CN206501448U - A kind of continuous hot-press plastifies tuber - Google Patents

Abstract

The utility model provides a kind of continuous hot-press plasticizing tuber, feature is to include feed bin, drive device, pressurizing unit, shaped device, heater and support body, the feed bin, drive device and shaped device are arranged on support body, the pressurizing unit is installed in the feed bin and is connected with the drive device, the heater is arranged in the shaped device, pressurizing unit is driven to squeeze into tubulation raw material in shaped device using drive device, and synchronously shaped device is heated using heater and makes tubulation raw material in shaped device high temperature plasticizing forming, therefore the continuous production of continuous-flow type can be realized, as long as the height placed is enough, so its tube length can be with unrestricted, therefore the different requirements of client can be met.

Description

A kind of continuous hot-press plastifies tuber

Technical field

The utility model is related to a kind of tubulation apparatus, specifically a kind of continuous hot-press plasticizing tuber.

Background technology

The production of existing tubing, with a variety of different technology modes, there is hot pressing tubulation, cold pressing tubulation, glued pipe crimping etc. Deng, but which kind of pipe-making method no matter used, its tubulation apparatus is all complicated, it is necessary to being divided into multiple working procedure could complete, such as it is existing Some hot pressing tubulations, it usually needs first powder is added in die cavity and carries out pressing mold, then die cavity is sent in heater Heated, make tube forming, be successively divided into two procedures, take time and effort；And pipe length is limited by die cavity, it is impossible to The longer tubing of production, so being difficult to the requirement for meeting client.

The coiled material production processes such as the production of existing market flexible packaging film, papermaking, nonferrous metallurgy, weaving and finished product roll cylinder used Pipe, is mainly first cut to become band by brown paper, grinding pipe paper etc. and continuously rolls into all size after gluing on special bushing machine again Pipe, and cut into according to design specification after certain length into baking room progress drying and shaping, carried out again according to customer requirement after sizing Different length is cut off, and blend compounds water is ground packaging family of seing a visitor out after envelope dirt processing to cut-out port and used.It equally exists system Tube apparatus is complicated, and process is more, and paper using amount is more.

The content of the invention

For the problems of above-mentioned prior art, the purpose of this utility model be to provide it is a kind of realize can continuously, Continuous hot-press without length limitation, and automatic control plastifies tuber.

To reach above-mentioned purpose, the technical scheme that the utility model is used is：A kind of continuous hot-press plastifies tuber, its Feature is to include feed bin, drive device, pressurizing unit, shaped device, heater and support body, the feed bin, driving dress Put and shaped device is arranged on support body, the pressurizing unit is installed in the feed bin and is connected with the drive device Dynamic, the heater is arranged in the shaped device, drive of the tubulation raw material in the feed bin in the pressurizing unit Under squeeze into the shaped device, and the heater effect under HTHP plastify into body；The shaped device bag Gas extraction system is included, the gas extraction system is the exhaust seam being opened on the shaped device.

Preferably, the drive device includes hydraulic cylinder, and the hydraulic cylinder is arranged on support body, the work of the hydraulic cylinder Stopper rod is extend into feed bin to be connected with the pressurizing unit.

Preferably, the drive device also includes stroke frame, and the stroke frame is arranged on the position of the piston rod, institute State stroke frame and include stand, the stopper slot being arranged on stand, the limited block being positioned in stopper slot, the end of the piston rod Portion is connected with the limited block, and the pressurizing unit is connected with the limited block.

Preferably, the feed bin is gradually reduced in cone body to discharging opening direction, the discharging opening and the shaped device Relative to connect, the charging aperture of the feed bin is opened on the bulkhead of feed bin middle and upper part position.

Preferably, the utility model also includes striking gear, and the striking gear is arranged in the feed bin, described to drive Dynamic device also includes motor, and the motor is connected with the striking gear.

Preferably, the striking gear includes gear wheel and at least one driving lever, and the driving lever is fixed in the canine tooth On wheel, the motor is arranged on the support body and the rotating shaft of motor is extend into the feed bin, is connected with the rotating shaft small Gear, the little gear is meshed with the gear wheel.

Preferably, the shaped device includes shaping outer tube and shaping inner tube, and the shaping outer tube and shaping inner tube are same Axle center is fixed on support body after socket-connecting, and the gap between the shaping outer tube and shaping inner tube forms the forming area of body, The heater is arranged in shaping inner tube.

Preferably, the feed end of the shaping outer tube is designed to horn mouth, the discharging opening of the horn mouth and the feed bin Relative to connect, the external diameter of the shaping inner tube is designed to reducing outer wall.

Preferably, the utility model also includes the close device of tune, and the close device of tune is arranged at going out for the shaped device Expect below end, it is described to adjust close device to be installed on support body.

Preferably, described to adjust close device to include clamping jaw, swing rod, pressure cylinder, rocking bar and pull bar, the clamping jaw is provided with two Individual, each clamping jaw is arranged on a swing rod, and the clamping jaw, swing rod and pressure cylinder are installed on a mounting bracket, the pressure The external part of the piston rod of cylinder and one end of rocking bar are rotatably connected, the other end of the rocking bar respectively with a swing rod and pull bar One end be rotatably connected, the other end of the pull bar is rotatably connected with another swing rod.

Preferably, the mounting bracket includes upper mounting plate and lower installation board, and the clamping jaw, swing rod and pressure cylinder are pacified On upper mounting plate, the upper mounting plate is connected by motion bar with lower installation board, between upper mounting plate and lower installation board Motion bar on be socketed with spring, the lower installation board is fixed on the support body.

Preferably, the utility model also includes shearing device, and the shearing device is arranged at going out for the shaped device Expect below end, the shearing device is installed on support body.

Preferably, the shearing device includes the cutter for being symmetricly set on body both sides, the cutter include knife rest, Cylinder and blade, the cylinder are arranged on knife rest, and the cylinder band cutting blade is moved, and the otch of the blade is semicircle Otch.

The beneficial effects of the utility model are：

(1) tuber include feed bin, drive device, pressurizing unit, shaped device, heater and support body these Device, drives pressurizing unit to squeeze into tubulation raw material in shaped device using drive device, and using heater it is synchronous into Type device is heated and makes tubulation raw material in shaped device high temperature plasticizing forming, therefore can realize the continuous production of continuous-flow type, As long as the height placed is enough, then its tube length can be with unrestricted, therefore can meet the different requirements of client；

(2) striking gear is set in feed bin, can be realized by the striking gear and the tubulation raw material in feed bin is dialled It is dynamic, enter the discharging opening of feed bin with enabling tubulation raw material consistent, therefore ensure that pressurizing unit can continue to squeeze tubulation raw material Enter in shaped device, it is ensured that the problems such as be not in fracture, pipe Density inhomogeneity, improve the quality of body；

(3) gas extraction system is set in shaped device, therefore pressurizing unit can be avoided to enter gas in extrusion process Can not discharge in shaped device and normally, effectively protect shaped device do not produce under high pressure blow out phenomenon and cause it is blocked or Person's shaped device is damaged；

(4) tuber is additionally provided with the close device of tune, by adjusting close device to clamp body, produces resistance, limitation pipe Material moves down speed, so that the effect that the density of body is adjusted is reached, therefore density that can be in real time to tubing is adjusted, So as to meet the different demands of client；

(5) tuber is additionally provided with shearing device, therefore can be according to the demands of different clients, and setup parameter is by the body being made Cut-out, makes the length of every body meet the requirement of client；

(6) all Electronic controls of the tuber, without artificial operation, full-automation production, efficiency high.

The utility model is described in further detail with reference to the accompanying drawings and examples.

Brief description of the drawings

Fig. 1 is the dimensional structure diagram that the utility model continuous hot-press plastifies tuber.

Fig. 2 is the decomposition texture schematic diagram that the utility model continuous hot-press plastifies tuber.

Fig. 3 is the cross section structure diagram that the utility model continuous hot-press plastifies tuber.

Fig. 4 is the decomposition texture schematic diagram of the utility model continuous hot-press plasticizing tuber feed bin part.

Fig. 5 is the dimensional structure diagram that the utility model drive device links with pressurizing unit, striking gear.

Fig. 6 is the decomposition texture schematic diagram of the utility model shaped device.

Fig. 7 is the cross section structure diagram of the utility model shaped device.

Fig. 8 is the decomposition texture schematic diagram that the utility model adjusts close device.

Fig. 9 is the decomposition texture schematic diagram of the utility model cutter device.

Embodiment

As shown in Figure 1 to Figure 3, the continuous hot-press plasticizing tuber of the embodiment, includes feed bin 1, drive device 2, squeezes The support body 6 of pressure device 3, shaped device 4, heater 5 and support body 6, the wherein embodiment is vertical three-tier architecture, the implementation The drive device 2 of example is arranged on the top layer 61 of the support body 6, and feed bin 1 is arranged on the position between the top layer 61 of support body 6 and intermediate layer 62 Put, and shaped device 4 is then arranged on the position between intermediate layer 62 and bottom 63, that is, forms process sequence from top to bottom；This Linked into an integrated entity between three-tier architecture by montant 60, the position that corresponding intrument is installed on each layer is equipped with connection position, should Connection position can be with screw, spiral shell seat or clamping position etc..The pressurizing unit 3 of the embodiment is installed in feed bin 1, and with drive device 2 It is connected, and the heater 5 of the embodiment is arranged in shaped device 4.Tubulation raw material in operating room, feed bin 1 is in extruding Squeezed under the drive of device 3 in shaped device 4, and in the plasticizing of the high temperature of shaped device 4 under the effect of heater 5, and with Pressurizing unit 3 is constantly pressed down against, and the discharge end into body from shaped device 4 that final plasticizing is completed comes out, as long as therefore high Degree is enough, and the body manufactured can be just not limit for length's degree, constantly extend with the continuous extruding of pressurizing unit 3, realize Continuous production.

As shown in figure 5, the drive device 2 of the embodiment includes hydraulic cylinder 21, stroke frame and motor 26, wherein hydraulic pressure Cylinder 21 and motor 26 are arranged on above the top layer 61 of support body 6, and the piston rod 22 of hydraulic cylinder 21 is extended down into feed bin 1, motor 26 rotating shaft is similarly extended down into feed bin 1, and the piston rod 22 is engaged with stroke frame and realizes and limited by stroke frame The moving range of the piston rod 22.As shown in figure 4, the lower surface position of the top layer 61 of stroke frame installation frame body 6 of the embodiment, should Stroke frame includes stand 23, the stopper slot being arranged on stand 23 24, the limited block 25 being positioned in stopper slot 24, the implementation The stand 23 of example is cylindric, and the limited block 25 is that the stopper slot 24 on cross limited block, corresponding stand 23 also limits for cross Position groove, the centre of limited block 25 be provided with connecting hole, the end of the piston rod 22 be inserted into the connecting hole and realize with it is spacing Block 25 is connected；Connecting hole also is provided with four ends of cross limited block 25, the pressurizing unit 3 of the embodiment is a centre The cylindrical compression head of through hole, the position of four end connecting holes of the upper end correspondence limited block 25 of the extrusion head also is provided with screw, It can be realized by bolt and pressurizing unit 3 is connected with limited block 25, and the through hole in the middle of the pressurizing unit 3 is available for stand 23 to stretch Enter, therefore the stroke that piston rod 22 moves up and down is limited by stopper slot 24, and can drive pressurizing unit 3 during the motion of piston rod 22 It is synchronous to move up and down, therefore lower position is pushed by the controllable pressurizing unit 3 of stroke frame.The pressurizing unit 3 of the embodiment Stepped 31 is designed in pressure head end, therefore every time in pressure head press-in shaped device 4 during rear return, the tubulation in shaped device 4 is former Material, which is extruded, can form a reverse embryo shape (i.e. step-like 31 pressure head end identical shape recess), and the reverse embryo shape can be true Protect to misplace into formation between the tubulation raw material in shaped device 4 and this group of tubulation raw material when extruding next time and couple, add Attachment force between the adjacent tubulation raw material extruded twice.

As shown in Figure 4 and Figure 5, in order to be able to being discharging opening 11 that the tubulation raw material in feed bin 1 better focuses on feed bin 1 Feed bin 1 is designed to be gradually reduced in cone body to the direction of discharging opening 11 by place, the embodiment, the discharging opening 11 and shaped device 4 It is relative to connect；In addition, the charging aperture 12 of the feed bin 1 is opened on the bulkhead of the middle and upper part position of feed bin 1, the charging aperture 12 is designed to incline It is ramp-like.Cause what tubulation raw material can not continue because of heap and deadweight relation further for the tubulation raw material in feed bin 1 is avoided It is pressed into shaped device 4, the embodiment also includes striking gear 7, the striking gear 7 is arranged in feed bin 1, and passes through electricity Machine 26 drives the striking gear 7 to stir the tubulation raw material in feed bin 1.The striking gear 7 of the embodiment includes greatly Gear 71 and two driving levers 72, the gear wheel 71 are fixed on the top layer lower surface of support body 6 by a gear support base 73, from And realize that the gear wheel 71 is free to rotate；The top of the driving lever 72 is fixed on gear wheel 71, the lower semisection bending of driving lever 72 The feed bin 1 of cone body is adapted it to, the driving lever 72 of the embodiment can also replace with plectrum, and end and the feed bin of the driving lever 72 There is a small distance at 1 discharging opening 11, the space of the segment distance forms Zhi Liao areas；The embodiment is in the rotating shaft of motor 26 Little gear 27 is connected with, the little gear 27 is meshed with gear wheel 71, therefore 71 turns of gear wheel is driven during the axis of rotation of motor 26 It is dynamic so that the concomitant rotation of driving lever 72 and stir the tubulation raw material in feed bin 1, enter material with enabling tubulation raw material consistent The discharging opening 11 in storehouse 1, therefore ensure that pressurizing unit 3 can continue to squeeze into tubulation raw material in shaped device 4, it is ensured that be not in disconnected Split, pipe Density inhomogeneity the problems such as, improve body quality.

As shown in fig. 6, the shaped device 4 of the embodiment includes shaping outer tube 41 and shaping inner tube 42, the shaping outer tube 41 and shaping inner tube 42 can be fixed on support body 6 after concentric socket-connect, the embodiment is then to connect shaping outer tube 41 Lower surface position in the intermediate layer 62 of support body 6, and the shaping inner tube 42 is then with being fixed on the lower surface position of 6 top layer of support body 61 The Joint of stand 23, the lower end of stand 23 of the embodiment is connected with a connecting tube 28, the lower end of the connecting tube 28 with this into The threaded upper ends of type inner tube 42 spin, and the connecting tube 28 is identical with the external diameter of shaping inner tube 42, and are also equal to pressurizing unit 3 Through-hole aperture, shaping outer tube 41 and shaping inner tube 42 it is all affixed after gap between them be the forming area to form body, The width in gap is the pipe thickness that body is made.The heater 5 of the embodiment is then arranged in shaping inner tube 42, the implementation The heater 5 of example is electrically heated rod, and by being powered heater 5 can heat to shaping inner tube 42, make shaping inner tube 42 Temperature is maintained at the condition of high temperature.The feed end of the shaping outer tube 41 of the embodiment is designed to horn mouth 40, and the horn mouth 40 inclines Rake angle is 3 ° -6 °, and the horn mouth 40 is relative with the discharging opening 11 of feed bin 1 to be connect；The external diameter of the shaping inner tube 42 of the embodiment is set Reducing outer wall is counted into, the shaping inner tube 42 is the less end of external diameter at that end close to pressurizing unit 3, is then become larger, When the gap becomeing greater between shaping inner tube 42 and shaping outer tube 41 is slightly less than body thickness, one section of the external diameter is maintained, it is outer afterwards Footpath is tapered into again, and the gap being eventually held between shaping inner tube 42 and shaping outer tube 41 is equal to the external diameter of body thickness.Should The reducing ratio for being molded inner tube 42 is 1.1-1.2.

As shown in Figure 6 and Figure 7, the embodiment also includes gas extraction system 43, and the gas extraction system 43 is outer to be opened in shaping Exhaust seam on pipe 41 and shaping inner tube 42.Wherein, shaping inner tube 42 is interval with segmented line in circumferencial direction and cuts vertical exhaust Both stitch, also being provided with vertical exhaust on corresponding shaping outer tube 41 stitches, and after guarantee shaping outer tube 41 and the shaping fixation of inner tube 42 Exhaust slit into dislocation combine, as shown in Figure 7, it is ensured that exhaust effect, therefore pressurizing unit 3 can be avoided to make gas in extrusion process Body is entered in shaped device 4 and can not normally discharged, and is effectively protected shaped device 4 not produce under high pressure and is blown out phenomenon and lead Cause to be blocked or shaped device 4 is damaged.

As shown in figure 8, the close device 8 of the tune of the embodiment includes two clamping jaws 81, each clamping jaw 81 is arranged on a pendulum On bar 82, one end of swing rod 82 is connected by pin with mounting bracket, therefore swing rod 82 can be swung around the pin；The folder of the clamping jaw 81 It is semicircle face to hold face 811, and the semicircle face of two folders 81 collectively forms the clamping face to tubing, the clamping face 811 it is relative The V-shaped face in face, is provided with pin-and-hole, corresponding swing rod 82 in the centre position in " V " shape face and also is provided with pin-and-hole, pass through latch and pin Hole is connected and realizing clamping jaw 81 can rotate relative to swing rod 82.Therefore when two swing rods 82 swing draw close in opposite directions, two clamping jaws 81 Relative to draw close, realization is clamped to tubing；When two opposing oscillatories of swing rod 82 away from when, two clamping jaws 81 are also relative to be left, Therefore unclamp the clamping to tubing.The close device 8 of tune of the embodiment also includes pressure cylinder 83, rocking bar 84 and pull bar 85, the pressure The two ends of cylinder 83 are fixed on mounting bracket, and the external part of the piston rod 86 of the pressure cylinder 83 rotatably connects with one end of rocking bar 84 Connect, and the other end of rocking bar 84 is provided with two connection ends, can turn with the swinging end of swing rod 82 and one end of pull bar 85 respectively Dynamic connection, the swinging end of the other end of the pull bar 85 and another swing rod 82 is rotatably connected.When piston rod 86 is not extended out, shake The other end of bar 84 is pushed to the direction away from pressure cylinder 83, that is, drives the clamping jaw 81 on connected swing rod 82 and swing rod 82 Moved to another swing rod 82 and clamping jaw 81, meanwhile, rocking bar 84 also pulls pull bar 85 to be moved to the direction of pressure cylinder 83, therefore draws Bar 85 also drives the clamping jaw 81 on connected swing rod 82 and swing rod 82 to be moved to another swing rod 82 and clamping jaw 81, therefore realizes The opposite clampings of two clamping jaws 81, i.e., clamp to tubing；And when piston rod 86 stretches out, rocking bar 84 rotate and haul with Its connect swing rod 82 and swing rod 82 on clamping jaw 81 away from another swing rod 82 and clamping jaw 81, meanwhile, the pushing drawing rod of rocking bar 84 85, pull bar 85 is driven the clamping jaw 81 on connected swing rod 82 and swing rod 82 also away from another swing rod 82 and clamping jaw 81, Therefore realize the separation in opposite directions of two clamping jaws 81, that is, unclamp the clamping to tubing.The mounting bracket of the embodiment includes upper mounting plate 87 With lower installation board 88, the centre of upper mounting plate 87 and lower installation board 88 is provided with the circular hole passed through for tubing, adjusts the two of close device 8 Individual clamping jaw 81 is symmetricly set on the circular hole both sides of upper mounting plate 87, therefore two swing rods 82 are also mounted on upper mounting plate 87, Corresponding pressure cylinder 83 is also mounted on upper mounting plate 87, and the screw that is surrounded by of the bottom of upper mounting plate 87 (does not show in figure Go out), in the corresponding position in the upper surface of lower installation board 88 provided with four guide pillars with endoporus, the mounting bracket also includes four work Lever 89 and four springs 80, wherein spring 80 are socketed on guide pillar, and one end of motion bar 89 is provided with screw thread, and the other end is provided with More than the cap body 891 in the endoporus aperture of guide pillar, during installation, be by motion bar 89 from the bottom of lower installation board 88 pass through guide pillar Endoporus, then by the endoporus of spring 80, then the screw of its threaded end and the bottom of upper mounting plate 87 mutually spins, so that Realize after the connection of upper mounting plate 87 and lower installation board 88, and connection, upper mounting plate 87 is remote under the elastic force effect of spring 80 Lower installation board 88, its maximum distance contacts for the cap body 891 of motion bar 89 with the bottom of lower installation board 88 to be limited.In addition in spring 80 or the position of lower installation board 88 be additionally provided with pressure sensor, what the pressure sensor can sense upper mounting plate 87 moves down pressure, The pressure sensor is electrically connected with the pressure cylinder 83 of transmission device, when pressure sensor monitoring to pressure value reach the value of setting When, then control pressure cylinder 83 works.

As shown in Figure 1 or 2, the embodiment also includes shearing device 9, and the shearing device 9 is arranged at shaped device 4 Below discharge end, the shearing device 9 is installed on the upper surface of the bottom 63 of support body 6.In order to avoid when cutting off body, body is sent out Change shape, and the embodiment is connected with lengthening inner tube 43, the external diameter of the lengthening inner tube 43 in the lower end of shaping inner tube 42 of shaped device 4 It is identical with the shaping external diameter of inner tube 42, therefore can ensure that the body in Pipe Cutting of shearing device 9 will not be deformed.As shown in figure 9, the embodiment Shearing device 9 include the cutter for being symmetricly set on body both sides, each cutter includes knife rest 91, cylinder 92 and knife Piece 93, its intermediate slide 91 is arranged on the motion bar 94 of cylinder 92, and the cylinder 92 of the embodiment is three axle cylinders, and the cylinder 92 leads to Cross screw to be fixed on support body 6, blade 93 is removably connected on knife rest 91, the otch of the blade 93 of the embodiment is semicircle Shape otch, is moved to the direction of body with cutting blade 93 by cylinder 92, body is cut so as to realize, therefore can be according to visitor The tube length of the demand at family is cut off, and the length of every body is met the requirement of client.

The continuous hot-press plasticizing pipe-making method of the tuber of the utility model, comprises the following steps：Start drive device 2, Motor 26 in feed bin 1 drives driving lever 72 to rotate, so that the tubulation raw material stirred in feed bin 1 drops into Zhi Liao areas；26 turns of motor While dynamic, hydraulic cylinder 21 also works asynchronously, and piston rod 22 drives pressurizing unit 3 to pump, so that by tubulation raw material Constantly it is squeezed into shaped device 4,3s is about when pushing, 3s is about during rising, single pushes process about 15mm；Heater 5 start to heat for shaped device 4 when tuber starts, and shaped device 4 is in the condition of high temperature, therefore be squeezed into shaped device 4 Interior tubulation raw material starts plasticizing forming, and is extruded with the continuous pressure of pressurizing unit 3 from the discharge end of shaped device 4； When the shaping body pipe range of extrusion reaches established standardses length, shearing device 9, which starts, cuts off body.The tuber process Simply, tubulation efficiency is not only increased, and continuous seamless tube body production can be realized, cost is greatly reduced, the nothing being made Slit-tube body compression strength is high, can meet high demand.

Although the utility model is to be described with reference to specific embodiments, this description is not meant to the utility model It is construed as limiting.With reference to description of the present utility model, other changes of the disclosed embodiments are all for those skilled in the art It is anticipated that, this change should belong in appended claims limited range.

Claims (13)

1. a kind of continuous hot-press plastifies tuber, it is characterised in that include feed bin (1), drive device (2), pressurizing unit (3), shaped device (4), heater (5) and support body (6), the feed bin (1), drive device (2) and shaped device (4) On support body (6), the pressurizing unit (3) is installed in the feed bin (1) and is connected with the drive device (2), The heater (5) is arranged in the shaped device (4), and the tubulation raw material in the feed bin (1) is in the pressurizing unit (3) squeezed under drive in the shaped device (4), and body is plastified under the heater (5) effect；The shaping Device (4) includes gas extraction system (43), and the gas extraction system (43) is the exhaust seam being opened on the shaped device (4).

2. continuous hot-press according to claim 1 plastifies tuber, it is characterised in that the drive device (2) includes Hydraulic cylinder (21), the hydraulic cylinder (21) is arranged on support body (6), and the piston rod (22) of the hydraulic cylinder (21) extend into feed bin (1) it is connected in the pressurizing unit (3).

3. continuous hot-press according to claim 2 plastifies tuber, it is characterised in that the drive device (2) also includes There is stroke frame, the stroke frame is arranged on the position of the piston rod (22), and the stroke frame includes stand (23), is arranged at Stopper slot (24) on stand (23), the limited block (25) being positioned in stopper slot (24), the end of the piston rod (22) with The limited block (25) is connected, and the pressurizing unit (3) is connected with the limited block (25).

4. continuous hot-press according to claim 1 or 2 plastifies tuber, it is characterised in that the feed bin (1) is to discharging opening (11) direction is gradually reduced in cone body, and the discharging opening (11) is relative with the shaped device (4) to be connect, the feed bin (1) Charging aperture (12) is opened on the bulkhead of feed bin (1) middle and upper part position.

5. the continuous hot-press plasticizing tuber according to any claims of claim 1-3, it is characterised in that also include and stir Device (7), the striking gear (7) is arranged in the feed bin (1), and the drive device (2) also includes motor (26), institute Motor (26) is stated to be connected with the striking gear (7).

6. continuous hot-press according to claim 5 plastifies tuber, it is characterised in that the striking gear (7) includes Gear wheel (71) and at least one driving lever (72), the driving lever (72) are fixed on the gear wheel (71), the motor (26) On the support body (6) and the rotating shaft of motor (26) is extend into the feed bin (1), little gear is connected with the rotating shaft (27), the little gear (27) is meshed with the gear wheel (71).

7. continuous hot-press according to claim 1 plastifies tuber, it is characterised in that the shaped device (4) includes Be molded outer tube (41) and shaping inner tube (42), it is described shaping outer tube (41) and be molded inner tube (42) it is concentric socket-connect after be fixed on On support body (6), the gap between the shaping outer tube (41) and shaping inner tube (42) forms the forming area of body, the heating Device (5) is arranged in shaping inner tube (42).

8. continuous hot-press according to claim 7 plastifies tuber, it is characterised in that the charging of the shaping outer tube (41) End is designed to horn mouth (40), and the horn mouth (40) is relative with the discharging opening (11) of the feed bin (1) to be connect, the shaping inner tube (42) external diameter is designed to reducing external diameter.

9. continuous hot-press according to claim 1 plastifies tuber, it is characterised in that also include the close device (8) of tune, institute State and adjust close device (8) to be arranged at below the discharge end of the shaped device (4), it is described to adjust close device (8) to be installed on support body (6) On.

10. continuous hot-press according to claim 9 plastifies tuber, it is characterised in that the close device of tune (8) includes Clamping jaw (81), swing rod (82), pressure cylinder (83), rocking bar (84) and pull bar (85), the clamping jaw (81) are provided with two, each clamping jaw (81) it is arranged on a swing rod (82), the clamping jaw (81), swing rod (82) and pressure cylinder (83) are installed on a mounting bracket, One end of the external part and rocking bar (84) of the piston rod (86) of the pressure cylinder (83) is rotatably connected, the rocking bar (84) it is another The one end of one end respectively with a swing rod (82) and pull bar (85) is rotatably connected, the other end of the pull bar (85) and another Swing rod (82) is rotatably connected.

11. continuous hot-press according to claim 10 plastifies tuber, it is characterised in that the mounting bracket includes peace Plate (87) and lower installation board (88) are filled, the clamping jaw (81), swing rod (82) and pressure cylinder (83) are installed in upper mounting plate (87) On, the upper mounting plate (87) is connected by motion bar (89) with lower installation board (88), in upper mounting plate (87) and lower installation board (88) spring (80) is socketed with the motion bar (89) between, the lower installation board (88) is fixed on the support body (6).

12. continuous hot-press according to claim 1 plastifies tuber, it is characterised in that also include shearing device (9), The shearing device (9) is installed on the bottom of support body (6).

13. continuous hot-press according to claim 12 plastifies tuber, it is characterised in that the shearing device (9) includes There is the cutter for being symmetricly set on body both sides, the cutter includes knife rest (91), cylinder (92) and blade (93), the knife Frame is arranged on the motion bar (94) of cylinder (92), the cylinder (92) band cutting blade (93) is mobile, and blade (93) are cut Mouth is semi-circular cut-out.