CN204160799U - Automatic moulding system of processing - Google Patents
Automatic moulding system of processing Download PDFInfo
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- CN204160799U CN204160799U CN201420501023.6U CN201420501023U CN204160799U CN 204160799 U CN204160799 U CN 204160799U CN 201420501023 U CN201420501023 U CN 201420501023U CN 204160799 U CN204160799 U CN 204160799U
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- mould
- material feeding
- adjustable shelf
- feeding plate
- blank
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Abstract
The utility model belongs to automated machine technical field, particularly relates to a kind of automatic moulding system of processing.It solve the technical problems such as prior art production efficiency is low.This automatic moulding system of processing comprises the material feeding being separately fixed at the moulding press both sides with mould and gets base all-in-one and automatic conveying device, described material feeding is got base all-in-one and is comprised frame, frame is provided with adjustable shelf, described adjustable shelf is provided with for the material injecting device to mould material feeding and the blank taking device for obtaining blank and release blank, described adjustable shelf with adjustable shelf can be driven to move thus the driving mechanism that material injecting device and blank taking device are alternately positioned at directly over mould is connected, and the blank taking device described in when material injecting device is positioned at directly over mould is positioned at directly over automatic conveying device.Compared with prior art, the utility model advantage is: design is more reasonable, and production efficiency is high and practical, and energy-saving effect is remarkable.
Description
Technical field
The utility model belongs to automated machine technical field, particularly relates to a kind of automatic moulding system of processing.
Background technology
Automated machine not only can be enhanced productivity, but also can reduce labour intensity, can meet current social technology development trend and the production requirement of enterprise.In material feeding mechanical field, such as: in the plant equipment or machine-shaping system of magnetic material, magnetic material by material feeding, suppress and get the techniques such as base and obtain magnetic product.At present, existing material feeding carries out material feeding by material feeding box, material feeding with get base and be connected with an actuating unit separately, consume energy high and production efficiency is low, in addition, the manufacturing cost of equipment is higher; Secondly, not only efficiency is low to adopt the material feeding of material feeding box, and complex structure and not easily manufacturing.In order to improve the technical problem of prior art.
Such as, Chinese patent literature discloses a kind of shaping equipment [application number: 201220411116.0] having automatic-feeding, get base function, it comprises moulding press, moulding press comprises cover half and is arranged on the dynamic model on press, the side of moulding press is provided with automatic-feeding device, and opposite side is provided with automatic blank fetching device; Automatic blank fetching device comprise the first pedestal, the first erection support, mounting disc and at least one be arranged on vacuum cup in mounting disc; First pedestal top be provided with the first guide rail and first guide rail one end towards moulding press, the first erection support is slidably located on the first guide rail; Described mounting disc is located at below the first erection support, and the first erection support is provided with the first lowering or hoisting gear for being elevated mounting disc; Described first pedestal and the first erection support are provided with the first horizontally moving device for promoting the first erection support.It is high that the program has production efficiency, the advantage such as the low and handling safety of labour intensity is of good reliability.Secondly, Chinese patent literature also discloses a kind of magnetic material wet forming hydraulic press and inhales discharging device, [application number: 200920159965.X], comprise top board, pillar, material cylinder, mould and charging basket, described top board is fixed on above material cylinder by pillar, center oil cylinder is connected with between the piston of described material cylinder and top board, the lower surface of described material cylinder has side by side and connects charging basket, the charging aperture of mould and discharging opening, between described material cylinder charging aperture, discharging opening and charging basket, mould, be connected with material valve.The program has: the absorption, the release that directly complete material in the process moved on material cylinder piston by material valve, moved down, improve material feeding speed and operating efficiency, adopt this structure, avoid use screw conveyer device to cause get stuck, leak the shortcomings such as material, the inventory of each injection mould is effectively ensured, improves compacting quality and structure is compacter.
Although above-mentioned scheme has respective advantage, but also at least there is following defect in these schemes: need respective power drive, the energy consumption that operation consumes is higher and production efficiency is still lower, in addition, material feeding part its not only complex structure, be not easy to cleaning, and material feeding efficiency is low and poor universality, impracticable and do not reach the manufacturing requirement of enterprise.
Utility model content
The purpose of this utility model is for the problems referred to above, provides the automatic moulding system of processing that a kind of design is more reasonable, production efficiency is high and more practical.
For achieving the above object, the utility model have employed following technical proposal: this automatic moulding system of processing comprises the material feeding being separately fixed at the moulding press both sides with mould and gets base all-in-one and automatic conveying device, described material feeding is got base all-in-one and is comprised frame, frame is provided with adjustable shelf, described adjustable shelf is provided with for the material injecting device to mould material feeding and the blank taking device for obtaining blank and release blank, described adjustable shelf with adjustable shelf can be driven to move thus the driving mechanism that material injecting device and blank taking device are alternately positioned at directly over mould is connected, and the blank taking device described in when material injecting device is positioned at directly over mould is positioned at directly over automatic conveying device.
In this application, adjustable shelf can make to be located at material injecting device on adjustable shelf under the driving of driving mechanism and blank taking device is alternately positioned at directly over mould, namely when material injecting device is positioned at material feeding directly over mould, blank taking device is positioned at directly over automatic conveying device and discharges blank, synchronously carry out the energy consumption consumption that not only can reduce loom operation, but also significantly improve production efficiency; In addition, structure is simple and be easy to manufacture, low cost of manufacture and practical.
In above-mentioned automatic moulding system of processing, described blank taking device is located at the front end of adjustable shelf, and described material injecting device is board-like material injecting device and this material injecting device is positioned at the rear of blank taking device.
In above-mentioned automatic moulding system of processing, described material injecting device comprises the material feeding plate be arranged on adjustable shelf, material feeding plate is connected with first elevating mechanism that it can be driven to be elevated at vertical direction, material feeding plate has the sealing surface that can make to be formed between material feeding plate and mould end face rigid seal when material feeding plate is pressed together on mould end face, and described material feeding plate is provided with at least one and runs through material feeding plate two sides and can to the material hole of the die cavity material feeding of mould when sealing surface and mould end face form rigid seal.
Be provided with material feeding plate, it is platy structure, then combine the material hole be located on material feeding plate and can significantly improve material feeding efficiency, namely when material feeding, blank is directly injected into mould from material hole, combine the sealing surface be located on material feeding plate in addition, it is more reasonable not only to design, and can meet instructions for use equally; In addition, material feeding plate not only structure is simple, but also has the advantage being easy to manufacture and be convenient to clear up; Secondly, highly versatile, goes for the material feeding of various mould.
In above-mentioned automatic moulding system of processing, described material feeding plate is provided with the material baffle structure that can be set in mould end face periphery when the sealing surface of material feeding plate is connected with mould end face rigid seal; Material baffle structure comprises some striker plates being separately positioned on material feeding plate periphery, described striker plate head and the tail two ends splicing is connected to form the material baffle structure taken the shape of the letter U, and the material baffle structure described in when material feeding plate is pressed together on mould end face and mould outer wall form U-shaped backgauge space; Or described material baffle structure medial surface abuts on mould outer wall.Material baffle structure can prevent blank from leaking on operation field or equipment, can play a part material-saving further.
In above-mentioned automatic moulding system of processing, described material hole one end is charging aperture, and the other end is discharging opening, and described sealing surface is positioned at the discharge port end of material hole, and described material hole is connected with feeding machanism; The first described elevating mechanism comprises the fixed support be arranged on adjustable shelf, fixed support is provided with the first lift actuator that at least one can drive described material feeding plate to be elevated at vertical direction, between fixed support and material feeding plate, be provided with the first guide frame, be provided with the material return mechanism retrieving self-forming die blank in support bracket fastened front end.
In above-mentioned automatic moulding system of processing, the first described guide frame comprises some the first leads be arranged on material feeding plate, fixed support is provided with the first some with described lead one_to_one corresponding and the fairlead be set on the first lead; Described material return mechanism comprises and being separately positioned on fixed support and the material scraping plate from inside to outside set gradually and secondary material scraping plate, material scraping plate is in support bracket fastened below and be provided with the first adjustment structure for regulating spacing between a material scraping plate and mould end face between material scraping plate and fixed support at one time, and secondary material scraping plate is in support bracket fastened below and between secondary material scraping plate and fixed support, be provided with second adjustment structure that can make to be resisted against mould end face on the downside of secondary material scraping plate.
In above-mentioned automatic moulding system of processing, described driving mechanism comprises the tooth bar being separately positioned on frame both sides, every toothed rack is connected to the gear engaging with tooth bar and be connected, described gear is connected with the drive motors be located on adjustable shelf, also guide rail is respectively equipped with in the both sides of frame, every root guide rail is respectively equipped with some slide blocks be connected with slide, and described slide block and adjustable shelf are fixedly linked.
In above-mentioned automatic moulding system of processing, described blank taking device comprises gets base frame for what install vacuum cup, described base frame of getting is arranged on the fixed mount of adjustable shelf, fixed mount is provided with at least one can drive and described get the second lift actuator that base frame is elevated at vertical direction and be connected, at fixed mount with get between base frame and be provided with the second guide frame.
In above-mentioned automatic moulding system of processing, described feeding machanism comprises agitator, be provided with stirring motor at the top of agitator and be located at the shaft be connected in agitator and with stirring motor, feed hopper and the back hopper with feed back passage is provided with in the middle and upper part of agitator, the bottom of feed back passage has the inclination feed back slope being tilted to lower setting, agitator is connected with binder bucket by pipeline, and agitator is connected with the material hole on material feeding plate by filling tube.
In above-mentioned automatic moulding system of processing, the first described adjustment structure comprises two and to be separately positioned between a material scraping plate and scraper fixed mount and corresponding the first adjusting rod arranged, and the second adjustment structure comprises two and to be separately positioned between secondary material scraping plate and scraper fixed mount and corresponding the second adjusting rod arranged.
In above-mentioned automatic moulding system of processing, described automatic conveying device comprises transmission support body, transmission support body is provided with live-rollers and the conveyer belt of winding between described live-rollers of two corresponding settings, and the wherein live-rollers in two live-rollers is connected with the rotary drive mechanism that it can be driven to rotate.
Compared with prior art, the advantage of this automatic moulding system of processing is: 1, design is more reasonable, adjustable shelf can make to be located at material injecting device on adjustable shelf under the driving of driving mechanism and blank taking device is alternately positioned at directly over mould, namely when material injecting device is positioned at material feeding directly over mould, blank taking device is positioned at directly over automatic conveying device and discharges blank, synchronously carry out the energy consumption consumption that not only can reduce loom operation, but also significantly improve production efficiency; In addition, structure is simple and be easy to manufacture, practical; 2, material feeding plate is provided with, it is platy structure, then combine the material hole be located on material feeding plate and can significantly improve material feeding efficiency, namely when material feeding, blank is directly injected into mould from material hole, combine the sealing surface be located on material feeding plate in addition, it is more reasonable not only to design, and can meet instructions for use equally; In addition, material feeding plate not only structure is simple, but also has the advantage being easy to manufacture and be convenient to clear up; Secondly, highly versatile, goes for the material feeding of various mould; 3, mobile smooth and easy and good stability; 4, can material be saved and reduce manufacturing cost; 5, the high and long service life of structural strength.
Accompanying drawing explanation
Fig. 1 is the structural representation that the utility model provides.
Fig. 2 be the utility model provide duty time structural representation.
Fig. 3 is that base all-in-one machine structure schematic diagram is got in the material feeding that the utility model provides.
Fig. 4 is that another viewing angle constructions schematic diagram of base all-in-one is got in the material feeding that the utility model provides.
Fig. 5 is the material injecting device structural representation that the utility model provides.
Fig. 6 is another viewing angle constructions schematic diagram of material injecting device that the utility model provides.
Fig. 7 is material feeding plate that the utility model provides structural representation when being pressed together on mould end face.
Fig. 8 is the translational drive mechanism structural representation that the utility model provides.
In figure, moulding press 1a, mould a, base all-in-one b is got in material feeding, automatic conveying device c, frame 1, guide rail 11, slide block 12, adjustable shelf 2, fixed support 21, fairlead 21a, first lift actuator 22, material return mechanism 23, a material scraping plate 23a, secondary material scraping plate 23b, material injecting device 3, material feeding plate 31, sealing surface 31a, first lead 31b, material hole 32, material baffle structure 33, striker plate 33a, feeding machanism 34, agitator 34a, stirring motor 34b, shaft 34c, feed hopper 34d, back hopper 34e, binder bucket 34f, blank taking device 4, get base frame 41, second lead 41a, fixed mount 42, second fairlead 42a, second lift actuator 43, driving mechanism 5, tooth bar 51, gear 52, drive motors 53, transmission support body 6, conveyer belt 61.
Detailed description of the invention
Below in conjunction with the drawings and specific embodiments, the present invention will be further described in detail.
As Figure 1-4, this automatic moulding system of processing comprises the material feeding being separately fixed at the moulding press 1a both sides with mould a and gets base all-in-one b and automatic conveying device c, described material feeding is got base all-in-one b and is comprised frame 1, several rows travelling wheel is provided with bottom frame 1, frame 1 is provided with adjustable shelf 2, described adjustable shelf 2 is provided with for the material injecting device 3 to mould a material feeding and the blank taking device 4 for obtaining blank and release blank, described adjustable shelf 2 with adjustable shelf 2 can be driven to move thus the driving mechanism 5 that material injecting device 3 and blank taking device 4 are alternately positioned at directly over mould a is connected, and the blank taking device 4 described in when material injecting device 3 is positioned at directly over mould a is positioned at directly over automatic conveying device c.
Prioritization scheme, the blank taking device 4 of the present embodiment is located at the front end of adjustable shelf 2, and described material injecting device 3 is board-like material injecting device and this material injecting device 3 is positioned at the rear of blank taking device 4.
As shown in fig. 3 to 7, particularly, material injecting device 3 comprises the material feeding plate 31 be arranged on adjustable shelf 2, material feeding plate 31 is connected with first elevating mechanism that it can be driven to be elevated at vertical direction, this first elevating mechanism comprises the fixed support 21 be arranged on adjustable shelf 2, fixed support 21 is provided with the first lift actuator 22 that at least one can drive described material feeding plate 31 to be elevated at vertical direction, between fixed support 21 and material feeding plate 31, is provided with the first guide frame; Further, the first guide frame comprises some the first lead 31b be arranged on material feeding plate 31, fixed support 21 is provided with the first some with described lead 31b one_to_one corresponding and the fairlead 21a be set on the first lead 31b.
Material feeding plate 31 has the sealing surface 31a that can make to be formed between material feeding plate 31 and mould a end face rigid seal when material feeding plate 31 is pressed together on mould a end face, and described material feeding plate 31 is provided with at least one and runs through material feeding plate 31 two sides and can to the material hole 32 of the die cavity material feeding of mould a when sealing surface 31a and mould a end face form rigid seal.Material hole 32 one end is charging aperture, and the other end is discharging opening, and described sealing surface 31a is positioned at the discharge port end of material hole 32, and described material hole 32 is connected with feeding machanism 34.
This feeding machanism 34 comprises agitator 34a, be provided with stirring motor 34b at the top of agitator 34a and be located at the shaft 34c be connected in agitator 34a and with stirring motor 34b, feed hopper 34d and the back hopper 34e with feed back passage is provided with in the middle and upper part of agitator 34a, the bottom of feed back passage has the inclination feed back slope being tilted to lower setting, agitator 34a is connected with binder bucket 34f by pipeline, and agitator 34a is connected with the material hole 32 on material feeding plate 31 by filling tube.
Prioritization scheme, material feeding plate 31 is provided with the material baffle structure 33 that can be set in mould a end face periphery when the sealing surface 31a of material feeding plate 31 is connected with mould a end face rigid seal.
Here material baffle structure 33 comprises some striker plate 33a being separately positioned on material feeding plate 31 periphery, described striker plate 33a head and the tail two ends splicing is connected to form the material baffle structure taken the shape of the letter U, and the material baffle structure 33 described in when material feeding plate 31 is pressed together on mould a end face forms U-shaped backgauge space with mould a outer wall; Or described material baffle structure 33 medial surface abuts on mould a outer wall.
The material return mechanism 23 retrieving self-forming mould a blank is provided with in the front end of fixed support 21.Particularly, this material return mechanism 23 comprises and being separately positioned on fixed support 21 and from inside to outside set gradually material scraping plate 23a and secondary material scraping plate 23b, material scraping plate 23a is in the below of fixed support 21 and the first adjustment structure be provided with between a material scraping plate 23a and fixed support 21 for regulating spacing between a material scraping plate 23a and mould a end face, secondary material scraping plate 23b is in the below of fixed support 21 and between secondary material scraping plate 23b and fixed support 21, be provided with second adjustment structure that can make to be resisted against mould a end face on the downside of secondary material scraping plate 23b.
First adjustment structure comprises two and to be separately positioned between a material scraping plate and scraper fixed mount and corresponding the first adjusting rod 23c arranged, and the second adjustment structure comprises two and to be separately positioned between secondary material scraping plate and scraper fixed mount and corresponding the second adjusting rod 23d arranged.After completing material feeding, first by a material scraping plate, the unnecessary blank higher than mould end face is struck off, then the downside of secondary material scraping plate contacts with by mould end face, strike off higher than the unnecessary blank outside mould end face, be provided with feed back structure and can save material, next, can also prevent blank from hardening and increasing the difficulty of processing again of blank.Certainly, a material scraping plate can also be such state, and one time material scraping plate directly contacts with mould end face.
Blank taking device 4 comprises gets base frame 41 for what install vacuum cup, described base frame 41 of getting is arranged on the fixed mount 42 of adjustable shelf 2, fixed mount 42 is provided with at least one can drive and described get the second lift actuator 43 that base frame 41 is elevated at vertical direction and be connected, at fixed mount 42 with get between base frame 41 and be provided with the second guide frame.Second guide frame comprises and is somely arranged on the second lead 41a got on base frame 41, fixed mount 42 is provided with the second fairlead 42a inserted one by one for the second described lead 41a, and the second described lead 41a to insert in the second fairlead 42a and slides and is connected.
Automatic conveying device c comprises transmission support body 6, wherein live-rollers transmission support body 6 is provided with in two corresponding live-rollers of arranging and the conveyer belt of winding between described live-rollers 61, two live-rollers is connected with the rotary drive mechanism that it can be driven to rotate.Some rollers are provided with bottom transmission support body 6.Described rotary drive mechanism comprises electric rotating machine.
As shown in Fig. 1-2 and Fig. 8, driving mechanism 5 comprises the tooth bar 51 being separately positioned on frame 1 both sides, every toothed rack 51 is connected to the gear 52 engaging with tooth bar 51 and be connected, described gear 52 is connected with the drive motors 53 be located on adjustable shelf 2, guide rail 11 is also respectively equipped with in the both sides of frame 1, every root guide rail 11 is respectively equipped with some slide blocks 12 be connected that slides with guide rail 11, and described slide block 12 is fixedly linked with adjustable shelf 2.
As shown in figures 1-8, the operation principle of the present embodiment is as follows: drive motors 53 driven wheel 52 is walked on tooth bar 51, when the material injecting device 3 be located on adjustable shelf 2 to be positioned at directly over mould a and to carry out material feeding, material injecting device 3 is positioned at directly over automatic conveying device c and by blank and is released on automatic conveying device c, namely power just can make the material feeding be located on adjustable shelf and get base to move simultaneously, thus completes different processing technology steps.
The process of material feeding is as follows, when material feeding plate 31 moves to directly over mould a, first lift actuator 22 drives material feeding plate 31 to move to mould a, when the sealing surface 11 of material feeding plate 31 is connected with mould a end face rigid seal, feeding machanism 34 starts feed, by the material hole 32 be located on material feeding plate 31, blank is injected in mould a, namely completes material feeding.
After material feeding completes, material feeding plate 31 leaves mould a, then the front end by being located at fixed support 21 is provided with the material return mechanism 23 retrieving self-forming mould a blank, namely a material scraping plate 23a and secondary material scraping plate 23b strikes off recovery to the unnecessary blank exceeding mould a end face, defeated being back in feeding machanism 34 of clout of reclaiming carries out secondary operations utilization, then moulding press is opened and is carried out compacting manufacture, the blank d that compacting manufactures is arranged in mould a, then be located at the vacuum cup 44 got on base frame 41 and obtain blank, when material feeding plate 31 is positioned at directly over mould a again, the blank that vacuum cup 44 obtains is released on blank conveyer belt 61, then above-mentioned step is repeated.
Specific embodiment described herein is only to the explanation for example of the utility model spirit.The utility model person of ordinary skill in the field can make various amendment or supplements or adopt similar mode to substitute to described specific embodiment, but can't depart from spirit of the present utility model or surmount the scope that appended claims defines.
Although more employ moulding press 1a herein, mould a, base all-in-one b is got in material feeding, automatic conveying device c, frame 1, guide rail 11, slide block 12, adjustable shelf 2, fixed support 21, fairlead 21a, first lift actuator 22, material return mechanism 23, a material scraping plate 23a, secondary material scraping plate 23b, material injecting device 3, material feeding plate 31, sealing surface 31a, first lead 31b, material hole 32, material baffle structure 33, striker plate 33a, feeding machanism 34, agitator 34a, stirring motor 34b, shaft 34c, feed hopper 34d, back hopper 34e, binder bucket 34f, blank taking device 4, get base frame 41, second lead 41a, fixed mount 42, second fairlead 42a, second lift actuator 43, driving mechanism 5, tooth bar 51, gear 52, drive motors 53, transmission support body 6, term such as conveyer belt 61 grade, but do not get rid of the possibility using other term.These terms are used to be only used to describe and explain essence of the present utility model more easily; The restriction that they are construed to any one additional is all contrary with the utility model spirit.
Claims (10)
1. an automatic moulding system of processing, it is characterized in that, native system comprises the material feeding being separately fixed at moulding press (1a) both sides with mould (a) and gets base all-in-one (b) and automatic conveying device (c), described material feeding is got base all-in-one (b) and is comprised frame (1), frame (1) is provided with adjustable shelf (2), described adjustable shelf (2) is provided with for the material injecting device (3) to mould (a) material feeding and the blank taking device (4) for obtaining blank and release blank, described adjustable shelf (2) with adjustable shelf (2) can be driven mobile thus the driving mechanism (5) that material injecting device (3) and blank taking device (4) are alternately positioned at directly over mould (a) is connected, and the blank taking device (4) described in when material injecting device (3) is positioned at directly over mould (a) is positioned at directly over automatic conveying device (c).
2. automatic moulding system of processing according to claim 1, it is characterized in that, described blank taking device (4) is located at the front end of adjustable shelf (2), and described material injecting device (3) is for board-like material injecting device and this material injecting device (3) is positioned at the rear of blank taking device (4).
3. automatic moulding system of processing according to claim 1 and 2, it is characterized in that, described material injecting device (3) comprises the material feeding plate (31) be arranged on adjustable shelf (2), material feeding plate (31) is connected with first elevating mechanism that it can be driven to be elevated at vertical direction, material feeding plate (31) has the sealing surface (31a) that can make to be formed between material feeding plate (31) and mould (a) end face rigid seal when material feeding plate (31) is pressed together on mould (a) end face, described material feeding plate (31) is provided with at least one and runs through material feeding plate (31) two sides and can to the material hole (32) of the die cavity material feeding of mould (a) when sealing surface (31a) and mould (a) end face form rigid seal.
4. automatic moulding system of processing according to claim 3, it is characterized in that, described material feeding plate (31) is provided with the material baffle structure (33) that can be set in mould (a) end face periphery when the sealing surface (31a) of material feeding plate (31) is connected with mould (a) end face rigid seal; Described material baffle structure (33) comprises some striker plates (33a) being separately positioned on material feeding plate (31) periphery, described striker plate (33a) head and the tail two ends splicing is connected to form the material baffle structure taken the shape of the letter U, and the material baffle structure (33) described in when material feeding plate (31) is pressed together on mould (a) end face and mould (a) outer wall form U-shaped backgauge space; Or described material baffle structure (33) medial surface abuts on mould (a) outer wall.
5. automatic moulding system of processing according to claim 4, it is characterized in that, described material hole (32) one end is charging aperture, the other end is discharging opening, described sealing surface (31a) is positioned at the discharge port end of material hole (32), and described material hole (32) is connected with feeding machanism (34); The first described elevating mechanism comprises the fixed support (21) be arranged on adjustable shelf (2), fixed support (21) is provided with the first lift actuator (22) that at least one can drive described material feeding plate (31) to be elevated at vertical direction, between fixed support (21) and material feeding plate (31), be provided with the first guide frame, be provided with the material return mechanism (23) retrieving self-forming mould (a) blank in the front end of fixed support (21).
6. automatic moulding system of processing according to claim 5, it is characterized in that, the first described guide frame comprises some the first leads (31b) be arranged on material feeding plate (31), fixed support (21) is provided with some with described the first lead (31b) one_to_one corresponding and is set in the fairlead (21a) on the first lead (31b); described material return mechanism (23) comprises and is separately positioned on fixed support (21) upper and the material scraping plate (23a) from inside to outside set gradually and secondary material scraping plate (23b), material scraping plate (23a) is positioned at the below of fixed support (21) and the first adjustment structure be provided with between a material scraping plate (23a) and fixed support (21) for regulating spacing between a material scraping plate (23a) and mould (a) end face, secondary material scraping plate (23b) is positioned at the below of fixed support (21) and between secondary material scraping plate (23b) and fixed support (21), is provided with second adjustment structure that secondary material scraping plate (23b) downside can be made to be resisted against mould (a) end face.
7. automatic moulding system of processing according to claim 1 and 2, it is characterized in that, described driving mechanism (5) comprises the tooth bar (51) being separately positioned on frame (1) both sides, every toothed rack (51) is connected to the gear (52) engaging with tooth bar (51) and be connected, described gear (52) is connected with the drive motors (53) be located on adjustable shelf (2), guide rail (11) is also respectively equipped with in the both sides of frame (1), every root guide rail (11) is respectively equipped with some slide blocks (12) be connected that slides with guide rail (11), described slide block (12) and adjustable shelf (2) are fixedly linked.
8. automatic moulding system of processing according to claim 1 and 2, it is characterized in that, described blank taking device (4) comprises gets base frame (41) for what install vacuum cup, described base frame (41) of getting is arranged on the fixed mount (42) of adjustable shelf (2), fixed mount (42) is provided with at least one can drive and described get the second lift actuator (43) that base frame (41) is elevated at vertical direction and be connected, at fixed mount (42) with get between base frame (41) and be provided with the second guide frame.
9. automatic moulding system of processing according to claim 6, it is characterized in that, described feeding machanism (34) comprises agitator (34a), be provided with stirring motor (34b) at the top of agitator (34a) and be located at the shaft (34c) be connected in agitator (34a) and with stirring motor (34b), be provided with feed hopper (34d) in the middle and upper part of agitator (34a) and there is the back hopper (34e) of feed back passage, the bottom of feed back passage has the inclination feed back slope being tilted to lower setting, agitator (34a) is connected with binder bucket (34f) by pipeline, agitator (34a) is connected with the material hole (32) on material feeding plate (31) by filling tube.
10. automatic moulding system of processing according to claim 1 and 2, it is characterized in that, described automatic conveying device (c) comprises transmission support body (6), transmission support body (6) is provided with live-rollers and the conveyer belt of winding between described live-rollers (61) of two corresponding settings, and the wherein live-rollers in two live-rollers is connected with the rotary drive mechanism that it can be driven to rotate.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420501023.6U CN204160799U (en) | 2014-09-01 | 2014-09-01 | Automatic moulding system of processing |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420501023.6U CN204160799U (en) | 2014-09-01 | 2014-09-01 | Automatic moulding system of processing |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204160799U true CN204160799U (en) | 2015-02-18 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420501023.6U Withdrawn - After Issue CN204160799U (en) | 2014-09-01 | 2014-09-01 | Automatic moulding system of processing |
Country Status (1)
| Country | Link |
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| CN (1) | CN204160799U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104228107A (en) * | 2014-09-01 | 2014-12-24 | 杭州东博自动化科技有限公司 | Automatic forming and processing system |
| CN112018419A (en) * | 2020-09-01 | 2020-12-01 | 崔梦珂 | Sintering processing equipment for anode-supported proton conductor electrolyte oxide battery |
-
2014
- 2014-09-01 CN CN201420501023.6U patent/CN204160799U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104228107A (en) * | 2014-09-01 | 2014-12-24 | 杭州东博自动化科技有限公司 | Automatic forming and processing system |
| CN112018419A (en) * | 2020-09-01 | 2020-12-01 | 崔梦珂 | Sintering processing equipment for anode-supported proton conductor electrolyte oxide battery |
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