CN204234661U - Foundry Production shaping investment pattern and casting servicing unit - Google Patents
Foundry Production shaping investment pattern and casting servicing unit Download PDFInfo
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- CN204234661U CN204234661U CN201420651530.8U CN201420651530U CN204234661U CN 204234661 U CN204234661 U CN 204234661U CN 201420651530 U CN201420651530 U CN 201420651530U CN 204234661 U CN204234661 U CN 204234661U
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Abstract
The utility model discloses a kind of Foundry Production shaping investment pattern and casting servicing unit, comprise full-automatic wax injector, wax-pattern cleaning device and material transfer device, described material transfer device is used for the circulation of material between automatic wax injector and wax-pattern cleaning device; Full-automatic wax injector, comprises base, base is provided with lower moulded board, lower moulded board is provided with several column, column is provided with upper molded plate slidably, and upper molded plate drives the axis direction along column to slide by upper push-rod; Casting auxiliary mould, comprise base plate, described base plate is fixed with column, column is provided with the rotating disk that can rotate around column axis, one end of control arm is flexibly connected connecting lever, is provided with the suspension ring for placing barreled container in the part on sheer pole between left vertical rod and right vertical rod.The utility model structure is simple, and shaping investment pattern quality is high, and control conveniently, production efficiency is high simultaneously, transports the labour intensity of molten iron when greatly reducing casting.
Description
Technical field
The utility model relates to a kind of Foundry Production equipment, particularly a kind of Foundry Production shaping investment pattern and casting servicing unit.
Background technology
Casting is a kind of metal fever processing technology that the mankind grasp relatively early, the history of existing about 6000.China has entered the heyday of bronze casting between B.C. 1700 ~ first 1000, and technique has reached quite high level.Casting is cast to by liquid metals in the casting cavity that adapts with part shape, after its cooled and solidified, to obtain the method for part or blank.Mostly be by casting material matter and be solid-state originally but be heated to liquid metal (example: copper, iron, aluminium, tin, lead etc.), and the material of mold can be sand, metal even ceramic.In response to different requirement, the method for use also can be different.
Casting Metal Melting is smelt meet necessarily required liquid and water enter in casting mold, through cooled and solidified, level process after obtain the technical process of the foundry goods of predetermined shape, size and performance.Cast blank is shaped because being close to, and reaches the object exempting from machining or a small amount of processing and reduce cost and decrease Production Time to a certain extent. and casting is one of fundamental technology of modem devices process industry.
But existing middle-size and small-size Foundry Works facilities and equipment is outmoded, and mostly rely on the manual operations of labourer, mechanization degree is low, and production efficiency is low, and labour intensity is large.So need the equipment of design a compound middle-size and small-size Foundry Works production environment badly.
Summary of the invention
For the problems referred to above that prior art exists, the purpose of this utility model is to provide a kind of Foundry Production shaping investment pattern and casting servicing unit.
The technical solution of the utility model is: a kind of Foundry Production shaping investment pattern and casting servicing unit, comprise full-automatic wax injector, wax-pattern cleaning device and material transfer device, described material transfer device is used for the circulation of material between automatic wax injector and wax-pattern cleaning device;
Full-automatic wax injector comprises base, described base is provided with lower moulded board, described lower moulded board is provided with several column, described column is provided with upper molded plate slidably, described upper molded plate drives the axis direction along column to slide by upper push-rod, cope and drag is provided with between described lower moulded board and upper molded plate, described cope and drag are fitted mutually and are formed the die cavity of shaping investment pattern, described cope and drag are respectively provided with two casting mouths, a casting mouth of described cope is connected by pipe with a casting mouth of drag, on described cope and drag, respective remaining casting mouth is as the inlet of molten wax oil and the exhaust outlet for being vented, the side of described cope and drag is also provided with the thruster plate for compacting, described thruster plate is driven by thruster bar, described cope with the die cavity that drag is formed is positioned at the relative one side of thruster plate be provided with wax-pattern outlet,
Casting auxiliary mould comprises base plate, described base plate is fixed with column, described column is provided with the rotating disk that can rotate around column axis, described rotating disk is movably connected in along on the mid point of control arm length direction, one end of described control arm is flexibly connected connecting lever, the other end of described control arm is flexibly connected the first driving-disc, described connecting lever is also connected with arm, have angle between described connecting lever and arm, described arm is connected with lifting rope, described lifting rope is pulled by the second driving-disc, an end of described arm is provided with suspension hook, described suspension hook hangs with transfer carriage, described transfer carriage is provided with cross tube, described cross tube is provided with hanger, described suspension hook is through on hanger, the two ends of described cross tube are connected to left vertical rod and right vertical rod, one end away from the junction with cross tube in described left vertical rod and right vertical rod is connected with sheer pole, two of described sheer pole stretch out and to be connected to one with the end of the junction of left vertical rod and right vertical rod and to shovel and pitch, the suspension ring for placing barreled container are provided with in part on described sheer pole between left vertical rod and right vertical rod.
Preferably, the below of described base is provided with wax-pattern collection bucket, is provided with conveyer belt in described wax-pattern collection bucket, and described wax-pattern collection bucket has the length extended along the thruster plate direction of motion.
Preferably, the side of described wax-pattern collection bucket is provided with oblique loss of weight slope, and described oblique loss of weight slope is arranged on the bottom of wax-pattern collection bucket.
Preferably, described upper push-rod is driven by upper cylinder.
Preferably, described thruster bar is by side air cylinder driven.
Preferably, described upper cylinder is arranged on top board, and described column extend through upper molded plate is also connected with top board.
Preferably, described side cylinder is arranged on the installing plate of side, the installing plate parallel sides push pedal of described side, and described side installing plate connects two pieces of collateral faggings, and described collateral fagging is arranged on cope or drag.
Preferably, described first driving-disc and the second driving-disc are arranged in rotating shaft, and described rotating shaft is arranged on back shroud, also hang with balancing weight under described back shroud, and described back shroud is connected on rotating disk by riser.
Preferably, described rotating disk is provided with chassis, and described chassis is provided with two pieces of side panels parallel to each other, and the rear end of described side panel is provided with riser, and described riser is flexibly connected control arm.
Preferably, deep floor is provided with between described base plate and column, described deep floor is provided with two mutually perpendicular working faces, two working faces of described deep floor fit with base plate and column respectively, the hinged control arm of described rotating disk, the hinged connecting lever of described control arm, hinged first driving-disc of described control arm, described connecting lever articulated boom.
In sum, the utility model has the following advantages:
The utility model structure is simple, and shaping investment pattern quality is high, and control conveniently, production efficiency is high simultaneously, transports the labour intensity of molten iron when greatly reducing casting.
Accompanying drawing explanation
Fig. 1 is the schematic diagram according to the utility model preferred embodiment;
Fig. 2 is the structural representation of full-automatic wax injector in Fig. 1;
Fig. 3 is the right view of Fig. 2;
Fig. 4 is the structural representation of auxiliary mould of casting in Fig. 1.
Detailed description of the invention
Do to illustrate in detail, intactly further to the utility model below in conjunction with embodiment and accompanying drawing.
As shown in Figures 1 to 4, a kind of Foundry Production equipment, comprise full-automatic wax injector a, casting auxiliary mould b, wax-pattern cleaning device c, casting cleaning burr remover d and material transfer device e, described material transfer device e comprises conveyer belt e1 and conveyer belt support e2, described conveyer belt e1 connects full-automatic wax injector a, casting auxiliary mould b, wax-pattern cleaning device c and casting cleaning burr remover d, and material can be circulated between four.
Full-automatic wax injector a, comprise base a1, described base a1 is provided with lower moulded board a2, described lower moulded board a2 is provided with several column a3, described column a3 is provided with upper molded plate a4 slidably, described upper molded plate a4 drives the axis direction along column a3 to slide by upper push-rod a5, cope a71 and drag a72 is provided with between described lower moulded board a2 and upper molded plate a4, described cope a71 and drag a72 fits mutually and forms the die cavity of shaping investment pattern, described cope a71 and drag a72 is respectively provided with two casting mouth a73, a casting mouth a73 of described cope a71 is connected by pipe with a casting mouth a73 of drag a72, on described cope a71 and drag a72, respective remaining casting mouth a73 is as the inlet of molten wax oil and the exhaust outlet for being vented, the side of described cope a71 and drag a72 is also provided with the thruster plate a8 for compacting, described thruster plate a8 is driven by thruster bar a9, described cope a71 with the die cavity that drag a72 is formed is positioned at the relative one side of thruster plate a8 be provided with wax-pattern outlet.
The below of described base a1 is provided with wax-pattern collection bucket a11, is provided with conveyer belt a12 in described wax-pattern collection bucket a11, and described wax-pattern collection bucket a11 has the length extended along the thruster plate a8 direction of motion.
The side of described wax-pattern collection bucket a11 is provided with oblique loss of weight slope a13, and described oblique loss of weight slope a13 is arranged on the bottom of wax-pattern collection bucket a11.
Described upper push-rod a5 is driven by upper cylinder a51.Described thruster bar a9 is driven by side cylinder a91.Described upper cylinder a51 is arranged on top board a52, and described column a3 extend through upper molded plate a4 is also connected with top board a52.
Described side cylinder a91 is arranged on the installing plate a92 of side, and described side installing plate a92 parallel sides push pedal a8, described side installing plate a92 connects two pieces of collateral fagging a93, and described collateral fagging a93 is arranged on cope a71 or drag a72.
Casting auxiliary mould b, comprise base plate b1, described base plate b1 is fixed with column b2, described column b2 is provided with the rotating disk b3 that can rotate around column b2 axis, described rotating disk b3 is movably connected in along on the mid point of control arm b4 length direction, one end of described control arm b4 is flexibly connected connecting lever b5, the other end of described control arm b4 is flexibly connected the first driving-disc b61, described connecting lever b5 is also connected with arm b7, have angle between described connecting lever b5 and arm b7, described arm b7 is connected with lifting rope b71, described lifting rope b71 is pulled by the second driving-disc b62, an end of described arm b7 is provided with suspension hook b72, described suspension hook b72 hangs with transfer carriage b8, described transfer carriage b8 is provided with cross tube b81, described cross tube b81 is provided with hanger b82, described suspension hook b72 is through on hanger b82, the two ends of described cross tube b81 are connected to left vertical rod b83 and right vertical rod b84, one end away from the junction with cross tube b81 on described left vertical rod b83 and right vertical rod b84 is connected with sheer pole b85, two of described sheer pole b85 stretch out and to be connected to one with the end of the junction of left vertical rod b83 and right vertical rod b84 and to shovel and pitch b86, the suspension ring b87 for placing barreled container is provided with in part on described sheer pole b85 between left vertical rod b83 and right vertical rod b84.
Described first driving-disc b61 and the second driving-disc b62 is arranged in rotating shaft, and described rotating shaft is arranged on back shroud b31, also hangs with balancing weight under described back shroud b31.
Described rotating disk b3 is provided with chassis b32, and described chassis b32 is provided with two pieces of side panel b33 parallel to each other, and the rear end of described side panel b33 is provided with riser b34, and described riser b34 is flexibly connected control arm b4.
Described back shroud b31 is connected on rotating disk b3 by riser b34.
Be provided with deep floor b11 between described base plate b1 and column b2, described deep floor b11 is provided with two mutually perpendicular working faces, and two working faces of described deep floor b11 fit with base plate b1 and column b2 respectively.
The hinged first driving-disc b61 of the hinged connecting lever b5 of the hinged control arm b4 of described rotating disk b3, described control arm b4, described control arm b4, described connecting lever b5 articulated boom b7.
The utility model above-described embodiment is only the use that technical solutions of the utility model are described simultaneously, is only enumerating of technical solutions of the utility model, is not limited to the technical solution of the utility model and protection domain thereof.Equivalent technologies means, equivalent apparatus etc. is adopted to be considered to be to the improvement of the technical scheme disclosed in the utility model claims and description the scope do not exceeded disclosed in the utility model claims and description.
Claims (10)
1. a Foundry Production shaping investment pattern and casting servicing unit, it is characterized in that, comprise full-automatic wax injector (a), casting auxiliary mould (b) and material transfer device (e), described material transfer device (e) is for the circulation of material between automatic wax injector (a) and casting auxiliary mould (b);
Full-automatic wax injector (a) comprises base (a1), described base (a1) is provided with lower moulded board (a2), described lower moulded board (a2) is provided with several column (a3), described column (a3) is provided with slidably upper molded plate (a4), described upper molded plate (a4) drives the axis direction along column (a3) to slide by upper push-rod (a5), cope (a71) and drag (a72) is provided with between described lower moulded board (a2) and upper molded plate (a4), described cope (a71) and drag (a72) are fitted mutually and are formed the die cavity of shaping investment pattern, described cope (a71) and drag (a72) are respectively provided with two casting mouths (a73), a casting mouth (a73) of described cope (a71) is connected by pipe with a casting mouth (a73) of drag (a72), described cope (a71) and the upper respective remaining casting mouth (a73) of drag (a72) are as the inlet of molten wax oil and the exhaust outlet for being vented, the side of described cope (a71) and drag (a72) is also provided with the thruster plate (a8) for compacting, described thruster plate (a8) is driven by thruster bar (a9), described cope (a71) with the die cavity that drag (a72) is formed is positioned at the relative one side of thruster plate (a8) be provided with wax-pattern outlet,
Casting auxiliary mould (b) comprises base plate (b1), described base plate (b1) is fixed with column (b2), described column (b2) is provided with the rotating disk (b3) that can rotate around column (b2) axis, described rotating disk (b3) is movably connected in along on the mid point of control arm (b4) length direction, one end of described control arm (b4) is flexibly connected connecting lever (b5), the other end of described control arm (b4) is flexibly connected the first driving-disc (b61), described connecting lever (b5) is also connected with arm (b7), have angle between described connecting lever (b5) and arm (b7), described arm (b7) is connected with lifting rope (b71), described lifting rope (b71) is pulled by the second driving-disc (b62), an end of described arm (b7) is provided with suspension hook (b72), described suspension hook (b72) hangs with transfer carriage (b8), described transfer carriage (b8) is provided with cross tube (b81), described cross tube (b81) is provided with hanger (b82), described suspension hook (b72) is through on hanger (b82), the two ends of described cross tube (b81) are connected to left vertical rod (b83) and right vertical rod (b84), one end away from the junction with cross tube (b81) in described left vertical rod (b83) and right vertical rod (b84) is connected with sheer pole (b85), two of described sheer pole (b85) stretch out and to be connected to one with the end of the junction of left vertical rod (b83) and right vertical rod (b84) and to shovel and pitch (b86), the part described sheer pole (b85) is positioned between left vertical rod (b83) and right vertical rod (b84) is provided with the suspension ring (b87) for placing barreled container.
2. Foundry Production shaping investment pattern as claimed in claim 1 and casting servicing unit, it is characterized in that, the below of described base (a1) is provided with wax-pattern collection bucket (a11), be provided with conveyer belt (a12) in described wax-pattern collection bucket (a11), described wax-pattern collection bucket (a11) has the length extended along thruster plate (a8) direction of motion.
3. Foundry Production shaping investment pattern as claimed in claim 2 and casting servicing unit, it is characterized in that, the side of described wax-pattern collection bucket (a11) is provided with oblique loss of weight slope (a13), and described oblique loss of weight slope (a13) is arranged on the bottom of wax-pattern collection bucket (a11).
4. Foundry Production shaping investment pattern as claimed in claim 1 and casting servicing unit, it is characterized in that, described upper push-rod (a5) is driven by upper cylinder (a51).
5. Foundry Production shaping investment pattern as claimed in claim 1 and casting servicing unit, it is characterized in that, described thruster bar (a9) is driven by side cylinder (a91).
6. Foundry Production shaping investment pattern as claimed in claim 4 and casting servicing unit, it is characterized in that, described upper cylinder (a51) is arranged on top board (a52), and described column (a3) extend through upper molded plate (a4) is also connected with top board (a52).
7. Foundry Production shaping investment pattern as claimed in claim 5 and casting servicing unit, it is characterized in that, described side cylinder (a91) is arranged on side installing plate (a92), described side installing plate (a92) parallel sides push pedal (a8), described side installing plate (a92) connects two pieces of collateral faggings (a93), and described collateral fagging (a93) is arranged on cope (a71) or drag (a72).
8. Foundry Production shaping investment pattern as claimed in claim 1 and casting servicing unit, it is characterized in that, described first driving-disc (b61) and the second driving-disc (b62) are arranged in rotating shaft, described rotating shaft is arranged on back shroud (b31), also hang with balancing weight under described back shroud (b31), described back shroud (b31) is connected on rotating disk (b3) by riser (b34).
9. Foundry Production shaping investment pattern as claimed in claim 8 and casting servicing unit, it is characterized in that, described rotating disk (b3) is provided with chassis (b32), described chassis (b32) is provided with two pieces of side panels (b33) parallel to each other, the rear end of described side panel (b33) is provided with riser (b34), and described riser (b34) is flexibly connected control arm (b4).
10. Foundry Production shaping investment pattern as claimed in claim 9 and casting servicing unit, it is characterized in that, deep floor (b11) is provided with between described base plate (b1) and column (b2), described deep floor (b11) is provided with two mutually perpendicular working faces, two working faces of described deep floor (b11) fit with base plate (b1) and column (b2) respectively, described rotating disk (b3) hinged control arm (b4), described control arm (b4) hinged connecting lever (b5), hinged first driving-disc (b61) of described control arm (b4), described connecting lever (b5) articulated boom (b7).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420651530.8U CN204234661U (en) | 2014-11-03 | 2014-11-03 | Foundry Production shaping investment pattern and casting servicing unit |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420651530.8U CN204234661U (en) | 2014-11-03 | 2014-11-03 | Foundry Production shaping investment pattern and casting servicing unit |
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| Publication Number | Publication Date |
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| CN204234661U true CN204234661U (en) | 2015-04-01 |
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| CN201420651530.8U Expired - Fee Related CN204234661U (en) | 2014-11-03 | 2014-11-03 | Foundry Production shaping investment pattern and casting servicing unit |
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| CN (1) | CN204234661U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109334390A (en) * | 2018-11-06 | 2019-02-15 | 海宁托博特种陶瓷制品有限公司 | New-energy automobile heating preheating device |
-
2014
- 2014-11-03 CN CN201420651530.8U patent/CN204234661U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109334390A (en) * | 2018-11-06 | 2019-02-15 | 海宁托博特种陶瓷制品有限公司 | New-energy automobile heating preheating device |
| CN109334390B (en) * | 2018-11-06 | 2024-02-02 | 海宁托博特种陶瓷制品有限公司 | Die casting or pouring integrated forming device for silicon nitride heating body and aluminum piece |
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Legal Events
| Date | Code | Title | Description |
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| 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: 20150401 Termination date: 20151103 |
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| EXPY | Termination of patent right or utility model |