CN205325987U

CN205325987U - Haydite aerated building block production facility

Info

Publication number: CN205325987U
Application number: CN201620127251.0U
Authority: CN
Inventors: 魏安昆; 卢益新
Original assignee: Lishui Taozhu Building Material Technology Co Ltd
Current assignee: Lishui Taozhu Building Material Technology Co Ltd
Priority date: 2016-02-18
Filing date: 2016-02-18
Publication date: 2016-06-22
Anticipated expiration: 2026-02-18

Abstract

The utility model provides a haydite aerated building block production facility, includes feedstock delivery means, feedstock delivery means's lateral part is fixed with raw material mixing device. The cutting device in the utility model is advantageous in that, structure design is ingenious, rationally, utilize feedstock delivery means conveniently to carry out continuous conveyor to hopper no. 1 and two departments of hopper to the raw materials, and raw material mixing device, can be haydite and the cement mixture stirring of adding water, the material is mixed in formation, the rethread shut removes opens the discharge opening, it drops through the discharge opening and is arranged in the hopper that connects of discharge opening below to mix the material, block two positions that block of piece connecing the hopper to remove to along " X " direction again, again connecing the hopper to remove three departments on the guide rail along " Y " direction, and connect the stub bar lifting through the effect handle of elevating platform, connect the material of mixing in the hopper to pass through the plugboard, the ejection of compact is arrived in each haydite aerated building block forming die, this kind of haydite aerated building block production methods, it is not only efficient, and the recruitment is few, low cost, and is worthy of application and popularization.

Description

Haydite aerated building block production equipment

Technical field

This utility model relates to a kind of plant equipment, especially a kind of equipment produced for haydite aerated building block。

Background technology

At present, the production of haydite aerated building block is all pass through cement mixer, it is stirred, during cement mixer reverse rotation is poured out and is pulled a cart again, it is shaped manually the spice mixture of cement plus water (haydite) being poured in the mould that haydite aerated building block makes, this mode not only efficiency is low, and the workman needed is many, and cost is high。

Utility model content

The shortcoming that this utility model to solve above-mentioned prior art, it is provided that a kind of haydite aerated building block production equipment that can increase haydite aerated block forming efficiency, meets enterprise and produces the demand that haydite aerated building block efficiency is high, cost is low。

This utility model solves the technical scheme that its technical problem adopts: this haydite aerated building block production equipment, including raw material conveying device, the sidepiece of raw material conveying device is fixed with stock stirring device；Raw material conveying device includes haydite conveying mechanism and cement transportation mechanism；Haydite conveying mechanism includes being installed below by motor-driven conveyer belt with what the bucket of discharging opening, bucket exported；Cement transportation mechanism includes the cement tank body with discharging opening, cement tank body be installed below spiral propeller；Stock stirring device includes cylinder, the bottom of cylinder is fixed with the base plate of closed cylinder, the top of cylinder is fixed with the bucket one with discharging opening and the bucket with discharging opening two, the top inner peripheral wall of cylinder is fixed with the support member with observation panel, support member is fixed with bearing with spherical outside surface of usheing to seat, usher to seat and bearing with spherical outside surface is fixed with the axostylus axostyle extending to bottom of cylinder, axostylus axostyle has the through hole running through its upper and lower end face, through hole is plugged with montant, support member is fixed with pedestal, pedestal top is fixed with cylinder, montant is fixed on the piston rod of cylinder, the top of axostylus axostyle is fixed with the worm gear being coaxial therewith, worm gear is engaged with worm screw, worm screw is rotatably connected on pedestal and passes through driven by servomotor, the center of base plate has discharge opening, the bottom of montant is fixed with the closing plate for airtight discharge opening, the bottom of axostylus axostyle is fixed with stirring sheet；The discharging opening of spiral propeller and bucket one location matches, the discharging opening of conveyer belt and bucket two location matches。Here the effect of raw material conveying device is, for the conveying of haydite materials and bulk cement, in feedstock transportation to bucket one and bucket two, spiral propeller is existing product on the market here；Here the effect of stock stirring device is, add water be stirred for haydite, cement mixing, stir into uniform spice, here the effect of the support member with observation panel is, for supporting the effect of usher to seat bearing with spherical outside surface and pedestal, it is also used for observing the amount being poured in cylinder spice, it is to avoid raw material is poured into too much, and exceedes the spacing height of support member；Here the effect closing plate is, is used for opening and closing discharge opening, it is simple to it is convenient from discharge opening discharge that the spice being stirred can pass through gravity；Here the effect of axostylus axostyle is, for stirring the fixing of sheet, also allows for drive motor and utilizes worm and gear principle to drive axostylus axostyle to rotate, thus driving stirring sheet to rotate；Here the effect being provided with through hole in axostylus axostyle is, for installing montant, the closing plate upper and lower displacement being fixed on montant bottom is utilized to open and close discharge opening, can reach when ensureing that discharge opening is airtight, can utilize stirring sheet stirring spice (haydite, cement, water mixture), during discharging, as long as utilizing air cylinder driven to close plate disengaging discharge opening just ingenious can reach the effect of spice discharging；Here bearing with spherical outside surface of usheing to seat is existing product on the market。

Perfect further, discharge opening be connected with conveying device of stirring material, conveying device of stirring material includes the guide rail one arranged along " X " direction, and it is slidably connected at the slide block one on guide rail one, it is fixed on the gripper shoe one on slide block one, gripper shoe one is fixed with the guide rail two arranged along " Y " direction, guide rail two slidably connects slide block two, slide block two is fixed with gripper shoe two, gripper shoe two is fixed with lifting platform, the lifting plate of lifting platform is provided with receiving hopper, the side of gripper shoe one is fixed with for the monolateral spacing stopper one of slide block two, guide rail one is fixed with the stopper two for slide block lateral spacing position one by one, the sidepiece of guide rail one is fixed with the guide rail three arranged along " Y " direction, guide rail three front end face is arranged and location matches with guide rail two rear end face gap, the length of sliding shoe two is more than the spacing between guide rail three and guide rail two；The sidepiece of receiving hopper has discharging opening, and discharging opening is opened and closed by the plugboard being plugged on receiving hopper。This inner guide rail one, slide block one effect be can move freely along " X " direction for gripper shoe one；This inner guide rail two, slide block two effect be can move freely along " Y " direction for gripper shoe two, it is also possible to make gripper shoe two can slide into guide rail three place；Here the effect of stopper one and stopper two is, spacing along " X " direction, side for gripper shoe one, spacing along " Y " direction, side for gripper shoe two, sliding shoe one be blocked block one spacing time, guide rail two and the positive good position mitered of guide rail three；Here discharging opening, plugboard effect be, for the discharging of spice in receiving hopper；Here the effect of lifting platform is, lifting for receiving hopper, during from discharge opening splicing, lifting platform lifts receiving hopper, it is pointed to the spice in cylinder and carries out splicing, during conveying spice, lifting platform declines, thus receiving hopper also declines, decentralization, when mobile receiving hopper is mobile along " X " direction and " Y ", owing to center of gravity reduces, carry more stable, when being transported to appointment position by three receiving hoppers of guide rail, lifting platform can be started, such that it is able to drive receiving hopper to rise, spice by discharging opening blowing to specific mould；Owing to haydite aerated building blocks shaping mould is huger, need haydite aerated building blocks shaping mould to be placed into the sidepiece of raw material material blending device, namely need receiving hopper from " X " direction for spice splicing, being transformed into and " X " direction vertically disposed " Y " direction place, the blowing carrying out spice processes。

Perfect further, the sidepiece of guide rail three is placed with one group of haydite aerated building blocks shaping mould。Here the effect of haydite aerated building blocks shaping mould is, when receiving hopper is along the motion of " Y " direction, for carrying out coagulation forming use in spice blowing in receiving hopper to haydite aerated building block。

Perfect further, haydite mould includes pedestal one, the front and back sidepiece of pedestal one is designed with side plate one, the left and right sides of pedestal one is designed with side plate two, each side plate one and each side plate two surround mould cavity one, pedestal one is fixed with one group of threaded rod one, side plate one is fixed with the sleeve pipe one of internal diameter and threaded rod one diameter matches, threaded on threaded rod one have nut one, the left and right sides of side plate one is all fixed with one group of threaded rod two, being fixed with the sleeve pipe two of internal diameter and threaded rod two diameter matches on side plate two, threaded rod two is threaded nut two。Here threaded rod one, sleeve pipe one, nut one effect be, it is possible to easy disassembly side plate one and facilitate side plate one to be separated from the haydite aerated building block of solidification；Here threaded rod two, sleeve pipe two, nut two effect be, side plate two is facilitated to move at the axis direction of threaded rod two, so that the haydite aerated building block side of solidification is not bound on side plate two, it is to avoid side plate two, when being upwards drawn out of, pulls apart haydite aerated building block tip edge structure。

Perfect further, haydite aerated building blocks shaping mould includes pedestal two, the front and back sidepiece of pedestal two is designed with the side plate three fastened by securing member, the left and right sides of pedestal two is all hinged with side plate four, and each side plate three and each side plate four surround mould cavity two, and side plate three is rotatably connected to threaded rod three, side plate four is fixed with block, block side has transverse groove, and threaded rod three coordinates at transverse groove place, and is fastened by nut three。Here threaded rod three, block, transverse groove, nut three effect be, it is simple to the locking to side plate four；When side plate three and side plate four depart from haydite aerated building block, first unscrew nut three, rotate threaded rod three, so that threaded rod Three Cut Off's block place, side plate four downwardly turns over, and the securing member of fastening side plate three is back-outed, side plate three take from, thus side plate three and side plate four depart from haydite aerated building block bonding, so ensure integrity when haydite aerated building block is cut, increase utilization rate。

Perfect further, the end face sidepiece of side plate four is fixed with correcting block, the front end face of correcting block is fixed with vee-block one, and the end face sidepiece of side plate three is fixed with and the alignment block of correcting block location matches, alignment block has and the V-shaped groove one of vee-block one shape size location matches；Being provided with dividing plate one between biside plate three, the left and right end face of dividing plate one is all fixed with vee-block two, and the inner face of biside plate four is all fixed with limited block one, limited block one has and runs through its upper and lower end face the V-shaped groove two with vee-block two shape size location matches。Here correcting block and alignment block effect be, it is simple to side plate four is accurately brought together into side plate three place；Here the effect of dividing plate one is, it is possible to improve the efficiency of the haydite aerated building block of mould molding。

Perfect further, dividing plate two it is provided with between biside plate one, the left and right end face of dividing plate two is all fixed with vee-block three, and the inner face of biside plate two is all fixed with limited block two, limited block two has and runs through its upper and lower end face the V-shaped groove three with vee-block three shape size location matches。Here the effect of dividing plate two is, it is possible to improves mould molding and solidifies the efficiency of haydite aerated building block。

Perfect further, close the outer surface of plate and close the setting in c angle between plate bottom surface, the number of degrees of c angle are 30 °～60 ° settings, the contoured surface of discharge opening is consistent with the outer surface inclination angle closing plate, being provided with sealing ring on the contoured surface of discharge opening, the end face of base plate and the end face closing plate are all downward-sloping tapering。Here closing the effect arranged between the outer surface of plate and closing plate bottom surface in c angle is, when closing plate and moving from lower to upper, the outline closing plate can be enclosed on discharge opening contoured surface, such that it is able to airtight firmly discharge opening, when being also beneficial to spice discharging, have only to air cylinder driven close plate and move downward and just can open discharge opening, it is possible to reduce air cylinder driven closing plate and move upward when opening discharge opening, the resistance of suffered spice；The effect that end face all taperings of the end face of base plate and closing plate are downward-sloping is, it is possible to reduce spice is trapped in its end face。

Perfect further, the bottom surface of base plate is fixed with the jet angle of one group of each Fine spray shower nozzle of Fine spray shower nozzle and the outer surface location matches closing plate。This set, it is simple to clean the outline closing plate, it is to avoid a small amount of spice is trapped in its outer surface place, and affects the airtight firmly discharge opening of closing plate。

Perfect further, bucket, bucket one, bucket two are fitted with vibrator。The effect of this vibrator is, it is ensured that the flowing of raw material is smooth and easy, will not be blocked in the exit of bucket, bucket one, bucket two。

This utility model has the advantages that: this utility model smart structural design, rationally, utilize raw material conveying device that raw material can conveniently be delivered continuously to bucket one and bucket two place, and stock stirring device, haydite and cement mixing can be added water stirring, form spice, move again through closing plate and open discharge opening, spice is dropped by discharge opening the receiving hopper being arranged in below discharge opening, again receiving hopper is moved to the position of stopper two stop along " X " direction, again receiving hopper is moved to guide rail three place along " Y " direction, and by the effect of lifting platform splicing head lifting, spice in receiving hopper passes through plugboard discharging in each haydite aerated building blocks shaping mould, this haydite aerated building block mode of production, not only efficiency is high, and recruitment is few, cost is low, it is worthy of popularization。

Accompanying drawing explanation

Fig. 1 is structural representation of the present utility model；

Fig. 2 is schematic top plan view of the present utility model；

Fig. 3 is the principle axonometric chart of conveying device of stirring material in this utility model

Fig. 4 is the structural representation of this utility model Raw agitating device and conveying device of stirring material；

Fig. 5 is the structural representation of this utility model Raw agitating device；

Fig. 6 is the a-quadrant partial enlarged drawing of Fig. 1；

Fig. 7 is the B-B sectional view of Fig. 6；

Fig. 8 is the axonometric chart of the haydite aerated building blocks shaping mould scheme one of this utility model；

Fig. 9 is the C-C profile of Fig. 8；

Figure 10 is the partial enlargement head in the D region of Fig. 8；

Figure 11 is the axonometric chart of the haydite aerated building blocks shaping mould scheme two of this utility model；

Figure 12 is the E-E profile of Figure 11；

Figure 13 is the F region partial enlarged drawing of Figure 11；

Figure 14 is the mould being conventionally used to haydite aerated block forming。

Description of reference numerals: raw material conveying device 1, haydite conveying mechanism 1-1, bucket 1-1a, conveyer belt 1-1b, cement transportation mechanism 1-2, cement tank body 1-2a, spiral propeller 1-2b, stock stirring device 2, cylinder 2-1, base plate 2-1a, discharge opening 2a-1a, bucket one 2-2, bucket two 2-3, support member 2-4, usher to seat bearing with spherical outside surface 2-5, axostylus axostyle 2-6, through hole 2-6a, montant 2-7, pedestal 2-8, cylinder 2-9, worm gear 2-10, worm screw 2-11, servomotor 2-12, close plate 2-13, stirring sheet 2-14, sealing ring 2-15, Fine spray shower nozzle 2-16, conveying device of stirring material 3, guide rail one 3-1, slide block one 3-2, gripper shoe one 3-3, guide rail two 3-4, lifting platform 3-5, lifting plate 3-5a, receiving hopper 3-6, discharging opening 3-6a, plugboard 3-6b, stopper one 3-7, stopper two 3-8, guide rail three 3-9, slide block two 3-10, gripper shoe two 3-11, haydite aerated building blocks shaping mould 4, pedestal one 4-1, side plate one 4-2, side plate two 4-3, limited block two 4-3a, V-shaped groove three 4a-3a, mould cavity a, threaded rod one 4-4, sleeve pipe one 4-5, nut one 4-6, threaded rod two 4-7, sleeve pipe two 4-8, nut two 4-9, pedestal two 4-10, side plate three 4-11, alignment block 4-11a, V-shaped groove one 4a-11a, side plate four 4-12, block 4-12a, vee-block one 4a-12a, correcting block 4-12b, limited block one 4-12c, V-shaped groove two 4a-12c, mould cavity two b, threaded rod three 4-13, transverse groove 4a-12a, nut three 4-14, dividing plate one 4-15, dividing plate two 4-16, vee-block three 4-16a, vibrator 5。

Detailed description of the invention

Below in conjunction with accompanying drawing, the utility model is described in further detail:

With reference to accompanying drawing 1,2,3,4,5,6,7,8,9,10,14: this haydite aerated building block production equipment, including raw material conveying device 1, the sidepiece of raw material conveying device 1 is fixed with stock stirring device 2；Raw material conveying device 1 includes haydite conveying mechanism 1-1 and cement transportation mechanism 1-2；Haydite conveying mechanism 1-1 includes being installed below by motor-driven conveyer belt 1-1b with the bucket 1-1a of discharging opening, bucket 1-1a outlet；Cement transportation mechanism 1-2 includes the cement tank body 1-2a with discharging opening, and cement tank body 1-2a is installed below spiral propeller 1-2b；Stock stirring device 2 includes cylinder 2-1, the bottom of cylinder 2-1 is fixed with the base plate 2-1a of closed cylinder 2-1, the top of cylinder 2-1 is fixed with bucket one 2-2 with discharging opening and the bucket with discharging opening two 2-3, the top inner peripheral wall of cylinder 2-1 is fixed with the support member 2-4 with observation panel, support member 2-4 is fixed with the bearing with spherical outside surface 2-5 that ushers to seat, usher to seat and bearing with spherical outside surface 2-5 is fixed with the axostylus axostyle 2-6 extended to bottom cylinder 2-1, axostylus axostyle 2-6 has the through hole 2-6a running through its upper and lower end face, through hole 2-6a is plugged with montant 2-7, support member 2-4 is fixed with pedestal 2-8, pedestal 2-8 top is fixed with cylinder 2-9, montant 2-7 is fixed on the piston rod of cylinder 2-9, the top of axostylus axostyle 2-6 is fixed with the worm gear 2-10 being coaxial therewith, worm gear 2-10 is engaged with worm screw 2-11, worm screw 2-11 is rotatably connected on pedestal 2-8 and is driven by servomotor 2-12, the center of base plate 2-1a has discharge opening 2a-1a, the bottom of montant 2-7 is fixed with the closing plate 2-13 for airtight discharge opening 2a-1a, the bottom of axostylus axostyle 2-6 is fixed with stirring sheet 2-14；The discharging opening of spiral propeller 1-2b and bucket one 2-2 location matches, the discharging opening of conveyer belt 1-1b and bucket two 2-3 location matches。

Discharge opening 2a-1a is connected with conveying device of stirring material 3, conveying device of stirring material 3 includes guide rail one 3-1 arranged along " X " direction, and it is slidably connected at slide block one 3-2 on guide rail one 3-1, it is fixed on gripper shoe one 3-3 on slide block one 3-2, gripper shoe one 3-3 is fixed with guide rail two 3-4 arranged along " Y " direction, guide rail two 3-4 slidably connects slide block two 3-10, slide block two 3-10 is fixed with gripper shoe two 3-11, gripper shoe two 3-11 is fixed with lifting platform 3-5, the lifting plate 3-5a of lifting platform 3-5 is provided with receiving hopper 3-6, the side of gripper shoe one 3-3 is fixed with for monolateral spacing stopper one 3-7 of slide block two 3-2, guide rail one 3-1 is fixed with stopper two 3-8 spacing for slide block one 3-2 side, the sidepiece of guide rail one 3-1 is fixed with guide rail three 3-9 arranged along " Y " direction, guide rail three 3-9 front end face is arranged and location matches with guide rail two 3-4 rear end face gap；The sidepiece of receiving hopper 3-6 is had discharging opening 3-6a, discharging opening 3-6a and is opened and closed by the plugboard 3-6b being plugged on receiving hopper 3-6。

The sidepiece of guide rail three 3-9 is placed with one group of haydite aerated building blocks shaping mould 4。

Haydite mould 4 includes pedestal one 4-1, the front and back sidepiece of pedestal one 4-1 is designed with side plate one 4-2, the left and right sides of pedestal one 4-1 is designed with side plate two 4-3, each side plate one 4-2 and each side plate two 4-3 surrounds mould cavity one a, pedestal one 4-1 is fixed with one group of threaded rod one 4-4, side plate one 4-2 is fixed with sleeve pipe one 4-5 of internal diameter and threaded rod one 4-4 diameter matches, threaded on threaded rod one 4-4 have nut one 4-6, the left and right sides of side plate one 4-2 is all fixed with one group of threaded rod two 4-7, side plate two 4-3 is fixed with sleeve pipe two 4-8 of internal diameter and threaded rod two 4-7 diameter matches, threaded rod two 4-7 is threaded nut two 4-9。

Dividing plate two 4-16 it is provided with between biside plate one 4-2, the left and right end face of dividing plate two 4-16 is all fixed with vee-block three 4-16a, the inner face of biside plate two 4-3 is all fixed with limited block two 4-3a, limited block two 4-3a has and runs through its upper and lower end face V-shaped groove three 4a-3a with vee-block three 4-16a shape size location matches。

Close the outer surface of plate 2-13 and close the setting in c angle between plate 2-13 bottom surface, the number of degrees of c angle are 30 °～60 ° settings, the contoured surface of discharge opening 2a-1a is consistent with the outer surface inclination angle closing plate 2-13, being provided with sealing ring 2-15, the end face of base plate 2-1a and the end face closing plate 2-13 on the contoured surface of discharge opening 2a-1a is all downward-sloping tapering。

The bottom surface of base plate 2-1a is fixed with one group of Fine spray shower nozzle 2-16, the jet angle of each Fine spray shower nozzle 2-16 and the outer surface location matches closing plate 2-13。

Bucket 1-1a, bucket one 2-2, bucket two 2-3 are fitted with vibrator 5。

During use, by haydite conveying mechanism 1-1 and cement transportation mechanism 1-2, raw material (haydite and cement) is transported to receiving hopper one 2-2 and receiving hopper two 2-3 place, and start servomotor 2-12 driving stirring sheet 2-14 rotation, in the process stirring these raw materials, constantly add water and stir into compound, i.e. spice, after raw material stirring is good, stop the conveying of raw material, starting cylinder 2-9 drives closing plate 2-13 to move down, thus opening discharge opening 2a-1a, spice is made to pass through discharge opening 2a-1a, drop in the receiving hopper 3-6 in conveying device of stirring material 3, after receiving hopper 3-6 connects material, mobile receiving hopper 3-6 and miscellaneous part are along the motion of " X " direction until being blocked block two 3-8 and stopping, move receiving hopper 3-6 again, sliding shoe two 3-10, gripper shoe two 3-11 and lifting platform 3-5 moves along " Y " direction, haydite aerated building blocks shaping mould 4 rest area is arrived by guide rail three 3-9, mobile receiving hopper 3-6 arrives the relative position of any one haydite aerated building blocks shaping mould 4, start lifting platform 3-5, raise receiving hopper 3-6, open plugboard 3-6b again, spice is poured in haydite aerated building blocks shaping mould 4, so, one flow process completes, want to carry out next flow process, repeat flow process above, this equipment, production efficiency is high, production cost is low, it is worthy of popularization；Haydite aerated building block is added water stirring by haydite blended cement, it is placed into coagulation forming in mould again, the haydite aerated building blocks shaping mould of market is all by structure shown in Figure 14, this structure is that head and the tail are fixing due to side plate, after haydite aerated building block solidifies, side plate is needed upwards to pull out, this structure, after side plate upwards pulls out, haydite aerated building block tip edge is owing to being bonded on side plate, can be torn, so cause that haydite aerated block tops edge large area is torn off, when haydite aerated building block is cut into Haydite bricks, irregular region is needed to cut away, so can cause when haydite aerated building block is cut into Haydite bricks, utilization rate is not high, cause the wasting of resources

With reference to accompanying drawing 1,2,3,4,5,6,7,11,12,13,14: this haydite aerated building block production equipment, including raw material conveying device 1, the sidepiece of raw material conveying device 1 is fixed with stock stirring device 2；Raw material conveying device 1 includes haydite conveying mechanism 1-1 and cement transportation mechanism 1-2；Haydite conveying mechanism 1-1 includes being installed below by motor-driven conveyer belt 1-1b with the bucket 1-1a of discharging opening, bucket 1-1a outlet；Cement transportation mechanism 1-2 includes the cement tank body 1-2a with discharging opening, and cement tank body 1-2a is installed below spiral propeller 1-2b；Stock stirring device 2 includes cylinder 2-1, the bottom of cylinder 2-1 is fixed with the base plate 2-1a of closed cylinder 2-1, the top of cylinder 2-1 is fixed with bucket one 2-2 with discharging opening and the bucket with discharging opening two 2-3, the top inner peripheral wall of cylinder 2-1 is fixed with the support member 2-4 with observation panel, support member 2-4 is fixed with the bearing with spherical outside surface 2-5 that ushers to seat, usher to seat and bearing with spherical outside surface 2-5 is fixed with the axostylus axostyle 2-6 extended to bottom cylinder 2-1, axostylus axostyle 2-6 has the through hole 2-6a running through its upper and lower end face, through hole 2-6a is plugged with montant 2-7, support member 2-4 is fixed with pedestal 2-8, pedestal 2-8 top is fixed with cylinder 2-9, montant 2-7 is fixed on the piston rod of cylinder 2-9, the top of axostylus axostyle 2-6 is fixed with the worm gear 2-10 being coaxial therewith, worm gear 2-10 is engaged with worm screw 2-11, worm screw 2-11 is rotatably connected on pedestal 2-8 and is driven by servomotor 2-12, the center of base plate 2-1a has discharge opening 2a-1a, the bottom of montant 2-7 is fixed with the closing plate 2-13 for airtight discharge opening 2a-1a, the bottom of axostylus axostyle 2-6 is fixed with stirring sheet 2-14；The discharging opening of spiral propeller 1-2b and bucket one 2-2 location matches, the discharging opening of conveyer belt 1-1b and bucket two 2-3 location matches。

Discharge opening 2a-1a is connected with conveying device of stirring material 3, conveying device of stirring material 3 includes guide rail one 3-1 arranged along " X " direction, and it is slidably connected at slide block one 3-2 on guide rail one 3-1, it is fixed on the gripper shoe 3-3 on slide block one 3-2, gripper shoe 3-3 is fixed with guide rail two 3-4 arranged along " Y " direction, guide rail two 3-4 slidably connects slide block two 3-10, slide block two 3-10 is fixed with gripper shoe two 3-11, gripper shoe two 3-11 is fixed with lifting platform 3-5, the lifting plate 3-5a of lifting platform 3-5 is provided with receiving hopper 3-6, the side of gripper shoe one 3-3 is fixed with for monolateral spacing stopper one 3-7 of slide block two 3-2, guide rail one 3-1 is fixed with stopper two 3-8 spacing for slide block one 3-2 side, the sidepiece of guide rail one 3-1 is fixed with guide rail three 3-9 arranged along " Y " direction, guide rail three 3-9 is arranged and location matches with guide rail two 3-4 end clearance；The sidepiece of receiving hopper 3-6 is had discharging opening 3-6a, discharging opening 3-6a and is opened and closed by the plugboard 3-6b being plugged on receiving hopper 3-6。

Haydite aerated building blocks shaping mould 4 includes pedestal two 4-10, the front and back sidepiece of pedestal two 4-10 is designed with side plate three 4-11 fastened by securing member, the left and right sides of pedestal two 4-10 is all hinged with side plate four 4-12, each side plate three 4-11 and each side plate four 4-12 surrounds mould cavity two b, side plate three 4-11 is rotatably connected to threaded rod three 4-13, side plate four 4-12 is fixed with block 4-12a, block 4-12a side has transverse groove 4a-12a, threaded rod three 4-13 coordinates at transverse groove 4a-12a place, and by nut three 4-14 fastening。

The end face sidepiece of side plate four 4-12 is fixed with correcting block 4-12b, the front end face of correcting block 4-12b is fixed with vee-block one 4a-12b, the end face sidepiece of side plate three 4-11 is fixed with and the alignment block 4-11a of correcting block 4-12b location matches, alignment block 4-11a has and V-shaped groove one 4a-11a of vee-block one 4a-12b shape size location matches；Dividing plate one 4-15 it is provided with between biside plate three 4-11, the left and right end face of dividing plate one 4-15 is all fixed with vee-block two 4-15a, the inner face of biside plate four 4-12 is all fixed with limited block one 4-12c, limited block one 4-12c has and runs through its upper and lower end face V-shaped groove two 4a-12c with vee-block two 4-15a shape size location matches。

Bucket 1-1a, bucket one 2-2, bucket two 2-3 are fitted with vibrator 5。

During use, by haydite conveying mechanism 1-1 and cement transportation mechanism 1-2, raw material (haydite and cement) is transported to receiving hopper one 2-2 and receiving hopper two 2-3 place, and start servomotor 2-12 driving stirring sheet 2-14 rotation, in the process stirring these raw materials, constantly add water and stir into compound, i.e. spice, after raw material stirring is good, stop the conveying of raw material, starting cylinder 2-9 drives closing plate 2-13 to move down, thus opening discharge opening 2a-1a, spice is made to pass through discharge opening 2a-1a, drop in the receiving hopper 3-6 in conveying device of stirring material 3, after receiving hopper 3-6 connects material, mobile receiving hopper 3-6 and miscellaneous part are along the motion of " X " direction until being blocked block two 3-8 and stopping, move receiving hopper 3-6 again, sliding shoe two 3-10, gripper shoe two 3-11 and lifting platform 3-5 moves along " Y " direction, haydite aerated building blocks shaping mould 4 rest area is arrived by guide rail three 3-9, mobile receiving hopper 3-6 arrives the relative position of any one haydite aerated building blocks shaping mould 4, start lifting platform 3-5, raise receiving hopper 3-6, open plugboard 3-6b again, spice is poured in haydite aerated building blocks shaping mould 4, so, one flow process completes, want to carry out next flow process, repeat flow process above, this equipment, production efficiency is high, production cost is low, it is worthy of popularization。Haydite aerated building block is added water stirring by haydite blended cement, it is placed into coagulation forming in mould again, the haydite aerated building blocks shaping mould of market is all by structure shown in Figure 14, this structure is that head and the tail are fixing due to side plate, after haydite aerated building block solidifies, side plate is needed upwards to pull out, this structure, after side plate upwards pulls out, haydite aerated building block tip edge is owing to being bonded on side plate, can be torn, so cause that haydite aerated block tops edge large area is torn off, when haydite aerated building block is cut into Haydite bricks, irregular region is needed to cut away, so can cause when haydite aerated building block is cut into Haydite bricks, utilization rate is not high, cause the wasting of resources

Although this utility model has passed through and is shown and described with reference to preferred embodiment, but, those skilled in the art are it is to be appreciated that in the scope of claims, can the various change made in form and details。

Claims

1. a haydite aerated building block production equipment, including raw material conveying device (1), is characterized in that: the sidepiece of described raw material conveying device (1) is fixed with stock stirring device (2)；

Described raw material conveying device (1) includes haydite conveying mechanism (1-1) and cement transportation mechanism (1-2)；Described haydite conveying mechanism (1-1) includes the bucket (1-1a) with discharging opening, bucket (1-1a) exports is installed below by motor-driven conveyer belt (1-1b)；Described cement transportation mechanism (1-2) includes the cement tank body (1-2a) with discharging opening, cement tank body (1-2a) be installed below spiral propeller (1-2b)；

Described stock stirring device (2) includes cylinder (2-1), the bottom of cylinder (2-1) is fixed with the base plate (2-1a) of closed cylinder (2-1), the top of described cylinder (2-1) is fixed with the bucket one (2-2) with discharging opening and the bucket with discharging opening two (2-3), the top inner peripheral wall of described cylinder (2-1) is fixed with the support member (2-4) with observation panel, described support member (2-4) is fixed with bearing with spherical outside surface of usheing to seat (2-5), described bearing with spherical outside surface of usheing to seat (2-5) is fixed with the axostylus axostyle (2-6) extending to cylinder (2-1) bottom, described axostylus axostyle (2-6) has the through hole (2-6a) running through its upper and lower end face, described through hole (2-6a) is plugged with montant (2-7), described support member (2-4) is fixed with pedestal (2-8), described pedestal (2-8) top is fixed with cylinder (2-9), described montant (2-7) is fixed on the piston rod of cylinder (2-9), the top of described axostylus axostyle (2-6) is fixed with the worm gear (2-10) being coaxial therewith, described worm gear (2-10) is engaged with worm screw (2-11), described worm screw (2-11) is rotatably connected on pedestal (2-8) and above and is driven by servomotor (2-12), the center of described base plate (2-1a) has discharge opening (2a-1a), the bottom of described montant (2-7) is fixed with the closing plate (2-13) for airtight discharge opening (2a-1a), the bottom of described axostylus axostyle (2-6) is fixed with stirring sheet (2-14)；

The discharging opening of described spiral propeller (1-2b) and bucket one (2-2) location matches, the discharging opening of described conveyer belt (1-1b) and bucket two (2-3) location matches。

2. haydite aerated building block production equipment according to claim 1, it is characterized in that: described discharge opening (2a-1a) be connected with conveying device of stirring material (3), described conveying device of stirring material (3) includes the guide rail one (3-1) arranged along " X " direction, and it is slidably connected at the slide block one (3-2) on guide rail one (3-1), it is fixed on the gripper shoe one (3-3) on slide block one (3-2), described gripper shoe one (3-3) is fixed with the guide rail two (3-4) arranged along " Y " direction, described guide rail two (3-4) slidably connects slide block two (3-10), described slide block two (3-10) is fixed with gripper shoe two (3-11), described gripper shoe two (3-11) is fixed with lifting platform (3-5), the lifting plate (3-5a) of described lifting platform (3-5) is provided with receiving hopper (3-6), the side of described gripper shoe one (3-3) is fixed with for the monolateral spacing stopper one (3-7) of slide block two (3-2), described guide rail one (3-1) is fixed with the stopper two (3-8) spacing for slide block one (3-2) side, the sidepiece of described guide rail one (3-1) is fixed with the guide rail three (3-9) arranged along " Y " direction, described guide rail three (3-9) front end face is arranged and location matches with guide rail two (3-4) rear end face gap；The sidepiece of described receiving hopper (3-6) has discharging opening (3-6a), and described discharging opening (3-6a) is opened and closed by the plugboard (3-6b) being plugged on receiving hopper (3-6)。

3. haydite aerated building block production equipment according to claim 2, is characterized in that: the sidepiece of described guide rail three (3-9) is placed with one group of haydite aerated building blocks shaping mould (4)。

4. haydite aerated building block production equipment according to claim 3, it is characterized in that: described haydite mould (4) includes pedestal one (4-1), the front and back sidepiece of described pedestal one (4-1) is designed with side plate one (4-2), the left and right sides of described pedestal one (4-1) is designed with side plate two (4-3), each described side plate one (4-2) and each side plate two (4-3) surround mould cavity one (a), described pedestal one (4-1) is fixed with one group of threaded rod one (4-4), described side plate one (4-2) is fixed with the sleeve pipe one (4-5) of internal diameter and threaded rod one (4-4) diameter matches, described threaded rod one (4-4) is above threaded nut one (4-6), the left and right sides of described side plate one (4-2) is all fixed with one group of threaded rod two (4-7), described side plate two (4-3) is fixed with the sleeve pipe two (4-8) of internal diameter and threaded rod two (4-7) diameter matches, described threaded rod two (4-7) is threaded nut two (4-9)。

5. haydite aerated building block production equipment according to claim 3, it is characterized in that: described haydite aerated building blocks shaping mould (4) includes pedestal two (4-10), the front and back sidepiece of described pedestal two (4-10) is designed with the side plate three (4-11) fastened by securing member, the left and right sides of described pedestal two (4-10) is all hinged with side plate four (4-12), each described side plate three (4-11) and each side plate four (4-12) surround mould cavity two (b), described side plate three (4-11) is rotatably connected to threaded rod three (4-13), described side plate four (4-12) is fixed with block (4-12a), described block (4-12a) side has transverse groove (4a-12a), described threaded rod three (4-13) coordinates at transverse groove (4a-12a) place, and by nut three (4-14) fastening。

6. haydite aerated building block production equipment according to claim 5, it is characterized in that: the end face sidepiece of described side plate four (4-12) is fixed with correcting block (4-12b), the front end face of described correcting block (4-12b) is fixed with vee-block one (4a-12b), the end face sidepiece of described side plate three (4-11) is fixed with the alignment block (4-11a) with correcting block (4-12b) location matches, and described alignment block (4-11a) has the V-shaped groove one (4a-11a) with vee-block one (4a-12b) shape size location matches；Dividing plate one (4-15) it is provided with between side plate three (4-11) described in two, the left and right end face of described dividing plate one (4-15) is all fixed with vee-block two (4-15a), the inner face of side plate four (4-12) described in two is all fixed with limited block one (4-12c), described limited block one (4-12c) has and runs through its upper and lower end face the V-shaped groove two (4a-12c) with vee-block two (4-15a) shape size location matches。

7. haydite aerated building block production equipment according to claim 4, it is characterized in that: described in two, between side plate one (4-2), be provided with dividing plate two (4-16), the left and right end face of described dividing plate two (4-16) is all fixed with vee-block three (4-16a), the inner face of side plate two (4-3) described in two is all fixed with limited block two (4-3a), described limited block two (4-3a) has and runs through its upper and lower end face the V-shaped groove three (4a-3a) with vee-block three (4-16a) shape size location matches。

8. haydite aerated building block production equipment according to claim 1, it is characterized in that: arrange in c angle between outer surface and closing plate (2-13) bottom surface of described closing plate (2-13), the number of degrees of described c angle are 30 °～60 ° settings, the contoured surface of described discharge opening (2a-1a) is consistent with the outer surface inclination angle closing plate (2-13), being provided with sealing ring (2-15), the end face of described base plate (2-1a) and the end face closing plate (2-13) on the contoured surface of described discharge opening (2a-1a) is all downward-sloping tapering。

9. haydite aerated building block production equipment according to claim 8, it is characterized in that: the bottom surface of described base plate (2-1a) is fixed with one group of Fine spray shower nozzle (2-16), the jet angle of each described Fine spray shower nozzle (2-16) and the outer surface location matches closing plate (2-13)。

10. haydite aerated building block production equipment according to claim 1, is characterized in that: be fitted with vibrator (5) on described bucket (1-1a), bucket one (2-2), bucket two (2-3)。