CN208963391U - Brickmaking assembly line - Google Patents

Abstract

The utility model discloses a kind of brickmaking assembly lines, it is intended to solve the problems, such as common brick equipment brickmaking inefficiency, its key points of the technical solution are that, comprising: for transporting the load wagon of various brick-making raw materials；A variety of brick-making raw materials are matched by preset ratio and carry out being stirred the burden agitator to form brickmaking slurry；Set on burden agitator side, the feed device of brickmaking slurry that transport is exported from burden agitator；Set on feed device output end, by adaptation brick-making mould compress brickmaking sizing material forming brick molding main-machine；The fortune brick device that one end, transport export brick from molding main-machine is away from each other set on molding main-machine and feed device；Set on fortune brick device and molding main-machine be away from each other one end, carrying brick received by snap-gauge and to brick and be packed into the brick packing apparatus of brick pile；And the fork truck for transporting the brick pile exported from brick packing apparatus.Achieve the purpose that brickmaking is high-efficient.

Description

Brickmaking assembly line

Technical field

The utility model relates to building wastes to recycle brick-making technology field, in particular to a kind of brickmaking assembly line.

Background technique

Environmental protection brick is the common wall main material of building trade, due to having the advantages such as environmentally friendly, light, consumption of raw material is few, Environmental protection brick has become the product that national construction sector is recommended first.

But the production process of environmental protection brick is usually comparatively laborious, generally include construction waste crushing processing, feeding, ingredient, Feeding, feeding, compression forming, send brick, connects the processes such as brick, pile brick stirring, since traditional environmental protection brick production line automates Degree is lower, and the above major part process will be by manually completing, and environmental protection brick production efficiency is low, and need to expend a large amount of people Power, environmental protection brick high production cost, so have much room for improvement.

Utility model content

The purpose of the utility model embodiment is to provide a kind of brickmaking assembly line, solves above-mentioned skill at least to a certain extent One of art problem has the advantages that brickmaking is high-efficient.

The utility model first aspect provides a kind of brickmaking assembly line, comprising:

For transporting the load wagon of various brick-making raw materials；

A variety of brick-making raw materials are matched by preset ratio and carry out being stirred the ingredient to form brickmaking slurry stirring dress It sets；

Set on the burden agitator side, brickmaking slurry that transport is exported from the burden agitator gives Expect device；

Set on the feed device output end, by be adapted to brick-making mould compress the brickmaking sizing material forming brick Molding main-machine；

Set on the molding main-machine and the feed device be away from each other one end, transport export brick from the molding main-machine The fortune brick device of block；

Set on the fortune brick device and the molding main-machine be away from each other one end, received by snap-gauge and carry brick and to brick Block and the brick packing apparatus for being packed into brick pile；

And the fork truck for transporting the brick pile exported from the brick packing apparatus.

Realize that various brick-making raw materials can be consigned and be transported to ingredient stirring dress by the brickmaking assembly line of above scheme, load wagon In setting, various brick-making raw materials are mixed in a certain ratio by burden agitator, and to form brickmaking slurry, the brickmaking slurry made is again It is transported in molding main-machine by feed device, transports brick device at the same time and obtained brick is transported in brick packing apparatus, It carries out being packaged processing and forms brick pile, then transported brick pile by fork truck.It is recycled down with this, the brickmaking assembly line is certainly Dynamicization degree is high, and brickmaking is high-efficient, can be realized the high-volume automated production of brick, can also save a large amount of manpowers, to drop Low brick production cost.

Further, the burden agitator includes:

First rack；

The second rack set on first rack side；

Ingredient sector in first rack, for manufacturing bricks by mixing raw material, to be provided with discharge port；

It is in first rack, first for accepting and transporting the brick-making raw material fallen from the discharge port defeated Send mechanism, first conveying mechanism is located at one end rolling assembling below the discharge port in first rack, described For the other end slidable fit of first conveying mechanism in first rack, first conveying mechanism, which is equipped with, drives described the First actuator of the other end sliding of one conveying mechanism；

At least two groups be set to second rack on, for accepting and transporting the other end from first conveying mechanism The second conveyor structure of the brick-making raw material of output；

And in second rack, stirring for stirring from the brick-making raw material that the second conveyor structure exports Mix mechanism.

The brickmaking assembly line for realizing above scheme, by the way that multiple groups second conveyor structure, in process of production, Ke Yishi is arranged Existing one group of second conveyor structure transports brickmaking haul to rabbling mechanism, and another group of second conveyor structure then back moves, while by It is connect in one end of the first conveying mechanism with the first gantry rotation, the other end and the first housing slide assemble, and pass through the first driving Part can drive the first conveying mechanism conversion direction, and then Z can be continuously maintained always by control has second conveyor structure to go to hold The brick-making raw material exported from the other end of the first conveying mechanism is connect, so as to lasting holding ingredient sector and the first conveying mechanism Work is not shut down, production efficiency is higher.

Further, first conveying mechanism includes:

First conveying frame, one end of the first conveying frame are articulated with the upper surface of first rack, and described first drives Moving part includes the idler wheel set on the first conveying frame other end, and the upper surface of first rack is provided with and the idler wheel phase The arc chute of adaptation, first actuator further include mutually assembling with the idler wheel and driving the idler wheel sliding in the arc The feeder motor rolled in slot；

And on the first conveying frame, conveyor belt to convey brick-making raw material.

Realize that the brickmaking assembly line of above scheme, feeder motor can drive idler wheel to slide in arc chute when working, Then the first conveying frame and conveyor belt conversion direction can be driven indirectly brick-making raw material to be delivered to the second different conveyings In mechanism, stable structure is easy to make control.

Further, the second conveyor structure includes:

The second conveying frame being in tilted layout；

Slidable fit in it is on the second conveying frame, in low level when accept brick-making raw material receiving hopper；

It is in second rack, drive the bottom of the receiving hopper upward when the receiving hopper moves to a high position Overturning with by brick-making raw material down to the overturning force piece in the rabbling mechanism；

And on the second conveying frame, drive the receiving hopper to draw component from lower position to high-order dragging.

Realize the brickmaking assembly line of above scheme, receiving hopper is dragged to draw component and drive and connect after low level has accepted brick-making raw material Hopper is from lower position to a high position, at this time under the action of overturning force piece, can make receiving hopper overturn and by brick-making raw material down to In rabbling mechanism, force piece reset is afterwards turned over, receiving hopper, which moves to low level from a high position, to be continued to prepare splicing next time.

Further, the ingredient sector includes:

Burdening frame；

The first batch hopper and the second batch hopper at the top of the burdening frame；

It is installed on the first feeding belt on the burdening frame, below first batch hopper；

It is installed between on the burdening frame, below second batch hopper the and described first feeding belt level Every the second feeding belt of arrangement；

And be installed on it is on the burdening frame, be located at institute the first feeding belt and second feeding belt below and be located at institute State the aggregate bin above the first conveying mechanism.

The brickmaking assembly line for realizing above scheme, can be separately added into different in the first batch hopper and the second batch hopper Brick-making raw material (cement, sand), then can be by two different brick-making raw materials one by the first feeding belt and the second feeding belt It rises and is delivered in aggregate bin, then dropped down on the first conveying mechanism from aggregate bin, stable structure is convenient and practical.

Further, the feed device includes:

Cradle is provided with cycle rotation on the cradle and is used to the material-conveying belt of transported material；

The frame body being arranged in below the material-conveying belt；

It is articulated with the mounting plate of frame body side；

It is between the frame body and the mounting plate, for driving the mounting plate to rotate around its hinged end second Actuator；

It is in contact with the bottom loading end of the material-conveying belt when being fixed on the mounting plate, work with will be at the bottom The rubbish of portion's loading end attachment sweeps the cleaning component fallen；

It is fixed on the spray module of loading end water spray in bottom on the mounting plate, towards the material-conveying belt；

And be fixed on it is on the mounting plate, work when be in contact with the bottom loading end of the material-conveying belt will clean What the bottom loading end afterwards was dried dries component.

The brickmaking assembly line for realizing above scheme, without shutting down artificial cleaning, passes through starting when needing to clean material-conveying belt Directly pass through the second actuator so that mounting plate towards material-conveying belt bottom move, until cleaning component, dry component with it is ripe Material strip touching position, and during material-conveying belt rotation, clear away the rubbish that component will adhere in the bottom loading end of material-conveying belt Rubbish, which is swept, to be fallen, and is then sprayed water by spray module on the bottom loading end of material-conveying belt, to clean to bottom loading end, then The bottom loading end of material-conveying belt is dried by drying component again, and then can realize automation cleaning material-conveying belt, it is more efficient, clearly Clean effect is good, saves man power and material.

Further, the cleaning component includes:

The first base being fixed on the mounting plate；

Second base above the first base, with first base parallel arrangement；

It is between the first base and second base, for connecting the several of the first base and second base Spring；

And fixing assembling in it is in the second base, sweep and fall the hairbrush of the rubbish of bottom loading end attachment.

Realize the brickmaking assembly line of above scheme, cleaning modular construction is simple, stablizes, and is easy to operate and control, due to the One pedestal is connected with second base by spring, and hairbrush inlay card is assemblied in second base, can be with when hairbrush is by larger resistance It is flexible, prevent hairbrush from hindering material-conveying belt movement, when hairbrush is by smaller resistance, spring can be pushed against hairbrush in conveying belt surface, Hairbrush can clean material-conveying belt cleaner after pushing against, to improve the cleaning effect to material-conveying belt.

Further, the spray module includes:

The support plate for being symmetrically fixed on the mounting plate two sides and being vertically arranged；

It is several extend transversely through it is between two pieces of support plates, for being connected with outer water pump and water source to realize confession The water pipe of water；

And several nozzles being installed on the water pipe.

Realize above scheme brickmaking assembly line, the spray module simple and stable structure of above-mentioned design, be easy to fabrication and installation, Maintenance replacement.

Further, the component of drying includes:

It is fixed on the riser on the mounting plate and being vertically arranged；

And the riser is fixed on far from mounting plate one end, the lateral arrangement water-absorbing sponge.

Realize that the brickmaking assembly line of above scheme, water-absorbing sponge have preferable soaking effect, contact with the surface of material-conveying belt Afterwards, it can fast implement and dry purpose.

Further, the fortune brick device includes:

Conveyer frames；

The supporting plate placed for muti-piece brick to be moistened；

Conveying assembly on the conveyer frames, driving the supporting plate to move back and forth；

Column on the conveyer frames, positioned at conveying assembly two sides arrangement；

On the column and the lifting assembly that is vertically arranged；

It is installed on driving assembly on the lifting assembly and by lifting assembly driving lifting；

And the spray assemblies with spray head, the spray head, which is located above the supporting plate, to be arranged and towards described to wet Brick water spray, the spray head are slided by the driving component driving transverse reciprocating.

The brickmaking assembly line for realizing above scheme, during conveying assembly drives supporting plate to move back and forth, muti-piece is waited for Wet brick can pass through the lower section of spray head, and then can may be implemented to carry out brick wet purpose by spray head, drive simultaneously Dynamic component can drive spray head to move back and forth, and then expand the spray area of spray head, and more bricks are wet, And in the brick of conveying assembly transport different height size, lifting assembly can drive driving assembly to go up and down, so that it is guaranteed that Spray head will not be contacted with too high brick, and the scope of application is wider.

In conclusion the utility model embodiment has the advantages that

First, being packaged by setting load wagon, burden agitator, feed device, molding main-machine, fortune brick device, brick Device and fork truck, achieve the purpose that high production efficiency；

Second, by setting multiple groups second conveyor structure, in process of production, may be implemented one group of second conveyor structure to Rabbling mechanism transports brickmaking haul, and another group of second conveyor structure then back moves, simultaneously because one end of the first conveying mechanism It is connect with the first gantry rotation, the other end and the first housing slide assemble, and can drive the first conveyer by the first actuator Structure conversion direction, then Z can be continuously maintained by control has second conveyor structure to go to accept from the another of the first conveying mechanism always The brick-making raw material of one end output, does not shut down work, production efficiency so as to lasting holding ingredient sector and the first conveying mechanism It is higher；

Third, when needing to clean material-conveying belt, without shutting down artificial cleaning, by start directly pass through the second actuator with Move mounting plate towards the bottom of material-conveying belt, until clearing away component, drying component with clinker with touching position, and defeated During material strip rotates, cleaning component, which sweeps the rubbish adhered in the bottom loading end of material-conveying belt, to be fallen, and then passes through water spray group Part is sprayed water on the bottom loading end of material-conveying belt, to clean to bottom loading end, then again by drying component for conveying The bottom loading end of band is dried, so can realize automation cleaning material-conveying belt, more efficient, cleaning effect is good, save manpower and Material resources；

Fourth, muti-piece brick to be moistened can pass through spray head during conveying assembly drives supporting plate to move back and forth Lower section, and then can may be implemented to carry out brick wet purpose by spray head, while driving assembly can drive spray head Spray area that is dynamic, and then expanding spray head is backhauled, more bricks are wet, and is transported not in conveying assembly With height dimension brick when, lifting assembly can drive driving assembly to go up and down, so that it is guaranteed that spray head will not be with too high brick Contact, the scope of application are wider.

Detailed description of the invention

Fig. 1 is the structural schematic diagram of the utility model embodiment；

Fig. 2 is the structural schematic diagram of burden agitator in the utility model embodiment；

Fig. 3 is the enlarged drawing in Fig. 2 at A；

Fig. 4 is the structural schematic diagram of feed device in the utility model embodiment；

Fig. 5 is that component, spray module and the structural schematic diagram for drying component are cleared away in Fig. 4；

Fig. 6 is the structural schematic diagram that brick device is transported in the utility model embodiment.

Appended drawing reference: 1, load wagon；2, burden agitator；21, the first rack；211, arc chute；22, the second machine Frame；23, ingredient sector；231, burdening frame；232, the first batch hopper；233, the second batch hopper；234, the first feeding belt；235, Two feeding belts；236, aggregate bin；24, the first conveying mechanism；241, the first actuator；2411, idler wheel；2412, feeder motor； 242, the first conveying frame；243, conveyor belt；25, second conveyor structure；251, the second conveying frame；2511, track groove；252, it connects Hopper；2521, pulley；253, force piece is overturn；254, it drags and draws component；2541, it drags and draws motor；2542, messenger is dragged；26, it stirs Mechanism；3, feed device；31, cradle；311, material-conveying belt；32, frame body；33, mounting plate；34, the second actuator；35, it clears away Component；351, first base；352, second base；353, spring；354, hairbrush；3541, brush board；3542, nylon brush thread；36, Spray module；361, support plate；362, water pipe；363, nozzle；37, component is dried；371, riser；3711, inserted block；372, it absorbs water Sponge；3721, slot；4, molding main-machine；5, brick device is transported；51, conveyer frames；52, supporting plate；53, conveying assembly；531, actively Gear；532, driven gear；533, chain；534, third motor；54, column；55, lifting assembly；551, the first screw rod；552, First sliding block；553, first motor；56, driving assembly；561, guide rod；562, the second screw rod；563, the second motor；57, it sprays Drench component；571, spray head；572, water spray water pump；573, connecting tube；58, sliding support；581, support rod；582, lantern ring；6, Brick packing apparatus；7, fork truck.

Specific embodiment

The following will be combined with the drawings in the embodiments of the present invention, carries out the technical scheme in the embodiment of the utility model Clearly and completely describe, it is clear that the described embodiments are only a part of the embodiments of the utility model, rather than whole Embodiment.Based on the embodiments of the present invention, those of ordinary skill in the art are without making creative work Every other embodiment obtained, fall within the protection scope of the utility model.

A kind of brickmaking assembly line, as shown in connection with fig. 1, comprising: load wagon 1, burden agitator 2, feed device 3, molding Host 4, fortune brick device 5, brick packing apparatus 6 and fork truck 7.Molding main-machine 4 is brick forming machine common in the market, and brick is beaten Bag apparatus 6 is similarly brick baling press common in the market.

Load wagon 1 is for transporting various brick-making raw materials；Burden agitator 2 is carried out a variety of brick-making raw materials by preset ratio Match and carries out being stirred to form brickmaking slurry；Feed device 3 is set to 2 side of burden agitator and transport is matched from described The brickmaking slurry exported in material agitating device 2；Molding main-machine 4 is set to the output end of the feed device 3 and by adaptation brickmaking Brickmaking sizing material forming brick described in dies compress；Fortune brick device 5 is set to the molding main-machine 4 and is away from each other with the feed device 3 One end and transport export brick from the molding main-machine 4；Brick packing apparatus 6 is set to the fortune brick device 5 and the molding Host 4 is away from each other one end, and by snap-gauge reception carrying brick and to brick and is packed into brick pile；Fork truck 7 will be from described The brick pile exported in brick packing apparatus 6 is transported.

Various brick-making raw materials can be consigned and are transported in burden agitator 2 by load wagon 1, and burden agitator 2 will be each Kind brick-making raw material is mixed in a certain ratio, and to form brickmaking slurry, the brickmaking slurry made is transported into using feed device 3 In type host 4, brick device 5 is transported at the same time, obtained brick is transported in brick packing apparatus 6, carry out being packaged processing and be formed Then brick pile is transported brick pile by fork truck 7.It is recycled down with this, the brickmaking pipeline automation degree is high, brickmaking effect Rate is high, can be realized the high-volume automated production of brick, can also save a large amount of manpowers, to reduce brick production cost.

In conjunction with shown in Fig. 2 and Fig. 3, burden agitator 2 include: the first rack 21, the second rack 22, ingredient sector 23, First conveying mechanism 24, second conveyor structure 25 and rabbling mechanism 26.

Second rack 22 is located at 21 side of the first rack arrangement；Ingredient sector 23 is set in the first rack 21 and for mixing The lower section of brick-making raw material, ingredient sector 23 is provided with discharge port；

First conveying mechanism 24 is set in the first rack 21, and the first conveying mechanism 24 is fallen for accepting and transporting from discharge port Under brick-making raw material, the first conveying mechanism 24 is located at one end rolling assembling below discharge port in the first rack 21, and first is defeated Send the other end slidable fit of mechanism 24 in the first rack 21, the first conveying mechanism 24 is equipped with and drives the first conveying mechanism 24 The other end sliding the first actuator 241(figure in show)；Two groups of second conveyor structures 25 are set in the second rack 22, and second Conveying mechanism 25 is used to accepting and transporting the brick-making raw material exported from the other end of the first conveying mechanism 24, in other specific implementations Second conveyor structure 25 can also be for three groups or four groups or more in example；Rabbling mechanism 26 is set in the second rack 22, is stirred Mechanism 26 is mixed for stirring the brick-making raw material exported from second conveyor structure 25.

By be arranged multiple groups second conveyor structure 25, in process of production, may be implemented one group of second conveyor structure 25 to Rabbling mechanism 26 transports brickmaking haul, and another group of second conveyor structure 25 then back moves, simultaneously because the first conveying mechanism 24 One end and the first rack 21 be rotatablely connected, 21 slidable fit of the other end and the first rack can drive by the first actuator 241 Make 24 conversion direction of the first conveying mechanism, then by control i.e. Z can be continuously maintained always have second conveyor structure 25 go accept from The brick-making raw material of the other end output of first conveying mechanism 24, so as to lasting holding ingredient sector 23 and the first conveying mechanism 24 do not shut down work, and production efficiency is higher.

First conveying mechanism 24 includes: the first conveying frame 242 and conveyor belt 243.It cuts with scissors one end of first conveying frame 242 It is connected to the upper surface of the first rack 21, the first actuator 241 includes idler wheel 2411(Fig. 3 set on 242 other end of the first conveying frame In show), the upper surface of the first rack 21 is provided with arc chute 211 compatible with idler wheel 2411, and the first actuator 241 is also Including showing in feeder motor 2412(Fig. 3 for assembling with 2411 phase of idler wheel and idler wheel 2411 is driven to roll in arc chute 211 Out)；Conveyor belt 243 is set on the first conveying frame 242 and to convey brick-making raw material.

Feeder motor 2412 can drive idler wheel 2411 to slide in arc chute 211 when working, and can then drive indirectly Dynamic first conveying frame 242 and 243 conversion direction of conveyor belt brick-making raw material to be delivered on different second conveyor structures 25, Stable structure is easy to make control.

Second conveyor structure 25 includes: the second conveying frame 251, receiving hopper 252, overturns force piece 253 and drag and draw component 254.Second conveying frame 251 is in tilted layout；252 slidable fit of receiving hopper is in accepting system on the second conveying frame 251 and in low level Brick raw material；It overturns force piece 253 to be set in the second rack 22 and arrange vertically, drives and connect when receiving hopper 252 moves to a high position The bottom of hopper 252 be flipped up with by brick-making raw material down in rabbling mechanism 26；It drags and draws component 254 set on the second conveying frame On 251 and drive receiving hopper 252 from lower position to a high position.Receiving hopper 252 is dragged after low level has accepted brick-making raw material and draws component 254 drive receiving hopper 252 from lower position to a high position, at this time under the action of overturning force piece 253, receiving hopper 252 can be made to turn over Turn and by brick-making raw material down to the reset of force piece 253 in rabbling mechanism 26, is afterwards turned over, receiving hopper 252 moves to low from a high position Continue to prepare splicing next time in position.

Overturning force piece 253 is specially oil cylinder, and the bottom of receiving hopper 252 is equipped with compatible at the top of the telescopic rod with oil cylinder Jack (since visual angle relationship is not specifically illustrated in figure).Oil cylinder purchase is convenient, and installation is simple, and easily controllable and driving is stablized, into And when receiving hopper 252 moves to a high position, the telescopic rod of oil cylinder can inject in jack, then by the bottom of receiving hopper 252 Top upwards, to realize the overturning purpose of receiving hopper 252.

Drag that draw component 254 include: to be installed on dragging for the top of the second conveying frame 251 to draw motor 2541；And draw electricity set on dragging Messenger 2542 is dragged between machine 2541 and receiving hopper 252.It drags to draw to wind when motor 2541 works and drags messenger 2542, then drag messenger 2542 dragging receiving hoppers 252 are slided from low level to a high position, and structure is simple and stablizes.

Set on receiving hopper 252 there are four pulley 2521, pulley 2521 is one group two-by-two, the second conveying frame 251 be equipped with The compatible track groove 2511 of institute's pulley 2521, it is hollow with the brickmaking after the overturning of institute's receiving hopper 252 between adjacent orbit slot 2511 Raw material is fallen in rabbling mechanism 26 between two track grooves 2511.Pulley 2521 is used cooperatively with track groove 2511, is made It is more stable during elevating movement to obtain receiving hopper 252, hollow setting is then conducive to brickmaking between adjacent orbit slot 2511 Raw material is smooth and easily falls in rabbling mechanism 26.

Ingredient sector 23 includes: burdening frame 231, the first batch hopper 232, the second batch hopper 233, the first feeding belt 234, Two feeding belts 235 and aggregate bin 236.First batch hopper 232 and the second batch hopper 233 are set to 231 top of burdening frame；First send Material strip 234 is installed on burdening frame 231 and is located at 232 lower section of the first batch hopper；Second feeding belt 235 is installed on burdening frame 231 On, the second feeding belt 235 is located at 233 lower section of the second batch hopper and 234 horizontal interval of the first feeding belt is arranged；Aggregate bin 236 is pacified Loaded on burdening frame 231, aggregate bin 236 is located at the first feeding belt 234 of institute and 235 lower section of the second feeding belt and is located at the first conveying 24 top of mechanism.

Different brick-making raw materials (cement, sand can be separately added into the first batch hopper 232 and the second batch hopper 233 Son), two different brick-making raw materials then can be delivered to by collection by the first feeding belt 234 and the second feeding belt 235 together In hopper 236, then dropped down on the first conveying mechanism 24 from aggregate bin 236, stable structure is convenient and practical.

As shown in connection with fig. 4, feed device 3 includes: cradle 31, frame body 32, mounting plate 33, the second actuator 34, cleaning Component 35, spray module 36 and dry component 37.

It is provided with cycle rotation on cradle 31 and is used to the material-conveying belt 311 of transported material；Frame body 32 is arranged in material-conveying belt The frame body 32 of 311 lower sections；One end of mounting plate 33 is articulated with 32 side of frame body；Second actuator 34 is set to frame body 32 and mounting plate Between 33 and for driving mounting plate 33 to rotate around its hinged end；Cleaning component 35 is fixed on mounting plate 33, clears away component 35 It is in contact when work with the bottom loading end of material-conveying belt 311 to sweep and fall by the rubbish adhered in bottom loading end；Spray module 36 It is fixed on mounting plate 33, the bottom loading end of spray module 36 towards material-conveying belt 311 is sprayed water；It dries component 37 and is fixed on installation On plate 33, dries to be in contact when component 37 works with the bottom loading end of material-conveying belt 311 and be wiped with the bottom loading end after cleaning It is dry.

When needing to clean material-conveying belt 311, without shutting down artificial cleaning, by start directly pass through the second actuator 34 with It moves mounting plate 33 towards the bottom of material-conveying belt 311, is in contact with clinker band up to clearing away component 35, drying component 37 Place, and during material-conveying belt 311 rotates, clear away the rubbish that component 35 will adhere in the bottom loading end of material-conveying belt 311 It sweeps and falls, then sprayed water by spray module 36 on the bottom loading end of material-conveying belt 311, to be cleaned to bottom loading end, Then the bottom loading end of material-conveying belt 311 is dried by drying component 37 again, and then can realizes automation cleaning material-conveying belt 311, more efficient, cleaning effect is good, saves man power and material.

Second actuator 34 is cylinder, and the second actuator 34 can also be oil cylinder, cylinder or oil in other embodiments Cylinder purchase is convenient, and driving is stablized, easily controllable, installation, maintenance, replacement, convenient and practical.

The bottom end of second actuator 34 is hinged with 32 upper surface of frame body, the telescopic rod end and installation of the second actuator 34 The bottom of plate 33 is hinged, can be when the telescopic rod of the second actuator 34 is flexible, i.e., by the second actuator of hinge mounted 34 Mounting plate 33 can be fast implemented to drive cleaning component 35, spray module 36 and dry component 37 close to the purpose of material-conveying belt 311, Structure is simple, is easily installed maintenance.

In conjunction with shown in Fig. 4 and Fig. 5, cleaning component 35 includes: first base 351, second base 352, spring 353 and hair Brush 354.First base 351 is fixed on mounting plate 33；Second base 352 is set to 351 top of first base and and first base 351 parallel arrangements；Seven springs 353 are set between first base 351 and second base 352, and spring 353 is for connecting the first bottom Seat 351 and second base 352, in other embodiments the quantity property of the may also adapt to increase and decrease of spring 353；The fixed dress of hairbrush 354 Assigned in the rubbish in second base 352 and for sweeping bottomed portion's loading end attachment.

35 structure of cleaning component of above-mentioned design is simple, stablizes, and is easy to operate and control, due to first base 351 and the Two pedestals 352 are connected by spring 353, and 354 inlay card of hairbrush is assemblied in second base 352, when hairbrush 354 is by larger resistance It can stretch, prevent hairbrush 354 from material-conveying belt 311 being hindered to move, spring 353 can be by hairbrush when hairbrush 354 is by smaller resistance 354 push against in 311 surface of material-conveying belt, and material-conveying belt 311 can be cleaned cleaner by hairbrush 354 after pushing against, to improve pair The cleaning effect of material-conveying belt 311.

Hairbrush 354 includes: the brush board 3541 that inlay card is assemblied in second base 352；And it is fixed in brush board 3541 Nylon brush thread 3542.354 simple and stable structure of hairbrush, and 3542 wearability of nylon brush thread is good, favorable anti-corrosion effect, service life It is long.

Spray module 36 includes: support plate 361, water pipe 362 and nozzle 363.Two pieces of support plates 361 are symmetrically fixed on peace It 33 two sides of loading board and is vertically arranged；Three water pipes 362 extend transversely through between two pieces of support plates 361, water pipe 362 be used for it is external Water pump is connected to realize and supply water with water source；Three row's nozzles 363 are installed on water pipe 362.36 knot of spray module of above-mentioned design Structure simple and stable is easy to fabrication and installation, maintenance replacement.

363 Screw assembly of nozzle is on water pipe 362, and nozzle 363 is specially atomizer, nozzle 363 and water pipe 362 it Between detachable assembly is realized by way of Screw assembly, facilitate the subsequent worse nozzle 363 blocked；And atomizer has There is good atomizing effect, and then expand the spray area of nozzle 363, so that clean surface is wider, component 37 is dried in cooperation Using with preferably cleaning effect.

Drying component 37 includes: riser 371 and water-absorbing sponge 372.Riser 371 is shaped on mounting plate 33 and vertical Arrangement；Water-absorbing sponge 372 is fixed on riser 371 far from 33 one end of mounting plate and lateral arrangement, and water-absorbing sponge 372, which has, preferably to be inhaled Water effect after contacting with the surface of material-conveying belt 311, can fast implement and dry purpose.

It is provided with slot 3721 on water-absorbing sponge 372, the top of riser 371 is provided with inserted block 3711, slot 3721 and inserts The cross section of block 3711 is compatible T shape, and the cross section of slot 3721 and inserted block 3711 can be in other embodiments For swallowtail shape.Slot 3721 and inserted block 3711 are used cooperatively, may be implemented between water-absorbing sponge 372 and riser 371 can Tear formula assembly, water-absorbing sponge 372 that then can be new with convenient changing open；Cross section is the design of T shape or swallowtail shape simultaneously, So that water-absorbing sponge 372 is not easy to fall off from riser 371, structure is more stable.

As shown in connection with fig. 6, fortune brick device 5 includes: conveyer frames 51, supporting plate 52, conveying assembly 53, column 54, lifting group Part 55, driving assembly 56, spray assemblies 57 and sliding support 58.

It the specific rectangle stainless steel plate of supporting plate 52 and is placed for muti-piece brick to be moistened；Conveying assembly 53 is set to conveyer frames 51 On, and supporting plate 52 is driven to move back and forth；Two groups of columns 54 are set on conveyer frames 51 and are located at 53 two sides of conveying assembly and arrange；It rises Part 55 of coming down to a lower group is set on column 54 and is vertically arranged；Driving assembly 56 is installed on lifting assembly 55 and is driven by lifting assembly 55 Dynamic lifting；Spray assemblies 57 have spray head 571, and spray head 571 is located at arrangement above supporting plate 52 and sprays water towards brick to be moistened, Spray head 571 drives transverse reciprocating sliding by driving assembly 56.

During conveying assembly 53 drives supporting plate 52 to move back and forth, muti-piece brick to be moistened can pass through spray head 571 Lower section, and then can may be implemented to carry out brick wet purpose by spray head 571, while driving assembly 56 can drive Spray head 571 moves back and forth, and then expands the spray area of spray head 571, more bricks is wet, and defeated When sending component 53 transports the brick of different height size, lifting assembly 55 can drive driving assembly 56 to go up and down, so that it is guaranteed that spray First 571 will not contact with too high brick, and the scope of application is wider.

Atomizer 363 is provided on spray head 571, the design of atomizer 363 is so that spray head 571 has bigger sprinkling Area, and atomizer 363 to water there are also atomizing effect, spray it is more uniform, more to the wettability effect of brick.

Conveying assembly 53 includes: driving gear 531, driven gear 532, chain 533 and third motor 534.Driving tooth 531 rolling assemblings are taken turns on conveyer frames 51；532 rolling assembling of driven gear is on conveyer frames 51；Chain 533 is set in driving tooth Between wheel 531 and driven gear 532, supporting plate 52 is placed on the upper surface of chain 533；Third motor 534 is installed on conveyer frames On 51 and driving gear 531 is driven to rotate.The work of third motor 534 can drive driving gear 531 to rotate, to drive chain 533 rotate, due to being shelved with the brick made on supporting plate 52, and then under the effect of gravity, between supporting plate 52 and chain 533 With biggish frictional force, to realize the purpose of conveying supporting plate 52 and the brick made, which is easy to control System operation.

Lifting assembly 55 includes: the first screw rod 551, the first sliding block 552 and first motor 553.The rotation of first screw rod 551 It is assemblied on column 54 and vertically to arrangement；First sliding block, 552 slidable fit is in 54 inner sidewall of column, the first sliding block 552 and One screw rod, 551 Screw assembly and for driving assembly 56 install；First motor 553 is fixed on column 54 and its output shaft and first The end of screw rod 551 connects.The output shaft of first motor 553 can drive 551 positive and negative rotation of the first screw rod in positive and negative rotation It is dynamic, due to 552 Screw assembly of the first screw rod 551 and the first sliding block, the first sliding block 552 can be driven to slide up and down, thus The structure can be realized the purpose for driving driving assembly 56 to go up and down, and the structure is simple, stablizes, easily controllable and operation, side Just practical.

Driving assembly 56 includes: guide rod 561, the second screw rod 562 and the second motor 563.Guide rod 561 is set to two A part of slidable fit between first sliding block 552 and for spray head 571；Second screw rod, 562 rolling assembling is in two the first sliding blocks Another part Screw assembly on 552 and for spray head 571；Second motor 563 is fixed on the first sliding block 552 and the second motor 563 output shaft is connect with the end of the second screw rod 562.The output shaft of second motor 563 can drive in positive and negative rotation Two screw rods, 562 positive and negative rotation, due to 571 Screw assembly of the second screw rod 562 and spray head, and spray head 571 is slidedly assemblied in guide rod On 561, therefore spray head 571 can be driven to slide laterally, so that the structure can be realized the mesh for driving nozzle 363 to slide laterally 's.

Spray assemblies 57 further include: water spray water pump 572 and connecting tube 573.Water spray 572 external water source of water pump and for providing Power；Connecting tube 573 is set between water spray water pump 572 and spray head 571.57 structure of spray assemblies is simple, stablizes, it is easily controllable and Operation, it is convenient for installation and maintenance.

Connecting tube 573 is specially elastic hose, and sliding support 58 is installed on column 54, slides in other embodiments Supporting element 58 can also be installed on conveyer frames 51, and sliding support 58 supports connecting tube 573 and slides for connecting tube 573.By It is connected in spray head 571 and connecting tube 573, spray head 571 slides laterally or will drive when going up and down connecting tube 573 and slides or rise together Drop, connecting tube 573, which is set as elastic hose, can facilitate spray head 571 to slide laterally or go up and down, and prevent connecting tube 573 to spray head 571 Movement interfere, while sliding support 58 also has sliding support effect to connecting tube 573, and structure is more stable.

Sliding support 58 includes: support rod 581 and lantern ring 582.Support rod 581 is welded on column 54 and has branch Support effect；Lantern ring 582 is welded in the end of support rod 581 and is sheathed in connecting tube 573.The structure design stability is secured, right The support effect of connecting tube 573 is good.

Embodiments described above does not constitute the restriction to the technical solution protection scope.It is any in above-mentioned implementation Made modifications, equivalent substitutions and improvements etc., should be included in the protection model of the technical solution within the spirit and principle of mode Within enclosing.

Claims (10)

1. a kind of brickmaking assembly line characterized by comprising

For transporting the load wagon (1) of various brick-making raw materials；

A variety of brick-making raw materials are matched by preset ratio and carry out being stirred the burden agitator to form brickmaking slurry (2)；

Set on the burden agitator (2) side, brickmaking slurry that transport is exported from the burden agitator (2) Feed device (3)；

Set on the feed device (3) output end, by be adapted to brick-making mould compress the brickmaking sizing material forming brick Molding main-machine (4)；

One end, transport are away from each other from the molding main-machine (4) set on the molding main-machine (4) and the feed device (3) Export the fortune brick device (5) of brick；

Set on fortune brick device (5) and the molding main-machine (4) be away from each other one end, brick and right carried by snap-gauge reception Brick and the brick packing apparatus (6) for being packed into brick pile；

And the fork truck (7) for transporting the brick pile exported from the brick packing apparatus (6).

2. brickmaking assembly line according to claim 1, which is characterized in that the burden agitator (2) includes:

First rack (21)；

The second rack (22) set on the first rack (21) side；

Ingredient sector (23) on first rack (21), for manufacturing bricks by mixing raw material, being provided with discharge port；

It is on first rack (21), first for accepting and transporting the brick-making raw material fallen from the discharge port defeated It send mechanism (24), first conveying mechanism (24) is located at one end rolling assembling below the discharge port in first rack (21) on, on first rack (21), described first conveys the other end slidable fit of first conveying mechanism (24) Mechanism (24) is equipped with the first actuator (241) for driving the other end of first conveying mechanism (24) to slide；

At least two groups be set to second rack (22) on, for accepting and transporting from the another of first conveying mechanism (24) The second conveyor structure (25) of the brick-making raw material of one end output；

And it is set to brick-making raw material on second rack (22), for stirring from the second conveyor structure (25) output Rabbling mechanism (26).

3. brickmaking assembly line according to claim 2, which is characterized in that first conveying mechanism (24) includes:

First conveying frame (242), one end of the first conveying frame (242) are articulated with the upper surface of first rack (21), First actuator (241) includes the idler wheel (2411) set on the first conveying frame (242) other end, first rack (21) upper surface is provided with the compatible arc chute (211) with the idler wheel (2411), and first actuator (241) is also Including the conveying for mutually assembling and driving the idler wheel (2411) to roll in the arc chute (211) with the idler wheel (2411) Motor (2412)；

And it is set to conveyor belt (243) on the first conveying frame (242), to convey brick-making raw material.

4. brickmaking assembly line according to claim 2, which is characterized in that the second conveyor structure (25) includes:

The second conveying frame (251) being in tilted layout；

Slidable fit in it is on the second conveying frame (251), in low level when accept brick-making raw material receiving hopper (252)；

It is on second rack (22), the receiving hopper (252) are driven when the receiving hopper (252) moves to a high position Bottom be flipped up with by brick-making raw material down to the overturning force piece (253) in the rabbling mechanism (26)；

And be set to it is on the second conveying frame (251), drive the receiving hopper (252) to draw from lower position to high-order dragging Component (254).

5. brickmaking assembly line according to claim 2, which is characterized in that the ingredient sector (23) includes:

Burdening frame (231)；

The first batch hopper (232) and the second batch hopper (233) at the top of the burdening frame (231)；

It is installed on the first feeding belt (234) on the burdening frame (231), being located at below first batch hopper (232)；

It is installed on the burdening frame (231), below second batch hopper (233) and first feeding belt (234) the second feeding belt (235) of horizontal interval arrangement；

And be installed on it is on the burdening frame (231), be located at the first feeding belt of institute (234) and second feeding belt (235) Lower section and the aggregate bin (236) being located above first conveying mechanism (24).

6. brickmaking assembly line according to claim 1, which is characterized in that the feed device (3) includes:

Cradle (31) is provided with cycle rotation on the cradle (31) and is used to the material-conveying belt (311) of transported material；

The frame body (32) being arranged in below the material-conveying belt (311)；

It is articulated with the mounting plate (33) of the frame body (32) side；

It is between the frame body (32) and the mounting plate (33), for drive the mounting plate (33) around its hinged end turn Dynamic the second actuator (34)；

It is in contact with the bottom loading end of the material-conveying belt (311) when being fixed on the mounting plate (33), work with will be The rubbish of the bottom loading end attachment sweeps the cleaning component (35) fallen；

It is fixed on the spray module of loading end water spray in bottom on the mounting plate (33), towards the material-conveying belt (311) (36)；

And be fixed on it is on the mounting plate (33), work when be in contact with the bottom loading end of the material-conveying belt (311) with Component (37) are dried by what the bottom loading end after cleaning was dried.

7. brickmaking assembly line according to claim 6, which is characterized in that the cleaning component (35) includes:

The first base (351) being fixed on the mounting plate (33)；

Second base (352) above the first base (351), with the first base (351) parallel arrangement；

It is between the first base (351) and second base (352), for connecting the first base (351) and Several springs (353) of two pedestals (352)；

And fixing assembling in it is on the second base (352), sweep and fall the hairbrush of the rubbish of bottom loading end attachment (354)。

8. brickmaking assembly line according to claim 6, which is characterized in that the spray module (36) includes:

The support plate (361) for being symmetrically fixed on the mounting plate (33) two sides and being vertically arranged；

It is several extend transversely through it is between two pieces of support plates (361), for be connected with outer water pump and water source with realize The water pipe (362) of water supply；

And several nozzles (363) being installed on the water pipe (362).

9. brickmaking assembly line according to claim 6, which is characterized in that the component (37) of drying includes:

The riser (371) for being fixed on the mounting plate (33) and being vertically arranged；

And the riser (371) are fixed on far from the mounting plate (33) one end, lateral arrangement water-absorbing sponge (372).

10. brickmaking assembly line according to claim 1, which is characterized in that the fortune brick device (5) includes:

Conveyer frames (51)；

The supporting plate (52) placed for muti-piece brick to be moistened；

Conveying assembly (53) on the conveyer frames (51), driving the supporting plate (52) to move back and forth；

Column (54) on the conveyer frames (51), being located at the conveying assembly (53) two sides arrangement；

On the column (54) and the lifting assembly (55) that is vertically arranged；

It is installed on driving assembly (56) on the lifting assembly (55) and by the lifting assembly (55) driving lifting；

And have the spray assemblies (57) of spray head (571), the spray head (571) be located above the supporting plate (52) arrange and Towards the brick water spray to be moistened, the spray head (571) is slided by the driving component (56) driving transverse reciprocating.