CN202715789U - Applicator for thin-wall casing lost-form pattern - Google Patents
Applicator for thin-wall casing lost-form pattern Download PDFInfo
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- CN202715789U CN202715789U CN201220373817.XU CN201220373817U CN202715789U CN 202715789 U CN202715789 U CN 202715789U CN 201220373817 U CN201220373817 U CN 201220373817U CN 202715789 U CN202715789 U CN 202715789U
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Abstract
The utility model belongs to the field of machine manufacture, and particularly relates to an applicator for a thin-wall casing lost-form pattern, comprising a mixing mechanism (1), a spraying mechanism (2), an application groove mechanism (3), an auxiliary mechanism (4) and a power control cabinet (5). The mixing mechanism (1) is fixedly connected with the spraying mechanism (2) which is fixedly connected to the spraying groove mechanism (3); the spraying groove mechanism (3) is fixedly connected with the mixing mechanism (3); a pedal table of the auxiliary mechanism (4) is arranged beside a coating groove mechanism (3); and power supplies of all the parts are independent. The applicator for a thin-wall casing lost-form pattern finishes the lost-form pattern application of a thin-wall casing cast with a large volume and a complicated structure by using the coating mixing mechanism, the spraying mechanism, the application groove mechanism and the auxiliary mechanism, and avoids the deformation or breaking of the pattern during application, reduces the working intensity, and guarantees the normal production.
Description
Technical field
The utility model belongs to mechanical manufacturing field, relates in particular to a kind of applicator device of thin wall shell evaporative pattern apperance.
Background technology
In recent years, lost foam casting is efficient with it, the characteristics of high-quality, low cost and environmental protection, has obtained fast development.In the lost foam casting of China was produced, automobile, engineering machinery and tractor gear gear box casing, clutch housing class foundry goods were with fastest developing speed and the evaporative pattern foundry goods output maximum.
The evaporative pattern apperance is made by polystyrene bead foaming in mould, because the intensity of expandable polystyrene pattern is low, poor rigidity, in order to prevent that apperance is in transportation, damage or distortion during the back-up sand vibration, will be at the apperance surface coating paint during casting, to improve the strength and stiffness of apperance, therefore, coating plays vital effect in lost foam casting, especially for the foam plastics mould of shell spare, adopt which type of method of application, which kind of in applicator device, apply, the coating quality of guarantee evaporative pattern apperance, guarantee the Rigidity and strength of apperance in whole casting process, to dimensional accuracy and the surface quality important in inhibiting of foundry goods.Generally, the method that the evaporative pattern apperance is coated with coating has dip-coating, brushing, showering, spraying etc. several, selects aborning which kind of method of application, can decide according to the classification of coating, the batch of product and the size and shape of apperance.Dip coating have production efficiency high, save coating, coating is even, and the advantage such as operating equipment is simple is widely used in the evaporative pattern batch production.
But, for utilizing Technology of EPC, batch production shell spare is because the density of coating is large, the density of foam plastics mould little (differing decades of times with coating density), the strength and stiffness of apperance itself are low, if adopt dip coating that apperance is applied, and can be because coating density be excessive, cause apperance when dip-coating because being subject to buoyancy, produce distortion, even damage, can't realize mass production.For example, as appearance and size 1050 * 925 * 750(㎜), foundry goods entity volume is 0.085m approximately
3, the theoretical weight approximately mechanism housing of 615kg adopts the Technology of EPC batch production, if adopt dip coating that apperance is applied, will inevitably cause apperance when dip-coating because being subject to buoyancy, produce distortion, even damage; If by hand showering, in the situation that there is not isolated plant, not only production efficiency is low, and labour intensity is large, and is difficult to guarantee the quality that applies of baroque surface of internal cavity.
At present, domestic with Technology of EPC batch production Shell-Class foundry goods, the appearance and size of evaporative pattern apperance is less, and manufacturer adopts dip coating that apperance is applied more, namely in filling the groove of coating, add an agitator, make apperance dip-coating paint in the coating of stirring at low speed, this method and apparatus that is coated with coating can not be used for applying of shell spare evaporative pattern apperance, main cause is: 1, the density of lost foam casting coating is larger, generally at (1.6-1.65) g/cm
3, for above-mentioned bulky Shell-Class apperance, if adopt dip coating that apperance is applied, the buoyancy that apperance produces in coatings tank is up to about 130kg, and so large buoyancy will cause distortion and even fractures apperance; 2, in order to guarantee coating layer thickness, apperance often will carry out being coated with for 2-3 time, be coated with the increase of number of times along with apperance, the apperance weight that is coated with coating will reach 6-10 times of apperance original weight, if adopt manual showering that apperance is applied, operating difficulties can't guarantee the uniformity of apperance inner chamber and external surface coating, strengthened simultaneously labour intensity, productivity ratio is low.
The utility model content
For the deficiency in the background technology, the purpose of this utility model is to provide a kind of applicator device of thin wall shell evaporative pattern apperance; The applicator device of evaporative pattern apperance described in the utility model, it is the method for work that adopts spraying and showering to combine, utilize mould wash mixer structure, spraying mechanism, apply groove mechanism and auxiliary body, finish applying volume large, baroque thin-wall case class foundry goods evaporative pattern apperance, avoid apperance in applying process, to be out of shape or to fracture, alleviate working strength, guarantee normally carrying out of production.
In order to realize purpose of the present invention, the utility model can be realized by following apparatus:
A kind of applicator device of thin wall shell evaporative pattern apperance, described applicator device include rabbling mechanism, spraying mechanism, apply groove mechanism, auxiliary body and electrical power control cabinet; Rabbling mechanism connects firmly by delivery hose, spraying mechanism charging aperture and spraying mechanism; Spraying mechanism connects firmly by U-shaped fixation kit and is applying on the groove mechanism; Applying groove mechanism connects firmly by reclaiming flexible pipe, recovery pump supplied materials mouth and rabbling mechanism; Foot-operated workbench in the auxiliary body is placed on the next door of coatings tank mechanism; The electrical source of power of each mechanism is independent, and power-on switch in turn during work that is: is at first opened the power switch of stirring motor, again opens the power switch of delivery pump motor, opens at last the power switch that reclaims pump motor.
Described rabbling mechanism includes paint can, agitator, stirring motor, motor support frame, delivery pump motor, delivery pump and recovery pump motor, reclaims what return duct of pump; The paint can base plate of paint can and the weldering of paint can support connect, and place ground; Motor support frame is fixedly connected with assembly by motor support frame and connects firmly in the paint can upper port; Stirring motor is fixedly connected with assembly by stirring motor and is fixed on the motor support frame; Agitator is fixedly connected with assembly by coupling band, coupling band and connects firmly at stirring motor; The delivery pump motor, delivery pump is fixedly connected with assembly by delivery pump flange, delivery pump and paint can connects firmly, and described delivery pump is fixed on the ground; Recovery pump motor, recovery pump connect firmly by the end that recovery pump flange, recovery pump are fixedly connected with assembly and return duct, and the other end weldering of return duct is connected on the paint can, and the recovery pump is fixed on the ground.
Described spraying mechanism includes spraying mechanism charging aperture, four-way union, joint steel pipe, control valve, spraying mechanism discharging opening, spraying mechanism tube connector, elbow unions, applies flexible pipe, showering shower nozzle and spraying nozzle; The showering shower nozzle, apply flexible pipe A, elbow unions A, control valve B, the spraying mechanism tube connector connects successively and link to each other with four-way union; Spraying nozzle, apply flexible pipe B, elbow unions B, control valve C, the spraying mechanism tube connector connects successively and link to each other with four-way union; The spraying mechanism charging aperture links to each other with four-way union, and the spraying mechanism discharging opening is connected with four-way union by control valve A, joint steel pipe.
The described groove mechanism that applies includes grid, coatings tank, support; Described support weldering is connected on the lateral wall of coatings tank, and described grid is placed on and applies in the groove; The described bottom that applies groove is that the described bottom that applies groove one side has the coatings tank discharging opening by two side direction centers and downward-sloping structure.
Described auxiliary body includes the first pedal platform, crus secunda horse block and the 3rd pedal platform, and described the first pedal platform, crus secunda horse block and the 3rd pedal platform are shelved on three directions of coatings tank, and the time spent can not removed.
Because adopt above-described applicator device, the utility model can reach following beneficial effect:
1, the applicator device of described a kind of thin wall shell evaporative pattern apperance has improved the efficient that applies of evaporative pattern apperance, has alleviated labour intensity, the generation of having avoided apperance in applying process, to be out of shape or to fracture, and what guaranteed to produce normally carries out;
2, the applicator device of described a kind of thin wall shell evaporative pattern apperance, mould wash mixer structure wherein makes coating be in continuously slowly agitated conditions, has guaranteed that apperance applies coating is good in the process being coated with property and the uniformity of coating layer thickness;
3, the applicator device of described a kind of thin wall shell evaporative pattern apperance, coating spraying mechanism wherein, sprinkler design is two kinds, and a kind of shower nozzle guarantees the baroque surface of internal cavity of apperance take spraying as main, and coating is evenly and coating good tack on apperance; A kind of shower nozzle guarantees that take showering as main the outer surface of apperance is coated with coating rapidly and uniformly, improves to be coated with efficient;
4, the applicator device of described a kind of thin wall shell evaporative pattern apperance, wherein apperance applies groove mechanism, and the design of grid guarantees the stability of apperance in applying process; With the coatings tank bottom design of gradient, guarantee that coating is pooled to the minimum position of coatings tank, be convenient to reflux pump and by reclaiming flexible pipe coating reclaimed, save coating, coating can at utmost be utilized.
Description of drawings
Fig. 1 is structural representation of the present utility model;
Fig. 2 is that the P of Fig. 1 is to view;
Fig. 3 is that the A of Fig. 1 is to view;
Fig. 4 is the structural representation of rabbling mechanism in the utility model;
Fig. 5 is that the M of Fig. 4 is to view;
Fig. 6 is the structural representation of spraying mechanism in the utility model;
Fig. 7 is the structural representation that applies groove mechanism in the utility model;
Fig. 8 is that the K of Fig. 7 is to schematic diagram;
Fig. 9 is the structural representation of auxiliary body in the utility model;
Figure 10 is the structural representation of showering shower nozzle in the utility model;
Figure 11 is the structural representation of spraying nozzle in the utility model;
Figure 12 is that the D-D of Figure 11 is to schematic diagram.
Among the figure: 1, rabbling mechanism; 2, spraying mechanism; 3, apply groove mechanism; 3a, grid; 3b, coatings tank; 3c, support; 3d, coatings tank discharging opening; 4, auxiliary body; 4a, the first pedal platform; 4b, crus secunda horse block; 4c, the 3rd pedal platform; 5, electrical power control cabinet; 6, evaporative pattern apperance; 7, lost foam paint; 8, paint can flow export valve; 9, delivery pump discharging opening; 10, reclaim pump supplied materials mouth; 11, delivery hose; 12, reclaim flexible pipe; 13, U-shaped fixation kit; 14, paint can support; 15, paint can base plate; 16, paint can; 17, motor support frame; 18, motor support frame is fixedly connected with assembly; 19, stirring motor; 20, stirring motor is fixedly connected with assembly; 21, agitator; 22, coupling band; 23, coupling band is fixedly connected with assembly; 24, delivery pump motor; 25, delivery pump; 26, delivery pump flange; 27, delivery pump is fixedly connected with the A assembly; 28, delivery pump is fixedly connected with the B assembly; 29, return duct; 30, reclaim pump motor; 31, reclaim pump; 32, reclaim pump A flange; 33, reclaim pump and be fixedly connected with the A assembly; 34, reclaim pump B flange; 35, reclaim pump and be fixedly connected with the B assembly; 36, reclaim pump and be fixedly connected with the C assembly; 37, ground; 38, spraying mechanism charging aperture; 39, four-way union; 40, joint steel pipe; 41, regulate the A valve; 42, spraying mechanism discharging opening; 43, spraying mechanism A tube connector; 44, regulate the B valve; 45, spraying mechanism B tube connector; 46, A elbow unions; 47, spraying mechanism C tube connector; 48, apply the A flexible pipe; 49, showering shower nozzle; 50, spraying mechanism D tube connector; 51, regulate the C valve; 52, spraying mechanism E tube connector; 53, B elbow unions; 54, spraying mechanism F tube connector; 55, apply the B flexible pipe; 56, spraying nozzle; 57, nozzle cap.
In addition among the figure: f1 coating enters the flow direction of applicator device; F2 coating enters the flow direction of rabbling mechanism.
The numbering explanation:
1) U-shaped fixation kit 13: comprise U-shaped geometrical clamp and hold-down nut;
2) motor support frame is fixedly connected with that assembly 18, stirring motor are fixedly connected with assembly 20, coupling band is fixedly connected with assembly 23: comprise screw, packing ring, nut;
3) delivery pump is fixedly connected with A assembly 27, delivery pump and is fixedly connected with B assembly 28, reclaims pump and be fixedly connected with C assembly 36: comprise bolt, packing ring, nut;
4) the recovery pump is fixedly connected with A assembly 33, the recovery pump is fixedly connected with B assembly 35: comprise screw, packing ring, nut.
The specific embodiment
Can explain in more detail the utility model by the following examples, the utility model is not limited to the following examples, and open the purpose of this utility model is intended to protect all changes and improvements in the utility model scope.
Know by Fig. 1, Fig. 2 and in conjunction with Fig. 3, a kind of applicator device of thin wall shell evaporative pattern apperance comprises: rabbling mechanism 1, spraying mechanism 2, apply groove mechanism 3, auxiliary body 4, electrical power control cabinet 5; Rabbling mechanism 1 connects firmly with spraying mechanism 2 by delivery hose 11, spraying mechanism charging aperture 38; Spraying mechanism 2 connects firmly by U-shaped fixation kit 13 and is applying on the groove mechanism 3; Applying groove mechanism 3 connects firmly by reclaiming flexible pipe 12, recovery pump supplied materials mouth 10 and rabbling mechanism 1; In conjunction with Fig. 9, the first pedal platform 4a in the auxiliary body 4, crus secunda horse block 4b, the 3rd foot-operated 4c are placed on the next door of coatings tank 3b; Electrical source of power of each device is independent, and power-on switch board 5 in turn during work that is: is at first opened the power switch of mould wash mixer structure 1, again opens the power switch of spraying mechanism 2, opens at last the power switch that applies groove mechanism 3.
Known by Fig. 4, rabbling mechanism 1 from the above mentioned comprises: paint can 16, agitator 21, stirring motor 19, motor support frame 17, delivery pump motor 24, delivery pump 25, recovery pump motor 30, recovery pump 31; The paint can base plate 15 of paint can 16 connects with 14 welderings of paint can support, places ground; Motor support frame 17 is fixedly connected with assembly 18 by motor support frame and connects firmly in paint can 16 upper port; Stirring motor 19 is fixedly connected with assembly 20 by stirring motor and is fixed on the motor support frame 17; Agitator 21 is fixedly connected with assembly 23 by coupling band 22, coupling band and connects firmly on stirring motor 19; Delivery pump motor 24, delivery pump 25 are fixedly connected with A assembly 27 by delivery pump flange 26, delivery pump and connect firmly with paint can 16, and are fixedly connected with B assembly 28 by delivery pump and are fixed on the ground 37; Recovery pump motor 30, recovery pump 31 are fixedly connected with B assembly 35 and connect firmly with return duct 29 by recovery pump B flange 34, recovery pump, return duct 29 welderings are connected on the paint can 16, reclaim pump 31 by reclaiming pump A flange 32, reclaim pump and be fixedly connected with B assembly 33 and connect firmly with reclaiming pump supplied materials mouth 10, and be fixedly connected with C assembly 36 and be fixed on the ground 37 by reclaiming pump.
Known by Fig. 6, spraying mechanism 2 from the above mentioned comprises: spraying mechanism charging aperture 38, four-way union 39, joint steel pipe 40, regulate A valve 41, spraying mechanism discharging opening 42, spraying mechanism A tube connector 43, regulate B valve 44, spraying mechanism B tube connector 45, A elbow unions 46, spraying mechanism C tube connector 47, apply A flexible pipe 48, showering shower nozzle 49, spraying mechanism D tube connector 50, regulate C valve 51, spraying mechanism E tube connector 52, B elbow unions 53, spraying mechanism F tube connector 54, apply B flexible pipe 55, spraying nozzle 56; Showering shower nozzle 49, apply A flexible pipe 48, spraying mechanism C tube connector 47, A elbow unions 46, spraying mechanism B tube connector 45, regulate B valve 44, spraying mechanism A tube connector 43 connects successively and link to each other with four-way union 39; Spraying nozzle 56, apply B flexible pipe 55, spraying mechanism F tube connector 54, B elbow unions 53, spraying mechanism E tube connector 52, regulate C valve 51, spraying mechanism D tube connector 50 connects successively and link to each other with four-way union 39; Spraying mechanism charging aperture 38 links to each other with four-way union 39, and spraying mechanism discharging opening 42 links to each other with four-way union 39 by adjusting A valve 41, joint steel pipe 40.
Known by Fig. 7 and Fig. 8, from the above mentioned apply groove mechanism 3, comprising: grid 3a, coatings tank 3b, support 3c, coatings tank discharging opening 3d; Described support 3c weldering is connected on the lateral wall of coatings tank 3b, and described grid 3a is placed on and applies in the groove 3b; The described bottom that applies groove 3b is that the described bottom that applies groove 3b one side has coatings tank discharging opening 3d by two side direction centers and downward-sloping structure.
Known by Fig. 9, auxiliary body 4 from the above mentioned comprises: the first pedal platform 4a, crus secunda horse block 4b, the 3rd pedal platform 4c; Three pedal platforms directly are shelved on three directions of coatings tank 3b.
By Fig. 1 and in conjunction with Fig. 2, Fig. 3, Fig. 4, Fig. 6 and Fig. 7, a kind of method of work of thin wall shell evaporative pattern apperance applicator device is described, step is as follows:
A, the lost foam paint for preparing are poured paint can into, open the power switch of stirring motor:
The lost foam paint 7 for preparing is poured in the paint can 16 in the rabbling mechanism 1, the stirring motor 19 of turn on agitator 21, by coupling band 22 moment of torsion is passed to agitator 21 and carry out uniform rotation, lost foam paint 7 in the paint can 16 is under the slow stirring always, guarantee the being coated with property of coating when evaporative pattern applies, guarantee the uniformity of coating layer thickness;
B, the evaporative pattern apperance is put into coatings tank:
Qualified evaporative pattern apperance 6 is placed on the interior grid 3a of coatings tank 3b;
The power switch of C, unlatching delivery pump motor, spraying mechanism applies the evaporative pattern apperance:
1) is coated with direction of flow: when applying, lost foam paint 7 is by delivery pump 25, delivery hose 11 on the rabbling mechanism 1, enter in the spraying mechanism charging aperture 38 in the spraying mechanism 2, lost foam paint 7 is divided into three the tunnel herein, wherein two-way enters and applies in the shower nozzle: the first via, successively by spraying mechanism A tube connector 43, regulate B valve 44, spraying mechanism B tube connector 45, A elbow unions 46, spraying mechanism C tube connector 47, apply A flexible pipe 48, enter showering shower nozzle 49; The second the tunnel, successively by spraying mechanism D tube connector 50, regulate C valve 51, spraying mechanism E tube connector 52, B elbow unions 53, spraying mechanism F tube connector 54, apply B flexible pipe 55, enter spraying nozzle 56; Third Road flows directly into and applies in the groove mechanism 3 by joint steel pipe 40, adjusting A valve 41, spraying mechanism discharging opening 42;
2) apply in the process, note regulating coating flow and the discharging opening pressure of shower nozzle, by regulating A valve 41, regulate B valve 44 and regulating being used in conjunction with of C valve 51, make showering shower nozzle 56, the coating flow of spraying nozzle 49, moderate pressure, can avoid delivery pump 25 to cause damage because of the flow discomfort simultaneously;
3) operating process: showering shower nozzle 49 is aimed at evaporative pattern apperances 6 outsides, and by regulating A valve 41, regulate B valve 44 and regulate the coating flow of showering shower nozzles 49, pressure size, showering is till the coating uniform fold evaporative pattern apperance outer surface; Then, spraying nozzle 56 is aimed at evaporative pattern apperance 6 inside, coating flow, pressure size by regulating A valve 41, regulating C valve 51 adjusting spraying nozzles 56 are sprayed into till the coating uniform fold evaporative pattern apperance inner surface;
The power switch of pump motor is reclaimed in D, unlatching, and the lost foam paint in the coatings tank is back in the paint can:
The coating that flows down from evaporative pattern apperance 6 can be pooled to by grid 3a the bottom of coatings tank 3b, from coatings tank discharging opening 3d, through reclaiming flexible pipe 12, draw back in the paint can 16 by reclaiming pump 31, coating is in slow agitated conditions under agitator 21 effects, to prevent its precipitation, so far evaporative pattern apperance 6 has been finished once and has been applied;
E, apply complete post-drying:
When F, evaporative pattern apperance 6 applies for the second time, repeat the process of B to E, until coating layer thickness satisfies technological requirement.
Claims (5)
1. the applicator device of a thin wall shell evaporative pattern apperance is characterized in that: described applicator device includes rabbling mechanism (1), spraying mechanism (2), applies groove mechanism (3), auxiliary body (4) and electrical power control cabinet (5); Rabbling mechanism (1) connects firmly with spraying mechanism (2) by delivery hose (11), spraying mechanism charging aperture (38); Spraying mechanism (2) connects firmly by U-shaped fixation kit (13) and is applying on the groove mechanism (3); Applying groove mechanism (3) connects firmly by reclaiming flexible pipe (12), recovery pump supplied materials mouth (10) and rabbling mechanism (1); Foot-operated workbench in the auxiliary body (4) is placed on the next door of coatings tank mechanism (3); The electrical source of power of each mechanism is independent, and power-on switch in turn during work that is: is at first opened the power switch of mould wash mixer structure (1), again opens the power switch of spraying mechanism (2), opens at last the power switch that applies groove mechanism (3).
2. the applicator device of a kind of thin wall shell evaporative pattern apperance according to claim 1 is characterized in that: described rabbling mechanism (1) includes paint can (16), agitator (21), stirring motor (19), motor support frame (17), delivery pump motor (24), delivery pump (25) and reclaims pump motor (30), reclaims pump (31), return duct (29); The paint can base plate (15) of paint can (16) connects with paint can support (14) weldering, places ground; Motor support frame (17) is fixedly connected with assembly (18) by motor support frame and connects firmly in paint can (16) upper port; Stirring motor (19) is fixedly connected with assembly (20) by stirring motor and is fixed on the motor support frame (17); Agitator (21) is fixedly connected with assembly (23) by coupling band (22), coupling band and connects firmly in stirring motor (19); Delivery pump motor (24), delivery pump (25) are fixedly connected with A assembly (27) by delivery pump flange (26), delivery pump and connect firmly with paint can (16), and described delivery pump (25) is fixed on the ground (37); Recovery pump motor (30), recovery pump (31) connect firmly by the end that recovery pump A flange (32), recovery pump are fixedly connected with A assembly (33) and return duct (29), the other end weldering of return duct (29) is connected on the paint can (16), reclaims pump (31) and is fixed on the ground (37).
3. the applicator device of a kind of thin wall shell evaporative pattern apperance according to claim 1, described spraying mechanism (2) includes spraying mechanism charging aperture (38), four-way union (39), joint steel pipe (40), regulate A valve (41), spraying mechanism discharging opening (42), spraying mechanism A tube connector (43), regulate B valve (44), spraying mechanism B tube connector (45), A elbow unions (46), spraying mechanism C tube connector (47), apply A flexible pipe (48), showering shower nozzle (49) and spraying mechanism D tube connector (50), regulate C valve (51), spraying mechanism E tube connector (52), B elbow unions (53), spraying mechanism F tube connector (54), apply B flexible pipe (55), showering shower nozzle (56); Showering shower nozzle (49), apply A flexible pipe (48), spraying mechanism C tube connector (47), A elbow unions (46), spraying mechanism B tube connector (45), regulate B valve (44), spraying mechanism A tube connector (43) connects successively and link to each other with four-way union (39); Showering shower nozzle (56), apply B flexible pipe (55), B elbow unions (53), spraying mechanism E tube connector (52), regulate C valve (51), spraying mechanism D tube connector (50) connects successively and link to each other with four-way union (39); Spraying mechanism charging aperture (38) links to each other with four-way union (39), and the spraying mechanism discharging mouth of pipe (42) is by control valve A(41), joint steel pipe (40) is connected with four-way union (39).
4. the applicator device of a kind of thin wall shell evaporative pattern apperance according to claim 1, the described groove mechanism (3) that applies includes grid (3a), coatings tank (3b), support (3c); Described support (3c) weldering is connected on the lateral wall of coatings tank (3b), and described grid (3a) is placed on and applies in the groove (3b); The described bottom that applies groove (3b) is that the described bottom that applies groove (3b) side has coatings tank discharging opening (3d) by two side direction centers and downward-sloping structure.
5. the applicator device of a kind of thin wall shell evaporative pattern apperance according to claim 1, described auxiliary body (4) includes the first pedal platform (4a), crus secunda horse block (4b) and the 3rd pedal platform (4c), described the first pedal platform (4a), crus secunda horse block (4b) and the 3rd pedal platform (4c) are shelved on three directions of coatings tank, and the time spent can not removed.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201220373817.XU CN202715789U (en) | 2012-07-30 | 2012-07-30 | Applicator for thin-wall casing lost-form pattern |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201220373817.XU CN202715789U (en) | 2012-07-30 | 2012-07-30 | Applicator for thin-wall casing lost-form pattern |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN202715789U true CN202715789U (en) | 2013-02-06 |
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ID=47617627
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201220373817.XU Withdrawn - After Issue CN202715789U (en) | 2012-07-30 | 2012-07-30 | Applicator for thin-wall casing lost-form pattern |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN202715789U (en) |
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102784894A (en) * | 2012-07-30 | 2012-11-21 | 中国一拖集团有限公司 | Coating device and method for evaporative pattern sample of thin-wall shell piece |
| CN105268573A (en) * | 2015-11-05 | 2016-01-27 | 浙江汉声精密机械有限公司 | Rotor sand mold coating system |
| CN109590440A (en) * | 2019-01-09 | 2019-04-09 | 吉林省海格力斯自动化设备制造有限公司 | Casting applies on-hook with the white mould refractory coating of evaporative pattern |
| CN109647650A (en) * | 2019-02-21 | 2019-04-19 | 无锡烨隆精密机械股份有限公司 | Spray equipment can be recycled in turbine shroud external mold |
-
2012
- 2012-07-30 CN CN201220373817.XU patent/CN202715789U/en not_active Withdrawn - After Issue
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102784894A (en) * | 2012-07-30 | 2012-11-21 | 中国一拖集团有限公司 | Coating device and method for evaporative pattern sample of thin-wall shell piece |
| CN102784894B (en) * | 2012-07-30 | 2014-03-26 | 中国一拖集团有限公司 | Coating device and method for evaporative pattern sample of thin-wall shell piece |
| CN105268573A (en) * | 2015-11-05 | 2016-01-27 | 浙江汉声精密机械有限公司 | Rotor sand mold coating system |
| CN109590440A (en) * | 2019-01-09 | 2019-04-09 | 吉林省海格力斯自动化设备制造有限公司 | Casting applies on-hook with the white mould refractory coating of evaporative pattern |
| CN109590440B (en) * | 2019-01-09 | 2024-01-02 | 吉林省诚鼎精密铸造有限公司 | Lost foam white mold refractory coating hanging machine for casting |
| CN109647650A (en) * | 2019-02-21 | 2019-04-19 | 无锡烨隆精密机械股份有限公司 | Spray equipment can be recycled in turbine shroud external mold |
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