CN200957983Y - Collector of polyphenyl composite thermal-insulating wallboard - Google Patents

Abstract

The utility model relates to a polyphenyl compound heat insulating wallboard finished goods collecting device that is composed of a compound wallboard arranged on a main stander. The utility model is characterized in that a trigger and a transfer gear are connected in order with the end of the main stander, wherein an elevator and a lowerator are arranged at the each side of the transfer gear which is a stander module being composed of elevator tectonics. A bracket sending device comprised of a pushing bracket wheelbarrow module is arranged at the internal of lowerator, and a supporting roller train on the bracket sending device is connected with supporting roller trains on the rising transfer gear and codes put. The lowerator is provided with an elevating pulleys tackle and bracket device with forcibly swinging; and the elevator is provided with elevating pulleys, elevator tectonics and bracket module which can swing. The utility model with reasonable structure completely substitute the heavy physical work by operators with mechanized assembly line, which can save a plurality of manpower, greatly reduce labor intensity of operators, improve their working condition and raise work efficiency to more than four to five times.

Description

Polyphenyl composite thermo-insulating wall board finished product collection device

Technical field

The utility model relates to the finished product collection device behind a kind of energy-saving and heat-insulating material processing and fabricating for building, specifically is polyphenyl composite thermo-insulating wall board finished product collection device.

Background technology:

The polyphenyl composite thermo-insulating wall board is made back weight big (a polyphenyl composite thermo-insulating wall board two sides cement sand bed is together with plastic formwork and the about 200Kg of iron carriage weight) on automatic moulding machine.Once connect one (together with plastic formwork and iron carriage) of fortune with the hand push transfer car(buggy) during production board that processes at present generally on conventional equipment, approximately use 40 transfer car(buggy)s (per tour), the labour power consumption is many, and labour intensity is big, inefficiency.

Summary of the invention

The utility model provides a kind of polyphenyl composite thermo-insulating wall board finished product collection device, and it replaces heavy artificial handwork fully by the mechanized continuous productive process line, has alleviated working strength of workers greatly, has improved labor condition, has improved work efficiency greatly.

The utility model is achieved in that a kind of polyphenyl composite thermo-insulating wall board finished product collection device, comprise: mainframe is provided with combined wall board, described mainframe tail end joins successively and has ejecting plate machine, the conveyance that belt is carried, conveyance is the housing assembly that is provided with lifting mechanism, the conveyance both sides are provided with respectively and fall plate machine, Lift-slab machine, send the carriage machine to be one the assembly that pushes the carriage dolly is arranged, be installed in and fall plate machine inside, the back-up roller wheels when sending the back-up roller wheels of carriage machine to rise with conveyance successively, the back-up roller wheels on the stand for piling up join; Fall the plate machine and be provided with the blade assemblies of fall block assembly and forced oscillation; The blade assemblies that Lift-slab machine is provided with fall block, lifting mechanism and can swings.

Described ejecting plate machine is the band conveyor with engine installation, it by frame, drag roller, backing roll, belt conveyor and Power train and constitute, be provided with at the upper rack two ends and drag that roller, centre are provided with backing roll, belt conveyor is dragged on roller and the backing roll is provided with belt conveyor, the drive roll that drags roller is driven by Power train, described Power train is the one-level chain-driving, and Power train is located at the inside of frame.

The described carriage machine that send is made of frame, propelling movement carriage dolly, push 4 V-type rollers of carriage dolly bottom and two triangular form guide rail bearing fits above the frame, both sides above the frame are established two groups of V-type back-up roller wheels and are pushed carriage with pushing the carriage dolly, and actuating unit is located at frame inside; Two transmission gear engagements on two toothed rack of described propelling movement carriage dolly bottom and its top of frame; The trolley frame that pushes the carriage dolly is pawled by hinged two of bearing pin.

Described actuating unit drives driving chain wheel by the motor sprocket of motor by chain, and driving chain wheel is located at the transmission shaft middle part, the affixed transmission gear in transmission shaft two ends, the engagement of driving cog wheel and rack.

Described conveyance comprises: the support roller frame that upper rack is provided with, affixed 4 vertical triangle guide rails in the frame both sides are arranged on frame in-to-in lifting mechanism by the actuating unit of frame bottom and two triangular form guide rail bearing fits of frame both sides.

Described actuating unit passes through two transmission shafts that the one-level chain-driving drives the sprocket wheel both sides by the motor sprocket of reducing motor, and the affixed cam in transmission shaft two ends matches with the roller of lifting mechanism bottom.

The described plate machine that falls is by frame, transmission device, the crank rod assembly, be fixed in 4 triangular form guide rails at frame two ends, the coaster assembly, blade assemblies is formed, described transmission device drives first transmission shaft by the motor sprocket of reducing motor by one-level chain chain-driving, first transmission shaft drives second transmission shaft by the one-level chain-driving again, first transmission shaft and second transmission shaft constitute quadric linkage by crank and rod assembly respectively, rod assembly is length-adjustable, the lifting earrings on rod assembly lower end and fall block body top is hinged, 4 groups of vertical 4 affixed triangular form guide rail bearing fits of coaster roller set and frame two ends of fall block body both sides.

Described blade assemblies is made of supporting plate, fork, bearing, roller, positioning plate, track base, described supporting plate is arranged on the two ends fall block body of elevator and is spirally connected with fork, become oscillating structural member, fork and bearing are hinged, and bearing and fall block body are affixed.Track base is with to fall the plate frame affixed, and positioning plate and track base are hinged, and the fork lower end is provided with roller and the interior guide rail bearing fit of track base, and passes through the qualification of the positioning plate in track base.

Described Lift-slab machine comprises: frame, balance shaft module, balance oscillating arm, rod assembly, blade assemblies, be fixed in 4 triangular form guide rails, coaster, the oil cylinder at frame two ends, the lifting of described Lift-slab machine is a power by two oil cylinders that are arranged on the frame both sides, two oil cylinder lower ends are hinged with frame respectively, and two oil cylinder tops are connected with two coasters in both sides respectively; Two oil cylinders drive rod assembly synchronously and are arranged on the balance shaft module of frame top and the balance connecting lever at balance shaft two ends; The balance shaft of balance connecting lever and balance shaft module is affixed; Described balance shaft module is arranged in two bearing seats by the two ends of two same axis, at the coupler of central rack with the tooth cover two major axis is linked into an integrated entity, and the two ends of two axles are connected with key with crank; Described supporting plate and fork are spirally connected, and fork and bearing are hinged, and the fix shaft of fork lower end limits by positioning plate; Described rod assembly is two of sides: wherein one one end is the pull bar with earrings, and its other end has right-hand screw thread; Another root one end has the pull bar of earrings, and it adds an end and has minus thread, and two lateral bracing struts are regulated length by adjusting swivel nut; Described balance shaft module is provided with two bearing seats by two same axis two ends, at the coupler of central rack with the tooth cover two major axis is linked into an integrated entity, and the two ends of two axles are connected with key with crank.

The side that described stand for piling up is arranged on conveyance is configured to by frame and V-type support roller.

The utility model polyphenyl composite thermo-insulating wall board finished product collection device, it is rational in infrastructure, it has realized that the mechanized continuous productive process line replaces heavy artificial handwork fully, thereby saved a large amount of labour powers, alleviated workman's work labour intensity greatly, improved labor condition, improved more than work efficiency 4-50 times.

Description of drawings

Fig. 1 is the birds-eye view of polyphenyl composite thermo-insulating wall board finished product collection device;

Fig. 2 is that the B of Fig. 1 is to view (front view of ejecting plate machine);

Fig. 3 is that the D of Fig. 1 is to view and partial view;

Figure 30 1 is that the A of Fig. 3 is to partial view;

Figure 30 2 is that the D of Fig. 3 is to partial view;

Fig. 4 is the cutaway view of Fig. 1;

Figure 40 1 is that the F of Fig. 4 is to view;

Figure 40 2 is that the M of Fig. 4 is to part sectional view;

Fig. 5 is the A of Fig. 1---the A cutaway view;

Figure 50 1 is that the M of Fig. 5 is to view;

Figure 50 2 is that Fig. 5 B is to view;

Figure 50 3 is the P-P cutaway view of Fig. 5;

Figure 50 4 is the K-K cutaway view of Figure 50 2;

Figure 50 5 is the S-S cutaway view of Fig. 5;

Fig. 6 is the support and the back-up roller wheels scheme drawing of Fig. 1 stand for piling up;

Figure 60 1 is that the G of Fig. 6 is to view;

Figure 60 2 is the H-H section-drawing of Fig. 6;

Fig. 7 is the front view that falls the plate machine;

Figure 70 1 is for falling the lateral plan of plate machine;

Figure 70 2 is the T-T section-drawing of Figure 70 1;

Figure 70 3 is Fig. 7 birds-eye view;

Figure 70 4 is the N-N section-drawing of Figure 70 3;

Figure 70 5 is the E-E section-drawing of Figure 70 3;

Fig. 8 is the front view of Lift-slab machine;

Figure 80 1 is the lateral plan of Lift-slab machine;

Figure 80 2 is the T-T section-drawing of Figure 80 1;

Figure 80 3 is the F-F section-drawing of Figure 80 1;

Figure 80 4 is the E-E section-drawing of Figure 80 1;

Figure 80 5 is the birds-eye view of Fig. 8;

Figure 80 6 is the N-N section-drawing of Figure 80 5;

Fig. 9 falls the blade assemblies C of plate machine to view for Fig. 7;

Figure 90 1 is that Fig. 9 blade assemblies decline state A is to view;

Figure 90 2 drops to the state A of lowest order to view for Fig. 9 blade assemblies;

Figure 90 3 is that Fig. 9 blade assemblies propradation A is to view;

Figure 10 is that the blade assemblies C of Fig. 8 Lift-slab machine is to view;

Figure 101 is that Figure 10 blade assemblies decline A is to view;

Figure 102 drops to the state A of lowest order to view for Figure 10 blade assemblies.

The specific embodiment

A kind of polyphenyl composite heat insulating wall board finished product is collected to be provided with and is comprised: mainframe 1, ejecting plate machine 7, send carriage machine 8, conveyance 9, stand for piling up 10, fall plate machine 11, Lift-slab machine 12, as shown in Figure 1.

Described ejecting plate machine 7 is the band conveyors with engine installation, and as shown in Figure 2, the caudal end and the mainframe that are placed in mainframe 1 join; Described conveyance 9 is one has the housing assembly of lifting mechanism and ejecting plate machine 7 afterbodys to join; Sending carriage machine 8 to be one has the assembly that pushes the carriage dolly, is positioned at a side of conveyance 9, is installed in and falls plate machine 11 inside; Back-up roller wheels 9032 when sending the back-up roller wheels 805 of carriage machine 8 to rise with conveyance 9 join.Stand for piling up 10 is positioned at the opposite side of conveyance 9, is installed in the inside of Lift-slab machine 12; Back-up roller wheels 9032 when the back-up roller wheels 1002 on the stand for piling up 10 also rise with conveyance 9 join; Falling plate machine 11 is the assemblies with supporting plate mechanism 1105 of coaster assembly 1107, Power train 1102 and forced oscillation, is positioned at a side of conveyance 9; Lift-slab machine 12 is blade assemblies 1205 that have fall block 1207, elevating ram 1202, crank 1203 and can swing, and is positioned at the opposite side of conveyance, as shown in Figure 3.

Ejecting plate machine 7 is provided with and transports finished product combined wall board 000 with belt conveyor 704 is for combined wall board is rolled out from mainframe 1, incipient stage and the run-in synchronism of main frame load-transfer device, after the smooth severing of combined wall board in-to-in alkali-free glass fiber grid cloth quilt, with fast speed (using frequency control) combined wall board is transported to conveyance 9, thus make send carriage machine 8, conveyance 9 and plate machine 11 falls, Lift-slab machine 12 has the sufficient program behavior time.The rear and front end, frame 701 top of ejecting plate machine 7 is provided with dragging roller 702, and the middle part is provided with backing roll 703 belt conveyors 704.Dragged and strained by dragging roller 702 rear and front ends, belt conveyor 704 is held load-transfer device 704 by backing roll 703 and is guaranteed straight.For making the tension of belt conveyor 704 front and back, tie bolt 709, supporting seat 7010 are set in the frame rear and front end, and are locked by nut 7011.

Support 701 bottoms of ejecting plate machine 7 are provided with engine installation, constitute the one-level chain-driving by reductor 707 motor sprockets 706, chain 708 and sprocket wheel 705.

The described inside that falls plate machine 11 of sending carriage machine 8 to be arranged on a side of ejecting plate machine 7, its effect is to fall the empty carriage 912 that plate machine 11 puts down to push on the conveyance 9, send carriage machine 8 to comprise frame 801, pushes carriage dolly 803 and be arranged on two triangle guide rails 802, the two groups of V-type back-up roller wheels 805 on the frame 801 and be positioned at support 801 in-to-in actuating units 804.4 V-type rollers 8033 that push the setting of carriage dolly 803 bottoms are made dolly and are seesawed on triangular form guide rail 802.Push 803 motions of carriage dolly mainly by being arranged on 804 transmissions of frame 801 in-to-in actuating units, it is made two transmission gears, 8046 rotations at a two ends by motor 8041, motor sprocket 8042, chain 8043, transmission shaft 8044, driving chain wheel 8045 transmissions, stir two toothed rack 8032 that push carriage dolly 803 bottoms, make moving of car.Driving chain wheel 8045 is coaxial with two transmission gears 8046, driving chain wheel 8045 is installed in the middle part of transmission shaft 8044, two transmission gears are installed in transmission shaft 8044 two ends, constitute the one-level chain-driving with motor 8041, motor sprocket 8042, chain 8043, as shown in Figure 4.

The described triangular form guide rail 802 of carriage machine 8 that send is welded on the frame 801, docks mutually with triangular form guide rail 906 on being welded on the conveyance frame, and the V-type back-up roller wheels 805 that send carriage machine 8 also join with the V-type back-up roller wheels 9032 of conveyance 9.Two of dolly 803 its rear portions of usefulness are rotary to pawl 9034 when pushing carriages, it can move on the triangle guide rail 906 of conveyance 9 along the triangle guide rail 802 that send the carriage machine, and carriage 912 moves on the V-type back-up roller wheels 9032 of conveyance 9 by the V-type back-up roller wheels 805 that send carriage machine 8.Carriage is pushed put in place after, push carriage dolly 803 and return original position, 8034 are movably hinged by bearing pin 8034 with trolley frame 8031 owing to pawl, pawl and 8034 can rotate around bearing pin 8035, and the head height, afterbody is low, be skewed, when dolly 803 is drawn back, when running into the sky carriage, the head afterbody that is depressed still can pass through in the carriage bottom.

Described conveyance 9 as shown in Figure 5, the afterbody and the ejecting plate machine 7 that are arranged on ejecting plate machine 7 join, and comprise frame 901, the support roller frame 902 of upper rack setting is fixed on the frame 901 contour with ejecting plate machine 7 belt conveyors 704.4 triangle guide rails 905 that the lift cart frame 9031 of frame lower is vertically installed along the frame lower both sides move up and down.Two groups of V-type back-up roller wheels 9032 are weldingly fixed on the lift cart frame 9031, when lift cart frame 9031 rose to vertex, two groups of V-type back-up roller wheels 9032 joined with two groups of V-type back-up roller wheel carriers 805 that send holder frame 8, two groups of back-up roller wheels 1002 of stand for piling up 10.

4 rollers 9033 that described lift cart frame 9031 bottoms are provided with are affixed with trolley frame 9031 usefulness bolts, and contact with cam 9046 circumference wheel faces and to bear power.

The actuating unit 904 of described frame bottom, it comprises reducing motor 9041, motor sprocket 9042, chain 9043, driving chain wheel 9044, transmission shaft 9045, cam 9046.Power is passed to driving chain wheel 9044 by reducing motor 9041, motor sprocket 9042 through chain 9043, and sprocket wheel 9044 is coaxial with cam 9046, and cam 9046 rotation backs drive lift cart 9031 upper and lower motions.Two transmission shafts 9045 are arranged on transhipment frame 901 two bottom sides, wherein on a transmission shaft two driving chain wheels 9044 are set, and another root transmission shaft is set to a driving chain wheel 9044.For making diaxon overhead cam 9046 synchronous, motor sprocket 9042 directly links to each other with the axle that two driving chain wheels 9044 are arranged earlier through chain 9043, and another sprocket wheel links to each other with the axle that a sprocket wheel is arranged through chain then.Support roller frame 902 is welded on the frame 901, roller 9022 is installed on the support 9021, roller 9023 can be around roll shaft 9024 free transmissions, lift cart frame 9031 and 8 groups of lifting roller 907 usefulness bolts of being arranged on conveyance 9 in-to-in lifting mechanisms 903 are affixed, lifting V-type roller and 4 triangle guide rail 905 bearing fits that are fixed in the vertical installation in frame 901 both sides, lift cart frame 9031 can be along 4 triangle guide rails, 905 upper and lower moving by the effect of the cam 9046 of the actuating unit of frame 901 bottoms.Shown in Fig. 5-502.

Vee-type back-up roller wheels 9032 when described stand for piling up 10 is the finished product combined wall board 000 (together with template 111) that will send here through conveyance 9 two groups of V-type back-up roller wheels vertically piling up in a pile support and stand for piling up 10 with the rise of conveyance 9 dock, and be welded on the frame 1001, as shown in Figure 6.

Described the side that plate machine 11 is positioned at conveyance 9 falls, its frame 1101 tops are provided with transmission device 1102, the two ends that crank 1103 is arranged on first transmission shaft 11021 are connected by key with first transmission shaft 11021, there is the rod assembly 1104 of adjustable length at frame 1101 two ends, and its earrings hole, upper end is equipped with two dish antifriction-bearing boxs and is movably hinged with axle 11071.Welding is fixed with axle 11073 in the hole of crank 1103.Rod assembly 1104 comprises that an end has right-hand screw thread, a pull bar 11041 and an end that the other end has earrings have minus thread, the other end has the pull bar 11042 of earrings, the left and right threaded sleeve that revolves different screw threads connects as one pull bar 11041, the pull bar 11042 of both sides respectively for two ends have to adjust swivel nut 11043, and the length of swivel nut 11043 compensation linkage assemblies is adjusted in rotation.Lifting earrings 11072 holes on rod assembly earrings hole, 1104 lower end and fall block body 11071 tops are movably hinged with bearing pin 11073.Crank 1103 constitutes crank-rocker mechanism with rod assembly 1104, and crank 1103 rotates around first transmission shaft, 11021 centers, drives coaster assembly 1107 up-and-down movements by rod assembly 1104.In order to make coaster assembly up-and-down movement keep straight cunning suitable, fall block body both sides are provided with 4 groups of coaster roller set 11074, be fixed on the fall block body 11071 by block sheave support 11073 usefulness bolts, affixed 4 vertical triangular form guide rail 1106 bearing fits move up and down roller set 11074 for the V-type roller and at the two ends of frame, as shown in Figure 7.

Described blade assemblies 1105 of falling plate machine 11 comprises: supporting plate 11051, fork 11052, bearing 11053, bearing pin 11054, bearing seat 11055, roller 11056, positioning plate 11057, and track base 11058, bearing pin 11059, as shown in Figure 8.

Described supporting plate 11051 is an oblong iron plate, be arranged on the two ends fall block body 11071 of elevator 11 with fork 11052 usefulness screws are affixed and be oscillating structural member, fork 11052 is movably hinged with bearing carrier ring 11055 with bearing 11053 usefulness bearing pins 11054, and fork 11052 can be swung around bearing pin 11054 centers.Bearing 11053 usefulness bolts and coaster assembly 1107 are affixed.Track base is with to fall plate frame 1101 affixed, and positioning plate 11057 is movably hinged by bearing pin 11059 with track base 11058, and positioning plate can rotate around bearing pin 11059 centers.The roller 11056 of fork lower end moves along guide pass in track base 11058.The up-and-down movement of coaster assembly 1107 drives fork lower end roller 11056 constrained motion by positioning plate 11057 in track base, make supporting plate 11051 do mandatory swing, reach empty carriage of every decline single step of releasing, rise again will above the technological requirement that holds up of in a pile carriage.

Described Lift-slab machine 12 comprises: frame 1201, balance shaft module 1202, balance connecting lever 1203, rod assembly 1204, supporting plate 1205, be fixed in 4 triangle guide rails 1206, coaster 1207, the oil cylinder 1208 at frame 1201 two ends, as shown in Figure 9.

The effect of Lift-slab machine is that Manufactured combined wall board (together with pattern carrier) is vertically piled up in a pile, because weight was bigger after multilayer had been piled up, therefore, except that frame 1201, rod assembly 1204, coaster 1207 and fall plate machine 11 identical actuating units, on the blade assemblies structure with to fall the plate machine different.

The lifting power of Lift-slab machine 12 is finished by two oil cylinders 1208 that are arranged on frame 1201 both sides, and the synchronous balance connecting lever 1203 by balance shaft module 1202 that is arranged on frame 1201 tops and balance shaft two ends of two oil cylinders guarantees.Balance shaft module 1202 is made up of the balance shaft 12021 and the bearing seat 12022 at two ends.Balance connecting lever 1203 is affixed with balance shaft 12021 usefulness keys 12023.Two oil cylinders 1208 are connected with frame 1201 both sides crossbeams by the free bearing 12081 and the bearing pin 12082 in earrings hole, oil cylinder bottom respectively.Free bearing 12081 is fixing with frame 1201 welding.Bearing pin 12082 is movably hinged with oil cylinder bottom earrings and free bearing 12081, and oil cylinder top earrings is connected with two the coaster assemblies 1207 in both sides respectively by bearing pin 12083 and hinge 12084.

Because Lift-slab machine is that the carriage on the stand for piling up 10 912 is held up together with combined wall board 000, the blade assemblies 1205 of Lift-slab machine 12 is different with the blade assemblies 1105 of falling plate machine 11, therefore do not use track base, rotational angle enters the carriage below can to rely on supporting plate 12051 and carriage to collide afterwards.Supporting plate 12051 is affixed with fork 12052 usefulness screws.Fork 12052 usefulness bearing pins 12054 are movably hinged with bearing 12053.Fork 12052 can rotate around bearing pin 12054 centers.When supporting plate 12051 was rocked to level attitude downwards under the effect of deadweight, locating plate blocked the fix shaft 12056 of fork lower end.Blade assemblies can hold up the MULTILAYER COMPOSITE wallboard of vertically piling up in a pile (together with carriage) reliably, as shown in Figure 9.

Working process: when the polyphenyl heat preservation composite wall plate of making 000 (abbreviation combined wall board) together with touching plate 111 when mainframe 1 tail end drops on the ejecting plate machine 7, drive pulley 703 on the ejecting plate machine is with higher speed rotation, combined wall board 000 (together with touching plate) is on the support roller frame 902 that is transported to conveyance 9 under the drive of drive belt 704 by fast speed, the carriage 912 that rest on backing roll 9021 belows this moment rises under the promotion of lift cart 9031, combined wall board is together held up by carriage 912 together with touching plate, because lift cart 9031 rises its back-up roller wheel carrier 9032 of back and the back-up roller wheel carrier 8012 that send carriage machine 8, the back-up roller wheel carrier 1002 of stand for piling up 10 joins, therefore the combined wall board (together with touching plate) on the carriage 912 the propelling movement carriage dolly 803 that send carriage machine 8 pawl 8034 and the 912 propelling movement effects of empty carriage under, be pushed to by conveyance back-up roller wheel carrier 9032 on the back-up roller wheel carrier 1002 of stand for piling up 10.Simultaneously, empty carriage 913 moves on the back-up roller wheel carrier 9032 of conveyance 9 by sending carriage machine 8 back-up roller wheel carriers 8012.Then, send the propelling movement carriage dolly 803 of carriage machine 8 to return, the back-up roller wheel carrier of conveyance 9 9032 is by the decline of lift cart 9031, and empty carriage 913 is reduced to backing roll 9021 belows, waits for that next piece combined wall board come by ejecting plate machine 7 fortune.When empty carriage 913 was reduced to backing roll 9021 belows, the coaster 1107 that falls plate machine 11 descended, and empty carriage 912 is placed on the back-up roller wheel carrier 8012 that send carriage machine 8.The coaster 1207 of Lift-slab machine 12 also begins to descend simultaneously, and supporting plate 12051 enters the below of carriage 912, when coaster 1207 rises, holds up together with the combined wall board of making.Back-up roller wheel carrier 1002 rooms of the anti-frame 10 of sign indicating number wait for that next carriage arrives together with the combined wall board of making.

So circulation, coaster assembly 1107 every declines of falling plate machine 11 once, putting one with regard to the empty carriage that can will vertically pile up is sending on the carriage machine 8, deliver on the conveyance 9 by pushing frame dolly 803, the combined wall board of making is placed on the sky carriage by ejecting plate machine 7, conveyance 9, then by sending carriage machine 8 to be pushed on the stand for piling up 10, once holding up a carriage (together with the combined wall board of making) in the coaster 1207 every risings by Lift-slab machine 12 vertically piles up, pitch out with fork truck then, fortune is between caring the car.

Experimental results show that: the utility model polyphenyl composite thermo-insulating wall board finished product collection device, rational in infrastructure, it has realized that fully the mechanized continuous productive process line replaces the heavy manual labor of operating personal, also saved a large amount of labour powers, alleviated workman's work labour intensity greatly, improved the service conditions of operating personal, improved more than work efficiency 4-5 times.

Claims (10)

1. polyphenyl composite thermo-insulating wall board finished product collection device, comprise: mainframe (1) is provided with combined wall board (000), it is characterized in that: described mainframe (1) tail end joins successively and has the ejecting plate machine (7) that belt is carried, conveyance (9), conveyance (9) is the housing assembly that is provided with lifting mechanism (903), conveyance (9) both sides are provided with respectively and fall plate machine (11), Lift-slab machine (12), send carriage machine (8) to be one the assembly that pushes the carriage dolly is arranged, be installed in and fall plate machine (11) inside, the back-up roller wheels (9032) when sending the back-up roller wheels (805) of carriage machine (8) to rise with conveyance (9) successively, back-up roller wheels (1002) on the stand for piling up (10) join; Fall plate machine (11) and be provided with the blade assemblies (1105) of fall block assembly (1107) and forced oscillation; The blade assemblies (1205) that Lift-slab machine (12) is provided with fall block (1207), lifting mechanism and can swings.

2. polyphenyl composite thermo-insulating wall board finished product collection device as claimed in claim 1, it is characterized in that: described ejecting plate machine (7) is the band conveyor with engine installation, it is by frame, drag roller, backing roll, belt conveyor and Power train constitute, drag roller (702) in frame (701) both upper ends thereof setting, the centre is provided with backing roll (703), belt conveyor (704) is dragged on roller (702) and the backing roll (703) is provided with belt conveyor (704), the drive roll that drags roller (702) is driven by Power train, described Power train is the one-level chain-driving, and Power train is located at the inside of frame (701).

3. polyphenyl composite thermo-insulating wall board finished product collection device as claimed in claim 1, it is characterized in that: the described carriage machine (8) that send is made of frame (801), propelling movement carriage dolly (803), push 4 V-type rollers (8033) and the top two triangular form guide rails of frame (801) (802) bearing fit of carriage dolly (803) bottom, both sides above the frame (801) are established two groups of V-type back-up roller wheels (805) and are pushed carriage (912) with pushing carriage dolly (803), and actuating unit (804) is located at frame inside; Two toothed rack (8032) of described propelling movement carriage dolly (803) its underpart and the engagement of two transmission gears (8046) on its top of frame; The trolley frame (8031) that pushes carriage dolly (803) is by bearing pin (8035) hinged two pawl (8034).

4, polyphenyl composite thermo-insulating wall board finished product collection device as claimed in claim 3, it is characterized in that: described actuating unit (804) drives driving chain wheel (8045) by the motor sprocket (8042) of motor (8041) by chain (8043), driving chain wheel (8045) is located at transmission shaft (8044) middle part, the affixed transmission gears in transmission shaft (8044) two ends (8046), transmission gear (8046) and tooth bar (8032) engagement.

5, polyphenyl composite thermo-insulating wall board finished product collection device as claimed in claim 1, it is characterized in that: described conveyance (9) comprising: the support roller frame (902) that frame (901) top is provided with, affixed vertical 4 triangle guide rails (905) in frame (901) both sides are arranged on frame (901) in-to-in lifting mechanism (903) by the actuating unit (904) of frame bottom and two triangular form guide rails (905) bearing fit of frame both sides.

6, polyphenyl composite thermo-insulating wall board finished product collection device as claimed in claim 5, it is characterized in that: described actuating unit (904) passes through two transmission shafts (9045) that the one-level chain-driving drives sprocket wheel (9044) both sides by the motor sprocket (9042) of reducing motor (9041), and the affixed cams in transmission shaft (9045) two ends (9046) cams (9046) match with the roller (9033) of lifting mechanism (903) bottom.

7. polyphenyl composite thermo-insulating wall board finished product collection device as claimed in claim 1, it is characterized in that: the described plate machine (11) that falls is by frame (1101), transmission device (1102), crank rod assembly (1104), be fixed in 4 triangular form guide rails (1106) at frame (1101) two ends, coaster assembly (1107), blade assemblies (1105) is formed, described transmission device (1102) drives first transmission shaft (11021) by the motor sprocket (11023) of reducing motor (11022) by one-level chain chain-driving, first transmission shaft (11021) drives second transmission shaft (11027) by the one-level chain-driving again, first transmission shaft (11021) and second transmission shaft (11027) constitute quadric linkage by crank (1103) and rod assembly (1104) respectively, rod assembly (1104) is length-adjustable, the lifting earrings on rod assembly (1104) lower end and fall block body (11071) top is hinged, 4 groups of coaster roller set (11074) of fall block body both sides and vertical affixed 4 triangular form guide rails (1106) bearing fit in frame two ends.

8, polyphenyl composite thermo-insulating wall board finished product collection device as claimed in claim 7, it is characterized in that: described blade assemblies (1105) is made of supporting plate (11051), fork (11052), bearing (11053), roller (11056), positioning plate (11057), track base (11058), the two ends fall block bodies (11071) that described supporting plate (11051) is arranged on elevator (11) go up and fork (11052) is spirally connected, become oscillating structural member, fork (11052) is hinged with bearing (11053), and bearing (11053) is affixed with fall block body (11071).Track base is with to fall plate frame (1101) affixed, and positioning plate (11057) is hinged with track base (11058), and the fork lower end is provided with roller (11056) and interior the guide rail bearing fit of track base (11058), and passes through the qualification of the positioning plate (11057) in track base.

9, polyphenyl composite thermo-insulating wall board finished product collection device as claimed in claim 1, it is characterized in that: described Lift-slab machine (12) comprising: frame (1201), balance shaft module (1202), balance oscillating arm (1203), rod assembly (1204), blade assemblies (1205), be fixed in 4 triangular form guide rails (1206) at frame (1201) two ends, coaster (1207), oil cylinder (1208), the lifting of described Lift-slab machine (12) is a power by two oil cylinders (1208) that are arranged on frame (1201) both sides, two oil cylinders (1208) lower end is hinged with frame (1201) respectively, and two oil cylinders (1208) top is connected with two coasters in both sides (1207) respectively; Two oil cylinders (1208) drive rod assembly (1204) synchronously and are arranged on the balance shaft module (1202) of frame (1201) top and the balance connecting lever (1203) at balance shaft two ends; Balance connecting lever (1203) is affixed with the balance shaft (12021) of balance shaft module (1202); Described balance shaft module (1202) is arranged in two bearing seats (12022) by the two ends of two same axis (12021), coupler (12021) at frame (1201) middle part with tooth cover (12023) links into an integrated entity two major axis (12021), and the two ends of two axles are connected with key with crank (1203); Described supporting plate (12051) is spirally connected with fork (12052), and fork (12052) is hinged with bearing, and the fix shaft of fork lower end (12056) limits by positioning plate (12057); Described rod assembly (1204) is two of sides: wherein one one end is the pull bar (12041) with earrings, and its other end has right-hand screw thread; Another root one end has the pull bar (12042) of earrings, and it adds an end and has minus thread, and length is regulated by adjusting swivel nut (12043) in two lateral bracing struts (12041), (12042); Described balance shaft module (1202) is provided with two bearing seats (12022) by two same axis (12021) two ends, coupler (12021) at frame (1201) middle part with tooth cover (12023) links into an integrated entity two major axis (12021), and the two ends of two axles and crank (1203) are used key connecting.

10, polyphenyl composite thermo-insulating wall board finished product collection device as claimed in claim 1 is characterized in that: the side that described stand for piling up (10) is arranged on conveyance (9) is made of frame (1001) and V-type back-up roller wheel carrier (1002).

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