CN207170940U - High temperature casting complete set of equipments - Google Patents
High temperature casting complete set of equipments Download PDFInfo
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- CN207170940U CN207170940U CN201720945419.3U CN201720945419U CN207170940U CN 207170940 U CN207170940 U CN 207170940U CN 201720945419 U CN201720945419 U CN 201720945419U CN 207170940 U CN207170940 U CN 207170940U
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- mould
- roller
- stator
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- outer cylinder
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Abstract
High temperature casting complete set of equipments, it is related to high temperature alloy casting field.Including roller, stator, drum drive, roller includes outer cylinder body, columnar mould, and mould is fixed in outer cylinder body by bolt and nut respectively, and stator is arranged in the mould；The both ends of stator are fixed by forward and backward stator support support respectively；Stator includes being stripped area, spraying area, baking zone by the charging casting area, material cooling zone, the material that are sequentially arranged clockwise or counterclockwise, and the lower section in material demoulding area sets material flow groove, is higher than the inclined arrangement of discharging opening at material chute blanking；Some uniform spring reset tups are set on outer cylinder body, the tup of spring reset tup is corresponding with mould lateral wall, Cam rest is set above roller, at least one cam with motor is set on Cam rest, the outer end of cam and the spring reset tup contradicts.It is conveniently stripped that cam continuously taps mould.This occupation area of equipment is small, simple in construction, casts efficiency high.
Description
Technical field
It the utility model is related to the manufacturing technology field in high temperature alloy casting field, more particularly to casting equipment.
Background technology
Existing high temperature alloy casting（Ferrosilicon, silicomanganese, metallic silicon, high carbon ferro-chrome, silicochromium, magnesium metal etc.）It is by ground
Face opens up meter ground mould, and Tai Baonei high-temperature liquid state thing then is poured into ground mould is cooled down, and fortune is sling with shop traveller after cooling
Artificial hammer is carried out into the bulk of given size to packing shop, or is sling after cooling down with shop traveller and be transported to packing shop again
With disintegrating machine be broken into the bulk of given size.It has the following disadvantages：
（1）It is artificial more, add working time and intensity.
（2）Size of product cause not of uniform size after broken, it is uncontrollable, it is impossible to meet requirement.
（3）Waste greatly, product size does not reach requirement.
（4）Cast using ground mould, product segregation phenomena is serious, influences product quality.
Application No. ZL201510640577.3 filed in the applicant's September in 2015 30 days is entitled " a kind of continuous
Mould emptier includes the automation moulding by casting streamline of continuous mould emptier ", it is big occupation area of equipment to be present in it, high-temperature liquid state
It can be stripped after relying on natural cooling after casting, efficiency is low.
Utility model content
In order to overcome the shortcomings of the prior art, the utility model provides a kind of high temperature casting complete set of equipments.
The utility model includes roller, stator, drum drive, and the roller includes outer cylinder body, columnar mould,
Mould is fixed in the outer cylinder body by bolt and nut respectively, and the stator is arranged in the mould, the outer cylinder body, mould
Tool, stator are mutually coaxially disposed；Forward and backward stator support is set respectively at the roller both ends, the both ends of the stator lead to respectively
Cross forward and backward stator support and fix support；One week roller-way, the drive of drum drive are set respectively in the front and rear part of the outer cylinder body
Driving wheel rolls with the roller-way to be coordinated；The stator is included by charging casting area, the material being sequentially arranged clockwise or counterclockwise
Cooling zone, material demoulding area, spraying area, baking zone, the material demoulding area are located at the top of stator, the material casting position
In stator lower right side or left lower, the lower section in the material demoulding area sets material flow groove, the discharging of the material chute
Mouth is stretched out outside roller, and the inclined arrangement of discharging opening is higher than at the material chute blanking；Set on outer cylinder body some uniform
Spring reset tup, the tup of the spring reset tup is corresponding with mould lateral wall, the tup and mould of each spring reset tup
Have and be provided with interval between lateral wall, Cam rest is set above roller, set on Cam rest at least one with motor
Cam, the outer end of cam and the spring reset tup contradict.Cam continuously taps spring reset tup outer end, spring reset hammer
Head inner side tup continuously taps mould lateral wall.
The utility model first opens roller and cam before casting, and baking zone preheats to mould, and then, spraying area is past
High-temperature resistant coating is sprayed on mould, waits the mould after spraying drying to arrive the pour point of charging casting area clockwise or counterclockwise
When, when pour point is located at stator lower right side, roller turns clockwise casting, when pour point is located at stator left lower extremely,
Roller rotate counterclockwise is cast, and starts to start casting ladle tilting device, the mould being fixed on outer cylinder body inwall passes through stator material
Cooling is forced in cooling zone, makes casting quick solidification, roller rotate to material demoulding area continuously tapped by cam it is fixed outside roller
Spring reset tup, spring reset tup continuously taps and is fixed on the reverse side of outer cylinder body inwall mold, make in dies cavity
Casting be given a shock and come off below material demoulding area in material chute, casting by being slided in material chute outside roller,
High temperature casting complete set of equipments goes round and begins again, and continuous operation is effective to complete high temperature casting.This device structure is simple, floor space
Small, provided with spraying area, baking zone, material cooling zone is cooled down, and can be coagulated within a very short time after high-temperature liquid state alloy casting
It is stripped Gu realizing in casting, cam continuously taps with the set of spring reset tup, accelerates the demoulding, so goes round and begins again, continuously
Circulation, saves casting time, improves casting efficiency.
Roller described in the utility model, the feed end of stator is flushed with discharge end or feed end is higher than discharge end, with ground
The angle in face is 0 °~90 °.Roller, stator are obliquely installed, and material output is quick, saves casting time, improves casting efficiency.
Mould described in the utility model is put together by least two pieces of arcuate dies, each arcuate die length direction two
End outside sets contiguous block respectively, and the contiguous block is fixedly connected by bolt, nut with the outer cylinder body respectively, adjacent two
Individual contiguous block and arcuate die end sets a continuous inclined-plane, latter two inclined-plane of arcuate die split and outer barrel respectively
Triangular groove is formed between the madial wall of body, triangle iron block, the triangle iron block and outer barrel are filled in each triangular groove
The madial wall of body is fixed；Some uniform reinforcements are set along length direction in mould lateral wall.It is provided with outer cylinder body some
Individual triangle iron block is fixed with outer cylinder body inwall, as the intensity for being to strengthen outer cylinder body, makes its indeformable, while triangle iron block rises
Acted on to jig, make mould installion convenient.
The utility model sets one section of long groove on the end face that the contiguous block contacts with outer cylinder body, the two of long recess
End sets T-slot respectively, and T-slot penetrates with long recess, and T-slot is separately positioned on close to two ends of contiguous block, described outer
Elongated slot corresponding with long recess, T-slot is set on cylinder, and the screw head of the bolt is snug fit in T-slot, the screw rod of bolt
Stretch out outside outer cylinder body and lead to connected nut, nut is by wall in mould fixed outer cylinder body.Above-mentioned setting can make mould steady
Fixed is fixed in outer cylinder body, meanwhile, pass through the cooperation of long recess and T-slot so that mould installion and replacing are convenient.
Some uniform cooling medium circulation canals are set in mould side wall described in the utility model, in the discharging of outer cylinder body
Mouth sets mould circulatory mediator swivel joint, and the lower end of mould circulatory mediator swivel joint is circulated by pipeline and cooling medium to be led to
The import connection in road, the upper end of mould circulatory mediator swivel joint are connected by pipeline with the outlet of cooling medium circulation canal,
The end of each two cooling medium circulation canal is formed cold by the import and export of pipeline communication and mould circulatory mediator swivel joint
But circulation line.Cooling medium circulation canal is set in mould, cooling water or nitrogen can be led in it, the fast rapid hardening of casting can be caused
Gu while control mould temperature rise, protect mould, extend die life.
Stator described in the utility model and mould, outer cylinder body are isometric, first cut-off of the stator including charging casting area,
Material cooling zone is stripped the splicing cut-off in area, the second cut-off of spraying area, baking zone close to the arc cooling wall of semicircle, material
3rd cut-off, the first cut-off, arc cooling wall, splicing cut-off, the second cut-off, the 3rd cut-off are isometric with stator；Arc cools down
Hollow in wall, arc cooling wall both ends set cooling medium to import and export, and the material chute is correspondingly arranged at splicing cut-off front,
The material chute is continuously wholely set with splicing cut-off；Second cut-off in by support connect spraying system, the 3rd cut-off in
Drying unit is connected by support.
Drying unit in the utility model baking zone between the 3rd cut-off and mould preheats to mould, then, spray
The paint finishing in area between the second cut-off and mould is applied toward high-temperature resistant coating is sprayed on mould, wait spraying dry after mould up time
Pin or rotate counterclockwise to charging casting area pour point when, feed casting area first cut-off mould between enter material,
The mould being fixed on outer cylinder body inwall forces cooling by the arc cooling wall of stator material cooling zone, casting is coagulated rapidly
Gu the splicing cut-off that finally, cast is fallen into material demoulding area is sent out through material chute, drying unit, paint finishing can be with
Mould is protected, at the same it is conveniently stripped.
Spraying system described in the utility model includes spray head, feed pipe for mortar, mixer, slurries reservoir, delivery pump, spray head
It is fixed on by support on second cut-off, towards mould, the outlet of feed pipe for mortar is connected the spout of spray head with spray head, defeated
The import of slurry pipe is connected with delivery pump, and delivery pump is connected by pipeline with slurries reservoir, and mixer is arranged in slurries reservoir.This
Spraying system spraying white lime, coal dust, coal slime, fire clay, high temperature castable, casting lead powder, graphite powder, silica flour, water glass
The media such as glass, silica flour, play protection mould, conveniently stripped effect.
Drying unit described in the utility model includes spit tube, combustion gas inlet pipe, compressed air inlet pipe, in combustion gas inlet pipe, pressure
The entrance point of contracting air inlet lines sets stop valve respectively, sets some boccas on the spit tube, and bocca is against mould.Dry
Equipment for drying flame toasts blasting medium so that blasting medium solidifies, and reliable and secure casting condition is provided for casting.
Drum drive described in the utility model includes reducing motor, support disk roller, and support disk roller is four, each described
Support disk roller is fixed on base by support respectively, and two support disk rollers are arranged on front portion below roller, and in addition two
The individual support disk roller is arranged on the rear portion below roller, and a circle roller-way groove is set respectively in the roller front and rear portions, forward and backward
Each support disk roller in portion is respectively cooperating with being supported in the roller-way groove；Pass through everything between two support disk rollers of front and back homonymy
Shaft coupling transmission connects, and the output end of one of them the support disk roller and reducing motor is connected.Pass through reducing motor, branch
The cooperation for supportting disk roller and roller-way groove is driven, its stable transmission, securely and reliably.
The utility model also includes casting ladle tilting device, and the casting ladle tilting device includes base, support, hydraulic cylinder, led
Chute, runing rest, the support are vertically fixed on the base, the front end of the runing rest and the upper end of the support
It is hinged by rotating shaft, one end of hydraulic cylinder is fixed on the base, and the other end of the hydraulic cylinder is fixed on the rotation branch
On frame, casting ladle is connected on runing rest, the guiding gutter is arranged in front of support and is correspondingly arranged with corresponding casting ladle, the water conservancy diversion
The corresponding entrance for being connected to charging casting area in outlet of groove.High-temperature liquid state alloy liquid in casting ladle is toppled over by hydraulic cylinder, inclined
It is quick, safe and reliable, efficiency high.
Brief description of the drawings
Fig. 1 is a kind of structural representation of the present utility model；
Fig. 2 is Fig. 1 lateral plan；
Fig. 3 is the structural representation of the utility model paint finishing；
Fig. 4 is the structural representation of the utility model drying unit；
Fig. 5 is a kind of structural representation of the utility model contiguous block；
Fig. 6 is connection and the fixed schematic diagram of contiguous block, outer cylinder body, mould.
Embodiment
As shown in Figure 1, 2, this high temperature casting complete set of equipments includes roller 1, stator 2, drum drive 3, roller 1
Including outer cylinder body 4, columnar mould 5, mould 5 is fixed in outer cylinder body 4 by bolt 6, nut 7 respectively, and stator 2 is arranged on
In mould 5, outer cylinder body 4, mould 5, stator 2 are mutually coaxially disposed；Forward and backward stator support 8,9 is set respectively at the both ends of roller 1,
The both ends of stator 2 are fixed by forward and backward stator support 8,9 support respectively；One week roller-way is set respectively in the front and rear part of outer cylinder body 4
10, the driving wheel of drum drive 3 rolls with roller-way 10 to be coordinated；Stator 2 is included by being sequentially arranged clockwise or counterclockwise
Casting area 11, material cooling zone 12, material demoulding area 13, spraying area 14, baking zone 15 are fed, material demoulding area 13 is located at stator
2 top, material casting area 11 are located at the lower right side of stator 2 or left lower, and the lower section in material demoulding area 13 sets material flow
Groove 16, the discharging opening of material chute 16 are stretched out outside roller 1, and the inclined arrangement of discharging opening is higher than at the blanking of material chute 16；Outside
Some uniform spring reset tups 17 are set on cylinder 4, and the tup of spring reset tup 17 is corresponding with the lateral wall of mould 5, respectively
Interval is provided between the tup and the lateral wall of mould 5 of spring reset tup 17, Cam rest 18, cam are set above roller 1
At least one cam 19 with motor 61 is set on support 18, and the outer end of cam 19 and spring reset tup 17 contradicts.Cam
The 19 continuous outer ends of percussion spring reset tup 17, the inner side tup of spring reset tup 17 continuously tap the lateral wall of mould 5.
Roller 1, the feed end of stator 2 flush with discharge end or feed end is higher than discharge end, and the angle with ground is 0 °
~90 °, it is illustrated in figure 2 15 °.
Mould 5 is put together by least two pieces of arcuate die 5-1, is divided on the outside of the both ends of each arcuate die 5-1 length directions
Not She Zhi contiguous block 20, contiguous block 20 is fixedly connected by bolt 6, nut 7 with outer cylinder body 4 respectively, in two neighboring contiguous block
20 and arcuate die 5-1 ends set a continuous inclined-plane 21 respectively, latter two inclined-plane 21 of arcuate die 5-1 splits and
Triangular groove 22 is formed between the madial wall of outer cylinder body 4, the filling triangle iron block 23 in each triangular groove 22, triangle iron block 23 with
The madial wall of outer cylinder body 4 is fixed；Some uniform reinforcements 59 are set along length direction in the lateral wall of mould 5.
One section long groove 24 is set on the end face that contiguous block 20 contacts with outer cylinder body 4, set respectively at the both ends of long recess 24
T-slot 25 is put, T-slot 25 is penetrated with long recess 24, and T-slot 25 is separately positioned on close to two ends of contiguous block 20, outer barrel
Set on body 4 and be snug fit at long recess 24,25 corresponding elongated slot of T-slot, the screw head of bolt 6 in T-slot 25, bolt 6
Screw rod is stretched out outside outer cylinder body 4 and leads to connected nut 7, and nut 7 is screwed on the inwall of 5 fixed outer cylinder body of mould 4.
Some uniform cooling medium circulation canals 26 are set in the side wall of mould 5, mould is set in the discharging opening of outer cylinder body 4
Circulatory mediator swivel joint 27, the lower end of mould circulatory mediator swivel joint 27 pass through pipeline and cooling medium circulation canal 26
Import is connected, and the upper end of mould circulatory mediator swivel joint 27 is connected by pipeline with the outlet of cooling medium circulation canal 26,
The end of each two cooling medium circulation logical 26 is formed by the import and export of pipeline communication and mould circulatory mediator swivel joint 27
Cool down circulation line.
Stator 2 and mould 5, outer cylinder body 4 are isometric, and stator 2 includes the first cut-off 28 of charging casting area 11, material cooling zone
12 are stripped the splicing cut-off 30 in area 13, the second cut-off 31, the baking zone of spraying area 14 close to the arc cooling wall 29 of semicircle, material
The 3rd of 15 separates 32, and the first cut-off 28, arc cooling wall 29, the cut-off 32 of the 30, second cut-off of splicing cut-off the 31, the 3rd are with determining
Son is isometric；Hollow in arc cooling wall 29, the both ends of arc cooling wall 29 set cooling medium import and export 33,34, material chute 16
The front of splicing cut-off 30 is correspondingly arranged at, material chute 16 is continuously wholely set with splicing cut-off 30；Pass through in second cut-off 31
Support 35 connects spraying system 36, passes through the connection drying unit 38 of support 37 in the 3rd cut-off 32.
Spraying system 36 includes spray head 39, feed pipe for mortar 40, mixer 41, slurries reservoir 42, delivery pump 43, spray head 39
It is fixed on by support 35 on the second cut-off 31, the spout of spray head 39 is towards mould 5, outlet and the spray head 39 of feed pipe for mortar 40
Connection, the import of feed pipe for mortar 40 are connected with delivery pump 43, and delivery pump 4. is connected by pipeline with slurries reservoir 42, and mixer 41 is set
Put in slurries reservoir 42.
Drying unit 38 includes spit tube 43, combustion gas inlet pipe 44, compressed air inlet pipe 45, empty in combustion gas inlet pipe 44, compression
The entrance point of gas inlet pipe 45 sets stop valve 46 respectively, sets some boccas 47 on spit tube 43, and bocca 47 is against mould
5。
Drum drive 3 includes reducing motor 48, support disk roller 49, and support disk roller 49 is four, each to support disk roller 49
It is fixed on respectively by support on base 60, two support disk rollers 49 are arranged on the front portion of the lower section of roller 1, two other support roller
Wheel 49 is arranged on the rear portion of the lower section of roller 1, and a circle roller-way groove 50, each support of front and rear portions are set respectively in the front and rear portions of roller 1
Disk roller 49 is respectively cooperating with being supported in roller-way groove 50；Pass through everything shaft coupling 51 between two support disk rollers 49 of front and back homonymy
Drive connection, the output end of one of support disk roller 49 and reducing motor 48 are connected.
This equipment also includes casting ladle tilting device 52, casting ladle tilting device 52 include base 53, support 54, hydraulic cylinder 55,
Guiding gutter 56, runing rest 57, support 54 are vertically fixed on base 53, and the front end and the upper end of support 54 of runing rest 57 lead to
Cross rotating shaft to be hinged, one end of hydraulic cylinder 55 is fixed on base 53, and the other end of hydraulic cylinder 55 is fixed on runing rest 57, rotation
Turn to connect casting ladle 58 on support 57, guiding gutter 56 is arranged on the front of support 54 and is correspondingly arranged with corresponding casting ladle 58, guiding gutter 56
The corresponding entrance for being connected to charging casting area 11 in outlet.
The casting of the die cavity of mould 5 be regular polygon, trapezoidal, semicircle, oval, rhombus, circle, terrace with edge, cylinder, tiltedly
Any one in straight cylinder, frustum of a cone is cut, as shown in figure 1, the casting of the die cavity of this equipment die 5 is prismatic table shape.
Claims (10)
- The complete set of equipments 1. high temperature is cast, it is characterised in that including roller, stator, drum drive, the roller includes outer barrel Body, columnar mould, mould are fixed in the outer cylinder body by bolt and nut respectively, and the stator is arranged on the mould Interior, the outer cylinder body, mould, stator are mutually coaxially disposed；At the roller both ends, forward and backward stator support is set respectively, it is described The both ends of stator are fixed by forward and backward stator support support respectively；One week roller-way is set respectively in the front and rear part of the outer cylinder body, The driving wheel of drum drive rolls with the roller-way to be coordinated；The stator is included by being sequentially arranged clockwise or counterclockwise Casting area, material cooling zone, material demoulding area, spraying area, baking zone are fed, the material demoulding area is located at the top of stator, The material casting area is located at stator lower right side or left lower, and the lower section in the material demoulding area sets material flow groove, institute The discharging opening for stating material chute is stretched out outside roller, and the inclined arrangement of discharging opening is higher than at the material chute blanking；In outer cylinder body Upper to set some uniform spring reset tups, the tup of the spring reset tup is corresponding with mould lateral wall, and each spring is answered Interval is provided between the tup and mould lateral wall of position tup, Cam rest is set above roller, set on the Cam rest At least one cam with motor is put, the outer end of cam and the spring reset tup contradicts, and cam continuously taps spring and answered Position tup outer end, spring reset tup inner side tup continuously tap mould lateral wall.
- The complete set of equipments 2. high temperature according to claim 1 is cast, it is characterised in that the roller, the feed end of stator are with going out Material end flushes or feed end is higher than discharge end, and the angle with ground is 0 °~90 °.
- The complete set of equipments 3. high temperature according to claim 1 is cast, it is characterised in that the mould is by least two pieces of arc moulds Tool is put together, and sets contiguous block respectively on the outside of each arcuate die length direction both ends, the contiguous block passes through spiral shell respectively Bolt, nut are fixedly connected with the outer cylinder body, and one is set respectively continuously in two neighboring contiguous block and arcuate die end Inclined-plane, triangular groove is formed between latter two inclined-plane of arcuate die split and the madial wall of outer cylinder body, in each triangular groove Interior filling triangle iron block, the madial wall of the triangle iron block and outer cylinder body are fixed；In mould lateral wall along length direction Some uniform reinforcements are set.
- The complete set of equipments 4. high temperature according to claim 3 is cast, it is characterised in that what the contiguous block contacted with outer cylinder body One section of long groove is set on end face, T-slot is set respectively at the both ends of long recess, T-slot penetrates with long recess, T-slot difference It is positioned close to two ends of contiguous block, elongated slot corresponding with long recess, T-slot, the bolt is set on the outer cylinder body Screw head be snug fit in T-slot, the screw rod of bolt stretches out that outer cylinder body is outer and lead to connected nut, and nut fixes mould On outer cylinder body inwall.
- The complete set of equipments 5. high temperature according to claim 1 is cast, it is characterised in that set in the mould side wall some equal The cooling medium circulation canal of cloth, mould circulatory mediator swivel joint, the rotation of mould circulatory mediator are set in the discharging opening of outer cylinder body The lower end of adapter is connected by pipeline with the import of cooling medium circulation canal, and the upper end of mould circulatory mediator swivel joint leads to Piping is connected with the outlet of cooling medium circulation canal, the end of each two cooling medium circulation canal by pipeline communication with The import and export of mould circulatory mediator swivel joint forms cooling circulation line.
- The complete set of equipments 6. high temperature according to claim 1 is cast, it is characterised in that the stator and mould, outer cylinder body etc. Long, the stator includes the first cut-off of charging casting area, material cooling zone is stripped area close to arc cooling wall, the material of semicircle Splicing cut-off, the second cut-off, the 3rd cut-off of baking zone of spraying area, the first cut-off, arc cooling wall, splicing separate, the Two cut-offs, the 3rd cut-off are isometric with stator；Hollow in arc cooling wall, arc cooling wall both ends set cooling medium to pass in and out Mouthful, the material chute is correspondingly arranged at splicing cut-off front, and the material chute is continuously wholely set with splicing cut-off；Second Spraying system is connected by support in cut-off, the 3rd cut-off is interior to connect drying unit by support.
- The complete set of equipments 7. high temperature according to claim 6 is cast, it is characterised in that the spraying system includes spray head, defeated Pipe, mixer, slurries reservoir, delivery pump are starched, spray head is fixed on second cut-off by support, the spout court of spray head To mould, the outlet of feed pipe for mortar is connected with spray head, and the import of feed pipe for mortar is connected with delivery pump, and delivery pump passes through pipeline and slurries Reservoir is connected, and mixer is arranged in slurries reservoir.
- The complete set of equipments 8. high temperature according to claim 6 is cast, it is characterised in that the drying unit includes spit tube, combustion Gas inlet pipe, compressed air inlet pipe, stop valve, the spit tube are set respectively in the entrance point of combustion gas inlet pipe, compressed air inlet pipe Upper to set some boccas, bocca is against mould.
- The complete set of equipments 9. high temperature according to claim 1 is cast, it is characterised in that the drum drive includes slowing down Motor, support disk roller, support disk roller are four, and each support disk roller is fixed on base by support respectively, described in two Support disk roller is arranged on the front portion below roller, and two other described support disk roller is arranged on the rear portion below roller, described Roller front and rear portions set a circle roller-way groove respectively, and each support disk roller of front and rear portions is respectively cooperating with being supported in the roller-way groove； Connected between two support disk rollers of front and back homonymy by everything shaft coupling transmission, one of them described support disk roller is with slowing down The output end drive connection of motor.
- The complete set of equipments 10. high temperature according to claim 1 is cast, its feature is also including casting ladle tilting device, described to pour Bag tilting device includes base, support, hydraulic cylinder, guiding gutter, runing rest, and the support is vertically fixed on the base, The front end of the runing rest and the upper end of the support are hinged by rotating shaft, and one end of hydraulic cylinder is fixed on the base, The other end of the hydraulic cylinder is fixed on the runing rest, and casting ladle is connected on runing rest, and the guiding gutter is arranged on branch It is correspondingly arranged in front of frame with corresponding casting ladle, the corresponding entrance for being connected to charging casting area in outlet of the guiding gutter.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720945419.3U CN207170940U (en) | 2017-08-01 | 2017-08-01 | High temperature casting complete set of equipments |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720945419.3U CN207170940U (en) | 2017-08-01 | 2017-08-01 | High temperature casting complete set of equipments |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207170940U true CN207170940U (en) | 2018-04-03 |
Family
ID=61743956
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720945419.3U Withdrawn - After Issue CN207170940U (en) | 2017-08-01 | 2017-08-01 | High temperature casting complete set of equipments |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207170940U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107252887A (en) * | 2017-08-01 | 2017-10-17 | 朱辛其 | High temperature casting complete set of equipments |
| CN110756780A (en) * | 2019-11-29 | 2020-02-07 | 马鞍山市兴隆铸造有限公司 | Casting device capable of avoiding generating bubbles |
-
2017
- 2017-08-01 CN CN201720945419.3U patent/CN207170940U/en not_active Withdrawn - After Issue
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107252887A (en) * | 2017-08-01 | 2017-10-17 | 朱辛其 | High temperature casting complete set of equipments |
| CN110756780A (en) * | 2019-11-29 | 2020-02-07 | 马鞍山市兴隆铸造有限公司 | Casting device capable of avoiding generating bubbles |
| CN110756780B (en) * | 2019-11-29 | 2021-08-20 | 马鞍山市兴隆铸造有限公司 | Casting device capable of avoiding generating bubbles |
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| TR01 | Transfer of patent right |
Effective date of registration: 20201019 Address after: 225000 South Building of Yangzhou Zhigu R & D center, No. 186, Yangzi River middle road, Yangzhou Economic and Technological Development Zone, Jiangsu Province Patentee after: Jiangsu Qixin Machinery Manufacturing Co.,Ltd. Address before: JINGWAH City Road 225000 in Jiangsu Province, Yangzhou City Hanjiang District No. 333 Building 5 room 1001 Butch junwangfu Patentee before: Zhu Xinqi |
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Granted publication date: 20180403 Effective date of abandoning: 20220916 |
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| AV01 | Patent right actively abandoned |
Granted publication date: 20180403 Effective date of abandoning: 20220916 |
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| AV01 | Patent right actively abandoned | ||
| AV01 | Patent right actively abandoned |