CN104249476B - The material feeding of shaping equipment takes base all-in-one machine - Google Patents
The material feeding of shaping equipment takes base all-in-one machine Download PDFInfo
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- CN104249476B CN104249476B CN201410441051.8A CN201410441051A CN104249476B CN 104249476 B CN104249476 B CN 104249476B CN 201410441051 A CN201410441051 A CN 201410441051A CN 104249476 B CN104249476 B CN 104249476B
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Abstract
The invention belongs to field of automated mechanical technology more particularly to a kind of material feeding of shaping equipment to take base all-in-one machine.It solves the problems, such as prior art production efficiency low technical.It includes rack that the material feeding of this shaping equipment, which takes base all-in-one machine, the rack is equipped with adjustable shelf, it is equipped on adjustable shelf for the material injecting device to molding die material feeding and for obtaining blank and discharging the blank taking device of blank, the adjustable shelf is connected with the mobile driving mechanism to make material injecting device and blank taking device be alternately located in right above molding die of adjustable shelf is able to drive.Compared with prior art, the invention has the advantages that: design is more reasonable, and production efficiency and practical is at low cost.
Description
Technical field
The invention belongs to field of automated mechanical technology more particularly to a kind of material feeding of shaping equipment to take base integrated
Machine.
Background technique
Production efficiency not only can be improved in automated machine, but also can reduce labor intensity, can meet current society
The production requirement of meeting technology trends and enterprise.In material feeding machinery field, such as: magnetic material mechanical equipment or add
In work formation system, magnetic material passes through material feeding, suppresses and take the techniques such as base that magnetic product is made.Currently, existing material feeding is logical
It crosses material feeding box and carries out material feeding, material feeding and base is taken respectively to be connected with a power mechanism, production efficiency is low and manufacturing cost is higher, reality
It is poor with property；Secondly, using material feeding box material feeding not only low efficiency, but also structure is complicated and is not easy to manufacture.In order to improve the prior art
The technical issues of.
For example, Chinese patent literature disclose it is a kind of with automatic-feeding, take base function shaping equipment [application
Number: 201220411116.0], it includes moulding press, and moulding press includes cover half and the dynamic model that is arranged on press, molding pressure
The side of machine is equipped with automatic-feeding device, and the other side is equipped with automatic blank fetching device；Automatic blank fetching device includes the first pedestal, first
Erection support, mounting disc and at least one the vacuum chuck in mounting disc is set；Be equipped at the top of first pedestal the first guide rail and
First guide rail one end is slidably set on the first guide rail towards moulding press, the first erection support；The mounting disc is set to the
Below one erection support, the first erection support is equipped with the first lifting device for going up and down mounting disc；First pedestal and
One erection support is equipped with the first level mobile device for pushing the first erection support.The program has high production efficiency,
The advantages that labor intensity is low and safe operation is of good reliability.Secondly, Chinese patent literature also discloses a kind of magnetic material wet
Forming hydraulic press inhales discharging device, [application number: 200920159965.X], including top board, pillar, material cylinder, mold and charging basket,
The top board is fixed on above material cylinder by pillar, and center oil cylinder, institute are connected between the piston and top board of the material cylinder
State material cylinder lower end surface be provided with side by side connection charging basket, mold inlet port and outlet port, the material cylinder feed inlet, discharge port with
Material valve is connected between charging basket, mold.The program includes directly complete during material cylinder piston is moved up, moved down by material valve
It at the absorption of material, releases, improves material feeding speed and working efficiency, using this structure, avoid and made using screw conveyer device
At get stuck, material leakage the disadvantages of so that the inventory of each injection mold is effectively ensured, and is improved and is suppressed quality and knot
Structure is more compact.
Although above-mentioned scheme has the advantages that respective, these schemes also at least have the following deficiencies: that needs are respective
Power drive, run consumed by energy consumption is higher and production efficiency or lower, manufacturing cost is higher；In addition, material feeding part
Not only structure is complicated for it, is not easy to clear up, but also material feeding low efficiency and poor universality, production system impracticable and that enterprise is not achieved
Make requirement.
Summary of the invention
Regarding the issue above, the present invention provides a kind of at low cost, high production efficiency and it is more practical it is automatic at
The material feeding of type equipment takes base all-in-one machine.
In order to achieve the above objectives, present invention employs following technical proposals: the material feeding of this shaping equipment takes base integrated
Machine includes rack, and the rack is equipped with adjustable shelf, is equipped on adjustable shelf for the material injecting device to molding die material feeding
With for obtaining blank and discharging the blank taking device of blank, the adjustable shelf and to be able to drive adjustable shelf mobile to make material feeding
Device is alternately located in the driving mechanism right above molding die with blank taking device and is connected.
In this application, adjustable shelf can make the material injecting device being set on adjustable shelf under the driving of driving mechanism and take base
Device is alternately located in right above molding die, i.e., when material injecting device is located at the material feeding of molding die surface, blank taking device is located at
The surface of blank transmission belt discharges blank, and the synchronous energy consumption for can not only reduce loom operation consumes, but also substantially
Improve production efficiency；In addition, structure is simple and easily fabricated, it is at low cost and practical.
It is taken in base all-in-one machine in the material feeding of above-mentioned shaping equipment, before the blank taking device is set to adjustable shelf
End, the material injecting device are the rear that board-like material injecting device and the material injecting device are located at blank taking device.
It is taken in base all-in-one machine in the material feeding of above-mentioned shaping equipment, the material injecting device includes being arranged in adjustable shelf
On material feeding plate, material feeding plate is connected with that can drive its first elevating mechanism in vertical direction lifting, with working as on material feeding plate
Material feeding plate can make the sealing surface that rigid seal is formed between material feeding plate and molding die top surface when being pressed together on molding die top surface,
The material feeding plate is equipped at least one through material feeding plate two sides and when sealing surface and molding die top surface form rigid seal
The material hole of the die cavity material feeding of Shi Nengxiang molding die.
It is plate structure provided with material feeding plate, note can be greatly improved then in conjunction with the material hole being set on material feeding plate
Expect efficiency, i.e., when material feeding, blank is directly injected into from material hole into molding die, in addition combined with the sealing being set on material feeding plate
It not only designs more rationally, but also is equally able to satisfy requirement in face；In addition, material feeding plate is not only simple in structure, but also have
It is easily fabricated and the advantages of be convenient to clean；Secondly, it is versatile, it can be adapted for the material feeding of various molding dies.
It is taken in base all-in-one machine in the material feeding of above-mentioned shaping equipment, the material feeding plate, which is equipped with, works as the close of material feeding plate
Cover can be set in the material baffle structure of molding die top surface periphery when being connected with molding die top surface rigid seal.Material baffle structure can
To prevent blank from leaking in operation field or equipment, it can further play a part of material-saving.
It is taken in base all-in-one machine in the material feeding of above-mentioned shaping equipment, the material baffle structure includes several is respectively set
Striker plate on material feeding plate periphery, the striker plate head and the tail both ends splicing is connected to form the material baffle structure being in U-shape, when material feeding plate
Material baffle structure and molding die outer wall described in when being pressed together on molding die top surface form U-shaped backgauge space；Or it is described
Material baffle structure medial surface sticks on molding die outer wall.
It is taken in base all-in-one machine in the material feeding of above-mentioned shaping equipment, described material hole one end is feed inlet, another
End is discharge port, and the sealing surface is located at the discharge port end of material hole, and the material hole is connected with feeding machanism；Described
First elevating mechanism includes the fixation bracket being arranged on adjustable shelf, be equipped on fixed bracket at least one can drive it is described
The first lift actuator that material feeding plate is gone up and down in vertical direction is equipped with the first guide frame between fixed bracket and material feeding plate,
The material return mechanism from molding die blank can be recycled by being equipped in support bracket fastened front end.
It is taken in base all-in-one machine in the material feeding of above-mentioned shaping equipment, first guide frame includes several settings
The first guide post on material feeding plate is corresponded and is set in first guide post equipped with several on fixed bracket
Guide sleeve in first guide post；The material return mechanism includes being separately positioned on fixed bracket and setting gradually from inside to outside
A material scraping plate and secondary material scraping plate, a material scraping plate is located at support bracket fastened lower section and in material scraping plate and fixed bracket
Between be equipped with for adjusting the first adjustment structure of spacing between a material scraping plate and molding die top surface, secondary material scraping plate is located at
It support bracket fastened lower section and is equipped between secondary material scraping plate and fixed bracket and can make to be resisted against shaping mould on the downside of secondary material scraping plate
Has the second adjustment structure of top surface.
It is taken in base all-in-one machine in the material feeding of above-mentioned shaping equipment, the driving mechanism includes being separately positioned on machine
The rack gear of frame two sides is connected separately in every toothed rack and connected gear is engaged with rack, the gear be set to activity
Driving motor on frame is connected, and further respectively has guide rail in the two sides of rack, several and guide rail is respectively equipped on every guide rail
The connected sliding block of sliding, the sliding block are fixedly linked with adjustable shelf.
It is taken in base all-in-one machine in the material feeding of above-mentioned shaping equipment, the blank taking device includes for installing vacuum
Sucker takes base frame, and described takes base frame to be arranged on the fixed frame of adjustable shelf, at least one is equipped on fixed frame to drive
Described the second lift actuator for taking base frame to go up and down in vertical direction is connected, and in fixed frame and takes and is equipped with second between base frame and leads
To structure.
It is taken in base all-in-one machine in the material feeding of above-mentioned shaping equipment, the feeding machanism includes agitator, is being stirred
The agitating shaft that the top of bucket is equipped with stirring motor and is connected in agitator and with stirring motor is mixed, in the middle and upper part of agitator
The bottom of back hopper equipped with feed hopper and with feed back channel, feed back channel has the inclination feed back being arranged diagonally downward oblique
Slope, agitator are connected by pipeline with binder bucket, and agitator is connected by filling tube with the material hole on material feeding plate.
It is taken in base all-in-one machine in the material feeding of above-mentioned shaping equipment, first adjustment structure includes two difference
The first adjusting rod between material scraping plate and scraper fixed frame and being correspondingly arranged is set, and the second adjustment structure includes two pieces points
The second adjusting rod for not being arranged between secondary material scraping plate and scraper fixed frame and being correspondingly arranged.
Compared with prior art, the material feeding of this shaping equipment takes the advantages of base all-in-one machine to be: 1, design is more closed
Reason, adjustable shelf can make the material injecting device and blank taking device being set on adjustable shelf be alternately located in molding under the driving of driving mechanism
Right above mold, i.e., when material injecting device is located at the material feeding of molding die surface, blank taking device be located at blank transmission belt just on
Side's release blank, the synchronous energy consumption consumption for carrying out not only reducing loom operation, but also production efficiency greatly improved；Separately
Outside, structure is simple and easily fabricated, at low cost and practical；2, it is provided with material feeding plate, is plate structure, then in conjunction with setting
Material feeding efficiency can be greatly improved in the material hole on material feeding plate, i.e., when material feeding, blank is directly injected into from material hole to molding
In mold, in addition combined with the sealing surface being set on material feeding plate, not only design more rationally, but also be equally able to satisfy requirement；
In addition, material feeding plate is not only simple in structure, but also has the advantages that easily fabricated and be convenient to clean；It, can be with secondly, versatile
Material feeding suitable for various molding dies；3, mobile smooth and stability is good；4, material can be saved and reduce manufacturing cost；5,
Structural strength height and long service life.
Detailed description of the invention
Fig. 1 is structural schematic diagram provided by the invention.
Fig. 2 is material injecting device structural schematic diagram provided by the invention.
Fig. 3 is another viewing angle constructions schematic diagram of material injecting device provided by the invention.
Fig. 4 is status architecture schematic diagram when material feeding plate provided by the invention is pressed together on molding die top surface.
Fig. 5 is translational drive mechanism structural schematic diagram provided by the invention.
Fig. 6 is another viewing angle constructions schematic diagram provided by the invention.
Fig. 7 is using state structure diagram provided by the invention.
In figure, molding die a, rack 1, guide rail 11, sliding block 12, adjustable shelf 2, fixed bracket 21, guide sleeve 21a, first
Lift actuator 22,23, material scraping plate 23a of material return mechanism, secondary material scraping plate 23b, material injecting device 3, material feeding plate 31, sealing surface
31a, the first guide post 31b, material hole 32, material baffle structure 33, striker plate 33a, feeding machanism 34, agitator 34a, stirring motor
34b, agitating shaft 34c, feed hopper 34d, back hopper 34e, binder bucket 34f, blank taking device 4, take base frame 41, the second guide post 41a,
Fixed frame 42, the second guide sleeve 42a, the second lift actuator 43, driving mechanism 5, rack gear 51, gear 52, driving motor 53.
Specific embodiment
The present invention will be further described in detail with reference to the accompanying drawings and detailed description.
As shown in figures 1 to 6, it includes rack 1 that the material feeding of this shaping equipment, which takes base all-in-one machine, is set in 1 bottom of rack
There are several idler wheels, the rack 1 is equipped with adjustable shelf 2, is equipped on adjustable shelf 2 for the material feeding to molding die a material feeding
Device 3 and for obtaining blank and discharging the blank taking device 4 of blank, the adjustable shelf 2 and be able to drive adjustable shelf 2 it is mobile from
And the driving mechanism 5 for being alternately located in material injecting device 3 with blank taking device 4 right above molding die a is connected.
Prioritization scheme, the blank taking device 4 of the present embodiment are set to the front end of adjustable shelf 2, and the material injecting device 3 is board-like note
Material device and the material injecting device 3 are located at the rear of blank taking device 4.
Picture 1-4 and shown in Fig. 6, specifically, material injecting device 3 includes the material feeding plate 31 being arranged on adjustable shelf 2, material feeding plate
31 are connected with that can drive its first elevating mechanism in vertical direction lifting, which includes being arranged in adjustable shelf 2
On fixation bracket 21, being equipped at least one on fixed bracket 21 can drive the material feeding plate 31 to go up and down in vertical direction
First lift actuator 22 is equipped with the first guide frame between fixed bracket 21 and material feeding plate 31；Further, the first guiding
Structure includes several the first guide post 31b being arranged on material feeding plate 31, is equipped on fixed bracket 21 several with described the
The guide sleeve 21a that one guide post 31b is corresponded and is set on the first guide post 31b.
It can make material feeding plate 31 and shaping mould when material feeding plate 31 is pressed together on the top surface molding die a having on material feeding plate 31
Has the sealing surface 31a that rigid seal is formed between the top surface a, the material feeding plate 31 is equipped at least one and runs through 31 liang of material feeding plate
Face and can be to the material hole of the die cavity material feeding of molding die a when sealing surface 31a and the top surface molding die a form rigid seal
32.32 one end of material hole is feed inlet, and the other end is discharge port, and the sealing surface 31a is located at the discharge port end of material hole 32,
The material hole 32 is connected with feeding machanism 34.
The feeding machanism 34 includes agitator 34a, is equipped with stirring motor 34b at the top of agitator 34a and is set to stirring
The agitating shaft 34c being connected in bucket 34a and with stirring motor 34b is equipped with feed hopper 34d in the middle and upper part of agitator 34a and has
The back hopper 34e in feed back channel, the bottom in feed back channel have the inclination feed back slope being arranged diagonally downward, and agitator 34a is logical
It crosses pipeline to be connected with binder bucket 34f, agitator 34a is connected by filling tube with the material hole 32 on material feeding plate 31.
Prioritization scheme is equipped with the top surface the sealing surface 31a and molding die a rigid seal when material feeding plate 31 on material feeding plate 31
The material baffle structure 33 of the top surface molding die a periphery can be set in when connected.
Here material baffle structure 33 includes several striker plate 33a for being separately positioned on 31 periphery of material feeding plate, the backgauge
The splicing of plate 33a head and the tail both ends is connected to form the material baffle structure being in U-shape, when material feeding plate 31 is pressed together on when institute on the top surface molding die a
The material baffle structure 33 and molding die a outer wall stated form U-shaped backgauge space；Or 33 medial surface of material baffle structure sticks on
On molding die a outer wall.
The material return mechanism 23 from molding die a blank can be recycled by being equipped in the front end of fixed bracket 21.Specifically, this time
Material mechanism 23 includes being separately positioned on fixed bracket 21 and the material scraping plate 23a set gradually from inside to outside and secondary scraper
Plate 23b, a material scraping plate 23a are located at the lower section of fixed bracket 21 and are equipped between a material scraping plate 23a and fixed bracket 21
For adjusting the first adjustment structure of spacing between a material scraping plate 23a and the top surface molding die a, secondary material scraping plate 23b is located at
Fixing the lower section of bracket 21 and being equipped between secondary material scraping plate 23b and fixed bracket 21 can make to support on the downside of secondary material scraping plate 23b
Lean against the second adjustment structure of the top surface molding die a.
First adjustment structure includes two and is separately positioned between a material scraping plate and scraper fixed frame and is correspondingly arranged
First adjusting rod 23c, the second adjustment structure include two and are separately positioned between secondary material scraping plate and scraper fixed frame and correspond to
The second adjusting rod 23d being arranged.After completing material feeding, first passing through a material scraping plate will be above the extra blank of molding die top surface
It strikes off, then the downside of secondary material scraping plate is contacted with die top is formed, and strikes off the extra base outside higher than molding die top surface
Material, can save material provided with feed back structure, secondly, can also prevent blank from hardening and increase the difficult processing again of blank
Degree.Certainly, the state that a material scraping plate may also is that, one time material scraping plate is directly contacted with molding die top surface.
Blank taking device 4 includes taking base frame 41 for install vacuum chuck, and described takes base frame 41 that adjustable shelf 2 is arranged in
On fixed frame 42, second liter for taking base frame 41 to go up and down in vertical direction can be driven by being equipped at least one on fixed frame 42
It drops driver 43 to be connected, in fixed frame 42 and take between base frame 41 equipped with the second guide frame.Second guide frame includes several
The the second guide post 41a taken on base frame 41 is set, is equipped on fixed frame 42 and is inserted into one by one for the second guide post 41a
The second guide sleeve 42a, the second guide post 41a is inserted in the second guide sleeve 42a and sliding is connected.
As shown in Figure 1,5, driving mechanism 5 includes the rack gear 51 for being separately positioned on 1 two sides of rack, is divided in every toothed rack 51
It not being connected with and engages connected gear 52 with rack gear 51, the gear 52 is connected with the driving motor 53 being set on adjustable shelf 2,
Guide rail 11 is further respectively had in the two sides of rack 1, several cunnings being connected with the sliding of guide rail 11 are respectively equipped on every guide rail 11
Block 12, the sliding block 12 are fixedly linked with adjustable shelf 2.
As shown in figs. 1-7, the working principle of the present embodiment is as follows: driving motor 53 drives gear 52 in 51 uplink of rack gear
It walks, when the material injecting device 3 being set on adjustable shelf 2 is located at the surface molding die a and carries out material feeding, material injecting device 3 is located at base
The surface of part transmission belt c simultaneously discharges blank to blank transmission belt c, i.e. a power can just make to be set on adjustable shelf
Material feeding and base while mobile is taken, to complete different processing technology steps.
The process of material feeding is as follows, when material feeding plate 31 is moved to right above molding die a, the first lift actuator 22 driving note
Flitch 31 is mobile to molding die a, when the sealing surface 11 of material feeding plate 31 is connected with the top surface molding die a rigid seal, feed
Mechanism 34 starts to be fed, and is injected into blank in molding die a by the material hole 32 being set on material feeding plate 31, that is, completes note
Material.
After the completion of material feeding, material feeding plate 31 leaves molding die a, is then equipped with energy by being set to the front end of fixed bracket 21
Recycle the material return mechanism 23 from molding die a blank, i.e. a material scraping plate 23a and secondary material scraping plate 23b are to being higher by shaping mould
The extra blank of the tool top surface a carries out striking off recycling, and the clout of recycling is transferred back to progress secondary operation utilization in feeding machanism 34, so
Moulding press unlatching afterwards carries out compacting manufacture, and the blank for suppressing manufacture is located in molding die a, is then set to and takes on base frame 41
Vacuum chuck 44 obtains blank, and when material feeding plate 31 is again positioned at right above molding die a, the blank that vacuum chuck 44 obtains is released
It puts to blank transmission belt c, then repeats above-mentioned step.
Specific embodiment described herein is only an example for the spirit of the invention.The neck of technology belonging to the present invention
The technical staff in domain can make various modifications or additions to the described embodiments or replace by a similar method
In generation, however, it does not deviate from the spirit of the invention or beyond the scope of the appended claims.
Although be used more herein molding die a, rack 1, guide rail 11, sliding block 12, adjustable shelf 2, fixed bracket 21,
Guide sleeve 21a, the first lift actuator 22,23, material scraping plate 23a of material return mechanism, secondary material scraping plate 23b, material injecting device 3,
Material feeding plate 31, the first guide post 31b, material hole 32, material baffle structure 33, striker plate 33a, feeding machanism 34, stirs sealing surface 31a
It mixes a barrel 34a, stirring motor 34b, agitating shaft 34c, feed hopper 34d, back hopper 34e, binder bucket 34f, blank taking device 4, take base frame
41, the second guide post 41a, fixed frame 42, the second guide sleeve 42a, the second lift actuator 43, driving mechanism 5, rack gear 51, tooth
The terms such as wheel 52, driving motor 53, but it does not exclude the possibility of using other terms.The use of these items is only for more
Easily describe and explain essence of the invention；Being construed as any additional limitation all is and spirit of that invention phase
It violates.
Claims (1)
1. a kind of material feeding of shaping equipment takes base all-in-one machine, including rack (1), the rack (1) is equipped with adjustable shelf
(2), which is characterized in that the adjustable shelf (2) is equipped with for the material injecting device (3) to molding die (a) material feeding and is used for
It obtains blank and discharges the blank taking device (4) of blank, the adjustable shelf (2) and to be able to drive adjustable shelf (2) mobile to make
Material injecting device (3) is alternately located in the driving mechanism (5) right above molding die (a) with blank taking device (4) and is connected；Described takes base
Device (4) is set to the front end of adjustable shelf (2), and the material injecting device (3) is board-like material injecting device and the material injecting device (3) is located at
The rear of blank taking device (4)；The material injecting device (3) includes the material feeding plate (31) being arranged on adjustable shelf (2), material feeding plate
(31) it is connected with its first elevating mechanism in vertical direction lifting can be driven, has on material feeding plate (31) and work as material feeding plate (31)
It can make to form the close of rigid seal between material feeding plate (31) and molding die (a) top surface when being pressed together on molding die (a) top surface
Cover (31a), the material feeding plate (31) be equipped at least one through material feeding plate (31) two sides and when sealing surface (31a) at
Pattern has can be to the material hole (32) of the die cavity material feeding of molding die (a) when the top surface (a) forms rigid seal；The material feeding plate
(31) being equipped with when the sealing surface (31a) when material feeding plate (31) is connected with molding die (a) top surface rigid seal can be set in into
The material baffle structure (33) of the pattern tool top surface (a) periphery；The material baffle structure (33) includes several being separately positioned on material feeding plate
(31) striker plate (33a) on periphery, the splicing of the striker plate (33a) head and the tail both ends are connected to form the material baffle structure being in U-shape, when
Material baffle structure (33) and molding die (a) outer wall described in when material feeding plate (31) is pressed together on molding die (a) top surface form U-shaped
Backgauge space；Or described material baffle structure (33) medial surface sticks on molding die (a) outer wall；The material hole (32)
One end is feed inlet, and the other end is discharge port, and the sealing surface (31a) is located at the discharge port end of material hole (32), described
Material hole (32) is connected with feeding machanism (34)；First elevating mechanism includes the fixed branch being arranged on adjustable shelf (2)
Frame (21) can drive first that the material feeding plate (31) is gone up and down in vertical direction equipped at least one on fixed bracket (21)
Lift actuator (22) is equipped with the first guide frame between fixed bracket (21) and material feeding plate (31), in fixed bracket (21)
Front end be equipped with can recycle come from molding die (a) blank material return mechanism (23)；First guide frame includes several
The first guide post (31b) being arranged on material feeding plate (31) is equipped with the first several and described guiding on fixed bracket (21)
The guide sleeve (21a) that column (31b) is corresponded and is set on the first guide post (31b)；The material return mechanism (23) includes
It is separately positioned on fixed bracket (21) and the material scraping plate (23a) set gradually from inside to outside and secondary material scraping plate (23b),
Material scraping plate (23a) is located at the lower section of fixed bracket (21) and sets between a material scraping plate (23a) and fixed bracket (21)
There are the first adjustment structure for adjusting spacing between a material scraping plate (23a) and molding die (a) top surface, secondary material scraping plate
(23b) is positioned at the lower section for fixing bracket (21) and secondary equipped with that can make between secondary material scraping plate (23b) and fixed bracket (21)
The second adjustment structure of molding die (a) top surface is resisted against on the downside of material scraping plate (23b)；The driving mechanism (5) includes difference
Rack gear (51) in rack (1) two sides is set, is connected separately on every toothed rack (51) and engages connected tooth with rack gear (51)
It takes turns (52), the gear (52) is connected with the driving motor (53) being set on adjustable shelf (2), also divides in the two sides of rack (1)
Not She You guide rail (11), several sliding blocks (12) for sliding with guide rail (11) and being connected are respectively equipped on every guide rail (11), it is described
Sliding block (12) be fixedly linked with adjustable shelf (2)；The blank taking device (4) includes taking base frame for install vacuum chuck
(41), described that base frame (41) is taken to be arranged on the fixed frame (42) of adjustable shelf (2), at least one is equipped on fixed frame (42)
Second lift actuator (43) for taking base frame (41) to go up and down in vertical direction can be driven to be connected, in fixed frame (42) and taken
The second guide frame is equipped between base frame (41)；The feeding machanism (34) includes agitator (34a), at agitator (34a)
Top be equipped with stirring motor (34b) and be set in agitator (34a) and the agitating shaft (34c) that is connected with stirring motor (34b),
At back hopper (34e) of the middle and upper part of agitator (34a) equipped with feed hopper (34d) and with feed back channel, the bottom in feed back channel
Portion has the inclination feed back slope being arranged diagonally downward, and agitator (34a) is connected by pipeline with binder bucket (34f), agitator
(34a) is connected by filling tube with the material hole (32) on material feeding plate (31).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410441051.8A CN104249476B (en) | 2014-09-01 | 2014-09-01 | The material feeding of shaping equipment takes base all-in-one machine |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410441051.8A CN104249476B (en) | 2014-09-01 | 2014-09-01 | The material feeding of shaping equipment takes base all-in-one machine |
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| CN104249476B true CN104249476B (en) | 2019-02-01 |
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| CN201410441051.8A Expired - Fee Related CN104249476B (en) | 2014-09-01 | 2014-09-01 | The material feeding of shaping equipment takes base all-in-one machine |
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| CN105398080B (en) * | 2015-12-22 | 2017-07-28 | 扬州捷迈锻压机械有限公司 | A kind of full-automatic shifting formwork material-pulling device |
| CN105690859B (en) * | 2016-02-14 | 2024-09-13 | 杭州东博自动化科技有限公司 | Material injecting machine |
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| CN202781890U (en) * | 2012-08-20 | 2013-03-13 | 金华市博特自动化设备有限公司 | Automatic molding equipment with automatic material filling and blank taking functions |
| CN203344232U (en) * | 2013-06-14 | 2013-12-18 | 金华市博特自动化设备有限公司 | Material filling system of lower die cavity |
| CN203567227U (en) * | 2013-09-28 | 2014-04-30 | 杭州东博自动化科技有限公司 | Blank automatically forming and processing system |
| CN103862713A (en) * | 2014-02-28 | 2014-06-18 | 杭州东博自动化科技有限公司 | Plate type material filling device |
| CN103922116A (en) * | 2014-04-10 | 2014-07-16 | 台州迈得医疗工业设备股份有限公司 | Feeding device and feeding method for medical catheters |
| CN204160804U (en) * | 2014-09-01 | 2015-02-18 | 杭州东博自动化科技有限公司 | Base all-in-one is got in the material feeding of shaping equipment |
-
2014
- 2014-09-01 CN CN201410441051.8A patent/CN104249476B/en not_active Expired - Fee Related
Patent Citations (9)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US4063941A (en) * | 1976-12-06 | 1977-12-20 | National Forge Company | Method for loading and unloading an isostatic press for compression of pre-formed powder objects |
| CN201952006U (en) * | 2011-03-11 | 2011-08-31 | 北京精雕科技有限公司 | Automatic feeding and discharging device for glass processing |
| CN202518814U (en) * | 2012-05-07 | 2012-11-07 | 浙江日科自动化设备有限公司 | Discharging device of surface bending machine |
| CN202781890U (en) * | 2012-08-20 | 2013-03-13 | 金华市博特自动化设备有限公司 | Automatic molding equipment with automatic material filling and blank taking functions |
| CN203344232U (en) * | 2013-06-14 | 2013-12-18 | 金华市博特自动化设备有限公司 | Material filling system of lower die cavity |
| CN203567227U (en) * | 2013-09-28 | 2014-04-30 | 杭州东博自动化科技有限公司 | Blank automatically forming and processing system |
| CN103862713A (en) * | 2014-02-28 | 2014-06-18 | 杭州东博自动化科技有限公司 | Plate type material filling device |
| CN103922116A (en) * | 2014-04-10 | 2014-07-16 | 台州迈得医疗工业设备股份有限公司 | Feeding device and feeding method for medical catheters |
| CN204160804U (en) * | 2014-09-01 | 2015-02-18 | 杭州东博自动化科技有限公司 | Base all-in-one is got in the material feeding of shaping equipment |
Also Published As
| Publication number | Publication date |
|---|---|
| CN104249476A (en) | 2014-12-31 |
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