CN205309281U - Automatic alloy ornaments foundry machine - Google Patents
Automatic alloy ornaments foundry machine Download PDFInfo
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- CN205309281U CN205309281U CN201521072745.5U CN201521072745U CN205309281U CN 205309281 U CN205309281 U CN 205309281U CN 201521072745 U CN201521072745 U CN 201521072745U CN 205309281 U CN205309281 U CN 205309281U
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- cylinder
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- mould
- spoon
- automatic alloy
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Abstract
The utility model discloses an automatic alloy ornaments foundry machine, which comprises a frame, install electrical apparatus case, servo motor in the frame, go up jacking cylinder and cooler, servo motor passes through synchronous pulley and links to each other with the main cover that revolves, it has the apical axis to pass through -hole movable mounting in the main cover soon, the apical axis lower extreme through a shaft coupling with install in the frame on jacking cylinder link to each other, it expects horizontal pole, mould operation propelling movement platform and realizes the perfect operation of local to cooperate main centrifugal pan, heat -resistant cerami unloading pipe, ladle to carry material horizontal pole, ladle. An automatic alloy ornaments foundry machine, easy operation, the speed of production is fast, the high efficiency, can the single mode list accuse, big or small mould all can be produced, a plurality of moulds can be produced to a machine, the product does not have the fracture, and is glossy, of high quality, and insulate against heat, the cooling is fast, the noise hangs down, the stable performance is rational in infrastructure.
Description
Technical field
This utility model relates to ornaments and manufactures apparatus field, especially a kind of automatic alloy ornaments turning machine.
Background technology
Current manual turning machine is conventional types, pass through manual operation, type divides two parts, a part is turning machine, another part hot plate, the necessary standing operation of employee, within one day 8 hours, does not stop operation and can only do about 900 moulds and very good fortune hardship, operating process is: first with the hands carried in turning machine by mould, then upper mould cover is closed jail, then founding cover is covered, then pour in turning machine with scooping material in spoon to electric furnace. operation is miscellaneous, complete a mould to need more than 30 seconds, it is difficult to control, there is no benefit, and it is dangerous, high temperature alloy liquation easily splashes with employee, intensity is big, wage is high, environment is poor, at present in jewellery trade recruitment difficulty, the manual lathe employee of operation to have certain technology, wage is all between 7,000 10000 yuan, operated at one day, hand labor intensity is big, a lot of employees are not intended to do, major part all changes one's profession to make business, when the prosperous joint of market access, the demand of client can not be met, can not single mode single control, to adjust data every time, different moulds can not be made simultaneously.
Existing automatic turning machine exocentric structure is unstable in the market: lower mould withstands mould friction and rotates, easily cause upper lower burrs asynchronous, and be extremely difficult to concentricity, and when centrifugal, there is phenomenon of shaking (cause product to be not sufficiently stable, easy fracture, lackluster degree). Can not single mode single control, size mould can not general, carry material structure imperfection, batch turning is inaccurate, often out of control, but fast not etc., causes the unstable product quality of production, the problem such as benefit is low, product overlap.
Utility model content
The purpose of this utility model is in that to provide a kind of energy single mode single control, size mould all can produce, propose the centrifugal pan precision positioning accurate, main of batch turning time, divide the automatic alloy ornaments turning machine that mould fixed mould structure is stable, speed is fast, good heat-insulation effect, rate of cooling are fast, production capacity is high, noise is little.
In order to achieve the above object, the technical solution of the utility model is:
A kind of automatic alloy ornaments turning machine, including frame, electric appliance box, servomotor, upper top gas cylinder and chiller are installed in described frame, described electric appliance box is connected with servomotor, upper top gas cylinder and chiller by circuit, described servomotor is connected with the main rotation set installed through frame upper wall in vertical direction by synchronous pulley, being movably installed with apical axis through through hole in described main rotation set, described apical axis lower end is by pushing up cylinders on pushing up shaft coupling and being arranged in frame; Being provided with Mould operation in described frame and push platform and upper spider, described upper spider is provided with heating kettle, is separately installed with control chamber, gas cylinder hut outside described heating kettle, described gas cylinder hut includes batch turning cylinder and carries material cylinder; Main centrifugal pan is installed in described upper spider, described main centrifugal pan includes upper plate, upper rotation dish, lower rotating disc and L-type clamp, described upper rotation dish is provided with hopper, offers material blanking tube in described hopper, offer, in the main rotation set of described lower rotating disc, the endoporus that apical axis passes through respectively;The heating chamber and reinforced chamber that are connected in vertical direction is offered in described heating kettle, heat-stable ceramic tremie pipe is installed in described heating chamber, the feed opening of described heat-stable ceramic tremie pipe is arranged above spoon, described spoon carries material cross bar respectively with the spoon being arranged on precise linear guide and spoon batch turning cross bar is connected, described spoon carries material cross bar and carry material cylinders, described spoon batch turning cross bar and batch turning cylinders; Described Mould operation pushes platform and includes operating board and push channel, described push channel edge is provided with side can to divide the split cast mounting of mould, push Die and mould plate, the first molding device and the second molding device by precision positioning opposite side, described propelling movement Die and mould plate and propelling movement cylinders, described first molding device and the first molding cylinders, described second molding device and the second molding cylinders; Described heat-stable ceramic tremie pipe, hopper, upper rotation dish, lower rotating disc, apical axis, top shaft coupling and main rotation set are in same axis in the heart.
Described frame bottom stud is provided with shock callus.
Outside described heating kettle, thermal insulation layer is installed.
Described heat-stable ceramic tremie pipe is coated with guard member.
Described split cast mounting side is provided with precision positioning structure, fixes on same position accurately after being centrifuged every time; Described split cast mounting opposite side is provided with a point mode structure.
Described first molding device includes the first accurate line slide rail, the described first accurate line slide rail and the first molding cylinders; Described second molding device includes the second accurate line slide rail, the described second accurate line slide rail and the second molding cylinders.
The beneficial effects of the utility model are: a kind of automatic alloy ornaments turning machine of the present utility model, and simple to operate, speed of production is fast, high efficiency, energy single mode single control, size mould all can produce, one machine can produce multiple mould, and product is without fracture, glossy, quality is good, and heat insulation good, cooling is fast, and noise is low, stable performance, rational in infrastructure.
Accompanying drawing explanation
Fig. 1 is structural representation of the present utility model;
Fig. 2 is the structural representation that in Fig. 1, Mould operation pushes platform;
Fig. 3 is exocentric structure enlarged diagram in Fig. 1;
Fig. 4 holds material structure enlarged diagram in Fig. 1.
Detailed description of the invention
Embodiment 1
A kind of automatic alloy ornaments turning machine as Figure 1-4, including frame 1, electric appliance box 2, servomotor 3, upper top gas cylinder 4 and chiller 5 are installed in described frame 1, described electric appliance box 2 is connected with servomotor 3, upper top gas cylinder 4 and chiller 5 by circuit, described servomotor 3 is connected with the main rotation set 6 installed through frame 1 upper wall in vertical direction by synchronous pulley, being movably installed with apical axis 7 through through hole in described main rotation set 6, by pushing up shaft coupling 8,1 interior upper top gas cylinder 4 is connected with being arranged on frame in described apical axis 7 lower end; Being provided with Mould operation in described frame 1 and push platform 9 and upper spider 10, described upper spider 10 is provided with heating kettle 11, is separately installed with control chamber 12, gas cylinder hut 39 outside described heating kettle 11, described gas cylinder hut 39 includes batch turning cylinder 13 and carries material cylinder 14; Main centrifugal pan 15 is installed in described upper spider 10, described main centrifugal pan 15 includes upper plate 40, upper rotation dish 16, lower rotating disc 17 and L-type clamp 18, described upper rotation dish 16 is provided with hopper 19, offer material blanking tube 20 in described hopper 19, offer, in the main rotation set 6 of described lower rotating disc 17, the endoporus that apical axis 7 passes through respectively;The heating chamber 21 and reinforced chamber 22 that are connected in vertical direction is offered in described heating kettle 11, in described heating chamber 21, heat-stable ceramic tremie pipe 23 is installed, the feed opening of described heat-stable ceramic tremie pipe 23 is arranged above spoon 24, described spoon 24 carries material cross bar 25 respectively with the spoon being arranged on precise linear guide 27 and spoon batch turning cross bar 26 is connected, described spoon carries material cross bar 25 and expects that cylinder 14 is connected with carrying, and described spoon batch turning cross bar 26 is connected with batch turning cylinder 13; Described Mould operation pushes platform 9 and includes operating board 28 and push channel 29, described push channel 29 edge is provided with side can to divide the split cast mounting 41 of mould, push Die and mould plate the 30, first molding device 31 and the second molding device 32 by precision positioning opposite side, described propelling movement Die and mould plate 30 is connected with pushing cylinder 33, described first molding device 31 is connected with the first molding cylinder 34, and described second molding device 32 is connected with the second molding cylinder 35; Described heat-stable ceramic tremie pipe 23, hopper 19, upper rotation dish 16, lower rotating disc 17, apical axis 7, top shaft coupling 8 and main rotation set 6 are in same axis in the heart.
Described frame 1 footing is provided with shock callus 36.
Outside described heating kettle 11, thermal insulation layer 37 is installed.
Described heat-stable ceramic tremie pipe 23 is coated with guard member 38.
Described split cast mounting 41 side is provided with precision positioning structure 44, fixes on same position accurately after being centrifuged every time; Described split cast mounting 41 opposite side is provided with point mode structure 45.
Described first molding device 31 includes the first accurate line slide rail 42, and the described first accurate line slide rail 42 is connected with the first molding cylinder 34; Described second molding device 32 includes the second accurate line slide rail 43, and the described second accurate line slide rail 43 is connected with the second molding cylinder 35.
A kind of automatic alloy ornaments turning machine of the present embodiment, its operating process is: 1., mould enters push channel 29 by pushing Die and mould plate 30, by servomotor 3, the integrative-structure of synchronous pulley and main rotation set 6 is accurately positioned to main centrifugal pan 15, 2., upper top gas cylinder 4 drives apical axis 7 to withstand mould, 3., main centrifugal pan 15 integral-rotation, 4., after upper top gas cylinder 4 counterdie, second mould is accurately positioned to main centrifugal pan 15, 5., first mould is by split cast mounting 41, first molding device 31, second molding device 32 depanning, spoon carries material cross bar 25 in the process, spoon batch turning cross bar 26 drives spoon 24 timing registration to propose material batch turning.
A kind of automatic alloy ornaments turning machine of the present embodiment, simple to operate, labor intensity is low, and speed of production is fast, high efficiency; Energy single mode single control, size mould all can produce, and a machine can produce multiple mould; Precise linear guide 27, spoon carry material cross bar 25, spoon batch turning cross bar 26 and cylinder and make to carry the precise control of batch turning time, structure improvement; Realizing integral-rotation by the pinpoint main centrifugal pan 15 of the integrative-structure of servomotor 3, synchronous pulley and main rotation set 6, upper female die does not rub, shakes, and product is without fracture, glossy, Functionality, quality and appealing design; And the present embodiment is heat insulation good, cooling is fast, and noise is low, stable performance, rational in infrastructure.
Claims (6)
1. an automatic alloy ornaments turning machine, it is characterized in that: include frame (1), electric appliance box (2) is installed in described frame (1), servomotor (3), upper top gas cylinder (4) and chiller (5), described electric appliance box (2) is by circuit and servomotor (3), upper top gas cylinder (4) is connected with chiller (5), described servomotor (3) is connected with the main rotation set (6) installed through frame (1) upper wall in vertical direction by synchronous pulley, it is movably installed with apical axis (7) through through hole in described main rotation set (6), by pushing up shaft coupling (8), interior upper top gas cylinder (4) is connected with being arranged on frame (1) in described apical axis (7) lower end,Described frame (1) is provided with Mould operation and pushes platform (9) and upper spider (10), described upper spider (10) is provided with heating kettle (11), described heating kettle (11) outside is separately installed with control chamber (12), gas cylinder hut (39), and described gas cylinder hut (39) includes batch turning cylinder (13) and carries material cylinder (14), main centrifugal pan (15) is installed in described upper spider (10), described main centrifugal pan (15) includes upper plate (40), upper rotation dish (16), lower rotating disc (17) and L-type clamp (18), described upper rotation dish (16) is provided with hopper (19), offer material blanking tube (20) in described hopper (19), in described lower rotating disc (17) main rotation set (6), offer the endoporus that apical axis (7) passes through respectively, the heating chamber (21) and reinforced chamber (22) that are connected in vertical direction is offered in described heating kettle (11), heat-stable ceramic tremie pipe (23) is installed in described heating chamber (21), the feed opening of described heat-stable ceramic tremie pipe (23) is arranged above spoon (24), described spoon (24) carries material cross bar (25) respectively with the spoon being arranged on precise linear guide (27) and spoon batch turning cross bar (26) is connected, described spoon carries material cross bar (25) and expects that cylinder (14) is connected with carrying, described spoon batch turning cross bar (26) is connected with batch turning cylinder (13), described Mould operation pushes platform (9) and includes operating board (28) and push channel (29), described push channel (29) edge is provided with side can to divide the split cast mounting (41) of mould, push Die and mould plate (30), the first molding device (31) and the second molding device (32) by precision positioning opposite side, described propelling movement Die and mould plate (30) is connected with pushing cylinder (33), described first molding device (31) is connected with the first molding cylinder (34), and described second molding device (32) is connected with the second molding cylinder (35), described heat-stable ceramic tremie pipe (23), hopper (19), upper rotation dish (16), lower rotating disc (17), apical axis (7), top shaft coupling (8) and main rotation set (6) are in same axis in the heart.
2. a kind of automatic alloy ornaments turning machine according to claim 1, it is characterised in that: described frame (1) footing is provided with shock callus (36).
3. a kind of automatic alloy ornaments turning machine according to claim 1, it is characterised in that: thermal insulation layer (37) is installed outside described heating kettle (11).
4. a kind of automatic alloy ornaments turning machine according to claim 1, it is characterised in that: described heat-stable ceramic tremie pipe (23) is coated with guard member (38).
5. a kind of automatic alloy ornaments turning machine according to claim 1, it is characterised in that: described split cast mounting (41) side is provided with precision positioning structure (44), fixes on same position accurately after being centrifuged every time; Described split cast mounting (41) opposite side is provided with a point mode structure (45).
6. a kind of automatic alloy ornaments turning machine according to claim 1, it is characterised in that: described first molding device (31) includes the first accurate line slide rail (42), and the described first accurate line slide rail (42) is connected with the first molding cylinder (34); Described second molding device (32) includes the second accurate line slide rail (43), and the described second accurate line slide rail (43) is connected with the second molding cylinder (35).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201521072745.5U CN205309281U (en) | 2015-12-22 | 2015-12-22 | Automatic alloy ornaments foundry machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201521072745.5U CN205309281U (en) | 2015-12-22 | 2015-12-22 | Automatic alloy ornaments foundry machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205309281U true CN205309281U (en) | 2016-06-15 |
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ID=56186092
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201521072745.5U Expired - Fee Related CN205309281U (en) | 2015-12-22 | 2015-12-22 | Automatic alloy ornaments foundry machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205309281U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105598426A (en) * | 2015-12-22 | 2016-05-25 | 陈仁木 | Automatic alloy pendant casting machine |
-
2015
- 2015-12-22 CN CN201521072745.5U patent/CN205309281U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105598426A (en) * | 2015-12-22 | 2016-05-25 | 陈仁木 | Automatic alloy pendant casting machine |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20160615 Termination date: 20161222 |