CN105403038B - Semi-stiff extrusion process and quadratic code burn marshalling system of interlocking - Google Patents

Abstract

The invention discloses a kind of semi-stiff extrusion process and quadratic code to burn marshalling system of interlocking, according to requirement of the client to adobe come select the system once or quadratic code burns marshalling system；Its quadratic code burns upper undercarriage marshalling system and is used to the wet base that blank cutter obtains carrying out first time marshalling and piles up, and restocking goes to drying kiln and dried, the dry body undercarriage marshalling after drying, piles up on kiln car, reentering kiln roasting；Its semi-stiff extrusion process marshalling system is used to wet base carrying out roasting operation by once organizing into groups, piling up in tunnel sky kiln car.The present invention improves production efficiency, reduces human cost.

Description

Semi-stiff extrusion process and quadratic code burn marshalling system of interlocking

Technical field

The present invention relates to building brick production equipment, in particular to a kind of semi-stiff extrusion process and quadratic code to burn staggeredly marshalling system System.

Background technology

In some construction projects, higher is required to building brick, such as the intensity of brick, physical dimension etc..This kind of height In process of production, the wet base that blank cutter obtains, by organizing into groups and piling up for the first time, restocking goes to drying kiln and dried shelves brick It is dry, the dry body undercarriage marshalling after drying, pile up on kiln car, reentering kiln roasting.And in other construction projects, only need By the common adobe of semi-stiff extrusion process.In process of production, the wet base obtained by blank cutter is, it is necessary to carry out for this kind of common adobe Again pile up and organize into groups, then be calcined.At present, the marshalling system of domestic clay solid brick production line is only applicable to a subcategory number Burning or quadratic code burns, brick field needs to establish two marshalling systems to produce common brick base and high-grade brick, and production cost is high, and This kind of marshalling system design falls behind, and is not suitable for the needs of big cross section ultra-wide kiln type automated production equipment, always for a long time Hovered in reduced levels, low production efficiency is complicated, and stability is poor.Automation is set in the brick field of production building brick It is standby to require more and more higher.Therefore, to realize building brick automated production, research and develop a kind of semi-stiff extrusion process and quadratic code burns and staggeredly compiled System system seems very necessary.

The content of the invention

Present invention aim to provide a kind of semi-stiff extrusion process and quadratic code to burn marshalling system of interlocking, according to client to brick The requirement of base come select the device once or quadratic code burn marshalling system；Its quadratic code burns upper undercarriage marshalling system and is used to cut The wet base that base machine obtains carries out first time marshalling and piled up, and restocking goes to drying kiln and dried, and the dry body undercarriage after drying is compiled Group, pile up on kiln car, reenter kiln roasting；Its semi-stiff extrusion process marshalling system is used for wet base by once marshalling, code It is put on tunnel sky kiln car, carries out roasting operation.The present invention improves production efficiency, reduces human cost.

To achieve the above object, the semi-stiff extrusion process designed by the present invention and quadratic code burn marshalling system of interlocking, including staggeredly The semi-stiff extrusion process marshalling system and quadratic code of setting burn upper undercarriage marshalling system, and the semi-stiff extrusion process marshalling system and quadratic code burn Upper undercarriage marshalling system, which shares, connects base belt, the first manipulator, belt conveyor, the second manipulator, and it is characterized in that：It is described Semi-stiff extrusion process marshalling system be disposed with it is described connect base belt, first manipulator, wet base marshalling platform, transition belt, The belt conveyor, second manipulator；The quadratic code burn upper undercarriage marshalling system be disposed with it is described connect base belt, First manipulator, wet base chain, the first heavily loaded chain, liter disk machine, the first primary and secondary program car, drying kiln, the second primary and secondary journey Sequence car, drop disk machine, the second heavily loaded chain, pallet and adobe separator, dry body marshalling platform, the belt conveyor, described the Two manipulators, be disposed between the wet base chain and pallet and adobe separator pallet supply chain, horizontal chain, Elevating chain, the pallet supply chain side are additionally provided with tray rack, between described liter of disk machine and the first primary and secondary program car, Docking orbit is provided between two primary and secondary program cars and drop disk machine；First manipulator be arranged on wet base marshalling platform with it is wet Between base chain, the wet base marshalling platform, transition belt, dry body marshalling platform, pallet and adobe separator, elevating chain Tandem array and be in hollow arrangement states；The discharging of the feed end of the belt conveyor and dry body marshalling platform and transition belt End linking, second manipulator are arranged on the discharge end of belt conveyor；Feed end and the discharge end difference of the belt conveyor It is provided with tight component.

Preferably, the first primary and secondary program car and the second primary and secondary program bassinet structure are identical, including female car, female Che Bao Female kickstand is included, female kickstand bottom is provided with female car wheel, the sub- car with sub- car is provided with the top of female kickstand The sub- car guide rail that wheel rolling coordinates, the side of female kickstand is provided with female car frequency conversion braking motor, female kickstand Opposite side female car positioning motor is installed；Female kickstand is provided with female car encoder, the mother between sub- car guide rail Kickstand is provided with stop device between the initiating terminal of sub- car guide rail, and the stop device extends to the initiating terminal of sub- car guide rail Outside；Female kickstand, which is extended, platform, and female car electric cabinet is placed with the platform；The sub- car includes sub- underbody Seat, the bottom of the sub- underbody seat are provided with the sub- car wheel, fixed vehicle frame are provided with the top of the sub- underbody seat；It is described solid Determine to be provided with sub- car mobility framework in a side wall of vehicle frame, polylith fork plate, institute are equidistantly provided with the sub- car mobility framework State sub- car mobility framework bottom and be provided with the hydraulic jack for driving it to rise or fall；Another side wall installation of the fixed vehicle frame There is sub- car electric cabinet, sub- car frequency conversion braking motor and sub- car encoder are also equipped with the sub- underbody seat.

Further, described liter of disk machine is identical with the structure of drop disk machine, including base, and organic frame is installed on the base, The side bottom of frame two and top are respectively arranged with lower sprocket and upper sprocket wheel, are provided with and close between the lower sprocket and upper sprocket wheel The first roller chain closed, interval is provided with multigroup tray lift plate between first roller chain of the same side；In the frame Multipair rolling bearing units are provided with, power transmission shaft and lower drive shaft, the cochain are respectively arranged between the multipair rolling bearing units Wheel is arranged on upper power transmission shaft, and the lower sprocket is arranged on lower drive shaft；The first electricity is sequentially installed with the upper power transmission shaft Machine and turbine worm reducer；Be provided between the upper sprocket wheel for adjust both sides first roller chains it is synchronous to tooth case.

Yet further, the pallet and adobe separator, including support, liftable chain is installed on the support Bar bracket, parallel arrangement has a plurality of adobe support on the chain bracket, and the adobe support both ends are separately installed with sprocket wheel；Institute State and the second motor is placed with support, the side of the support is additionally provided with line shaft, and interval is provided with dynamic on the line shaft Riding chain wheel and multiple drive sprockets, the second rolling is provided between the motor sprocket of second motor and the power chain of line shaft Subchain, it is provided with U-shaped annex roller chain between the drive sprocket of the sprocket wheel and line shaft；It is provided with the outside of the support Tray supporter, the height of the tray supporter is more than the height of the non-propradation of adobe support, less than adobe support propradation Height, the width that the adobe support is located at the underface in pallet gap and adobe support is less than the gap of pallet.

Further, the wet base marshalling platform, transition belt, dry body marshalling platform, pallet and adobe separator, The first maintenance platform is provided with elevating chain enclosed space.

Also further, it is provided with mechanical hand cradle on the outside of first manipulator and the second manipulator.

Also further, the both sides of the belt conveyor are respectively arranged with staircase and the second maintenance platform.

Also further, the feed end for connecing base belt has been orderly arranged outside each blank cutter, cutting machine, brick machine.

Also further, the second manipulator side is disposed with kiln car, roasting tunnel kiln.

The advantage of the invention is that：

First, according to requirement of the client to adobe come select the present invention once or quadratic code burn marshalling system；Its is secondary Code burns upper undercarriage marshalling system and is used to the wet base that blank cutter obtains carrying out first time marshalling and piles up, and restocking goes to drying kiln and entered Row drying, after drying dry body undercarriage marshalling, pile up on kiln car, reenter kiln roasting；System is organized into groups in its semi-stiff extrusion process For by once organizing into groups, piling up in tunnel sky kiln car, wet base to be carried out into roasting operation.

Second, it is to reduce drying cart or dry in drying kiln that the quadratic code of the present invention, which burns the maximum advantage of upper undercarriage marshalling system, The investment of dry frame, its pallet cost used are only the 30%-50% of drying cart or drying frame, have saved production cost.

Third, the pallet of the present invention can realize that pallet and dry body are automatically separated with adobe separator, production efficiency is improved, Reduce human cost；It is small to dry body breakage so that dry body corner angle are complete；The apparatus structure is compact, and smooth running, speed is controllable, It is adapted to multi-type brick, it is also easy to maintenance.

Fourth, the liter disk machine and drop disk machine of the present invention can be used for placing multiple layer tray, and it is automatic when rising disk to rise one layer, to 22 Next process section is moved to during layer；Layer drops one by one when dropping disk, enters subsequent cycle to 22 layers of end.

Fifth, the first primary and secondary program car and the second primary and secondary program car of the present invention can realize full automatic working, female Che Hezi Car all uses frequency conversion braking motor, so that the travel speed of female car and sub- car is controllable, accurate positioning；Female car and sub- car are all set In respect of encoder, to realize position control and automated job.

Brief description of the drawings

Fig. 1 is the structural representation that a kind of semi-stiff extrusion process and quadratic code burn marshalling system of interlocking；

Fig. 2 is the structural representation that disk machine is risen in Fig. 1；

Fig. 3 is Fig. 2 left view；

Fig. 4 is the structural representation of the first primary and secondary program car in Fig. 1；

Fig. 5 is the schematic top plan view of female car in Fig. 4；

Fig. 6 is the schematic top plan view of Fig. 4 neutron cars；

Fig. 7 is the structural representation of pallet and adobe separator in Fig. 1；

Fig. 8 is Fig. 7 top view.

In figure：Connect base belt 1；First manipulator 2；Belt conveyor 3；Second manipulator 4；Wet base organizes into groups platform 5；Transition skin Band 6；Wet base chain 7；First heavily loaded chain 8；Rise (wherein, the base 2a of disk machine 9；Frame 2b；Lower sprocket 2c；Upper sprocket wheel 2d；First Roller chain 2e；Tray lift plate 2f；Rolling bearing units 2g；Upper power transmission shaft 2h；Lower drive shaft 2i；First motor 2k；Turbine and worm subtracts Fast machine 2j；To tooth case 2m)；(wherein, the female car 1a of first primary and secondary program car 10；Female kickstand 1b；Female car wheel 1c；Sub- car 1d；Son Car wheel 1e；Sub- car guide rail 1f；Female car frequency conversion braking motor 1g；Female car positioning motor 1h；Female car encoder 1i；Stop device 1j；Platform 1k；Female car electric cabinet 1m；Sub- underbody seat 1n；Fixed vehicle frame 1p；Sub- car mobility framework 1q；Fork plate 1r；Hydraulic jack 1s；Sub- car electric cabinet 1t；Sub- car frequency conversion braking motor 1u；Sub- car encoder 1v)；Drying kiln 11；Second primary and secondary program car 12；Drop Disk machine 13；Second heavily loaded chain 14；Pallet and (wherein, the support 3a of adobe separator 15；Chain bracket 3b；Adobe support 3c； Sprocket wheel 3d；Second motor 3e；Line shaft 3f；Power chain 3g；Drive sprocket 3h；Motor sprocket 3i；Second roller chain 3j；Band U Type annex roller chain 3k；Tray supporter 3m)；Dry body organizes into groups platform 16；Pallet supply chain 17；Horizontal chain 18；Elevating chain 19；Tray rack 20；Docking orbit 21；Hold together tight component 22；First maintenance platform 23；Staircase 24；Second maintenance platform 25；Brick machine 26；Cutting machine 27；Blank cutter 28；Kiln car 29；Roasting tunnel kiln 30.

Embodiment

Below in conjunction with the drawings and specific embodiments, the present invention is described in further detail, but the embodiment should not manage Solve as limitation of the present invention.

Semi-stiff extrusion process as shown in Figure 1 and quadratic code burn marshalling system of interlocking, including the semi-stiff extrusion process marshalling being staggered System and quadratic code burn upper undercarriage marshalling system.System is organized into groups in semi-stiff extrusion process and the upper undercarriage marshalling system of quadratic code burning shares and connects base Belt 1, the first manipulator 2, belt conveyor 3, the second manipulator 4.

Wherein, semi-stiff extrusion process marshalling system, which is disposed with, connects base belt 1, the first manipulator 2, wet base marshalling platform 5, mistake Cross belt 6, belt conveyor 3, the second manipulator 4.

Wherein, quadratic code burn upper undercarriage marshalling system be disposed with connect base belt 1, the first manipulator 2, wet base chain 7, First heavily loaded chain 8, rise disk machine 9, the first primary and secondary program car 10, drying kiln 11, the second primary and secondary program car 12, drop disk machine 13, the Two heavily loaded chains 14, pallet and adobe separator 15, dry body marshalling platform 16, belt conveyor 3, the second manipulator 4, wet base chain Pallet supply chain 17, horizontal chain 18, elevating chain 19 are disposed between bar 7 and pallet and adobe separator 15, The side of pallet supply chain 17 is additionally provided with tray rack 20, rises between disk machine 9 and the first primary and secondary program car 10, the second primary and secondary program Docking orbit 21 is provided between car 12 and drop disk machine 13.

The feed end for connecing base belt 1 has been orderly arranged outside each blank cutter 28, cutting machine 27, brick machine 26.Second manipulator 4 one Side is disposed with kiln car 29, roasting tunnel kiln 30.

First manipulator 2 is arranged between wet base marshalling platform 5 and wet base chain 7, wet base marshalling platform 5, transition belt 6th, dry body organizes into groups platform 16, pallet and adobe separator 15, the tandem array of elevating chain 19 and is in hollow arrangement states.It is wet Base marshalling platform 5, transition belt 6, dry body marshalling platform 16, pallet and adobe separator 15, the enclosed space of elevating chain 19 Inside it is provided with the first maintenance platform 23.The discharge end of the feed end of belt conveyor 3 and dry body marshalling platform 16 and transition belt 6 is held in the mouth Connect, the second manipulator 4 is arranged on the discharge end of belt conveyor 3.The feed end and discharge end of belt conveyor 3 are respectively arranged with tightly Component 22.First manipulator 2 and the outside of the second manipulator 4 are provided with mechanical hand cradle.The both sides of belt conveyor 3, which are respectively arranged with, to be helped The maintenance platform 25 of ladder 24 and second.

As Figure 4-Figure 6, wherein, the first primary and secondary program car 10 is identical with the second primary and secondary program 12 structures of car, including female car 1a, female car 1a include female kickstand 1b, and female kickstand 1b bottoms are provided with female car wheel 1c, be provided with the top of female kickstand 1b with Sub- car 1d car wheel 1e rolls the sub- car guide rail 1f coordinated, and female kickstand 1b side is provided with female car frequency conversion braking motor 1g, female kickstand 1b opposite side are provided with female car positioning motor 1h；Female kickstand 1b is provided with mother between sub- car guide rail 1f Car encoder 1i, female kickstand 1b are provided with stop device 1j, stop device 1j extensions between sub- car guide rail 1f initiating terminal To outside sub- car guide rail 1f initiating terminal；Female kickstand 1b, which is extended, platform 1k, and female car electric cabinet 1m is placed with platform 1k； Sub- car 1d includes sub- underbody seat 1n, and sub- underbody seat 1n bottom is provided with sub- car wheel 1e, is provided with the top of sub- underbody seat 1n solid Determine vehicle frame 1p；Fix in a vehicle frame 1p side wall and be provided with sub- car mobility framework 1q, spaced set on sub- car mobility framework 1q There are 22 pieces of fork plates 1r, sub- car mobility framework bottom 1q to be provided with the hydraulic jack 1s for driving it to rise or fall；Fixed vehicle frame 1p Another side wall sub- car electric cabinet 1t is installed, be also equipped with sub- underbody seat 1n car frequency conversion braking motor 1u and sub- car coding Device 1v.The signals of 22 layers of pallet is filled when liter disk machine 9 is sent, female car 1a is integrated with sub- car 1d, and electricity is braked in female car frequency conversion Advance under machine 1g driving, female car positioning motor 1h and female car encoder 1i enter to the distance of current location to target location simultaneously Row counting, female car frequency conversion braking motor 1g adjust its pace according to this distance, until female car 1a delivers sub- car 1d arrival pair Integrate with 21, sub- car 1d is before the sub- car frequency conversion braking motor 1u car guide rail 1f of driving lower edge and the direction of docking orbit 21 To enter, after sub- car 1d and female car 1a separation, sub- car 1d is along the traveling of docking orbit 21 to rising near disk machine 9, during advancing herein, Sub- car encoder 1v counts to the distance of sub- car 1d current location to target location, sub- car frequency conversion braking motor 1u according to This distance adjusts its pace.Sub- car 1d, which is reached, rises rear stopping near disk machine 9, and fork plate 1r insertions rise the top tray of disk machine 9 Bottom, hydraulic jack 1s drives sub- car mobility framework 1q to rise, so that pallet removes from liter disk machine 9.Sub- car 1d is to mother Car 1a directions are moved, sub- car 1d in place after, sub- car 1d and female car 1a integrators, female car 1a delivers sub- car 1d will be wet in pallet Base is sent into drying kiln 11 and dried.Similarly, after wet base drying terminates, female car 1a delivers sub- car 1d and reached in drying kiln 11 Near pallet, sub- car 1d fork plate 1r removes pallet out of drying kiln 11, and female car 1a delivers sub- car 1d will be dry in pallet Base is delivered near drop disk machine 13, and last sub- car 1d fork plate 1r delivers to pallet on the tray lift plate 2f on drop disk machine 13.

As Figure 2-3, wherein, it is identical with the structure for dropping disk machine 13 to rise disk machine 9, including is installed on base 2a, base 2a Organic frame 2b, the side bottoms of frame 2b two and top are respectively arranged with lower sprocket 2c and upper sprocket wheel 2d, lower sprocket 2c and upper sprocket wheel 2d Between be provided with the first roller chain 2e, between the first roller chain 2e of the same side interval 50 groups of tray lift plates are installed 2f；Multipair rolling bearing units 2g is provided with frame 2b, be respectively arranged between multipair rolling bearing units 2g power transmission shaft 2h and under pass Moving axis 2i, upper sprocket wheel 2d are arranged on upper power transmission shaft 2h, and lower sprocket 2c is arranged on lower drive shaft 2i；On upper power transmission shaft 2h successively First motor 2k and turbine worm reducer 2j is installed；It is provided between upper sprocket wheel 2d for adjusting both sides the first roller chain 2e It is synchronous to tooth case 2m.Rise disk machine 9 and drop disk machine 13 can be used for placing multiple layer tray, and place or removing one layer of pallet Afterwards, one layer can be risen or fallen automatically, be easy to place or removed next layer of pallet.

As Figure 7-8, wherein, pallet on adobe separator 15, including support 3a, support 3a with being provided with liftable Chain bracket 3b, parallel arrangement has a plurality of adobe support 3c on chain bracket 3b, and adobe support 3c both ends are separately installed with chain Take turns 3d；The second motor 3e is placed with support 3a, support 3a side is additionally provided with line shaft 3f, installation is spaced on line shaft 3f Between dynamic sprocket wheel 3g and multiple drive sprocket 3h, the second motor 3e motor sprocket 3i and line shaft 3f power chain 3g The second roller chain 3j is provided with, is provided between sprocket wheel 3d and line shaft 3f drive sprocket 3h with U-shaped annex roller chain 3k；Branch Tray supporter 3m is provided with the outside of frame 3a, tray supporter 3m height is more than the height of the non-propradations of adobe support 3c, small In the height of adobe support 3c propradations, adobe support 3c is located at the underface in pallet gap and adobe support 3c width is small In the gap of pallet.On pallet placement tray support 3m equipped with dry body, the second motor 3e drive chain brackets 3b rises, adobe Support 3c also followed by rising, and adobe support 3c can pass through the gap of pallet and lift dry body after rising, so that support Disk and dry body separation, after dry body rises certain altitude, the second motor 3e motor sprocket 3i drives line shaft 3f to rotate, and moves simultaneously Power axle 3f drives adobe support 3c sprocket wheel 3d to rotate so that the dry body on adobe support 3c is moved in parallel under to the left or to the right In one process, then adobe support 3c drops to initial position, and the empty pallet after separating is transported on elevating chain 19.

The operation principle of the present invention is as follows：

If the common wet base of production, select semi-stiff extrusion process marshalling system that wet base is empty in tunnel by once organizing into groups, piling up On kiln car, roasting operation is carried out.Brick machine 26 produces obtained wet base, after cutting machine 27 and blank cutter 28 are cut, is delivered to Connect base belt 1 to be grouped, wet base to the wet base that base belt 1 has been grouped is connect by the crawl of the first manipulator 2 organize into groups platform 5 and compiled Group, the wet base organized into groups are organized into groups platform 5, transition belt 6, belt conveyor 3 through overly moist base and transported to the discharge end of belt conveyor 3, On wet base to the kiln car 29 of the discharge end of second manipulator 4 crawl belt conveyor 3, then transport to roasting tunnel kiln 30 It is calcined.

If producing high-grade brick, select quadratic code to burn the wet base that upper undercarriage marshalling system obtains blank cutter and carry out for the first time To organize into groups and pile up, restocking goes to drying kiln 11 and dried, the marshalling of dry body undercarriage after drying, piles up on kiln car, Reenter kiln roasting.Brick machine 26 produces obtained wet base, after cutting machine 27 and blank cutter 28 are cut, is delivered to and connects base belt 1 It is grouped, empty pallet is transported on wet base chain 7 by pallet supply chain 17, and the crawl of the first manipulator 2 connects base belt 1 and discharged On pallet on wet base to the wet base chain 7 at end.After pallet fills wet base, pallet is transported to the first heavy chain by wet base chain 7 Bar 8, the first heavily loaded chain 8 rise to pallet on the tray lift plate 2f of liter disk machine 9.When the full 22 layers of pallet of carrying in liter disk machine 9 Afterwards, signal is sent to the first primary and secondary program car 10, the first primary and secondary program car 10 delivers 22 layers of pallet to progress in drying kiln 11 Drying.Drying terminates, and the second primary and secondary program car 12 delivers 22 layers of pallet equipped with dry body to the tray lift plate of drop disk machine 13 On 2f, the pallet dropped in disk machine 13 is successively down on pallet and adobe separator 15 by the second heavily loaded chain 14.Pallet and brick Base separator 15 is separated pallet with dry body, the empty pallet after separation through elevating chain 19 and horizontal chain 18 transport to In pallet supply chain 17, if the pallet of wet base chain 7 does not fill wet base also, empty pallet is placed on tray rack 20；If wet base Chain 7 does not have pallet, then empty pallet is placed on wet base chain 7.Dry body after separation is organized into groups through dry body marshalling platform 16, is compiled The dry body organized is transported to the discharge end of belt conveyor 3, the second manipulator 4 by belt conveyor 3 capture the discharging of belt conveyor 3 again On the dry body at end to kiln car 29, then transport to being calcined in roasting tunnel kiln 30.

The content not being described in detail in this specification, belong to prior art known to those skilled in the art.

Claims (9)

1. semi-stiff extrusion process and quadratic code burn marshalling system of interlocking, including the semi-stiff extrusion process marshalling system and quadratic code that are staggered are burnt Upper undercarriage organizes into groups system, and the semi-stiff extrusion process marshalling system and quadratic code, which burn upper undercarriage marshalling system and shared, connects base belt (1), the One manipulator (2), belt conveyor (3), the second manipulator (4), it is characterised in that：

The semi-stiff extrusion process marshalling system is disposed with base belt (1), first manipulator (2), the wet base of connecing and organized into groups Platform (5), transition belt (6), the belt conveyor (3), second manipulator (4)；

The quadratic code burns upper undercarriage marshalling system and is disposed with the base belt (1), first manipulator (2), wet of connecing Base chain (7), the first heavily loaded chain (8), rise disk machine (9), the first primary and secondary program car (10), drying kiln (11), the second primary and secondary journey Sequence car (12), drop disk machine (13), the second heavily loaded chain (14), pallet and adobe separator (15), dry body marshalling platform (16), The belt conveyor (3), second manipulator (4), between the wet base chain (7) and pallet and adobe separator (15) It is disposed with pallet supply chain (17), horizontal chain (18), elevating chain (19), pallet supply chain (17) side Be additionally provided with tray rack (20), between described liter of disk machine (9) and the first primary and secondary program car (10), the second primary and secondary program car (12) with Docking orbit (21) is provided between drop disk machine (13)；

First manipulator (2) is arranged between wet base marshalling platform (5) and wet base chain (7), the wet base marshalling platform (5), transition belt (6), dry body marshalling platform (16), pallet and adobe separator (15), elevating chain (19) tandem array And it is in hollow arrangement states；The feed end of the belt conveyor (3) goes out with dry body marshalling platform (16) and transition belt (6) Expect end linking, second manipulator (4) is arranged on the discharge end of belt conveyor (3)；The feed end of the belt conveyor (3) and Discharge end is respectively arranged with tight component (22).

2. semi-stiff extrusion process according to claim 1 and quadratic code burn marshalling system of interlocking, it is characterised in that：First son Female program car (10) is identical with second primary and secondary program car (12) structure, including female car (1a), and female car (1a) includes female Che Zhi Frame (1b), female kickstand (1b) bottom are provided with female car wheel (1c), are provided with the top of female kickstand (1b) and son The sub- car wheel (1e) of car (1d) rolls the sub- car guide rail (1f) coordinated, and the side of female kickstand (1b) is provided with female car and become Frequency braking motor (1g), the opposite side of female kickstand (1b) are provided with female car positioning motor (1h)；Female kickstand (1b) is provided with female car encoder (1i) between sub- car guide rail (1f), and female kickstand (1b) is risen sub- car guide rail (1f) Stop device (1j) is provided between top, the stop device (1j) is extended to outside the initiating terminal of sub- car guide rail (1f)；It is described Female kickstand (1b), which is extended, platform (1k), and female car electric cabinet (1m) is placed with the platform (1k)；The sub- car (1d) includes sub- underbody seat (1n), and the bottom of the sub- underbody seat (1n) is provided with the sub- car wheel (1e), the sub- underbody Fixed vehicle frame (1p) is installed at the top of seat (1n)；Sub- car mobility framework is provided with one side wall of the fixed vehicle frame (1p) (1q), polylith fork plate (1r), the sub- car mobility framework bottom (1q) are equidistantly provided with the sub- car mobility framework (1q) It is provided with the hydraulic jack (1s) for driving it to rise or fall；It is automatically controlled that another side wall of the fixed vehicle frame (1p) is provided with sub- car Case (1t), sub- car frequency conversion braking motor (1u) and sub- car encoder (1v) are also equipped with the sub- underbody seat (1n).

3. semi-stiff extrusion process according to claim 1 and quadratic code burn marshalling system of interlocking, it is characterised in that：Described liter of disk machine (9) it is identical with the structure of drop disk machine (13), including base (2a), organic frame (2b), the frame are installed on the base (2a) (2b) two side bottom and top are respectively arranged with lower sprocket (2c) and upper sprocket wheel (2d), the lower sprocket (2c) and upper sprocket wheel (2d) Between be provided with the first roller chain (2e) of closure, interval is provided with multigroup support between first roller chain (2e) of the same side Disk riser (2f)；Multipair rolling bearing units (2g) are provided with the frame (2b), are divided between the multipair rolling bearing units (2g) Power transmission shaft (2h) and lower drive shaft (2i) are not provided with, and the upper sprocket wheel (2d) is arranged on upper power transmission shaft (2h), under described Sprocket wheel (2c) is arranged on lower drive shaft (2i)；The first motor (2k) and turbine snail are sequentially installed with the upper power transmission shaft (2h) Bar reductor (2j)；Be provided between the upper sprocket wheel (2d) for adjust the roller chain of both sides first (2e) it is synchronous to tooth case (2m)。

4. semi-stiff extrusion process according to claim 1 and quadratic code burn marshalling system of interlocking, it is characterised in that：The pallet with Adobe separator (15), including support (3a), liftable chain bracket (3b), the chain are installed on the support (3a) Parallel arrangement has a plurality of adobe support (3c) on bar bracket (3b), and adobe support (3c) both ends are separately installed with sprocket wheel (3d)；The second motor (3e) is placed with the support (3a), the side of the support (3a) is additionally provided with line shaft (3f), institute State interval on line shaft (3f) and power chain (3g) and multiple drive sprockets (3h), the motor of second motor (3e) are installed The second roller chain (3j), the sprocket wheel (3d) and power are provided between sprocket wheel (3i) and the power chain (3g) of line shaft (3f) It is provided between the drive sprocket (3h) of axle (3f) with U-shaped annex roller chain (3k)；Support is provided with the outside of the support (3a) Disc carrier (3m), the height of the tray supporter (3m) is more than the height of adobe support (3c) non-propradation, less than adobe branch The height of frame (3c) propradation, the adobe support (3c) are located at the underface in pallet gap and the width of adobe support (3c) Less than the gap of pallet.

5. semi-stiff extrusion process according to claim 1 and quadratic code burn marshalling system of interlocking, it is characterised in that：The wet base is compiled Group platform (5), transition belt (6), dry body marshalling platform (16), pallet and adobe separator (15), elevating chain (19) enclose Close in space and be provided with the first maintenance platform (23).

6. semi-stiff extrusion process according to claim 1 and quadratic code burn marshalling system of interlocking, it is characterised in that：First machine Mechanical hand cradle is provided with the outside of tool hand (2) and the second manipulator (4).

7. semi-stiff extrusion process according to claim 1 and quadratic code burn marshalling system of interlocking, it is characterised in that：The conveying skin The both sides of band (3) are respectively arranged with staircase (24) and the second maintenance platform (25).

8. semi-stiff extrusion process according to claim 1 and quadratic code burn marshalling system of interlocking, it is characterised in that：It is described to connect base skin The feed end of band (1) has been orderly arranged outside each blank cutter (28), cutting machine (27), brick machine (26).

9. semi-stiff extrusion process according to claim 1 and quadratic code burn marshalling system of interlocking, it is characterised in that：Second machine Tool hand (4) side is disposed with kiln car (29), roasting tunnel kiln (30).