CN209579992U - A kind of bimodulus group production line of heat insulation building block - Google Patents

Abstract

The utility model discloses a kind of bimodulus group production line of heat insulation building block, including the agitating device for mixing material, for receiving the molding machine for holding agitating device outputting material and carrying out foaming, pulling apparatus for demoulding molding machine, for removing top waste material device and cutter device for being cut green body vertically to what is modified at the top of green body after molding, the track for placing molding machine is provided with below the agitating device, material is picked up at molding machine slip to the feed opening of agitating device, the pulling apparatus, removing top waste material device and cutter device, side is set gradually in process direction backward by starting point in orbit；This production line has simple structure, high production efficiency and the production line that can be suitable for the building block of bimodulus group.

Description

A kind of bimodulus group production line of heat insulation building block

Technical field

The utility model belongs to building machinery technical field, and in particular to a kind of bimodulus group production line of heat insulation building block.

Background technique

Existing production line for self-insulation building block include stirring material, injecting material, vibration air exhaust, demould, go top waste material and Several steps such as excision forming, the most commonly used is being cut to single heat insulation building block in existing production line, but due to Material carries out foamed set in a mold and needs the regular hour, can be to life since the quantity for storing mold on track is very limited It produces efficiency and generates very big restrictive function, it is therefore desirable to the entirety of production line is optimized, to improve its production efficiency, It can be injected after heat insulation building block material stirring and carry out foamed set in mold, it is existing since mobility is strong when material injects mold Mold be to be sling using driving, therefore can usually have material leakage at the docking between mold and pedestal, after demoulding Need to carry out the top of heat insulation building block waste material peeling, but original peeling mode is removed the peel in place using primary, peeling is difficult Degree is big, and a large amount of waste materials can result in blockage in skinning machine.There is also a problem to be solved be: hydrogen peroxide conduct When blowing promotor is mixed in material, need to be mixed into material and be sufficiently stirred mixing, foaming agent whether be uniformly mixed for The foaming effect in later period is affected, therefore how to be sufficiently mixed hydrogen peroxide in material uniformly, is not also to need there are dead angle Technical problems to be solved.

Utility model content

Purpose of the utility model is to solve problems present on the above-mentioned prior art, provide a kind of heat insulation building block Bimodulus group production line, this production line has structure simple, high production efficiency and the production that can be suitable for the building block of bimodulus group Line.

To achieve the above objectives, the present invention adopts the following technical solutions: a kind of bimodulus group of heat insulation building block produces Line, including for material to be mixed agitating device, be used to receive and hold agitating device outputting material and be foamed into The molding machine of type, the pulling apparatus for demoulding molding machine, for being modified to green body top after molding Remove the top waste material device and cutter device for being cut green body vertically, the agitating device lower section is provided with for putting The track of molding machine is set, material is picked up at the feed opening of molding machine slip to agitating device, the pulling apparatus goes to push up Side is set gradually in process direction backward by starting point in orbit for waste material device and cutter device.

The agitating device is a bitubular agitator tank, is existed including mixing drum, the rabbling mechanism being arranged in mixing drum, setting Stirring motor and demarcation plate at the top of mixing drum, the rabbling mechanism include two along the vertical direction agitating shaft disposed in parallel and Stirring blade component, the power intake of agitating shaft connect stirring motor, and mixing drum for that can be divided by the demarcation plate Two separate chambers, the top of demarcation plate are connected with hoisting mechanism, and the hoisting mechanism includes lifting cylinder and bracket, the branch The surface between two stirring motors and being located at mixing drum is arranged in frame, and the pedestal of lifting cylinder is fixedly connected with bracket, mentions The telescopic rod for rising cylinder is fixedly connected with demarcation plate, is relatively set on the inner wall below the mixing drum face rack and is set vertically The slideway set, demarcation plate are slidably arranged in the slideway.

The molding machine includes mobile base and the mold box that is arranged in mobile base, and the mobile base includes Floor board framing and the movable pulley group that floor board framing lower end surface is arranged in, the floor board framing are that two be welded by square tube are arranged side by side Rectangular frame, be provided with die bottom plate on the floor board framing, elastic packing be provided between die bottom plate and floor board framing Pad, the outer edge of the elastic sealing gasket exceed the outer edge of die bottom plate, and the mold box includes that braced frame, setting exist The die side plate of metal sheet frame layer inner wall is arranged in the metal sheet frame layer of braced frame inner wall and fitting, and the mold box is put After setting above mobile base, the inside lower edge of die side plate fitting die bottom plate side setting, the lower end surface of die side plate with Elastic sealing gasket contact sealing pressing.

Described to remove top waste material device include main body frame, Qu Ding waste material mechanism, screw drives motor and lower hopper, described to go Pushing up waste material mechanism includes main case, and lower hopper is set as two and is separately positioned on the down either side of main case, in main case Two roll shafts being parallel to each other are transversely and horizontally set, two groups are symmetrically arranged on every roll shaft for waste material to be delivered to machine The screw blade of frame two sides, two groups of screw blades are oppositely oriented.

The cutter device includes the cutting frame, elevator platform, sliding bar mechanism, peace for the cuboid being made of more channel steels Elevating mechanism on cutting frame and the multiple groups cutting mechanism for being mounted on elevator platform, the multiple groups cutting mechanism divide side by side Cloth setting, the elevator platform are cuboid framework structure, and the elevator platform is existed by elevating mechanism and sliding bar mechanism setting Inside cutting frame, the cutting mechanism is mounted on the lower section of elevator platform, cutting mechanism include cutting motor, active runner, Driven runner and it is sleeved on active runner and circular saw blade and elastic adjusting component on driven runner, the cutting motor Setting is in elevator platform side, and for driving active runner to rotate, the another of elevator platform is arranged in the elastic adjusting component Side, for adjusting the spacing between active runner and driven runner.

It is further improved this programme, is provided with multiple reverse flow baffles on the mixing drum inner wall.

It is further improved this programme, the stirring blade component includes stirring wheel, taper stirring and stirring sheet, taper stirring Positioned at the lower section of stirring wheel, the stirring wheel is horizontally disposed annular structure, and stirring wheel is being stirred by fixed link and setting It mixes the agitating shaft at wheel center to be fixedly connected, the taper stirring is the inverted cone structure being made of more poles；Stirring In agitating shaft bottom, stirring sheet is used to that the material at the bottom valve for being located at mixing drum to be sufficiently stirred for piece setting.

It is further improved this programme, the bracket is " ∏ " shape structure, the vertical arm and erection being parallel to each other including two Horizontal arm between two vertical arm, the lower end surface of the horizontal arm are fixedly connected with the base end of lifting cylinder.

It is further improved this programme, the elastic adjusting component is mounted on the adjustable plate of position, the side of the cutting frame Position adjustment hole is offered on frame, the position adjustable plate is arranged at the position adjustment hole.

It is further improved this programme, is additionally provided with blanking hobboing cutter on the roll shaft of the screw blade outer end.

It is further improved this programme, the axial connecting line and horizontal sextant angle of two roll shafts of same cross section are 5-15 °.

It is further improved this programme, sprocket wheel is provided on two roll shafts, passes through chain drive, spiral between two sprocket wheels Driving motor drives the roll shaft of low level side to rotate by belt, and the roll shaft of low level side is turned by the roll shaft of chain-driving high position side It is dynamic.

The utility model has the following beneficial effects: one, agitating device are saved by setting double shell for mixing drum The cost of manufacture of mixing plant, reduces the occupied space of mixing plant, the setting of hoisting mechanism is to meet the throwing of early period Material is convenient, after demarcation plate is lifted by hoisting mechanism, the teeter chamber Liang Ge connection, it is only necessary to which a set of feeding device can be completed two It feeds intake while a mould, so that preparation process is simpler easy to operate；When feeding intake, demarcation plate is promoted, will can entirely be stirred Cylinder connection is mixed to facilitate charging, after hydrogen peroxide is added, falls demarcation plate, two rabbling mechanisms can be independent to two respectively Chamber is stirred, and has been obviously improved its mixing effect.The setting of reverse flow baffle can make returning in whipping process for material Stream, so that stirring is more uniform, the finished product foaming effect of production is more preferable.By in the different position height of agitating shaft according to stirring Different stirring blades is arranged in the variation of barrel shape, and taper stirs to be adapted to the taper tubular structure of mixing drum lower end, The setting of bottom stirring sheet simultaneously, in order to enable the material at mixing drum bottom valve obtains good mixing effect, so this dress The stirring blade set makes in mixing drum without stirring dead angle.

Secondly, double groups of mold boxes by the improvement to structure, be provided with die side plate on the inside of sheet frame side, elasticity it is close It is provided with die bottom plate above packing, the wooden rectangle frame that die side plate surrounds tightly is bonded docking with die bottom plate, subtracts first Lacked and flowed out in the slave butt seam of material, avoided the waste of material, secondly be arranged elastic sealing gasket, die side plate it is following Edge compresses elastic sealing gasket, even if ensure that a small amount of material is flowed out from gap, leakage can also be avoided to walk here, from basic On solve this technical problem, by the improvement to the above structure, mold box has substantially prevented material leakage phenomenon.Double groups of moulds Two mold boxes are arranged side by side, so that the foaming building blocks storage on same track is big in the setting of tool on same track It is big to increase, production efficiency can be made to improve by about one time.Position-limited wheel and auxiliary wheel are equipped with, and position-limited wheel is on the one hand arranged and uses It is limited in the position in the lateral both direction to mobile base, on the other hand auxiliary wheel is set be used for convenient for mobile base exists Installing and dismounting is carried out on track.So that the permission design error range of both movable pulley groups spaced position greatly improves.

Thirdly, go top waste material device by the improvement to structure, be provided with two groups of roll shafts and screw blade, the spiral shell of high-order side First more top section waste materials are removed rotary knife piece, and when mold marches to low level side, the screw blade of low level side carries out waste material It clears up again, the cleaning of waste material is once become twice from original, so that the difficulty of cleaning reduces, and is avoided primary clear The defect that can not be cleaned out completely is managed, while two groups of oppositely oriented blades are set, it can be same for double group molds simultaneously Shi Jinhang operation, greatly improves production efficiency.

Four, cutter device structure is simple, high production efficiency, suitable for dividing simultaneously two pieces of heat insulation building blocks side by side It cuts, substantially increases production efficiency.Average cutting is carried out to heat insulation building block by circular saw blade, product can be greatly improved Aesthetics.

Detailed description of the invention

Fig. 1 is the utility model production line overall structure diagram；

Fig. 2 is the main view of agitating device in the utility model production line；

Fig. 3 is the side view of agitating device in the utility model production line；

Fig. 4 is the top view of agitating device in the utility model；

Fig. 5 is the perspective view of molding machine in the utility model；

Fig. 6 is the structural schematic diagram of mobile base in molding machine；

Fig. 7 is the structural schematic diagram of mold box in molding machine；

Fig. 8 is the docking perspective view of die side plate and die bottom plate in molding machine；

Fig. 9 is the side view that top waste material device is removed in the utility model；

Figure 10 is the perspective view of Qu Ding waste material mechanism；

Figure 11 is the internal structure chart of Qu Ding waste material mechanism；

Figure 12 is the perspective view at one visual angle of cutter device in the utility model；

Figure 13 is the perspective view at another visual angle of cutter device in the utility model；

Figure 14 is the bottom view of cutter device in the utility model；

Figure 15 is the elastic perspective view for adjusting one visual angle of component in cutter device；

Figure 16 is the elastic perspective view for adjusting another visual angle of component in cutter device；

Figure 17 is the perspective view of pulling apparatus in the utility model；

Figure 18 is the structural schematic diagram of moving frame in pulling apparatus；

Figure 19 is the structural schematic diagram of grasping mechanism in pulling apparatus；

Marked in the figure:

1, agitating device, 11, mixing drum, 12, rabbling mechanism, 1201, agitating shaft, 1202, stirring wheel, 1203, taper stirs It mixes, 1204, stirring sheet, 13, stirring motor, 14, demarcation plate, 15, lifting cylinder, 16, bracket, 17, slideway, 18, reverse flow baffle, 19, cover board, 110, feed inlet；

2, molding machine, 21, mobile base, 2101, floor board framing, 2102, die bottom plate, 2103, elastic sealing gasket, 22, Mold box, 2201, braced frame, 2202, metal sheet frame layer, 2203, die side plate；

3, pulling apparatus, 31, lifting fixed frame, 3101, sliding rail, 32, moving frame, 3201, positioning rod component, 33, mention Power elevation frame, 34, grasping mechanism, 3401, clamp arm, 3402, gripper cylinder, 3403, straight-bar, 3404, gear set, 35, walking electricity Machine, 36, mobile bar, 37, lifting motor, 38, elevating lever, 39, fixed pulley assembly；

4, go top waste material device, 41, main body frame, 42, Qu Ding waste material mechanism, 4201, main case, 42011, pedestal, 42012, outsourcing shell, 4202, roll shaft, 4203, screw blade, 43, screw drives motor, 4301, sprocket wheel, 4302, transmission chain Item, 4303, belt, 44, lower hopper；

5, cutter device, 51, cutting frame, 5101, position adjustable plate, 52, elevator platform, 53, cutting mechanism, 54, cut Cut motor, 55, active runner, 56, driven runner, 57, circular saw blade, 58, elastic adjusting component, 5801, fixed block, 58011, Contraband shape portion, 58012, mounting plate, 58013, flange, 5802, slipping block, 5803, rotary screw, 5804, adjusting nut, 59, liter Descending mechanism, 5901, lifting motor, 5902, drive rod, 5903, elevating chain, 510, sliding bar mechanism；

6, track；

1001, building block one, 1002, building block two, 1003, building block three.

Specific embodiment

It is with reference to the accompanying drawings and embodiments, right in order to which the technical solution of the utility model and advantage is more clearly understood The utility model is further elaborated.

As shown in the figure: the utility model embodiment provides a kind of bimodulus group production line of heat insulation building block, including being used for will Agitating device 1 that material is mixed, for receiving the molding machine for holding 1 outputting material of agitating device and carrying out foaming 2, the pulling apparatus 3 for demoulding molding machine 2, for removing top waste material to what is modified at the top of green body after molding Device 4 and cutter device 5 for being cut green body vertically are provided with for placing molding below the agitating device 1 The track 6 of device, material is picked up at the feed opening of 2 slip of molding machine to agitating device 1, and the pulling apparatus 3 goes to top useless Material device 4 and cutter device 5 are set gradually in process direction above track 6 by starting point backward.

Agitating device 1 is a bitubular agitator tank, including mixing drum 11, the rabbling mechanism being arranged in mixing drum 11 12, is set The stirring motor 13 and demarcation plate 14 at 11 top of mixing drum are set, is provided with multiple reverse flow baffles 18 on 1 inner wall of mixing drum.It is described Rabbling mechanism 12 includes two agitating shafts 1201 and stirring blade component disposed in parallel along the vertical direction, the stirring blade group Part includes stirring wheel 1202, taper stirring 1203 and the stirring sheet 1204 that 1201 the lowermost round pie of agitating shaft is arranged in, cone Shape stirring 1203 is located at the underface of stirring wheel 1202, and the stirring wheel 1202 is horizontally disposed annular structure, stirring wheel 1202 are fixedly connected by fixed link with the agitating shaft 1201 being arranged at 1202 center of stirring wheel, and the taper stirring 1203 is The inverted cone structure being made of more poles, stirring sheet 1204 are used to carry out the material at the bottom valve for being located at mixing drum 1 It is sufficiently stirred.The power intake of agitating shaft 1201 connects stirring motor 13, and the demarcation plate 14 is for separating mixing drum 11 For two separate chambers, the top of demarcation plate 14 is connected with hoisting mechanism, and the hoisting mechanism includes lifting cylinder 15 and bracket 16, the surface between two stirring motors 13 and being located at mixing drum 11, the pedestal of lifting cylinder 15 is arranged in the bracket 16 It is fixedly connected with bracket 16, the telescopic rod of lifting cylinder 15 is fixedly connected with demarcation plate 14, under the 11 face rack of mixing drum It is relatively set with the slideway 17 being vertically arranged on the inner wall of side, demarcation plate 14 is slidably arranged in the slideway 17, and bracket 16 is " ∏ " shape structure, the vertical arm being parallel to each other including two and the horizontal arm being erected between two vertical arm, the horizontal arm Lower end surface be fixedly connected with the base end of lifting cylinder 15.There are two cover boards 19 for the top setting of mixing drum 11, described two The middle position docking of cover board 19 is formed with feed inlet 110.

Molding machine 2 includes mobile base 21 and the mold box 22 being arranged in mobile base 21, and mold box 22 can It is integrated setting, the mobile base 21 includes floor board framing 2101 and the movable pulley group that 2101 lower end surface of floor board framing is arranged in, institute Stating floor board framing 2101 is two rectangular frames arranged side by side being welded by square tube, is provided on the floor board framing 2101 Die bottom plate 2102 is provided with elastic sealing gasket 2103, the elastic packing between die bottom plate 2102 and floor board framing 2101 The outer edge of pad 2103 exceeds the outer edge of die bottom plate 2102, and the mold box 22 exists including braced frame 2201, setting The die side plate of 2202 inner wall of metal sheet frame layer is arranged in the metal sheet frame layer 2202 of 2201 inner wall of braced frame and fitting 2203, after the mold box 22 is placed on 21 top of mobile base, the inside lower edge of die side plate 2203 is bonded die bottom plate The setting of 2102 sides, the lower end surface of die side plate 2203 contact sealing pressing with elastic sealing gasket 2103.

Top waste material device 4 is gone to include main body frame 41, Qu Ding waste material mechanism 42, screw drives motor 43 and lower hopper 44, Qu Ding waste material mechanism 42 includes main case 4201, and the main case 4201 includes pedestal 42011 and is welded on its lower end Outsourcing shell 42012, the pedestal 42011 use channel steel, and the notch of the pedestal 42011 is arranged obliquely, outsourcing shell 42012 lower end is formed with opening.Lower hopper 44 is set as two and is separately positioned on the down either side of main case 4201, in master Two roll shafts being parallel to each other 4202 are transversely and horizontally set in casing 4201, two 4202 axle center of roll shaft of same cross section connect Line and horizontal sextant angle are 5-15 °, and two groups are symmetrically arranged on every roll shaft 4202 for waste material to be delivered to rack two sides Screw blade 4203, two groups of screw blades 4203 are oppositely oriented, wherein under the screw blade 4203 on the roll shaft 4202 of low level side Edge is 1-2cm lower than 4203 lower edge of screw blade of the roll shaft 4202 of high-order side, on the roll shaft 4202 of 4203 outer end of screw blade It is additionally provided with blanking hobboing cutter 4204；It is provided with sprocket wheel 4301 on two roll shafts 4202, passes through transmission between two sprocket wheels 4301 Chain 4302 is driven, and helicoidal driving motor 43 drives the roll shaft 4202 of low level side to rotate by belt 4303, low level side Roll shaft 4202 drives the roll shaft 4202 of high-order side to rotate by driving chain 4302.

Cutter device 5 includes the cutting frame 51 for the cuboid being made of more channel steels, elevator platform 52, sliding bar mechanism 510, the elevating mechanism 59 that is mounted on cutting frame 51 and 5 groups of cutting mechanisms, 53, the 5 groups of cuttings for being mounted on elevator platform 52 Mechanism 53 is distributed setting side by side, and the elevator platform 52 is cuboid framework structure, and the elevator platform 52 passes through elevating mechanism 59 and sliding bar mechanism 510 be arranged inside cutting frame 51, the cutting mechanism 53 is mounted on the lower section of elevator platform 52, cutting Mechanism 53 includes cutting motor 54, active runner 55, driven runner 56, the ring being sleeved on active runner 55 and driven runner 56 Shape saw blade 57 and elastic adjusting component 58 are set to the diameter of the runner in the cutting mechanism 53 in middle position as two sides cutting 2 times of the runner diameter of mechanism 53.The cutting motor 54 is arranged in 52 side of elevator platform, for driving 55 turns of active runner It is dynamic, the elastic other side for adjusting component 58 and elevator platform 52 being set, for adjusting active runner 55 and driven runner 56 Between spacing.Elastic adjusting component 58 is mounted on position adjustable plate 5101, is offered on the frame of the cutting frame 51 Position adjustment hole, the position adjustable plate 5101 are arranged at the position adjustment hole.Elastic adjusting component 58 includes fixed block 5801, slipping block 5802 and rotary screw 5803, the fixed block 5801 are to be made of Contraband shape portion 58011 and mounting plate 58012, The two sides up and down in Contraband shape portion 58011 are relatively set with flange 58013, and slipping block 5802 is slidably arranged in Contraband shape portion 58011 side is simultaneously fastened on 58013 position of flange, and the screw end head of the rotary screw 5803 passes through Contraband shape portion It 58011 and is rotatably arranged in mounting plate 58012, adjusting nut 5804, the adjusting is fixedly connected on the inside of slipping block 5802 Nut 5804 is set on rotary screw 5803, driven runner 56 include runner and the shaft for installing runner, the one of shaft End is fixedly connected on the outer end face of slipping block 5802.Elastic adjusting component 58 is for adjusting circular saw blade 57 with suitable elastic Degree, staff's hand twist the handle rotation of rotary screw 5803, and adjusting nut 5804 can be with the screw on rotary screw 5803 Rotation direction moves axially along a screw, and the slipping block 5802 being fixedly connected with adjusting nut 5804 is natural to be moved therewith, thus Driven runner 56 is finally driven to be subjected to displacement along 5803 axial direction of rotary screw, so that driven runner 56 and active runner 55 Spacing increases or reduces, and adjusts the tensioning for being set in the circular saw blade 57 on driven runner 56 between active runner 55 with this Or adjust pine.

The cutter device 5 of this programme includes transverse cutting machine and longitudinal cutter, (longitudinal cutter overall structure and transverse direction Cutting machine is identical, only the setting group number of cutting mechanism 53 and direction difference, therefore the knot of transverse cutting machine is only shown in the accompanying drawings Structure).The preceding process of transverse cutting machine is arranged in longitudinal cutter, and longitudinal cutter includes 3 groups of cutting mechanisms 53, longitudinal cutter Circular saw blade 57 length direction it is parallel with 6 direction of track, cut along 6 length direction of track, transverse cutting machine packet 5 groups of cutting mechanisms are included, the length direction of the circular saw blade 57 of transverse cutting machine is perpendicular to track 6, for along the width side of track 6 To being cut.

In the present solution, elevating mechanism 59 includes lifting motor 5901, drive rod 5902 and elevating chain 5903, lifting electricity Machine 5901 drives drive rod 5902 to rotate, and is respectively arranged with upper sprocket wheel at the both ends of drive rod 5902, the position immediately below upper sprocket wheel It sets and is additionally provided with lower sprocket, the lower sprocket is rotatably arranged on cutting frame 51, and described 5903 one end of elevating chain is fixed In the upper side frame of elevator platform 52, the other end successively bypasses upper sprocket wheel and lower sprocket and is fixedly connected with the following of elevator platform 52 Frame.Mounting plate is provided on elevator platform 52,5903 one end of elevating chain is connect with mounting plate upper surface, and the other end successively bypasses Upper sprocket wheel and lower sprocket are simultaneously connect through adjustable spring with the lower end surface of Guan County's loading board, and adjustable spring both ends are provided with hook, and one End is hung on 5903 end link of stretching chain, and the other end is hung on the chain link of mounting plate lower end surface, on elevating chain 5903 Adjustable spring, which is arranged, makes elevating chain 5903 keep certain telescopic extensions, is because working as the rotation direction of elevating chain 5903 When changing, 5903 stress of elevating chain of upper lower sprocket side, and the elevating chain 5903 of the other side can relax, and pass When lever 5902 rotates backward, adjustable spring shrinks the elevating chain for the side that avoids relaxing to be tensioned elevating chain 5903 in time It threads off when 5903 tensioning suddenly.Active runner 55 in same group of cutting structure is equal with the diameter of driven runner 56, if The diameter for being placed in the runner in the cutting mechanism 53 in middle position is greater than the runner diameter of two sides cutting mechanism 53, it is preferred that sets The diameter for the runner being placed in the cutting mechanism 53 in middle position is 2 times of the runner diameter of two sides cutting mechanism 53.The cunning Linkage 510 includes slide bar and the sliding block being slidably installed on slide bar, and slide bar is fixed on cutting frame 51, the sliding block and elevator Frame 52 is fixedly connected.

Pulling apparatus 3 includes lifting fixed frame 31, the moving frame 32 being mounted in lifting fixed frame 31, is mounted on movement Lifting crane 33 in rack 32, for driving moving frame 32 walking mechanism advanced and to be used on lifting fixed frame 31 The lifting elevating mechanism that driving lifting crane 33 is gone up and down on moving frame 32, the lifting fixed frame 31 are cuboid knot Structure is arranged in parallel with two sliding rails 3101 in the upper side frame of lifting fixed frame 31, and the moving frame 32 is mounted on the sliding rail At 3101, lift and be provided with 34 groups of grasping mechanisms 34 on crane 33, multiple groups grasping mechanism 34 along 3101 length direction of sliding rail according to Secondary to be arranged side by side, the grasping mechanism 34 includes two clamp arm 3401 being oppositely arranged, and is arranged between described two clamp arm 3401 There are gripper cylinder 3402, the fixed company of base end of 3401 inner end of clamp arm and gripper cylinder 3402 of lifting 33 side of crane It connects, 3401 inner end of clamp arm of the other side and the telescopic end of gripper cylinder 3402 are hinged, and the inner end of two clamp arm 3401 is also logical It crosses straight-bar 3403 and gear set 3404 is rotatablely connected, the setting of gear set 3404 is on lifting crane 33, two folders The outer end of arm 3401 is rotatably arranged on the other side of lifting crane 33 by shaft, and the outer end of the clamp arm 3401 is provided with Inwardly projecting mentions.Multiple positioning rod components 3201, the positioning rod component are correspondingly arranged on the moving frame 32 3201 include slide bar and the sliding sleeve that is slidably located on slide bar, and slide bar upper and lower ends are fixed on moving frame 32, sliding sleeve with mention Power elevation frame 33 is fixedly connected.The gear set 3404 includes two fixed plates disposed in parallel and is disposed side by side in fixed plate Two external gears being meshed, the two sides of the external gear be fixedly installed with two pieces of connecting rods disposed in parallel, two The free end of connecting rod is rotatablely connected by shaft and straight-bar 3403.

In the present solution, the walking mechanism includes movable motor 35 and the movement that two sides above moving frame 32 are arranged in Bar 36, mobile bar 36 include that middle section sprocket wheel and the traveling wheel positioned at two sides is arranged in, and movable motor 35 is mobile by chain-driving 36 middle section sprocket wheel of bar is to drive traveling wheel to advance on the sliding rail 3101.

Elevating mechanism includes lifting motor 37, elevating lever 38, fixed pulley assembly 39 and elevating chain, and lifting motor 37 drives Elevating lever 38 rotates, and the elevating lever 38 includes middle section sprocket wheel and two end sprocket wheels, and the lifting motor 37 passes through chain band The middle section sprocket wheel rotation of the elevating lever 38 is moved, so that two end sprocket wheels rotate synchronously, the setting of fixed pulley assembly 39 exists The underface of the end sprocket wheel, and be fixed on the frame of moving frame 32, elevating chain one end and lifting crane 33 connect It connects, the other end successively bypasses the end sprocket wheel, fixed pulley assembly 39 is connect with lifting crane 33.

In the present solution, the lifting fixed frame 31 of pulling apparatus 3 includes workspace and spare area, workspace is to work Production line, spare area is Article 2 production line, when the extraction of mold box 22 is moved to right above spare area by pulling apparatus 3 When, mold box 22 can be placed in the mobile base 21 of the track 6 below spare area, in case another production line makes With the utilization rate of equipment can be improved.

The heat insulation building block of this generation line the preparation method is as follows: step 1, stirring configuration slurry starts lifting cylinder 15, it promotes demarcation plate 14 and mixing drum 11 is integrally connected to, pure water is proportionally added in mixing drum 11 and solid mixing is former Material, while starting two rabbling mechanisms 12, mixing time is 3-8 minutes, stirs evenly it；Step 2: being added into slurry Foaming agent falls demarcation plate 14, and entire mixing drum 11 is divided into two independent stirring spaces, respectively to described two only The hydrogen peroxide of equivalent is added in vertical stirring space according to a certain percentage, continues stirring 1-6 minutes, stirs；Step Three, the slurry that step 2 is stirred is respectively and correspondingly placed into molding machine 2 from the feed opening of two mixing drums 11 by foaming In two mold boxes 22, equal stand foaming 0.5-5 hours；Step 4: separation mold, by the grasping mechanism 34 of pulling apparatus 3 It is moved to the corresponding position of the mold box 22 of corresponding molding machine 2, wherein the two of side group grasping mechanism 34 corresponds to one Mold box 22, starts gripper cylinder 3402, and two clamp arm 3401 clamp mold box 22；By mold box 22 and foam Molded one 1001 phase of building block separation；Step 5: finishing building block top surface, using go top the block described in step 4 of waste material device 4 The top waste material of block 1 is removed, and building block 1 enters removal top from the lower section of the higher side roll shaft 4202 in position The top section of waste material, subsequently into the underclad portion of the lower section removal top waste material of the lower side roll shaft 4202 in position, and At the lower hopper 44 that the waste material of two pieces of building blocks 1 of row is delivered to two sides after the crushing of screw blade 4203 respectively and it is discharged, Two secondary clearings that building block 1 successively carries out waste material through two roll shafts 4202 remove, and obtain the smooth building block 2 1002 in top surface； Step 6: cutting building block, building block 2 1002 enters 5 lower section of cutter device, cuts using cutter device 5 and using wet process, to step Size is cut as requested for rapid five gained building block 2 1002, is introduced into below longitudinal cutter, is cut, and building block is cut off 2 1002 are parallel to two side end faces of track 6 and are cut along the parallel both sides of the face direction, enter back into transverse cutting machine Lower section is cut, excision building block 2 1002 perpendicular to track 6 two front/rear ends, and along parallel front/rear end direction into Row cutting, obtains the building block 3 1003 cut；Step 7: steam is steam-cured, 50-120 is used to building block 3 1003 obtained by step 6 DEG C vapor steam-cured 0.5-3 days, finished product can be obtained.

The above descriptions are merely preferred embodiments of the present invention, not makees in any form to the utility model Limitation be not intended to limit the utility model although the utility model has been disclosed with preferred embodiment as above, it is any ripe Professional and technical personnel is known, is not being departed within the scope of technical solutions of the utility model, when in the technology using the disclosure above Hold the equivalent embodiment made a little change or be modified to equivalent variations, but all without departing from technical solutions of the utility model Hold, any simple modification, equivalent change and modification made by the above technical examples according to the technical essence of the present invention, still It is within the scope of the technical solutions of the present invention.

Claims (9)

1. a kind of bimodulus group production line of heat insulation building block, including for material to be mixed agitating device (1), for connecing Receipts hold agitating device (1) outputting material and carry out the molding machine (2) of foaming, for taking off molding machine (2) The pulling apparatus (3) of mould, for modified at the top of green body after molding go top waste material device (4) and for by green body into The cutter device (5) that row is cut vertically, agitating device (1) lower section are provided with the track for placing molding machine (2) (6), material is picked up at molding machine (2) slip to the feed opening of agitating device (1), the pulling apparatus (3) removes top waste material Device (4) and cutter device (5) are set gradually in process direction above track (6) by starting point backward, it is characterised in that:

The agitating device (1) is a bitubular agitator tank, including mixing drum (11), the rabbling mechanism being arranged in mixing drum (11) (12), the stirring motor (13) and demarcation plate (14) being arranged at the top of mixing drum (11), the rabbling mechanism (12) include two The power intake connection of agitating shaft (1201) disposed in parallel and stirring blade component along the vertical direction, agitating shaft (1201) is stirred It mixes motor (13), the demarcation plate (14) is used to that mixing drum (11) can be divided into two separate chambers, demarcation plate (14) Top is connected with hoisting mechanism, and the hoisting mechanism includes lifting cylinder (15) and bracket (16), and bracket (16) setting exists Surface between two stirring motors (13) and positioned at mixing drum (11), the pedestal of lifting cylinder (15) and bracket (16) are fixed Connection, the telescopic rod of lifting cylinder (15) is fixedly connected with demarcation plate (14), interior below mixing drum (11) the face rack The slideway (17) being vertically arranged is relatively set on wall, demarcation plate (14) is slidably arranged in the slideway (17)；

The molding machine (2) includes the mold box (22) of mobile base (21) and setting on mobile base (21), described Mobile base (21) includes the movable pulley group of floor board framing (2101) and setting in floor board framing (2101) lower end surface, the floor board framing (2101) it is two rectangular frames arranged side by side being welded by square tube, is provided with mold on the floor board framing (2101) Bottom plate (2102) is provided with elastic sealing gasket (2103), the elasticity between die bottom plate (2102) and floor board framing (2101) The outer edge of gasket (2103) exceeds the outer edge of die bottom plate (2102), and the mold box (22) includes braced frame (2201), it is arranged and is arranged in the metal sheet frame layer (2202) of braced frame (2201) inner wall and fitting in metal sheet frame layer (2202) die side plate (2203) of inner wall, after the mold box (22) is placed on above mobile base (21), die side plate (2203) inside lower edge fitting die bottom plate (2102) side setting, the lower end surface of die side plate (2203) and elastic sealing gasket (2103) contact sealing pressing；

It is described go top waste material device (4) include main body frame (41), Qu Ding waste material mechanism (42), screw drives motor (43) and under Hopper (44), Qu Ding waste material mechanism (42) include main case (4201), and lower hopper (44) is set as two and is respectively set Down either side in main case (4201) is transversely and horizontally set two roll shafts being parallel to each other in main case (4201) (4202), two groups are symmetrically arranged on every roll shaft (4202) for waste material to be delivered to the screw blade of rack two sides (4203), two groups of screw blades (4203) are oppositely oriented；

The cutter device (5) includes the cutting frame (51) for the cuboid being made of more channel steels, elevator platform (52), slide bar Mechanism (510), the elevating mechanism (59) being mounted on cutting frame (51) and the multiple groups cutting machine for being mounted on elevator platform (52) Structure (53), the multiple groups cutting mechanism (53) are distributed setting side by side, and the elevator platform (52) is cuboid framework structure, described Elevator platform (52) is by elevating mechanism (59) and sliding bar mechanism (510) setting in cutting frame (51) inside, the cutting machine Structure (53) is mounted on the lower section of elevator platform (52), and cutting mechanism (53) includes cutting motor (54), active runner (55), driven Runner (56) and the circular saw blade (57) and elastic adjusting component being sleeved on active runner (55) and driven runner (56) (58), the cutting motor (54) is arranged in elevator platform (52) side, described elastic for driving active runner (55) to rotate Component (58) are adjusted to be arranged in the other side of elevator platform (52), for adjusting between active runner (55) and driven runner (56) Spacing.

2. a kind of bimodulus group production line of heat insulation building block as described in claim 1, it is characterised in that: the mixing drum (11) Multiple reverse flow baffles (18) are provided on inner wall.

3. a kind of bimodulus group production line of heat insulation building block as described in claim 1, it is characterised in that: the stirring blade group Part includes stirring wheel (1202), taper stirring (1203) and stirring sheet (1204), and taper stirring (1203) is located at stirring wheel (1202) lower section, the stirring wheel (1202) be horizontally disposed annular structure, stirring wheel (1202) by fixed link with The agitating shaft (1201) at stirring wheel (1202) center is arranged to be fixedly connected, the taper stirring (1203) is by more poles The inverted cone structure of composition；Stirring sheet (1204) setting in agitating shaft (1201) bottom, stirring sheet (1204) for pair Material at the bottom valve of mixing drum (11) is sufficiently stirred.

4. a kind of bimodulus group production line of heat insulation building block as described in claim 1, it is characterised in that: the bracket (16) is " ∏ " shape structure, the vertical arm being parallel to each other including two and the horizontal arm being erected between two vertical arm, the horizontal arm Lower end surface be fixedly connected with the base end of lifting cylinder (15).

5. a kind of bimodulus group production line of heat insulation building block as described in claim 1, it is characterised in that: the elastic adjusting group Part (58) includes fixed block (5801), slipping block (5802) and rotary screw (5803), and the fixed block (5801) is by Contraband shape Portion (58011) and mounting plate (58012) composition, the two sides up and down in Contraband shape portion (58011) are relatively set with flange (58013), slipping block (5802) is slidably arranged in the side in Contraband shape portion (58011) and is fastened on the flange (58013) Position, the screw end head of the rotary screw (5803) pass through Contraband shape portion (58011) and are rotatably arranged on mounting plate (58012) it in, is fixedly connected with adjusting nut (5804) on the inside of slipping block (5802), the adjusting nut (5804) is set in rotation Turn on screw rod (5803), driven runner (56) includes runner and the shaft for installing runner, and one end of shaft is fixedly connected on The outer end face of slipping block (5802).

6. a kind of bimodulus group production line of heat insulation building block as claimed in claim 1 or 5, it is characterised in that: the elastic tune Section component (58) is mounted on position adjustable plate (5101), offers position adjustment hole on the frame of the cutting frame (51), The position adjustable plate (5101) is arranged at the position adjustment hole.

7. a kind of bimodulus group production line of heat insulation building block as described in claim 1, it is characterised in that: the screw blade (4203) blanking hobboing cutter (4204) are additionally provided on the roll shaft (4202) of outer end.

8. a kind of bimodulus group production line of heat insulation building block as described in claim 1, it is characterised in that: the two of same cross section The axial connecting line and horizontal sextant angle of a roll shaft (4202) are 5-15 °.

9. a kind of bimodulus group production line of heat insulation building block as claimed in claim 8, it is characterised in that: two roll shafts (4202) On be provided with sprocket wheel (4301), between two sprocket wheels (4301) by driving chain (4302) be driven, screw drives motor (43) roll shaft (4202) rotation of low level side is driven by belt (4303), the roll shaft (4202) of low level side passes through driving chain (4302) roll shaft (4202) rotation of high-order side is driven.