CN209682567U - A kind of block building machine for being conducive to be stirred - Google Patents

Abstract

The utility model relates to a kind of block building machine for being conducive to be stirred in auto block building machine field, guide assembly is extended to rear frame setting from front side frame；The periphery of rear frame is provided with gantry support, the top of gantry support and rear side bracket is equipped with lifting assembly, upper die component is provided between lifting assembly and guide assembly, it is equipped with lower mold assemblies below upper die component, the two sides of upper die component and lower mold assemblies are simultaneously provided with upper and lower slide rail component between rear frame；Disengaging guidance set is provided between the two sides cooperation upper and lower slide rail component of lower mold assemblies；Also match lower mold assemblies and be provided with pallet component in the outside of rear frame；The utility model can carry out sufficiently quickly stirring to the raw material for needing to carry out brickmaking, material is stirred evenly by the realization of differential sprocket wheel, lower mold assemblies can be replaced simultaneously automatically, reduces manually-operated risk, the working efficiency of raising.

Description

A kind of block building machine for being conducive to be stirred

Technical field

The utility model relates to the block building machines for being conducive to be stirred a kind of in auto block building machine field.

Background technique

Block building machine is by the machine of the granulated slags package material such as sandstone, slag support solid brick；According to the raw material used and at Type mechanism is different, and block building machine can be divided into vibrating forming block building machine, hydro-forming block building machine and vibration hydraulic forming machine；It is hydraulic at Type block building machine uses commonplace in the prior art；Hydro-forming block building machine passes through hydraulic system driven mold pressure head from mold Then pressing unfired brick in set exports adobe demoulding again；In use, it adds materials manually, and needs artificial addition Supporting plate, automation effect are poor；Adobe and mold are easy adhesion, will appear breakage after demoulding, there is the inconvenient technology of demoulding Problem, the die head that hydraulic pressure oil overhold drives will cause slight shift, cover and connect with mold as slight vibration occurs for machinery After cause abrasion accelerate, use inconvenient.

Utility model content

The purpose of the utility model is to provide a kind of block building machine for being conducive to be stirred, which can be to needs The raw material for carrying out brickmaking carry out sufficiently quickly stirring, are stirred evenly by the realization of differential sprocket wheel to material, while energy It is enough that lower mold assemblies are replaced automatically, reduce manually-operated risk, the working efficiency of raising.

Purpose of the utility model is realized as follows: a kind of block building machine for being conducive to be stirred, including pedestal, pedestal On be provided with main frame, the main frame is arranged in quadrangle, and the main frame includes front side frame and rear frame, before described The top of side frame is equipped with feeding hopper component, and the lower part of front side frame is simultaneously equipped with below feeding hopper component There is mixing component, the two sides cooperation front side frame of the mixing component is provided with guide assembly；The guide assembly is from front side frame Frame is extended to rear frame setting；The periphery of the rear frame is provided with gantry support, the gantry support and rear side bracket Top be equipped with lifting assembly, upper die component, the upper mold group are provided between the lifting assembly and guide assembly It is equipped with lower mold assemblies below part, the two sides of the upper die component and lower mold assemblies are simultaneously arranged between rear frame There is upper and lower slide rail component；Disengaging guidance set is provided between the two sides cooperation upper and lower slide rail component of the lower mold assemblies；Rear side Also match lower mold assemblies and be provided with pallet component in the outside of frame.

When utility model works, which is directly placed on the ground then complete in fixation by the personnel that are operated first Finish, fixes after finishing, operator directly pours raw material in the feeding hopper component on front side frame top at this time, passes through title After weight, then uniformly it is fed directly in mixing component, mixing component is timed the material entered in feeding hopper component Adequately stirring, after stirring evenly, is transported to rear frame position from front side frame by guide assembly, just to stir Component is mixed between lower mold assemblies and upper die component, then raw material are discharged the raw material in lower mold assemblies by mixing component It can be automatically flowed into each die hole of lower mold assemblies and be carried out wait compress by the effect of gravity；Then mixing component is again from rear Side frame is fallen back at the original position of front side frame；Upper die component is started to work at this time, and upper die component is directly once squeezed Then constantly compressed, to when the raw material of each die hole of lower mold assemblies compress, while upper die component and under Membrane module has certain buffer function, avoids forming hard extruding in upper die component and lower mold assemblies, damage upper die component is under Membrane module；After primary extruding, then upper die component carries out secondary extrusion again and disposably extrudes molding building block, in this way It is able to carry out primary extruding, forms multiple building blocks, improves production efficiency.

The beneficial effects of the utility model are that the utility model can carry out the raw material for needing to carry out brickmaking abundant Quickly stirring stirs evenly material by the realization of differential sprocket wheel, while can be replaced automatically to lower mold assemblies, Reduce manually-operated risk, the working efficiency of raising.

Need the raw material for carrying out building block that can quickly flow out for guarantee as a further improvement of the utility model, It goes, will not be carried out in feeding hopper overstocked；Feeding hopper bracket is provided in the front side frame, the feeding hopper bracket setting exists The two sides of front side frame, the feeding hopper component include feeding hopper ontology, and the placement block of feeding hopper ontology two sides is arranged in, setting The two sides of discharge port below feeding hopper ontology, the discharge port are equipped with discharging cylinder；The feeding hopper ontology Feed inlet is much larger than discharge port, and the feeding hopper ontology is arranged in funnel shaped；The discharge port is arc-shaped shape setting.

The raw material to guarantee that every a batch carries out building block can be carried out accurately as a further improvement of the utility model, Weighing avoids formula from having error；Weighing device is equipped between the placement block and feeding hopper bracket of the two sides；It is described to feed Hopper body interior is also equipped with several groups arch breaking apparatus, and the arch breaking apparatus includes lateral arch breaking apparatus and oblique broken arch Device, the arch breaking apparatus include broken arch motor, and the broken arch leaf on broken arch axis is arranged in the broken arch axis of cooperation broken arch motor setting Piece, the T-shaped setting of broken arch blade；Several groups have been arranged in a staggered manner on broken arch axis in the broken arch blade.

Need to carry out the raw material of building block in stirred tank body interior for guarantee as a further improvement of the utility model, Quickly adequately stirring is carried out, and ensures to stir evenly；The mixing component includes stirred tank ontology, is arranged in stirred tank ontology The stirrer paddle on agitating shaft is arranged in interior agitating shaft, for driving the stirring driving assembly of agitating shaft；The stirred tank sheet Body is located at the underface of the discharge port below feeding hopper ontology, and the agitating shaft is arranged in parallel with three groups and is respectively set to No.1 Agitating shaft, No. two agitating shafts and No. three agitating shafts.

As a further improvement of the utility model, not for guarantee No.1 agitating shaft, No. two agitating shafts and No. three agitating shafts It can fight, will not interfere with each other, and ensure that there is preferable stirring efficiency；The stirrer paddle is arranged at 0 ° of No.1 agitating shaft Position, 90 ° of positions, 180 ° of positions and 270 ° of positions；The stirrer paddle is additionally arranged at 45 ° of positions of No. two agitating shafts, 135 ° of positions It sets, 225 ° of positions and 315 ° of positions；The stirrer paddle be additionally arranged at 0 ° of position of No. three agitating shafts, 90 ° of positions, 180 ° of positions and 270 ° of positions；The a certain distance that is staggered between adjacent stirrer paddle setting.

It is as a further improvement of the utility model, guarantee No.1 agitating shaft, No. two agitating shafts and No. three agitating shaft energy Differential operating is enough formed, avoids raw material uneven in the stirring of stirred tank body interior；It is provided on the No.1 agitating shaft small Gear is provided with middle gear on No. two agitating shafts, gear wheel, the stirring driving group is provided on No. three agitating shafts Stirring gear is equipped on part；Pass through chain drive between the pinion gear, middle gear, gear wheel and stirring gear；Institute The diameter for stating stirring gear is consistent with the diameter of gear wheel.

As a further improvement of the utility model, to guarantee that lower mold assemblies can be smoothly moved forward and backward, it is convenient for Operator carries out quick-replaceable；The disengaging guidance set includes the guide plate that lower mold assemblies two sides are arranged in, is arranged under The guide cylinder of membrane module two sides is arranged in the guide rail on upper and lower slide rail component, is provided with and leads between the guide plate and guide rail To wheel；The directive wheel is provided with several groups, the downside of the directive wheel fixed guide plate.

Can lower mold assemblies be formed with effective branch for guarantee pallet component as a further improvement of the utility model, Support, avoids lower mold assemblies from falling down；The pallet component includes the stretching support being arranged on the outside of lower mold assemblies, for pushing The support cylinder of support is stretched out, the stretching support is provided with two groups；The inside for stretching out support is arranged in the support cylinder；Institute It states and is equipped with reinforcing rib below stretching support；The inside for stretching out support is provided with ejection assembly from front to back；Institute It states ejection assembly and is provided with several groups.

It is as a further improvement of the utility model, to guarantee lower mold assemblies to be moved out of when coming can smoothly be pushed up Get up；Described to stretch out support in certain thickness setting, the ejection assembly includes that the hydraulic cylinder stretched out inside support is arranged in, The circular trough stretched out in support is set, the top cover in circular trough is set；It is connect below the top cover with hydraulic cylinder, the top The thickness of lid and the depth of circular trough are consistent, and the diameter of the top cover is much larger than the diameter of hydraulic cylinder upper ejector pin.

Detailed description of the invention

Fig. 1 is the stereoscopic schematic diagram one of the utility model.

Fig. 2 is the stereoscopic schematic diagram two of the utility model.

Fig. 3 is the inside main view of feeding hopper component.

Fig. 4 is the main view inside mixing component.

Fig. 5 is the top view of pallet component.

Fig. 6 is the side view of pallet component.

Fig. 7 is schematic enlarged-scale view at A in Fig. 1.

Wherein, 1 front side frame, 2 rear frames, 3 feeding hopper components, 4 mixing components, 5 guide assemblies, 6 gantry supports, 7 Lifting assembly, 8 upper die components, 9 lower mold assemblies, 10 upper and lower slide rail components, 11 disengaging guidance sets, 12 pallet components, 13 chargings Block, 17 lateral arch breaking apparatus, 18 oblique arch breaking apparatus, 19 broken arch blades, 20 are placed in mouth, 14 feeding hopper ontologies, 15 discharge ports, 16 Broken arch axis, 21 discharging cylinders, 22 stirred tank ontologies, 23 stirrer paddles, 24 stirring driving assemblies, 25 No.1 agitating shafts, 26 No. two Agitating shaft, 27 No. three agitating shafts, 28 pinion gears, 29 middle gears, 30 gear wheels, 31 chains, 32 stirring gears, 33 guide plates, 34 Support, 38 support cylinders, 39 reinforcing ribs, 40 hydraulic cylinders, 41 circular troughs, 42 are stretched out in guide cylinder, 35 guide rails, 36 directive wheels, 37 Top cover, 43 mandrils.

Specific embodiment

As shown in figs. 1-7, purpose of the utility model is realized as follows: a kind of block building machine for being conducive to be stirred, Including pedestal, main frame is provided on pedestal, the main frame is arranged in quadrangle, and the main frame includes 1 He of front side frame Rear frame 2, the top of the front side frame 1 are equipped with feeding hopper component 3, and the lower part of front side frame 1 is simultaneously located at feeding The lower section of bucket component 3 is equipped with mixing component 4, and the two sides cooperation front side frame 1 of the mixing component 4 is provided with guide rail group Part 5；The guide assembly 5 is extended to rear frame 2 from front side frame 1 and is arranged；The periphery of the rear frame 2 is provided with gantry The top of bracket 6, the gantry support 6 and rear side bracket is equipped with lifting assembly 7, the lifting assembly 7 and guide rail group Upper die component 8 is provided between part 5, the lower section of the upper die component 8 is equipped with lower mold assemblies 9,8 He of upper die component The two sides of lower mold assemblies 9 are simultaneously provided with upper and lower slide rail component 10 between rear frame 2；Match the two sides of the lower mold assemblies 9 It closes and is provided with disengaging guidance set 11 between downslide rail assembly 10；Also match lower mold assemblies 9 and be provided with support in the outside of rear frame 2 Disk component 12；Feeding hopper bracket is provided in the front side frame 1, the two sides of front side frame 1 are arranged in the feeding hopper bracket, The feeding hopper component 3 includes feeding hopper ontology 14, and the placement block 16 of 14 two sides of feeding hopper ontology is arranged in, and is arranged in feeding hopper The two sides of discharge port 15 below ontology 14, the discharge port 15 are equipped with discharging cylinder 21；The feeding hopper ontology 14 Feed inlet 13 be much larger than discharge port 15, the feeding hopper ontology 14 in funnel shaped setting；The discharge port 15 is arc-shaped Shape setting；Weighing device is equipped between the placement block 16 and feeding hopper bracket of the two sides；The feeding hopper ontology 14 Inside is also equipped with several groups arch breaking apparatus, and the arch breaking apparatus includes lateral arch breaking apparatus 17 and oblique arch breaking apparatus 18, the arch breaking apparatus includes broken arch motor, and the broken arch on broken arch axis 20 is arranged in the broken arch axis 20 of cooperation broken arch motor setting Blade 19, the T-shaped setting of the broken arch blade 19；Several groups have been arranged in a staggered manner on broken arch axis 20 in the broken arch blade 19；Institute Stating mixing component 4 includes stirred tank ontology 22, and the agitating shaft in stirred tank ontology 22 is arranged in, the stirring on agitating shaft is arranged in Blade 23, for driving the stirring driving assembly 24 of agitating shaft；The stirred tank ontology 22 is located at below feeding hopper ontology 14 The underface of discharge port 15, the agitating shaft are arranged in parallel with three groups and are respectively set to 25, No. two agitating shafts of No.1 agitating shaft 26 and No. three agitating shafts 27；The stirrer paddle 23 setting 250 ° of positions of No.1 agitating shaft, 90 ° of positions, 180 ° of positions and 270 ° of positions；The stirrer paddle 23 is additionally arranged at 2645 ° of positions of No. two agitating shafts, 135 ° of positions, 225 ° of positions and 315 ° of positions It sets；The stirrer paddle 23 is additionally arranged at 270 ° of positions of No. three agitating shafts, 90 ° of positions, 180 ° of positions and 270 ° of positions；Adjacent The a certain distance that is staggered between stirrer paddle 23 setting；Pinion gear 28 is provided on the No.1 agitating shaft 25, described No. two are stirred It mixes and is provided with middle gear 29 on axis 26, be provided with gear wheel 30 on No. three agitating shafts 27, on the stirring driving assembly 24 It is equipped with stirring gear 32；Pass through chain 31 between the pinion gear 28, middle gear 29, gear wheel 30 and stirring gear 32 Transmission；The diameter of the stirring gear 32 is consistent with the diameter of gear wheel 30；The disengaging guidance set 11 includes being arranged under The guide plate 33 of 9 two sides of membrane module, the guide cylinder 34 that 9 two sides of lower mold assemblies are arranged in are arranged on upper and lower slide rail component 10 Guide rail 35, be provided with directive wheel 36 between the guide plate 33 and guide rail 35；The directive wheel 36 is provided with several groups, described The downside of 36 fixed guide plate 33 of directive wheel；The pallet component 12 includes the stretching support 37 being arranged on the outside of lower mold assemblies, For pushing the support cylinder 38 for stretching out support 37, the stretching support 37 is provided with two groups；The setting of support cylinder 38 exists Stretch out the inside of support 37；Reinforcing rib 39 is equipped with below the stretching support 37；The inside for stretching out support 37 Front to back is provided with ejection assembly；The ejection assembly is provided with several groups；The stretching support 37 is set in certain thickness It sets, the ejection assembly includes that the hydraulic cylinder 40 stretched out inside support 37 is arranged in, and the circular trough stretched out in support 37 is arranged in 41, the top cover 42 in circular trough 41 is set；The top cover 42 is connect with hydraulic cylinder 40 below, the thickness and circle of the top cover 42 The depth of shape slot 41 is consistent, and the diameter of the top cover 42 is much larger than the diameter of 40 upper ejector pin 43 of hydraulic cylinder.

When utility model works, which is directly placed on the ground then complete in fixation by the personnel that are operated first Finish, fix after finishing, opens lateral arch breaking apparatus 17 and oblique arch breaking apparatus 18, lateral arch breaking apparatus 17 and oblique broken arch dress Set 18 drives broken arch axis 20 to be rotated by the driving of broken arch motor, so drive again the broken arch blade 19 of T-shaped setting into Row rotation；Operator directly pours raw material into front side frame 1 top by the feed inlet 13 of feeding hopper ontology 14 at this time In feeding hopper ontology 14, then raw material before this by the longitudinal direction of lateral arch breaking apparatus 17 and its transverse direction tangential force effect into Row stirring, when being flowed at oblique arch breaking apparatus 18, and by tangential force oblique and its perpendicular to oblique direction Effect, can make raw material constantly be pressurized in the inside of feeding hopper ontology 14, and still cutting from different directions in this way Effect to power, is adequately stirred convenient for raw material, avoids remaining；The placement block 16 of two sides and feeding hopper support at the same time Weighing device between frame can accurately weigh to raw material, avoid raw material quality from forming error, so that finally Building block it is unqualified, after weighing, then the unified discharge bucket for opening 14 lower section of feeding hopper ontology, is arc-shaped shape and sets The discharge port 15 set can quickly be flowed into the stirred tank ontology 22 of mixing component 4 convenient for the raw material after stirring It is interior；Before flowing into stirred tank ontology 22, operator needs to open stirring driving assembly 24 to No.1 agitating shaft 25, two Agitating shaft 26 and No. three agitating shafts 27 carry out driving rotation；0 ° of No.1 agitating shaft 25 is arranged in blade on No.1 agitating shaft 25 45 ° of positions of No. two agitating shafts 26 are arranged in position, 90 ° of positions, 180 ° of positions and 270 ° of positions, the blade on No. two agitating shafts 26 It sets, 0 ° of position of No. three agitating shafts 27,90 ° of positions is arranged in 135 ° of positions, 225 ° of positions and 315 ° of positions, No. three agitating shafts 27 It sets, 180 ° of positions and 270 ° of positions；After raw material drop into stirred tank ontology 22, i.e., raw material drop into No.1 agitating shaft 25, the gap between No. two agitating shafts 26 and No. three agitating shafts 27 can make raw material be filled in No.1 agitating shaft in this way 25, it is adequately stirred in turn in the gap between No. two agitating shafts 26 and No. three agitating shafts 27, and No.1 agitating shaft 25 Corresponding pinion gear 28, the corresponding middle gear 29 of No. two agitating shafts 26, the corresponding gear wheel 30 of No. three agitating shafts 27, so that one Number 25, No. two agitating shafts 26 of agitating shaft and No. three agitating shafts 27 realize differentials operating, and No.1 agitating shaft 25 rotates most fast, No. three The speed that agitating shaft 27 stirs is most slow, the speed of No. two agitating shafts 26 stirring be located at No.1 agitating shaft 25 and No. three agitating shafts 27 it Between；By the speed of No.1 agitating shaft 25, No. two agitating shafts 26 and No. three 27 three's differentiation of agitating shaft, realize to raw material into Row adequately stirs evenly；After stirring evenly, 2 position of rear frame is transported to from front side frame 1 by guide assembly 5, Just make mixing component 4 between lower mold assemblies 9 and upper die component 8, then mixing component 4 discharges raw material in lower die In component 9, raw material can be automatically flowed into each die hole of lower mold assemblies 9 by the effect of gravity and be carried out wait compress；So Mixing component 4 is fallen back on from the original position of front side frame 1 from rear frame 2 again afterwards；Upper die component 8 is started to work at this time, upper mold Component 8 directly carries out primary squeeze and is then constantly compressed, and presses the raw material in each die hole of lower mold assemblies 9 When tight, while upper die component 8 and lower mold assemblies 9 have certain buffer function, avoid in 9 shape of upper die component 8 and lower mold assemblies It is squeezed at hard, damages upper die component 8 and lower mold assemblies 9；After primary extruding, then upper die component 8 carries out secondary extrusion again And disposably extrude molding building block, it is able to carry out primary extruding in this way, forms multiple building blocks, improves production efficiency；It is needing When replacement to lower mold assemblies 9, operator, which needs to head on lower mold assemblies 9 by guide cylinder 34, passes through directive wheel 36 are moved along guide rail 35；While being moved, the stretching support 37 on the outside of lower die is released by support cylinder 38 Come, and to stretch out and support 37 to be directly perpendicular to the setting of lower mold assemblies 9；Then lower die is exported to stretching branch by guide cylinder 34 When supportting 37 surface, the hydraulic cylinder 40 inside two groups of stretching supports 37 starts to act at this time, by the top cover in circular trough 41 42 are ejected, and push up until the lower section for the lower mold assemblies 9 being moved always；Then slightly lower mold assemblies 9 are jacked up, top The diameter of lid 42 can increase contact area much larger than the diameter of 40 upper ejector pin 43 of hydraulic cylinder in this way, so that the lower die being pushed up Component 9 is relatively more steady, and then operator passes through fork truck for the lower mold assemblies 9 fork to other positions, then pitches one again newly Lower mold assemblies 9, then block building machine is made to continue work；The purpose operated in this way is easy for operator and carries out more It changes, when preventing operator from carrying out forking replacement inside block building machine, lower mold assemblies 9 collide upper die component 8, and then damage Bad accessory therein, avoids unnecessary loss.

The utility model is not limited to above-described embodiment, on the basis of technical solution disclosed by the utility model, this For the technical staff in field according to disclosed technology contents, not needing creative labor can be special to some of which technology Sign makes some replacements and deformation, these replacements and deformation are within the protection scope of the present utility model.

Claims (9)

1. a kind of block building machine for being conducive to be stirred, including pedestal, main frame is provided on pedestal, the main frame is in four sides Shape setting, which is characterized in that the main frame includes front side frame and rear frame, and the top of the front side frame is equipped with There is feeding hopper component, the lower part of front side frame is simultaneously equipped with mixing component, the stirring below feeding hopper component The two sides cooperation front side frame of component is provided with guide assembly；The guide assembly is extended to rear frame from front side frame and sets It sets；The periphery of the rear frame is provided with gantry support, and the top of the gantry support and rear side bracket is equipped with liter It comes down to a lower group part, upper die component is provided between the lifting assembly and guide assembly, is equipped with below the upper die component The two sides of lower mold assemblies, the upper die component and lower mold assemblies are simultaneously provided with upper and lower slide rail component between rear frame；Institute It states and is provided with disengaging guidance set between the two sides cooperation upper and lower slide rail component of lower mold assemblies；Also match lower die in the outside of rear frame Component is provided with pallet component.

2. a kind of block building machine for being conducive to be stirred according to claim 1, it is characterised in that: in the front side frame It is provided with feeding hopper bracket, the two sides of front side frame are arranged in the feeding hopper bracket, and the feeding hopper component includes feeding hopper The placement block of feeding hopper ontology two sides is arranged in ontology, is arranged in the discharge port below feeding hopper ontology, and the two of the discharge port Side is equipped with discharging cylinder；The feed inlet of the feeding hopper ontology is much larger than discharge port, and the feeding hopper ontology is in funnel Shape setting；The discharge port is arc-shaped shape setting.

3. a kind of block building machine for being conducive to be stirred according to claim 2, it is characterised in that: the placement of the two sides Weighing device is equipped between block and feeding hopper bracket；The feeding hopper body interior is also equipped with several groups broken arch Device, the arch breaking apparatus includes lateral arch breaking apparatus and oblique arch breaking apparatus, the arch breaking apparatus include broken arch motor, cooperation The broken arch axis of broken arch motor setting, is arranged in the broken arch blade on broken arch axis, the T-shaped setting of broken arch blade；The broken arch Several groups have been arranged in a staggered manner on broken arch axis in blade.

4. a kind of block building machine for being conducive to be stirred according to claim 1, it is characterised in that: the mixing component packet Stirred tank ontology is included, is arranged in the intrinsic agitating shaft of stirred tank, the stirrer paddle on agitating shaft is set, for driving stirring The stirring driving assembly of axis；The stirred tank ontology is located at the underface of the discharge port below feeding hopper ontology, the agitating shaft It is arranged in parallel with three groups and is respectively set to No.1 agitating shaft, No. two agitating shafts and No. three agitating shafts.

5. a kind of block building machine for being conducive to be stirred according to claim 4, it is characterised in that: the stirrer paddle is set It sets in 0 ° of position of No.1 agitating shaft, 90 ° of positions, 180 ° of positions and 270 ° of positions；The stirrer paddle is additionally arranged at No. two stirrings 45 ° of positions of axis, 135 ° of positions, 225 ° of positions and 315 ° of positions；The stirrer paddle be additionally arranged at 0 ° of position of No. three agitating shafts, 90 ° of positions, 180 ° of positions and 270 ° of positions；The a certain distance that is staggered between adjacent stirrer paddle setting.

6. a kind of block building machine for being conducive to be stirred according to claim 4 or 5, it is characterised in that: the No.1 is stirred It mixes and is provided with pinion gear on axis, middle gear is provided on No. two agitating shafts, is provided with gear wheel on No. three agitating shafts, Stirring gear is equipped on the stirring driving assembly；Lead between the pinion gear, middle gear, gear wheel and stirring gear Cross chain drive；The diameter of the stirring gear is consistent with the diameter of gear wheel.

7. a kind of block building machine for being conducive to be stirred according to claim 1, it is characterised in that: the disengaging guiding group Part includes the guide plate that lower mold assemblies two sides are arranged in, the guide cylinder that lower mold assemblies two sides are arranged in, and is arranged in upper and lower slide rail Guide rail on component is provided with directive wheel between the guide plate and guide rail；The directive wheel is provided with several groups, the guiding Take turns the downside of fixed guide plate.

8. a kind of block building machine for being conducive to be stirred according to claim 1, it is characterised in that: the pallet component packet The stretching support being arranged on the outside of lower mold assemblies is included, for pushing the support cylinder for stretching out support, the stretching support is provided with Two groups；The inside for stretching out support is arranged in the support cylinder；Reinforcing rib is equipped with below the stretching support；It is described The inside for stretching out support is provided with ejection assembly from front to back；The ejection assembly is provided with several groups.

9. a kind of block building machine for being conducive to be stirred according to claim 8, it is characterised in that: the stretching, which supports, is in Certain thickness setting, the ejection assembly include that the hydraulic cylinder stretched out inside support is arranged in, and are arranged in stretching support The top cover in circular trough is arranged in circular trough；It is connect below the top cover with hydraulic cylinder, the thickness of the top cover and circular trough Depth is consistent, and the diameter of the top cover is much larger than the diameter of hydraulic cylinder upper ejector pin.