04-21 | 东莞市闻誉实业有限公司 | Deslagging and tapping device |
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