CN208215816U - A kind of floated adaptive hot-pressing system of full-automatic floating type hot-forming press - Google Patents
A kind of floated adaptive hot-pressing system of full-automatic floating type hot-forming press Download PDFInfo
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- CN208215816U CN208215816U CN201820333104.8U CN201820333104U CN208215816U CN 208215816 U CN208215816 U CN 208215816U CN 201820333104 U CN201820333104 U CN 201820333104U CN 208215816 U CN208215816 U CN 208215816U
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Abstract
The utility model discloses a kind of floated adaptive hot-pressing systems of full-automatic floating type hot-forming press, including sealed shield, rack is equipped in sealed shield, feed device, heating device, molding machine are installed in rack, feed device and heating device are laterally set in sequence, molding machine is set to heating device upper and lower ends, balance system is equipped with below feed device, balance system side is equipped with the accurate control cabinet to control balance system, and middle guide plate is connect by connecting plate with feed device.The utility model can up and down simultaneously be pressed blank firstly, improvement forming device structure, and pressing result is good, and rejection rate is low, improves the degree of automation and working efficiency；And feed device can float with molding die, ensure that feed device can be continually and steadily that blank is put into mold.
Description
Technical field
The utility model relates to moulding press technical fields, more particularly, to a kind of full-automatic floating type hot-forming press
Floated adaptive hot-pressing system.
Background technique
Full-automatic hot-pressing moulding press mainly includes the rack of sealing, and feeding device is installed in rack, feed device, is added
Thermal, molding machine, blank pass through feeding device first and enter feed device, and blank is put into molding die again by feed device
It is interior, then magnetic is generated by heating, machine-shaping is then carried out to blank by molding machine.
And traditional press, when suppressing blank, blank is affixed in mold, and during press fitting, blank is
One direction stress, the bearing capacity of mold is required larger, if mold does too small, mold holds during compacting
It is easily damaged, if mold does excessive, it is not easy to heat the blank in mold, and the support base of carrying mould is logical
It is often welded and is formed by bracket, reaction force during press fitting due to pressure deforms support base not conform to so as to cause press fitting
Lattice；This press mounting structure is more demanding to welding support simultaneously, to there is higher rigidity, welding and processing request；In addition it uses
Welding support is in order to guarantee certain intensity, it will usually occupy the very big area of table top, cause the waste in space.If mold moves
Dynamic, then will lead to continually and steadily to be put into blank into mold.
Temperature of this outer blank during processing in mould bases and sealed shield all can be very high, will affect mould bases, pneumatic clamper
With the service life of mechanism in sealed shield.
Summary of the invention
In view of the deficiency of the prior art, the purpose of the utility model is to provide a kind of full-automatic floating type hot pressing
The floated adaptive hot-pressing system of moulding press；Firstly, improve forming device structure, can up and down simultaneously to blank into
Row compression moulding, pressing result is good, and rejection rate is low, improves the degree of automation and working efficiency；And feed device can be with
Molding die float, enable feed device opposing mold static, ensure that feed device can be continually and steadily mould
Blank is put into tool.Finally, joined multiple cooling structures, service life is extended.
To achieve the goals above, the technical scheme adopted by the utility model is
A kind of floated adaptive hot-pressing system of full-automatic floating type hot-forming press, including sealed shield, sealing
It is equipped with rack in shield, feed device, heating device, molding machine are installed in rack, feed device and heating device are lateral
It being set in sequence, feed device includes driving mechanism, sliding rail, pneumatic clamper and profiling pneumatic clamper arm, and pneumatic clamper is connected to profiling pneumatic clamper arm, and
Profiling pneumatic clamper arm is located above feeding plate, and pneumatic clamper is installed on sliding rail, and sliding rail is located above heating device, and driving mechanism drives gas
Pawl is moved at heating device along sliding rail, molding machine be set to heating device upper and lower ends, heating device include guide post, mould bases,
Molding die and middle guide plate, middle guide plate slides are installed on guide post, and fixing of the forming frame on middle guide plate, install by molding die
In on mould bases, being arranged with heating coil outside molding die, molding machine includes upper punching and undershoot, and upper punching and undershoot are installed on and lead
On column and be located at the upper and lower ends of molding die, upper punching include upper cylinder half inner casing, upper cylinder half outer shell, upper guide plate, upper mold and on
Plug, upper guide plate are installed on guide post, and upper cylinder half outer shell is installed on guide plate, and upper cylinder half inner casing is installed on upper cylinder half outer shell,
The output end of upper cylinder half outer shell is connected to upper mold, and the output end of upper cylinder half inner casing is connected to plug, and upper mold is located above molding die,
Upper plug is movably set in upper mold, and undershoot includes lower guide plate, lower cylinder to upper cylinder half, the downward cylinder of lower cylinder, lower die and lower plug, is led
Column upper and lower ends are equipped with frame, and lower die is fixedly installed on frame, and lower cylinder is connected to lower plug to the output end of upper cylinder half, and under
Plug passes through lower die and matches with molding die, and the output end of the lower downward cylinder of cylinder is connected to middle guide plate by lower guide plate, send
Expect to be equipped with balance system below device, balance system side is equipped with the accurate control cabinet to control balance system, middle guide plate
It is connect with sliding rail.
Further, hollow cavity is equipped in mould bases, mould bases is equipped with the mould bases water inlet pipe and mould being connected to hollow cavity
Frame outlet pipe.
Further, mould bases includes chassis, support frame and mounting rack, and chassis is fixedly installed on middle guide plate, mounting rack
It is connect by support frame with chassis, molding die is fixed on mounting rack, and hollow cavity is equipped in mounting rack, is set on mounting rack
There are the mould bases water inlet pipe and mould bases outlet pipe being connected to hollow cavity.
Further, it is additionally provided with air-cooler, blast pipe and discharge pipe outside sealed shield, blast pipe one end is connected to cold wind
Machine, the blast pipe other end are connected to sealed shield, the connection of discharge pipe one end and air-cooler, and the discharge pipe other end is connected to sealing shield
Cover.
Further, rack is equipped with control upper cylinder half inner casing, upper cylinder half outer shell, lower cylinder and acts to upper cylinder half, the downward cylinder of lower cylinder
Hydraulic station.
Further, molding die is hollow setting, when blank is set in molding die, blank bottom and lower die phase
It supports.
Further, balance system includes multiple cylinders and the air accumulator for cylinder gas supply, is equipped in accurate control cabinet
With the fine adjustment valve of cylinder cooperation.
Further, driving mechanism is gear-box.
After adopting the above technical scheme, the utility model is compared to the prior art advantageously:
The utility model uses the full-automatic floating type hot-forming press, in the process to blank compression moulding
In, upper cylinder half inner casing, upper cylinder half outer shell move downward simultaneously, move downward with the downward cylinder of cylinder at present, and lower cylinder is moved upwards to upper cylinder half, on
Cylinder inner casing is to be faster than the speed movement of upper cylinder half outer shell, so that upper plug is driven to suppress the blank in molding die, lower cylinder
The lower plug of drive is moved upwards to upper cylinder half to suppress blank, then upper cylinder half outer shell drives upper mold to suppress blank, under
The downward cylinder of cylinder, which moves downward, drives the molding die on mould bases and mould bases to move down, so that molding die is arranged with outside lower die, so that
Lower die suppresses blank, and after processing is completed, upper cylinder half inner casing, upper cylinder half outer shell move upwards simultaneously, with the downward cylinder of cylinder at present and
Lower cylinder is moved downward to upper cylinder half, and the lower downward cylinder of cylinder, which moves downward, drives the molding die on mould bases and mould bases to continue to move down, so that
Molding die is moved to below lower die, so that the blank that compacting is completed is exposed to lower die upper end, pneumatic clamper drives profiling pneumatic clamper at this time
Arm clamps the blank that compacting is completed, and blank is removed.Blank can be pressed simultaneously up and down, pressing result is good
Good, rejection rate is low, improves the degree of automation and working efficiency；By the way that balance system is arranged, the lower downward cylinder of cylinder passes through middle guide plate
Drive molding die when moving, intermediate plate can drive feed device as molding die floats by connecting plate, ensure that
Feed device can be continually and steadily that blank is put into molding die.Furthermore cooling dress is provided in mould bases and sealed shield
It sets, reduces the temperature of working environment, extend service life.
Detailed description of the invention
The present invention will be further described with reference to the accompanying drawings and examples:
Fig. 1 is the overall structure diagram of the utility model.
Fig. 2 is the overall structure diagram (vertical view) of the utility model.
Fig. 3 is the heating device of the utility model and the structural schematic diagram of molding machine.
Fig. 4 is the structural schematic diagram of the relocation mechanism of the utility model.
Fig. 5 is the schematic perspective view of the mould bases of the utility model.
Fig. 6 is the air-cooler of the utility model and the structural schematic diagram of integral device cooperation.
In figure, 1. racks；2. driving mechanism；3. feed device；4. heating device；5. molding machine；6. guide post；7. mould
Frame；8. molding die；Guide plate in 9.；10. heating coil；11. upper cylinder half inner casing；12. upper cylinder half outer shell；Guide plate on 13.；14.
Upper mold；Plug on 15.；16. lower guide plate；17. playing cylinder to upper cylinder half；18. the lower downward cylinder of cylinder；19. lower die；20. lower plug；21.
Frame；22. hydraulic station；23. balance system；24. accurate control cabinet；25. air accumulator；26. mould bases water inlet pipe；27. mould bases is discharged
Pipe；28. air-cooler；29. blast pipe；30. discharge pipe；31. glove box；32. water blocking head；33. sliding rail；34. pneumatic clamper.
Specific embodiment
As described below is only the preferred embodiment of the utility model, does not therefore limit the protection model of the utility model
It encloses.
Embodiment, as shown in Fig. 1 to Fig. 6: a kind of floated adaptive hot pressing of full-automatic floating type hot-forming press
System, including sealed shield, sealed shield is interior to be equipped with rack 1, and feed device 3, heating device 4, molding dress are installed in rack 1
5 are set, feed device 3 and heating device 4 are laterally set in sequence, and molding machine 5 is set to 4 upper and lower ends of heating device, feed device 3
Including driving mechanism 2, sliding rail 33, pneumatic clamper 34 and profiling pneumatic clamper arm, pneumatic clamper 34 is connected to profiling pneumatic clamper arm, and profiling pneumatic clamper arm
Above feeding plate 12, pneumatic clamper 34 controls the aperture of profiling pneumatic clamper arm, and with clamp or release blank, pneumatic clamper 34 is installed on sliding rail
On 33, sliding rail 33 is located at 4 top of heating device, and driving mechanism 2 drives pneumatic clamper 34 to be moved at heating device 4 along sliding rail 33, drives
Motivation structure 2 is gear-box.
Heating device 4 includes guide post 6, mould bases 7, molding die 8 and middle guide plate 9, and middle guide plate 9 is slidably mounted on guide post
On 6, mould bases 7 is installed on middle guide plate 9, and molding die 8 is installed on mould bases 7, and heating coil is arranged with outside molding die 8
10, molding machine 5 includes upper punching and undershoot, and upper punching and undershoot are installed on guide post 6 and are located at the upper and lower of molding die 8
Both ends.
Upper punching includes upper cylinder half inner casing 11, upper cylinder half outer shell 12, upper guide plate 13, upper mold 14 and upper plug 15, upper guide plate 13
It is installed on guide post 6, upper cylinder half outer shell 12 is installed on guide plate 13, and upper cylinder half inner casing 11 is installed on upper cylinder half outer shell 12, upper cylinder half
The output end of outer shell 12 is connected to upper mold 14, and the output end of upper cylinder half inner casing 11 is connected to plug 15, and upper mold 14 is located at shaping mould
8 top of tool, upper plug 15 are movably set in upper mold 14.
Undershoot includes lower guide plate 16, lower cylinder to upper cylinder half 17, the downward cylinder 18 of lower cylinder, lower die 19 and lower plug 20, on guide post 6
Lower both ends are equipped with frame 21, and lower die 19 is fixedly installed on frame 21, and lower cylinder is connected to lower plug to the output end of upper cylinder half 17
20, and lower plug 20 passes through lower die 19 and matches with molding die 8, the output end of the lower downward cylinder 18 of cylinder is connected by lower guide plate 16
It is connected to middle guide plate 9.Rack 1 is equipped with control upper cylinder half inner casing 11, upper cylinder half outer shell 12, lower cylinder to upper cylinder half 17, the downward cylinder 18 of lower cylinder
The hydraulic station 22 of movement.
The utility model uses the full-automatic floating type hot-forming press, drives profiling pneumatic clamper arm by pneumatic clamper 34
Blank to be clamped, driving mechanism 2 drives pneumatic clamper 34 to be moved at heating device 4 along sliding rail 33 again, make it possible to self-feeding, and
And operation is more stable, feed device 3 not only can arrive at quickly but also accurately each predetermined work position, improve the degree of automation and feeding
Efficiency；After blank is moved at heating device 4, pneumatic clamper 34 unclamps blank, and blank falls into molding die 8, during molding die 8 is
Sky setting, when blank is set in molding die 8, blank bottom offsets with lower die 19, and heating coil 10, which is powered, at this time generates heat
Amount, to be heated to the blank in molding die 8.
After the completion of heating, molding machine 5 works, and upper cylinder half inner casing 11, upper cylinder half outer shell 12 move downward simultaneously, together at present cylinder to
Lower cylinder 18 moves downward, and lower cylinder is moved upwards to upper cylinder half 17, and upper cylinder half inner casing 11 is moved with the speed for being faster than upper cylinder half outer shell 12, thus
Plug 15 suppresses the blank in molding die 8 in drive, and lower cylinder moves upwards the lower plug 20 of drive to base to upper cylinder half 17
Material is suppressed, and then upper cylinder half outer shell 12 drives upper mold 14 to suppress blank, and the lower downward cylinder 18 of cylinder moves downward band dynamic model
Molding die 8 on frame 7 and mould bases 7 moves down, so that molding die 8 is arranged with outside lower die 19, so that lower die 19 carries out blank
Compacting can up and down simultaneously be pressed blank, and pressing result is good, and rejection rate is low, improves the degree of automation and work
Make efficiency.It is demoulded after processing is completed, upper cylinder half inner casing 11, upper cylinder half outer shell 12 move upwards simultaneously, with the downward cylinder 18 of cylinder at present
It is moved downward with lower cylinder to upper cylinder half 17, the lower downward cylinder 18 of cylinder, which moves downward, drives the molding die 8 on mould bases 7 and mould bases 7 to continue
It moves down, so that molding die 8 is moved to the lower section of lower die 19, so that the blank that compacting is completed is exposed to 19 upper end of lower die, in rack 1
It is additionally provided with closed glove box 31, equipped with no bar cylinder between glove box 31 and molding machine 5.Pneumatic clamper 34 drives profiling pneumatic clamper at this time
Arm clamps the blank that compacting is completed, and the blank that compacting is completed is moved on no bar cylinder, the blank that no bar cylinder completes compacting
It is moved in glove box 31 and is packed.
Balance system 23 is equipped with below feed device 3,23 side of balance system is equipped with the essence to control balance system 23
Close control cabinet 24, to support feed device 3, middle guide plate 9 is connect by connecting plate with sliding rail 33 balance system 23.Balance system
System 23 is including multiple cylinders and is the air accumulator 25 of cylinder gas supply, and the accurate tune cooperated with cylinder is equipped in accurate control cabinet 24
Valve is saved, by the way that balance system 23 is arranged, the lower downward cylinder 18 of cylinder drives molding die 8 when moving by middle guide plate 9, middle guiding
Plate 9 can drive feed device 3 to float with molding die 8 by connecting plate, ensure that feed device 3 can be continual and steady
To be put into blank in molding die 8.
Further, mould bases 7 includes chassis, support frame and mounting rack, and chassis is fixedly installed on middle guide plate 9, is installed
Frame connect by support frame with chassis, and molding die 8 is fixed on mounting rack, and mounting rack is interior equipped with hollow cavity, on mounting rack
Equipped with the mould bases water inlet pipe 26 and mould bases outlet pipe 27 being connected to hollow cavity.At work, water is through mould bases water inlet pipe 26 for press
It is flowed out into hollow cavity, then through profiling mould bases water inlet pipe 26, forms recirculated water, to cool down to mould bases 7, extend mould
The service life of frame 7.The through-hole being connected to hollow cavity is additionally provided on mould bases 7, through-hole is sealed by water blocking head 32, mould bases 7
Hollow cavity can be intake by water blocking head 32 and fill the water and drain.
It is additionally provided with air-cooler 28, blast pipe 29 and discharge pipe 30 outside sealed shield, 29 one end of blast pipe is connected to air-cooler
28,29 other end of blast pipe is connected to sealed shield, the connection of 30 one end of discharge pipe and air-cooler 28, the connection of 30 other end of discharge pipe
In sealed shield, at work, air-cooler 28 inputs cold wind in sealed shield through blast pipe 29 to press, then passes through discharge pipe 30
By the hot wind extraction in sealed shield, circulating cooling is formed, to reduce the temperature in sealed shield, extends mechanism in sealed shield
Service life.
The above description is only a preferred embodiment of the present invention, therefore all according to described in the utility model patent application range
The equivalent change or modification done of structure, feature and principle, be included in the scope of the utility model patent application.
Claims (8)
1. a kind of floated adaptive hot-pressing system of full-automatic floating type hot-forming press, including sealed shield, sealing shield
It is equipped with rack (1) in cover, is installed with feed device (3), heating device (4), molding machine (5), feed device in rack (1)
(3) it is laterally set in sequence with heating device (4), molding machine (5) is set to heating device (4) upper and lower ends, it is characterised in that: send
Expect that device (3) include driving mechanism (2), sliding rail (33), pneumatic clamper (34) and profiling pneumatic clamper arm, pneumatic clamper (34) is connected to profiling gas
Pawl arm, pneumatic clamper (34) are installed on sliding rail (33), and sliding rail (33) is located above heating device (4), and driving mechanism (2) drives gas
Pawl (34) is moved at heating device (4) along sliding rail (33), and heating device (4) includes guide post (19), mould bases (7), molding die
(8) it is slidably mounted on guide post (19) with middle guide plate (22), middle guide plate (22), mould bases (7) is installed on middle guide plate (22)
On, molding die (8) is installed on mould bases (7), is arranged with heating coil (23) outside molding die (8), molding machine (5) includes
Upper punching and undershoot, upper punching and undershoot are installed on guide post (19) and are located at the upper and lower ends of molding die (8), upper punching packet
Include upper cylinder half inner casing (24), upper cylinder half outer shell (25), upper guide plate (26), upper mold (27) and upper plug (28), upper guide plate (26) peace
Loaded on guide post (19), upper cylinder half outer shell (25) is installed on guide plate (26), and upper cylinder half inner casing (24) is installed on upper cylinder half outer shell
(25) on, the output end of upper cylinder half outer shell (25) is connected to upper mold (27), and the output end of upper cylinder half inner casing (24) is connected to plug
(28), upper mold (27) is located above molding die (8), and upper plug (28) is movably set in upper mold (27), and undershoot is led under including
To plate (29), lower cylinder to upper cylinder half (30), the downward cylinder of lower cylinder (31), lower die (32) and lower plug (20), guide post (19) upper and lower ends
It is equipped with frame (21), lower die (32) is fixedly installed on frame (21), and lower cylinder is connected to lower core to the output end of upper cylinder half (30)
Stick (20), and lower plug (20) passes through lower die (32) and matches with molding die (8), the output end of the lower downward cylinder of cylinder (31) passes through
Lower guide plate (29) is connected to middle guide plate (22), is equipped with balance system (36) below feed device (3), and balance system (36) is other
Side is equipped with the accurate control cabinet (37) to control balance system (36), and middle guide plate (22) connect with sliding rail (33).
2. a kind of floated adaptive hot-pressing system of full-automatic floating type hot-forming press according to claim 1,
It is characterized by: being equipped with hollow cavity in mould bases (7), mould bases (7) is equipped with the mould bases water inlet pipe (43) being connected to hollow cavity
With mould bases outlet pipe (44).
3. a kind of floated adaptive hot-pressing system of full-automatic floating type hot-forming press according to claim 2,
It is characterized by: mould bases (7) includes chassis, support frame and mounting rack, chassis is fixedly installed on middle guide plate (22), mounting rack
It is connect by support frame with chassis, molding die (8) is fixed on mounting rack, hollow cavity is equipped in mounting rack, on mounting rack
Equipped with the mould bases water inlet pipe (43) and mould bases outlet pipe (44) being connected to hollow cavity.
4. a kind of floated adaptive hot-pressing system of full-automatic floating type hot-forming press according to claim 1,
It is characterized by: being additionally provided with air-cooler (45), blast pipe (46) and discharge pipe (47) outside sealed shield, blast pipe (46) one end connects
It being connected to air-cooler (45), blast pipe (46) other end is connected to sealed shield, and discharge pipe (47) one end connects and air-cooler (45),
Discharge pipe (47) other end is connected to sealed shield.
5. a kind of floated adaptive hot-pressing system of full-automatic floating type hot-forming press according to claim 1,
It is characterized by: rack (1) is downward to upper cylinder half (30), lower cylinder equipped with control upper cylinder half inner casing (24), upper cylinder half outer shell (25), lower cylinder
The hydraulic station (35) of cylinder (31) movement.
6. a kind of floated adaptive hot-pressing system of full-automatic floating type hot-forming press according to claim 1,
It is characterized by: molding die (8) is hollow setting, blank be set to molding die (8) it is interior when, blank bottom and lower die (32)
It offsets.
7. a kind of floated adaptive hot-pressing system of full-automatic floating type hot-forming press according to claim 1,
It is characterized by: balance system (36) includes multiple cylinders and the air accumulator (38) for cylinder gas supply, accurate control cabinet (37)
It is interior equipped with the fine adjustment valve cooperated with cylinder.
8. a kind of floated adaptive hot-pressing system of full-automatic floating type hot-forming press according to claim 1,
It is characterized by: driving mechanism (2) is gear-box.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820333104.8U CN208215816U (en) | 2018-03-12 | 2018-03-12 | A kind of floated adaptive hot-pressing system of full-automatic floating type hot-forming press |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820333104.8U CN208215816U (en) | 2018-03-12 | 2018-03-12 | A kind of floated adaptive hot-pressing system of full-automatic floating type hot-forming press |
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| Publication Number | Publication Date |
|---|---|
| CN208215816U true CN208215816U (en) | 2018-12-11 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201820333104.8U Active CN208215816U (en) | 2018-03-12 | 2018-03-12 | A kind of floated adaptive hot-pressing system of full-automatic floating type hot-forming press |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108247932A (en) * | 2018-03-12 | 2018-07-06 | 百琪达智能科技（宁波）股份有限公司 | A kind of floated adaptive hot-pressing system of full-automatic floating type hot-forming press |
-
2018
- 2018-03-12 CN CN201820333104.8U patent/CN208215816U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108247932A (en) * | 2018-03-12 | 2018-07-06 | 百琪达智能科技（宁波）股份有限公司 | A kind of floated adaptive hot-pressing system of full-automatic floating type hot-forming press |
| CN108247932B (en) * | 2018-03-12 | 2024-06-07 | 百琪达智能科技（宁波）股份有限公司 | Suspension type self-adaptive hot pressing system of full-automatic floating hot pressing forming press |
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