CN104608420B - A kind of blanking system of full-automatic mold pressing modular system - Google Patents
A kind of blanking system of full-automatic mold pressing modular system Download PDFInfo
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- CN104608420B CN104608420B CN201510049739.6A CN201510049739A CN104608420B CN 104608420 B CN104608420 B CN 104608420B CN 201510049739 A CN201510049739 A CN 201510049739A CN 104608420 B CN104608420 B CN 104608420B
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Abstract
The invention discloses the blanking system of a kind of full-automatic mold pressing modular system, include frame, rack-mounted lower mold cyclic conveyor structure, described lower mold cyclic conveyor structure is mounted with lower mold；It is positioned at lower mold cyclic conveyor structure in described frame and is arranged above cutting agency；Described cutting agency includes the shifting material cylinder b being horizontally arranged in frame, the shifting flitch b being connected with the piston rod moving material cylinder b, is longitudinally mounted to move on flitch b and piston rod blanking cylinder down, and is connected to the sucker on blanking cylinder piston rod；The upper top gas cylinder being provided with in order to be ejected from bottom to top by raw material after shaping it is positioned at below the rotating disk of station residing for cutting agency in described frame.Coordinating upper thimble, lower thimble easily raw material can be ejected lower mold after raw material is molded by upper top gas cylinder, coordinate sucker to be picked up by the raw material of shaping by blanking cylinder simultaneously, automaticity is high, improves production efficiency.
Description
Technical field
The invention belongs to automation equipment field, be specifically related to mold modular system construction applications.
Background technology
Molding setting process is a certain amount of premix or prepreg to add metal in mould, through the special process that physical or chemical treatment, pressing, shaping are combined as a whole.In light industry field, the way of realization of mold pressing setting process is mainly based on handwork unit, and an equipment at least needs a people, Manual feeding, startup mold switch, manual blanking, being repeated cyclically, labour intensity is big, and production efficiency is the highest, approved product quality is uncontrollable, uniformity is poor, and there is job safety hidden danger (scald, respiratory tract infection that dust atmosphere causes, weigh wounded), thus causes recruitment difficult, cost of labor is high, and on market, supply falls short of demand for approved product.Therefore; a kind of automatic intelligent of exploitation molds modular system and method thereof; realize the automatic extruding that physics, electrochemical conditions are controlled; automatic loading/unloading, continuous mould pressing, automatic program control; within 24 hours, do not shut down work; the one operable multiple devices of people, to improve production efficiency and product quality, it appears particularly important and urgent.
Summary of the invention
The technical problem to be solved is: the deficiency existed for prior art, it is provided that a kind of compact conformation, the blanking system that the full-automatic mold pressing modular system that working (machining) efficiency is high uses.
For realizing the purpose of the present invention, it is achieved by the following technical solutions: the blanking system of a kind of full-automatic mold pressing modular system, includes frame, rack-mounted lower mold cyclic conveyor structure, described lower mold cyclic conveyor structure is mounted with lower mold；It is positioned at lower mold cyclic conveyor structure in described frame to be arranged above in order to raw material is transported to the cutting agency finished product material storage mechanism from lower mold cyclic conveyor structure；Described lower mold cyclic conveyor structure and cutting agency are connected with control system respectively；Described cutting agency includes the shifting material cylinder b being horizontally arranged in frame, the shifting flitch b being connected with the piston rod moving material cylinder b, is longitudinally mounted to move on flitch b and piston rod blanking cylinder down, and is connected to the sucker on blanking cylinder piston rod；The position of described lower mold and rotating disk correspondence lower mold offers the through hole of up/down perforation, described frame is positioned at below the rotating disk of station residing for cutting agency the upper top gas cylinder being provided with in order to be ejected from bottom to top by raw material after shaping.
Preferably: the piston rod upper end of described upper top gas cylinder connects lower thimble, lower thimble upper end connects permanent magnet b；Being provided with the upper thimble that longitudinal sliding motion is arranged in the middle of described lower mold, upper thimble upper end hangs in lower mold and upper thimble upper surface is concordant with lower mold inner bottom part；The connection of upper thimble lower end has permanent magnet a that can be attracting with permanent magnet b, is promoted by lower thimble and move on upper thimble when the piston rod of upper top gas cylinder moves up.
Preferably: described sucker is installed on one and installs in set, and equipped with spring between sucker and installation set so that sucker can elastic movement up and down, range of movement is 0～x；Blanking cylinder range is y.When blanking cylinder is in propradation, on sucker end face distance, thimble upper surface distance is z.Wherein z=y-t, wherein t is pretension distance, and t is in the range of 0 ~ x；Described upper top gas cylinder ejecting force is more than the lower thrust of blanking cylinder；Blanking cylinder declines y, and sucker paster is together in upper thimble upper surface, and when pretension distance is more than zero, sucker creates certain pretightning force to raw material；Now, upper top gas cylinder moves upward, and first passes through one section of idle stroke, then fits with upper thimble lower surface, then promotes upper thimble and sucker elasticity upwards, and blanking cylinder continues up motion k.Wherein k < x-t+y.
Compared with prior art, the invention has the beneficial effects as follows: coordinate upper thimble, lower thimble easily raw material can be ejected lower mold after raw material is molded by upper top gas cylinder, coordinate sucker to be picked up by the raw material of shaping by blanking cylinder simultaneously, coordinate again and move material cylinder b by feedstock transportation to the finished product material storage mechanism of next station, automaticity is high, improves production efficiency.
Accompanying drawing explanation
Fig. 1 is the structural representation automatically molding modular system.
Fig. 2 is the structural representation of feeding machanism part.
Fig. 3 is feeding machanism and the structural representation of feed mechanism part.
Fig. 4 is the A portion schematic enlarged-scale view of Fig. 1.
Fig. 5 is the structural representation of material grasping Acetabula device.
Fig. 6 is the sectional structure schematic diagram of vacuum suction assembly.
Fig. 7 is the structural representation automatically molding another visual angle of modular system.
Fig. 8 is the B portion schematic enlarged-scale view of Fig. 7.
Fig. 9 is cutting agency and the structural representation of finished product material storage mechanism.
Figure 10 is upper top gas cylinder and the structural representation of lower mold portion.
The component names that in figure, reference is corresponding:
1, frame；
2, feeding machanism；20, barrel；201, barrel chassis；202, clamping ring on barrel；21, rotary cylinder；22, pusher motor；23, sensor a；24, cartridge holder；25, pusher pallet；251, leading screw；252, guide rail；26, sensor b；
3, feed mechanism；31, material cylinder a is moved；32, flitch a is moved；33, feeding cylinder；34, material grasping Acetabula device；341, installing plate；3411, bar hole；342, vacuum suction assembly；3421, negative pressure joint；3422, transition piece；3423, buffer spring；3424, cushion collar；3425, binding nut；3426, suction tube；343, buffer ferrule；344, total suction tube；345, suction nozzle connection dish；346, suction nozzle；
4, lower mold cyclic conveyor structure；41, rotating disk；42, lower mold；43, lower mold processing unit；44, upper thimble；441, permanent magnet a；
5, molding mechanism；50, cylinder block is molded；51, cylinder is molded；52, mold；53, insufflation unit；
6, cutting agency；61, material cylinder b is moved；62, flitch b is moved；63, blanking cylinder；64, sucker；65, upper top gas cylinder；651, lower thimble；652, permanent magnet b；
7, finished product material storage mechanism；70, shaping barrel；71, rotary cylinder b；72, pusher motor b；73, sensor c；74, cartridge holder b；75, pusher pallet b；751, leading screw b；752, guide rail b；76, sensor d.
Detailed description of the invention
Below according to accompanying drawing, the detailed description of the invention of the present invention is made a detailed explanation.
Embodiment
1
In conjunction with shown in Fig. 7 to Figure 10, the blanking system of a kind of full-automatic mold pressing modular system of the present embodiment, include frame 1, rack-mounted lower mold cyclic conveyor structure 4, described lower mold cyclic conveyor structure is mounted with lower mold 42；It is positioned at lower mold cyclic conveyor structure in described frame and is arranged above the cutting agency 6 in order to be transported to finished product material storage mechanism 7 from lower mold cyclic conveyor structure by raw material；Described lower mold cyclic conveyor structure and cutting agency are connected with control system respectively；Described cutting agency includes the shifting material cylinder b61 being horizontally arranged in frame, the shifting flitch b62 being connected with the piston rod moving material cylinder b, it is longitudinally mounted to move on flitch b and piston rod blanking cylinder 63 down, and the sucker 64 being connected on blanking cylinder piston rod；The position of described lower mold and rotating disk correspondence lower mold offers the through hole of up/down perforation, described frame is positioned at below the rotating disk of station residing for cutting agency the upper top gas cylinder 65 being provided with in order to be ejected from bottom to top by raw material after shaping.
The piston rod upper end of described upper top gas cylinder connects lower thimble 651, and lower thimble upper end connects permanent magnet b652；Being provided with the upper thimble 44 that longitudinal sliding motion is arranged in the middle of described lower mold, upper thimble upper end hangs in lower mold and upper thimble upper surface is concordant with lower mold inner bottom part；The connection of upper thimble lower end has permanent magnet a441 that can be attracting with permanent magnet b, is promoted by lower thimble and move on upper thimble when the piston rod of upper top gas cylinder moves up.
Described sucker is installed on one and installs in set, and equipped with spring between sucker and installation set so that sucker can elastic movement up and down, range of movement is 0～x；Blanking cylinder range is y.When blanking cylinder is in propradation, on sucker end face distance, thimble upper surface distance is z.Wherein z=y-t, wherein t is pretension distance, and t is in the range of 0 ~ x；Described upper top gas cylinder ejecting force is more than the lower thrust of blanking cylinder；Blanking cylinder declines y, and sucker paster is together in upper thimble upper surface, and when pretension distance is more than zero, sucker creates certain pretightning force to raw material；Now, upper top gas cylinder moves upward, and first passes through one section of idle stroke, then fits with upper thimble lower surface, then promotes upper thimble and sucker elasticity upwards, and blanking cylinder continues up motion k.Wherein k < x-t+y.
Upper top gas cylinder ejecting force, more than the lower thrust of blanking cylinder, can pass through cylinder diameter, and pressure regulator valve mode solves.
The value of k depends on the material of raw material, shape, it is intended to determine after running up this distance, the completely disengaged lower mold of raw material.
The innovative point of this working method is first to press raw material pretension, during Shang Ding so that raw material and sucker, upper thimble are in relative static conditions, it is to avoid raw material is torn, or produce relative movement along the direction disengaged at first, do not reach the effect of the complete demoulding.
Embodiment
2
According to shown in Fig. 1 to Fig. 9, one described in the present embodiment automatically molds modular system, includes frame 1, rack-mounted feeding machanism 2, lower mold cyclic conveyor structure 4 and finished product material storage mechanism 7, described lower mold cyclic conveyor structure is mounted with at least three lower mold 42；It is positioned at feeding machanism in described frame and lower mold cyclic conveyor structure is arranged above the feed mechanism 3 in order to be transported to lower mold from feeding machanism by raw material；It is positioned at lower mold in described frame and is arranged above molding mechanism 5, below molding mechanism, be mounted with the mold 52 coordinated with lower mold；It is positioned at lower mold cyclic conveyor structure in described frame and finished product material storage mechanism is arranged above the cutting agency 6 in order to be transported to finished product material storage mechanism from lower mold cyclic conveyor structure by raw material；Described feeding machanism, feed mechanism, lower mold cyclic conveyor structure, molding mechanism, cutting agency and finished product material storage mechanism are connected with control system respectively.
Shown in Fig. 2, Fig. 3, described feeding machanism 2 includes the rotary cylinder 21 being fixedly mounted on frame lower, the cartridge holder 24 being horizontally arranged on rotary cylinder, two barrels 20 being removably mounted on cartridge holder；The lateral location being positioned at each barrel on cartridge holder is separately installed with longitudinally disposed leading screw 251, a longitudinally disposed guide rail 252 also it is installed with on cartridge holder, being in transmission connection on each described leading screw useful to promote the pusher pallet 25 moved on raw material, each pusher pallet is connected with described slide；It is positioned on described cartridge holder below each leading screw and is separately installed with the pusher motor 22 being connected with each lead screw transmission.
As it is shown on figure 3, the barrel being positioned at right side fills raw material, the feed mechanism barrel from right side captures raw material；The barrel being positioned at left side is sky, and owing to barrel is dismountable mounting structure, the time before right side barrel raw material is finished, the barrel in left side can be replaced by the barrel filling raw material by workman.Described barrel can arrange two or more, such as 3-4, although so equipment overall volume is relatively big, but can extend the quantity loading raw material, and workman changes for twice and lengthens the interval time of barrel, reduces the labour intensity of workman.
The sensor b26 that position, barrel upper end is provided with to detect the raw material height and position of barrel inner top it is positioned in described frame；The underface being positioned at barrel in described frame is provided with to detect the sensor a23 whether barrel raw material has been used up.Described sensor a, sensor b are infrared sensor or Fibre Optical Sensor.
Described barrel includes a barrel chassis 201, the multiple montants being vertically connected on barrel chassis, and is connected to clamping ring 202 on the barrel of each montant upper end.Offering through hole in the middle of described barrel chassis, the position of sensor a is corresponding with the position of through hole.
Shown in Fig. 5, Fig. 6, described feed mechanism 3 includes a shifting material cylinder a31 being horizontally arranged in frame, the shifting flitch a32 being connected with the piston rod moving material cylinder a, it is longitudinally mounted to move on flitch a and piston rod feeding cylinder 33 down, and the material grasping Acetabula device 34 being connected on feeding cylinder piston rod；Described material grasping Acetabula device includes an installing plate 341, and 5 the vacuum suction assemblies 342 being vertically connected on installing plate with circumference array form are constituted, and each vacuum suction assembly is connected with vacuum generator respectively；Form to adjust the bar hole 3411 of absorbent module position on installing plate.
Described vacuum suction assembly includes negative pressure joint 3421, transition piece 3422 and the suction tube 3426 being sequentially connected with, and is positioned at a cushion collar 3424 in the middle part of described suction tube, is connected and has a buffer spring 3423 between suction tube bottom with cushion collar top.Cushion collar outer wall connects two binding nuts 3425, and vacuum suction assembly 342 through bar hole 3411 and is fixed with installing plate by these two binding nuts.Installing plate as shown in Figure 5 is circular, bar hole is arranged along the radial direction of installing plate, size according to the raw material area adsorbed, the position of vacuum suction assembly 342 can be adjusted accordingly, vacuum suction assembly 342 is then adjusted the most outer, it is ensured that can stably be picked up by raw material when the area of such as raw material is bigger.
Described raw material is through stamping-out after perfumed soap slurry solidifies, and forms many lobes laminated structure, and the big footpath of external form is 90mm～110mm, thickness range is 0.4mm～0.6mm, and weight range is 1.6g～2.5g, and it is covered with micropore, pore size scope is 10 μm～100 μm, and skewness.According to single sucker suction, having negative pressure on the first block of raw material stacked, negative pressure passes through micropore, form the negative pressure being similar to small size sucker on second block of raw material, the 3rd piece, the 4th piece.When drawing raw material, multi-disc may be picked up every time simultaneously.
By contrast, when using multiple small-bore suction tube of the present invention, owing to contact area is little, form secondary sucker, weak, it is impossible to adsorb the second tablet raw material, it is ensured that every time all pick up a tablet raw material through first block of raw material.The product that theoretical total suction is the suction tube bottom suction nozzle gross area and vacuum of each suction tube, actual design is the gravity of raw material and 2 times～5 times of micropore breakdown pressure sum, it is ensured that reliablely and stablely draw single raw material.Described micropore breakdown pressure refers to the air pressure of the flow leakage passed from micropore.
Described negative pressure joint is connected with vacuum generator, and is connected with air admission valve in turn on the pipeline between negative pressure joint and vacuum generator.
Shown in Fig. 4 and Fig. 8, described lower mold cyclic conveyor structure 4 includes a rotating disk 41, is arranged on the described lower mold 42 of 4 above rotating disk, and is provided with lower mold processing unit 43 below lower mold.Lower mold processing unit is physical processing unit or chemical treatment.Physical processing unit can be heating module, raw material carries out heating and makes it easy to shaping.
Described molding mechanism 5 includes rack-mounted mold pressing cylinder block 50, is longitudinally mounted to mold on cylinder block and piston rod mold pressing cylinder 51 down, and is arranged on the mold 52 molding cylinder piston rod lower end；Described mold is arranged above the insufflation unit 53 that the raw material after making shaping departs from mold.
According to Fig. 9, described cutting agency 6 includes the shifting material cylinder b61 being horizontally arranged in frame, the shifting flitch b62 being connected with the piston rod moving material cylinder b, is longitudinally mounted to move on flitch b and piston rod blanking cylinder 63 down, and the sucker 64 being connected on blanking cylinder piston rod.
The position of described lower mold and rotating disk correspondence lower mold offers the through hole of up/down perforation, described frame is positioned at below the rotating disk of station residing for cutting agency the upper top gas cylinder 65 being provided with in order to be ejected from bottom to top by raw material after shaping.
The piston rod upper end of described upper top gas cylinder connects lower thimble 651, and lower thimble upper end connects permanent magnet b652；Being provided with the upper thimble 44 that longitudinal sliding motion is arranged in the middle of described lower mold, upper thimble upper end hangs in lower mold and upper thimble upper surface is concordant with lower mold inner bottom part；The connection of upper thimble lower end has permanent magnet a441 that can be attracting with permanent magnet b, is promoted by lower thimble and move on upper thimble when the piston rod of upper top gas cylinder moves up.
Described sucker is installed on one and installs in set, and equipped with spring between sucker and installation set so that sucker can elastic movement up and down, range of movement is 0～x；Blanking cylinder range is y.When blanking cylinder is in propradation, on sucker end face distance, thimble upper surface distance is z.Wherein z=y-t, wherein t is pretension distance, and t is in the range of 0 ~ x；Described upper top gas cylinder ejecting force is more than the lower thrust of blanking cylinder；Blanking cylinder declines y, and sucker paster is together in upper thimble upper surface, and when pretension distance is more than zero, sucker creates certain pretightning force to raw material；Now, upper top gas cylinder moves upward, and first passes through one section of idle stroke, then fits with upper thimble lower surface, then promotes upper thimble and sucker elasticity upwards, and blanking cylinder continues up motion k.Wherein k < x-t+y.
Upper top gas cylinder ejecting force, more than the lower thrust of blanking cylinder, can pass through cylinder diameter, and pressure regulator valve mode solves.
The value of k depends on the material of raw material, shape, it is intended to determine after running up this distance, the completely disengaged lower mold of raw material.
The innovative point of this working method is first to press raw material pretension, during Shang Ding so that raw material and sucker, upper thimble are in relative static conditions, it is to avoid raw material is torn, or produce relative movement along the direction disengaged at first, do not reach the effect of the complete demoulding.
Described finished product material storage mechanism 7 includes the rotary cylinder b71 being fixedly mounted on frame lower, the cartridge holder b74 being horizontally arranged on rotary cylinder b, at least two being removably mounted on cartridge holder b shaping barrel 70；The lateral location being positioned at each shaping barrel on cartridge holder b is separately installed with longitudinally disposed leading screw b751, a longitudinally disposed guide rail b752 also it is installed with on cartridge holder b, be in transmission connection on each described leading screw b pusher pallet b75, each pusher pallet b and the described guide rail b sliding connection of the useful raw material to hold compression molding；It is positioned on described cartridge holder b below each leading screw b and is separately installed with the pusher motor b72 being in transmission connection with each leading screw b；It is positioned at position, molding mass cylinder upper end in described frame and is provided with to detect the sensor d76 of the raw material height and position of shaping barrel inner top；It is positioned at the underface of molding mass cylinder in described frame and is provided with to detect shaping barrel raw material whether without the sensor c73 of raw material.
The operation principle of this mold pressing modular system is such that according to shown in Fig. 2, and rotary cylinder 21 drives cartridge holder 24 to rotate, and makes a described barrel 20 turn to be positioned at the feeding station below feed mechanism 3；Whether having raw material in sensor a23 detection barrel, barrel is empty, then rotary cylinder action again makes another barrel forward feeding station to, if barrel is empty, then control system sends reminding alarm；If there being raw material in barrel, whether sensor b detection raw material reaches setting height, if not up to setting height, then pusher motor drives and moves on pusher pallet upwardly raw material, until raw material reaches setting height.The barrel not having raw material being in non-feeding station can unload, and then changes the barrel filling raw material.
In conjunction with shown in Fig. 2 to Fig. 6, the shifting material cylinder a31 of feed mechanism 3 drives shifting flitch a32 to move, make above material grasping Acetabula device 34 to barrel, then feeding cylinder 33 drives material grasping Acetabula device descending, suction tube lower end is made to offset with a raw material of the top in barrel, then vacuum generator makes vacuum suction assembly produce negative pressure, and raw material is held；Then move on feeding air cylinder driven material grasping Acetabula device, move material cylinder a and move right, make material grasping Acetabula device move to a lower mold (i.e. the lower mold being in feeding station of the side that keeps left in Fig. 4) top of lower mold cyclic conveyor structure；And then feeding air cylinder driven material grasping Acetabula device moves down, and each vacuum suction assembly of material grasping Acetabula device removes negative pressure and put in lower mold by raw material.
Shown in Fig. 4, Fig. 8, the rotating disk of lower mold cyclic conveyor structure rotates clockwise 90 degree, the above-mentioned lower mold receiving raw material turns to mold station with rotating disk, lower mold processing unit 43 carries out physical or chemical treatment to raw material simultaneously, then the mold pressing cylinder 51 of molding mechanism 5 drives mold descending, coordinates raw material compression molding with lower mold, after raw material shaping, molding cylinder drives mold up, and insufflation unit 53 is blown and made raw material depart from mold simultaneously.
Shown in Fig. 8, Fig. 9, the rotating disk of lower mold cyclic conveyor structure rotates clockwise 90 degree, and the above-mentioned lower mold being mounted with molded raw material turns to discharge station with rotating disk；The piston rod upwards action of the upper top gas cylinder 65 of cutting agency, by the upwards jack-up of the raw material in lower mold, makes raw material depart from lower mold；Blanking cylinder 63 drives sucker 64 descending simultaneously, and after sucker holds the raw material of shaping, blanking cylinder is up；Then moving material cylinder b61 drives blanking cylinder to be extremely molded above barrel together with sucker and raw material right lateral, and blanking cylinder is descending, and sucker unclamps raw material makes raw material be put on shaping barrel 70.
As shown in Figure 9, the shaping barrel being positioned at left side often increases the raw material of a shaping, then pusher motor b72 drives pusher pallet b75 to decline a segment distance, extreme position to pusher pallet b arrival, and sensor d detects that shaping barrel Central Plains material is the fullest, then rotary cylinder b71 rotates 180 degree, another shaping barrel is made to turn to the station of rewinding, sensor c detects whether this shaping barrel is empty, if this shaping barrel also has been filled with raw material, then control system is reported to the police, if this shaping barrel is empty, then corresponding with this shaping barrel 70 pusher motor b72 driving pusher pallet b75 rises to topmost carry out splicing.
Claims (1)
1. the blanking system of a full-automatic mold pressing modular system, it is characterised in that: include frame, rack-mounted lower mold cyclic conveyor structure, described lower mold cyclic conveyor structure is mounted with lower mold；It is positioned at lower mold cyclic conveyor structure in described frame to be arranged above in order to raw material is transported to the cutting agency finished product material storage mechanism from lower mold cyclic conveyor structure；Described lower mold cyclic conveyor structure and cutting agency are connected with control system respectively；Described cutting agency includes the shifting material cylinder b being horizontally arranged in frame, the shifting flitch b being connected with the piston rod moving material cylinder b, is longitudinally mounted to move on flitch b and piston rod blanking cylinder down, and is connected to the sucker on blanking cylinder piston rod；The position of described lower mold and rotating disk correspondence lower mold offers the through hole of up/down perforation, described frame is positioned at below the rotating disk of station residing for cutting agency the upper top gas cylinder being provided with in order to be ejected from bottom to top by raw material after shaping；The piston rod upper end of described upper top gas cylinder connects lower thimble, and lower thimble upper end connects permanent magnet b；Being provided with the upper thimble that longitudinal sliding motion is arranged in the middle of described lower mold, upper thimble upper end hangs in lower mold and upper thimble upper surface is concordant with lower mold inner bottom part；The connection of upper thimble lower end has permanent magnet a that can be attracting with permanent magnet b, is promoted by lower thimble and move on upper thimble when the piston rod of upper top gas cylinder moves up；
Described sucker is installed on one and installs in set, and equipped with spring between sucker and installation set so that sucker can elastic movement up and down, range of movement is 0～x；Blanking cylinder range is y；When blanking cylinder is in propradation, on sucker end face distance, thimble upper surface distance is z；Wherein z=y-t, wherein t is pretension distance, and t is in the range of 0 ~ x；Described upper top gas cylinder ejecting force is more than the lower thrust of blanking cylinder；Blanking cylinder declines y, and sucker paster is together in upper thimble upper surface, and when pretension distance is more than zero, sucker creates certain pretightning force to raw material；Now, upper top gas cylinder moves upward, and first passes through one section of idle stroke, then fits with upper thimble lower surface, then promotes upper thimble and sucker elasticity upwards, and blanking cylinder continues up motion k；Wherein k < x-t+y.
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| CN201510049739.6A CN104608420B (en) | 2015-01-30 | 2015-01-30 | A kind of blanking system of full-automatic mold pressing modular system |
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| CN201510049739.6A CN104608420B (en) | 2015-01-30 | 2015-01-30 | A kind of blanking system of full-automatic mold pressing modular system |
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| CN105417151B (en) * | 2015-11-20 | 2017-10-10 | 南京邮电大学 | Process simulation spends cotton entering equipment and its method |
| CN112936965B (en) * | 2019-12-11 | 2022-10-14 | 苏州美山子制衣有限公司 | Compression molding device and molding method |
| CN112936956B (en) * | 2019-12-11 | 2022-09-02 | 苏州美山子制衣有限公司 | Flexible material forming device and processing method |
| CN111864163B (en) * | 2020-06-29 | 2022-11-11 | 江西新威动力能源科技有限公司 | Partition plate extruding acid equipment with partition plate taking-out mechanism |
| CN116330401B (en) * | 2023-05-31 | 2023-08-15 | 江苏集萃功能材料研究所有限公司 | Attaching mechanism for microneedle processing |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| US3635327A (en) * | 1968-11-08 | 1972-01-18 | Darnell Corp Ltd | Rapid loading and unloading equipment |
| JPH0647526B2 (en) * | 1985-01-31 | 1994-06-22 | ポーラ化成工業株式会社 | Method and apparatus for molding solid powder cosmetics |
| JP2006263764A (en) * | 2005-03-23 | 2006-10-05 | Mori Machinery Corp | Rotary type powder compression molding machine |
| CN201376934Y (en) * | 2008-12-30 | 2010-01-06 | 宋云峰 | Double-work position spiral glass tube automatic former |
| CN102218791B (en) * | 2010-04-15 | 2013-10-16 | 蒋乐庆 | Feed and discharge mechanism for plastic bottle cap extruding machine |
| CN202878575U (en) * | 2012-09-21 | 2013-04-17 | 台州市黄岩凯普机械有限公司 | Demolding mechanism for extrusion molding and mould pressing bottle cap machine |
| CN203317633U (en) * | 2013-06-25 | 2013-12-04 | 宁波大爱机械有限公司 | Full-automatic bakelite powder die-casting forming machine |
| CN203680636U (en) * | 2014-01-09 | 2014-07-02 | 优势塑胶（安吉）有限公司 | Gripping device applicable to plastic tableware hot press |
| CN204450992U (en) * | 2015-01-30 | 2015-07-08 | 浙江一迈自动化设备有限公司 | A kind of blanking system of full-automatic mold pressing modular system |
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