CN205835689U - An a kind of excision forming machining production line of building block - Google Patents

Abstract

The utility model proposes an excision forming machining production line of a kind of building block, apparatus for shaping can carry out shaping to building block, building block is made to enter cutting part with normal place and direction, draw-in groove cutter sweep carries out draw-in groove cutting, card article cutter sweep carries out card article cutting, then by separation cutter sweep, building block separation being cut into multiple independent building block monomer, each building block monomer, all with draw-in groove and card article, has splicing and assembles function；And card grooving saw group and card strap saw group can be carried out Optional assembling by card saw blade slot and card article saw blade respectively and be arranged in different-thickness and shape of cross section, and then cut draw-in groove and the card article of different sizes and shapes.Thus, this utility model excision forming can have the building block of splicing function with draw-in groove and card article, and can arbitrarily convert the parameters such as the size and dimension of draw-in groove and card article, and operation is succinct, efficiency is high, cut quality is good, flexible and convenient to use, novel and reasonable structure, practical.

Description

An a kind of excision forming machining production line of building block

Technical field

This utility model relates to building block cutting mechanics field, is specifically related to an excision forming of a kind of building block Machining production line.

Background technology

The structure of the cutting production line of the building block such as marble, concrete segment has been known, such as Chinese invention patent The open a kind of cutting production line for foaming concrete building block of CN 201110317695.2, it is characterised in that it includes the first cutting machine With its feeding mechanism, burden charging carriage, stage casing conveying roller, the second cutting machine, latter end conveying roller and the 3rd cutting machine, each segment structure is respectively Include calibrating for: feeding mechanism and pan feeding passage and calibration pan feeding passage enter truck part, enter truck part and include pan feeding Track and along pan feeding track run enter truck, respectively by the guide of a upright supports domatic constitute cross section present width, under narrow Trapezoidal calibration pan feeding passage, the two domatic synchronous verticals of guide guide sliding and running, and guide lower slope is provided with retainer plate；First Cutting machine is made up of the band-saw machine structure of assembling in frame and frame, and band-saw machine structure is to be hung down by some revolution band saws interval Direct screening is contained at frame cutting window and constitutes, the twice cast-cutting saw of each revolution band saw and cutting with the twice of adjacent revolution band saw Saw equally arranged at framework window；Burden charging carriage moves and is arranged at pan feeding track and extends to the first cutting machine discharging opening Place；The cross track causing stage casing conveying roller feeding mouth is connected with pan feeding orbital rendezvous, and stage casing conveying roller extends to the second cutting Machine feeding mouth, conveying roller pan feeding side, stage casing is provided with the upset corner bracket overturn by burden charging carriage material block 90 °；Second cutting machine is that gang saw is cut Cutting mill；The latter end conveying roller connected between the second cutting machine discharging opening and the 3rd cutting machine pan feeding platform is perpendicular to the 3rd cutting machine Pan feeding direction is arranged, and the 3rd cutting machine pan feeding platform is provided with pan feeding pushing mechanism, and the 3rd cutting machine has and the first cutting machine Consistent structure.The revolution band saw of the first cutting machine and the 3rd cutting machine all drives and is transmitted in generation band saw linear velocity is 1-3m/s's Motor and decelerator thereof.The domatic vertically-guided drive mechanism of guide is eccentric drive mechanism, installs including column top Eccentric roller, eccentric roller is driven to run by cylinder or hydraulic cylinder and connecting rod and fork and connects.First or the 3rd machine of cutting machine Being provided with leftover pieces collection channel in frame two column, leftover pieces collection channel internal orifice is provided with and is inclined nearly to leading in left and right cast-cutting saw Knife guiding plate.This patent of invention is simple for structure compact, and floor space is little, but in actual use, in this invention and market Other cutting production lines are the same, all can only carry out single cutting action, and need to carry out multiple independent cutting action and just can complete Excision forming has splicing and assembles the building block of function with draw-in groove and card article, has that multiple operation is loaded down with trivial details, efficiency is low, quality The defects such as difference, practicality has much room for improvement.

In consideration of it, the problems referred to above are furtherd investigate by inventor, this case is then had to produce.

Utility model content

The purpose of this utility model is to provide one can have splicing merit with draw-in groove and card article by an excision forming The building block of energy, and can arbitrarily convert the parameters such as the size and dimension of draw-in groove and card article, operation is succinct, efficiency is high, cutting Excision forming machining production line of the building block that quality is good, flexible and convenient to use, novel and reasonable structure, practical.

In order to achieve the above object, the such technical scheme of this utility model employing:

An a kind of excision forming machining production line of building block, including set gradually along production line to building block Carry out the shaping portion of shaping, the cutting part that building block is cut, and building block carries out cutting the cutting of post processing Post processing portion；

Described shaping portion includes carrying and the reforming and transmission device of conveying building block, and building block is carried out shaping Apparatus for shaping；

Described cutting part includes carrying and carries the cutting conveying appliance of building block, and building block is cut Cutter sweep；Described cutter sweep includes the draw-in groove cutter sweep being in the cutting draw-in groove of upstream, and the card article of cutting card article is cut Cut device, and be in downstream building block is cut into multiple independent building block monomer being respectively provided with draw-in groove and card article Separate cutter sweep；

Described draw-in groove cutter sweep includes organizing coaxial card grooving saw group, and the card grooving saw group of Driven by Coaxial each card grooving saw group more Drive shaft, described card grooving saw group drive shaft is horizontally disposed with and axis is vertical with the conveying direction of building block；Described card grooving saw group Including the most dismantled and assembled card saw blade slot being close to arrangement of multi-disc；The shape of at least part of cross section of described card grooving saw group edge and Size is corresponding to the shape and size of the cross section of draw-in groove；

Described card article cutter sweep includes organizing coaxial card strap saw group, and the card strap saw group of Driven by Coaxial each card strap saw group more Drive shaft, described card strap saw group drive shaft is horizontally disposed with and axis is vertical with the conveying direction of building block；Described card strap saw group Including the most dismantled and assembled card article saw blade being close to arrangement of multi-disc；The shape of at least part of cross section of described card strap saw group edge and Size is corresponding to the shape and size of the cross section of card article.

Each described card grooving saw group is close to arranged together；Described card saw blade slot includes the big draw-in groove the most corresponding with draw-in groove Saw blade, and the lesser calorie saw blade slot corresponding with building block corresponding end-faces；The lesser calorie saw blade slot of adjacent described card grooving saw group is tight Stick together；

Each described card strap saw group is close to arranged together；Described card article saw blade includes the little card article the most corresponding with card article Saw blade, and the kilocalorie bar saw blade corresponding with building block corresponding end-faces；The kilocalorie bar saw blade of adjacent described card strap saw group is tight Stick together.

The cross section of described draw-in groove is interior narrow outer wide trapezoidal；Described kilocalorie saw blade slot includes corresponding with draw-in groove bottom land First kilocalorie saw blade slot, and the second largest card saw blade slot corresponding with inclined-plane, draw-in groove both sides；

The cross section of described card article is the trapezoidal of inner wide and outer narrow；Described lesser calorie bar saw blade includes corresponding with card article outer end First lesser calorie bar saw blade, and the second lesser calorie bar saw blade corresponding with inclined-plane, card article both sides.

Described draw-in groove cutter sweep is in the lower section of building block, and described card article cutter sweep is in the upper of building block Side.

Described draw-in groove cutter sweep is in upstream or the downstream of described card article cutter sweep.

Described reforming and transmission device and cutting conveying appliance have contour conveyor chain, and are equipped with driving wheel and frame Body, and described cutting conveying appliance includes the transportation section of two or more independence；Described draw-in groove cutter sweep is located at adjacent described Between transportation section, described draw-in groove cutter sweep is equipped with driving motor；Described card article cutter sweep is located at described by bracing frame Above cutting conveying appliance, described card article cutter sweep is equipped with driving motor.

Described separation cutter sweep includes the separation saw blade of multi-disc arranged in co-axial alignment, and Driven by Coaxial respectively separates the separation of saw blade Saw blade drive shaft, described separation saw blade drive shaft is horizontally disposed with and axis is vertical with the conveying direction of building block；Adjacent institute State, between separation saw blade, there is gap, and the width of this gap is corresponding to the thickness of building block monomer.

Described separation cutter sweep is located on described cutting conveying appliance, and is between adjacent described transportation section.

Described apparatus for shaping includes two push and block plates being respectively at described reforming and transmission device both sides, and drives push and block plate Push and block driving means；It is interior and equal with the conveying direction of building block that push and block plate described in two is in the perpendicular being parallel to each other OK.

Push and block plate described in two is equipped with synchronization advance and retreat driving means.

Described in two, push and block plate is equipped with advance and retreat guider；Described synchronization advance and retreat driving means includes that two are parallel to each other also The gear connected by same connecting shaft and two tooth bars being parallel to each other and engage with two gears respectively, tooth bar described in one The other end is connected with described in one, push and block plate is vertical, and the other end of another described tooth bar is connected with another described, push and block plate is vertical.

Described cutting post processing portion includes carrying and the post processing conveyer device of conveying building block monomer, and to building panel Block carries out cutting the after-treatment device of post processing.

Described post processing conveyer device includes multiple live-roller being parallel to each other and be in same level, and adjacent is described There is between live-roller gap, and the axis of described live-roller is vertical with the conveying direction of building block.

Described after-treatment device includes overturning bogey, is connected for upset bogey upset with upset bogey Rotating shaft, and upset bogey is carried out the overturning drive device that upset drives；Described rotating shaft is horizontally disposed with and axis and building The conveying direction of plate is identical；Described upset bogey includes the transverse part transversely stretched into below building block, and along perpendicular To the vertical portion arranging and being in described post processing conveyer device side；Described transverse part includes that at least two transversely stretches into and builds Build the transverse arm below plate, described transverse arm less than described live-roller upper surface and with the gap pair of two adjacent live-rollers Should.

Described overturning drive device is the motor driving described axis of rotation.

Described rotating shaft is connected to the intersection of described transverse arm and vertical portion, or is connected to the outside of described vertical portion, or It is connected by the outside of outward extending linking arm with described vertical portion.

Described vertical portion includes the vertical arm that at least two is vertically arranged.

At least two that includes described after-treatment device transversely stretches into the lateral transfer chain belt below building block, and drives The lifting drive of lateral transfer chain belt lifting；Described lateral transfer chain belt is less than the upper surface of described live-roller and with adjacent The gap of two live-rollers corresponding.

Described after-treatment device includes the mechanical hand capturing building block monomer one by one.

Described mechanical hand includes the tong being sandwiched in building block monomer rear and front end, and drives the folder of tong pick-and-place and movement Hand driving device.

Described after-treatment device also includes being in what the surface of building block monomer was dried by described mechanical hand downstream First dehydrator.

Described after-treatment device also includes that being in described first dehydrator downstream sprays the surface of building block monomer The paint spraying machine of paint.

Described after-treatment device also includes that being in described paint spraying machine downstream enters the surface of the building block monomer after spraying paint The second dehydrator that row is dried.

Described after-treatment device also includes that being in described second dehydrator downstream enumerates packing to building block monomer Enumerate baling press.

The surface that described after-treatment device also includes being between described mechanical hand and paint spraying machine building block monomer is entered The polishing machine of row polishing.

After using technique scheme, an excision forming machining production line of building block of the present utility model, break through The structural form of traditional architecture plate cutting production line, in practical work process, is placed on the whole of shaping portion by building block On shape conveyer device, apparatus for shaping can carry out shaping to building block, makes building block enter cutting with normal place and direction Portion, the cutting conveying appliance of cutting part accepts building block from reforming and transmission device, and the draw-in groove cutter sweep of cutting part is to building Building plate and carry out draw-in groove cutting, card article cutter sweep carries out card article cutting to building block, then will be built by separation cutter sweep Building plate separation and cut into multiple independent building block monomer, building block monomer can be tabular, strip or bulk etc., each Building block monomer, all with draw-in groove and card article, makes building block monomer can carry out splicing and assembles；And card grooving saw group and card article Saw group can be carried out Optional assembling by card saw blade slot and card article saw blade respectively and be arranged in different-thickness and shape of cross section, and then cutting The draw-in groove of different sizes and shapes and card article, to meet various parameter request.Overcome the traditional architecture plate cutting production line can only Carry out single cutting action, the defects such as multiple operation is loaded down with trivial details, efficiency is low, of poor quality.Compared with prior art, of the present utility model build Building an excision forming machining production line of plate, it can have splicing function by excision forming with draw-in groove and card article Building block, and can arbitrarily convert the parameters such as the size and dimension of draw-in groove and card article, operation is succinct, efficiency is high, cut quality Good, flexible and convenient to use, novel and reasonable structure, practical.

Accompanying drawing explanation

Fig. 1 is simple plan structure schematic diagram of the present utility model；

Fig. 2 is the local easy structure schematic diagram of another angle of this utility model；

Fig. 3 is the structural representation of draw-in groove cutter sweep；

Fig. 4 is the structural representation of card article cutter sweep；

Fig. 5 is the structural representation separating cutter sweep；

Fig. 6 is the easy structure schematic diagram of apparatus for shaping；

Fig. 7 is the structural representation of after-treatment device one embodiment；

Fig. 8 is the structural representation after building block cutting.

In figure:

1-shaping portion 11-reforming and transmission device 12-apparatus for shaping 121-push and block plate 122-synchronizes advance and retreat driving means 1221-gear 1222-tooth bar 123-advance and retreat guider

2-cutting part 21-cutting conveying appliance 22-cutter sweep 221-draw-in groove cutter sweep 2211-card grooving saw group 2212-card grooving saw group drive shaft 222-card article cutter sweep 2221-card strap saw group 2222-card strap saw group drive shaft 223-is divided Separate saw blade 2232-from cutter sweep 2231-and separate saw blade drive shaft

3-cutting post processing portion 31-post processing conveyer device 311-live-roller 32-after-treatment device 321-upset is held Carry and put 3211-transverse part 3212-vertical portion 322-rotating shaft

4-paint spraying machine 51-the first dehydrator 52-the second dehydrator 6-enumerates baling press 7-building block 71-building Plate monomer 711-draw-in groove 712-card article.

Detailed description of the invention

In order to the technical solution of the utility model is explained further, it is described in detail below by specific embodiment.

Excision forming machining production line of a kind of building block of the present utility model, as shown in figures 1-8, including along raw The shaping portion 1 that building block 7 is carried out shaping that product line sets gradually, the cutting part 2 that building block 7 is cut, and right Building block 7 carries out cutting the cutting post processing portion 3 of post processing.

Shaping portion 1 includes carrying and the reforming and transmission device 11 of conveying building block 7, and building block 7 is carried out shaping Apparatus for shaping 12；Cutting part 2 includes carrying and the cutting conveying appliance 21 of conveying building block 7, and carries out building block 7 The cutter sweep 22 of cutting；Cutter sweep 22 includes the draw-in groove cutter sweep 221 being in the cutting draw-in groove 711 of upstream, and cutting The card article cutter sweep 222 of card article 712, and be in downstream building block 7 is cut into multiple be respectively provided with draw-in groove 711 and card The separation cutter sweep 223 of the independent building block monomer 71 of bar 712；Draw-in groove cutter sweep 221 includes organizing coaxial draw-in groove more Saw group 2211, and the card grooving saw group drive shaft 2212 of Driven by Coaxial each card grooving saw group 2211, card grooving saw group drive shaft 2212 level Arrange and axis is vertical with the conveying direction of building block 7；Card grooving saw group 2211 include multi-disc the most dismantled and assembled be close to arrangement Card saw blade slot；The shape and size of at least part of cross section of card grooving saw group 2211 edge and the shape of the cross section of draw-in groove 711 Corresponding with size；Card article cutter sweep 222 includes organizing coaxial card strap saw group 2221, and Driven by Coaxial each card strap saw group 2221 more Card strap saw group drive shaft 2222, card strap saw group drive shaft 2222 is horizontally disposed with and the conveying direction of axis and building block 7 hangs down Directly；Card strap saw group 2221 includes the most dismantled and assembled card article saw blade 22211 being close to arrangement of multi-disc；Card strap saw group 2221 edge is extremely The shape and size of small part cross section are corresponding to the shape and size of the cross section of card article 712.This utility model is in actual work During work, being placed on the reforming and transmission device 11 in shaping portion 1 by building block 7, building block 7 can be entered by apparatus for shaping 12 Row shaping, makes building block 7 enter cutting part 2 with normal place and direction, and the cutting conveying appliance 21 of cutting part 2 is defeated from shaping Sending undertaking building block 7 on device 11, the draw-in groove cutter sweep 221 of cutting part 2 carries out draw-in groove 711 to building block 7 and cuts, card Bar cutter sweep 222 carries out card article 712 to building block 7 and cuts, and is then separated by building block 7 by separation cutter sweep 223 Cutting into multiple independent building block monomer 71, building block monomer 71 can be tabular, strip or bulk etc., each building panel Block monomer 71, all with draw-in groove 711 and card article 712, makes building block monomer 71 can carry out splicing and assembles；And card grooving saw group 2211 and card strap saw group 2221 can respectively by card saw blade slot and card article saw blade 22211 carry out Optional assembling be arranged in different-thickness and Shape of cross section, and then cut draw-in groove 711 and the card article 712 of different sizes and shapes, to meet various parameter request.Overcome biography System building block cutting production line can only carry out single cutting action, the defects such as multiple operation is loaded down with trivial details, efficiency is low, of poor quality.

Preferably, each card grooving saw group 2211 is close to arranged together；Card saw blade slot includes the most corresponding with draw-in groove 711 Kilocalorie saw blade slot, and the lesser calorie saw blade slot corresponding with building block 7 corresponding end-faces；The little draw-in groove of adjacent card grooving saw group 2211 Saw blade is close together；Each card strap saw group 2221 is close to arranged together；Card article saw blade 22211 include directly with card article 712 phase Corresponding lesser calorie bar saw blade, and the kilocalorie bar saw blade corresponding with building block 7 corresponding end-faces；Adjacent card strap saw group 2222 Kilocalorie bar saw blade is close together.This structure can make draw-in groove cutter sweep 221 be one whole saw blade being laid with card saw blade slot Roller, carries out the most accurately cutting to the corresponding end-faces of building block 7, makes the draw-in groove after cutting 711 and draw-in groove 711 periphery all reach In high precision, cut quality is good；Can make card article cutter sweep 222 is one whole saw blade roller being laid with card article saw blade 22211, right The corresponding end-faces of building block 7 carries out the most accurately cutting, makes the card article after cutting 712 and card article 712 periphery all reach high-precision Degree, cut quality is good.

The cross section of draw-in groove 711 is interior narrow outer wide trapezoidal；In order to realize disposably cutting trapezoidal draw-in groove 711, preferably Ground, kilocalorie saw blade slot includes the first kilocalorie saw blade slot corresponding with draw-in groove 711 bottom land, and relative with inclined-plane, draw-in groove 711 both sides The second largest card saw blade slot answered.In practice, several the first kilocalorie saw blade slots are close to arrange and the groove of corresponding cutting draw-in groove 711 The end, the second largest card saw blade slot of several diameters gradually increasing or decreasing is suitably close to arrangement and correspondence cuts the two of draw-in groove 711 Skew back face.And the edge of second largest card saw blade slot is formed and the inclined-plane of draw-in groove 711 both sides slopes which match.

The cross section of card article 712 is the trapezoidal of inner wide and outer narrow；In order to realize disposably cutting trapezoidal card article 712, preferably Ground, lesser calorie bar saw blade includes the first lesser calorie bar saw blade corresponding with card article 712 outer end, and relative with inclined-plane, card article 712 both sides The the second lesser calorie bar saw blade answered.In practice, several the first lesser calorie bar saw blades be close to arrangement and outside corresponding cutting card article 712 End, the second lesser calorie bar saw blade of several diameters gradually increasing or decreasing is suitably close to arrangement and correspondence cuts the two of card article 712 Skew back face.And the edge of the second lesser calorie bar saw blade is formed and the inclined-plane of card article 712 both sides slopes which match.

Preferably, draw-in groove cutter sweep 221 is in the lower section of building block 7, and card article cutter sweep 222 is in building block The top of 7.This structure can make draw-in groove 711 be formed at the lower section of building block 7, and card article 712 is formed at the top of building block 7, It is easy to scrap flow out, and after building block 7 is cut into independent building block monomer 71, building block monomer 71 is the most not The situation of overturning easily there is, it is simple to normal conveying and the rule state of holding building block monomer 71 because area under is little.

Preferably, draw-in groove cutter sweep 221 is in upstream or the downstream of card article cutter sweep 222.

Preferably, reforming and transmission device 11 and cutting conveying appliance 21 have contour conveyor chain, and are equipped with driving Take turns and support body, and cutting conveying appliance 21 includes the transportation section of two or more independence；Draw-in groove cutter sweep 221 is located at adjacent institute Stating between transportation section, draw-in groove cutter sweep 221 is equipped with driving motor (not shown)；Card article cutter sweep 222 is by propping up Support (not shown) is located at above cutting conveying appliance 21, and card article cutter sweep 222 is equipped with driving motor and (does not shows in figure Go out).

In order to realize separating the concrete structure of cutter sweep 223, it is preferable that separate cutter sweep 223 and include that multi-disc is coaxial The separation saw blade 2231 of arrangement, and Driven by Coaxial respectively separates the separation saw blade drive shaft 2232 of saw blade 2231, separates saw blade and drives Axle 2232 is horizontally disposed with and axis is vertical with the conveying direction of building block 7；Between adjacent separation saw blade 2231, there is gap, And the width of this gap is corresponding to the thickness of building block monomer 71.

Preferably, separate cutter sweep 223 be located on cutting conveying appliance 21, and be in adjacent described transportation section it Between, it is provided that separate saw blade 2231 and building block 7 carries out separating the space of cutting.

Preferably, separate cutter sweep 223 to be located between cutting conveying appliance 21 and cutting post processing portion 3.This structure can Reduce the complexity of cutting conveying appliance 21 structure, and easily facilitate separation cutter sweep 223 and building block 7 is cut Cut.

Preferably, apparatus for shaping 12 includes two push and block plates 121 being respectively at reforming and transmission device 11 both sides, and drives The push and block driving means (not shown) of push and block plate 121；In two push and block plates 121 are in the perpendicular that is parallel to each other and with build The conveying direction building plate 7 is parallel.In actual use, under the effect of push and block driving means, two push and block plates 121 are right The building block 7 being placed on reforming and transmission device 11 carries out both sides and clamps spacing shaping, makes building block 7 be in normal bit Put, and enter cutting part with position accurately and direction and accurately cut.

Preferably, two push and block plates 121 are equipped with synchronization advance and retreat driving means 122, synchronize advance and retreat driving means 122 and can ensure that Two push and block plates 121 carry out synchronizing to retreat, and make each building block 7 be clamped at same position all the time, it is ensured that shaping degree of accuracy.

Preferably, two push and block plates 121 are equipped with advance and retreat guider 123；Synchronize advance and retreat driving means 122 and include two phases Gear 1221 that is the most parallel and that connected by same connecting shaft and two teeth being parallel to each other and engage with two gears 1221 respectively Bar 1222, the other end of one tooth bar 1222 is vertical with one push and block plate 121 to be connected, the other end of another tooth bar 1222 and another Push and block plate 121 vertically connects.Synchronize advance and retreat guider 123 can the moving back and forth of two push and block plates 121 be guided, make two to push away The moving back and forth of baffle plate 121 is more stable accurately, and rectilinearity is good, runs more smooth and easy, and the shaping to building block 7 is more accurate Really.And under the assosting effect of this advance and retreat guider 123, synchronize advance and retreat driving means 122 and utilize any tooth bar 1222 to carry Moving gear 1221 rotates and drives another tooth bar 1221 in opposite directions or opposite direction motion, utilizes joining of gear 1221 and two tooth bars 1222 Two push and block plates 121 can be carried out synchronizing to retreat driving by conjunction.

Preferably, cutting post processing portion 3 includes carrying and the post processing conveyer device 31 of conveying building block monomer 71, and Building block 7 carries out cutting the after-treatment device 32 of post processing.In actual use, enter when building block monomer 71 After post processing conveyer device 31, building block monomer 71 is carried out cutting post processing by after-treatment device 32, as being transported through waiting behaviour Make.

In order to realize the concrete structure of post processing conveyer device 31, it is preferable that post processing conveyer device 31 includes multiple phase Mutually parallel and in the live-roller 311 of same level, there is between adjacent live-roller 311 gap, and the axle of live-roller 311 Line is vertical with the conveying direction of building block 7.

In order to realize the concrete structure of after-treatment device 32, it is preferable that after-treatment device 32 includes overturning bogey 321, it is connected the rotating shaft 322 for upset bogey 321 upset with upset bogey 321, and upset bogey 321 is entered The overturning drive device (not shown) that row upset drives, rotating shaft 322 is horizontally disposed with and the conveying side of axis and building block 7 To identical；Upset bogey 321 includes the transverse part 3211 transversely stretched into below building block 7, and vertically arranges also It is in the vertical portion 3212 of post processing conveyer device 31 side；Transverse part 3211 includes that at least two transversely stretches into building block Transverse arm below 7, transverse arm is less than the upper surface of live-roller 311 and corresponding with the gap of two adjacent live-rollers 311.In reality In the work process of border, under the effect of overturning drive device, upset bogey 321 relies on rotating shaft 322 to flip to the outside, laterally The transverse arm in portion 3211 gap between two live-rollers 311 is upward through, and lifts and make respectively to build by each building block monomer 71 Building plate monomer 71 to tilt to vertical portion 3212, until vertical portion 3212 reaches horizontal, transverse part 3211 reaches vertical, respectively builds Plate monomer 71 is enumerated in vertical portion 3212, each building block monomer 71 so can carry out stable transhipment and packing etc. dynamic Make, and overturn bogey 321 and also can reverse back to initial position perseveration.

Preferably, described overturning drive device is the motor that drive shaft 322 rotates.

Preferably, rotating shaft 322 is connected to transverse arm and the intersection of vertical portion 3212, simple in construction and torsion are little.

Preferably, rotating shaft 322 is connected to the outside of vertical portion 3212, or (is not shown in figure by outward extending linking arm Go out) it is connected with the outside of vertical portion 3212.This structure can make transverse arm that building block 7 is substantially carried out lift action, first makes each Building block monomer 71 leaves live-roller 311 and overturns, does not haves actions such as scratching, it is ensured that each building block list Body 71 stablizes smooth and easy upset.

Preferably, vertical portion 3212 includes the vertical arm that at least two is vertically arranged.This simple in construction, and be easy to sieve The each building block monomer 71 being listed on vertical arm carries out packaging operation.

Preferably, after-treatment device 32 includes that at least two transversely stretches into the lateral transfer chain belt below building block 7 (not shown), and drive the lifting drive (not shown) of lateral transfer chain belt lifting；Lateral transfer chain belt is low In the upper surface of live-roller 311 and corresponding with the gap of two adjacent live-rollers 311.In practical work process, drive in lifting Under the effect of dynamic device, the rising of lateral transfer chain belt the gap between two live-rollers 311 are upward through, by each building block Monomer 71 lifts, and is then carried laterally by each building block monomer 71, so can carry out each building block monomer 71 stable The actions such as transhipment and packing, and lateral transfer chain belt also can reverse back to initial position perseveration.

Preferably, after-treatment device 32 includes the mechanical hand (not shown) capturing building block monomer 71 one by one.? In practical work process, each building block monomer 71 is captured and is transported to corresponding position and is further processed by mechanical hand one by one, As carried out polishing, spray paint, dry and the operation such as packing.

Preferably, mechanical hand includes the tong (not shown) being sandwiched in building block monomer 71 rear and front end, and drives Tong pick-and-place and the tong driving means (not shown) of movement.

Preferably, after-treatment device 32 also includes that being in mechanical hand downstream dries the surface of building block monomer 71 The first dehydrator 51.

Preferably, after-treatment device 32 also includes that being in the first dehydrator 51 downstream enters the surface of building block monomer 71 The paint spraying machine 4 that row sprays paint.

Preferably, after-treatment device 32 also includes the table being in paint spraying machine 4 downstream to the building block monomer 71 after spraying paint Face carries out the second dehydrator 52 dried.

Preferably, after-treatment device 32 also includes that being in the second dehydrator 52 downstream enumerates building block monomer 71 That packs enumerates baling press 6.

Preferably, after-treatment device 32 also includes being in the table between mechanical hand and paint spraying machine 4 to building block monomer 71 Face carries out the polishing machine polished.Building block monomer 71 is more favorable for spraying paint after polishing machine polishes, and aesthetic is good.

Excision forming machining production line of building block of the present utility model, can be used for marble, concrete segment Or the cutting of all kinds of building blocks such as concrete foam block；Paint spraying machine, the first dehydrator, the second dehydrator, enumerate baling press and The concrete form of polishing machine, position etc. is set all can be adjusted according to actual requirement and design；Tong and tong driving means Concrete form can be adjusted according to actual requirement and design, say in a broad sense, the form of mechanical hand is also dependent on being actually subjected to Ask and be adjusted and design；The concrete form of lateral transfer chain belt and lifting drive can be adjusted according to actual requirement and Design；The concrete form of transverse arm and vertical arm can be adjusted according to actual requirement and design, and says in a broad sense, transverse part and The form of vertical portion is adjusted also dependent on actual requirement and designs；The concrete form of rotating shaft and overturning drive device can basis Actual requirement is adjusted and designs；The concrete form of live-roller, spacing, quantity etc. all can be adjusted according to actual requirement and Design；The concrete form of gear and tooth bar can be adjusted according to actual requirement and design, and says in a broad sense, and synchronizing to retreat drives The concrete form of device and advance and retreat guider is adjusted also dependent on actual requirement and designs；Push and block plate and push and block drive dress The concrete form put can be adjusted according to actual requirement and design, and says in a broad sense, and the form of apparatus for shaping is also dependent on reality Border requires be adjusted and design；Separate saw blade to be preferably as saw blade, the separation concrete form of saw blade, gap size, quantity And the concrete form separating saw blade drive shaft all can be adjusted according to actual requirement and design, saying in a broad sense, separation is cut The concrete form cutting device is adjusted also dependent on actual requirement and designs；Reforming and transmission device and cutting conveying appliance, with And the concrete form of the two driving wheel arranged and support body all can be adjusted according to actual requirement and design；Draw-in groove cutting dress Put, card article cutter sweep and separate the concrete form of cutter sweep, fit form, position etc. is set all can enter according to actual requirement Row sum-equal matrix and design；First kilocalorie saw blade slot, second largest card saw blade slot, the first lesser calorie bar saw blade and the tool of the second lesser calorie bar saw blade The angle of inclination of body radius, thickness, quantity and second largest card saw blade slot and the second lesser calorie bar saw blade bezel etc. all can root Be adjusted according to actual requirement and design, saying in a broad sense, card saw blade slot and the concrete radius of card article saw blade, thickness, quantity and Press close to degree etc. to be all adjusted according to actual requirement and design；Card grooving saw group and card grooving saw group drive shaft, and card strap saw The concrete form of group and card strap saw group drive shaft and be connected with each other mode etc. and all can be adjusted according to actual requirement and design.

Product form of the present utility model is not limited to this case diagram and embodiment, and anyone carries out similar thinking to it Suitably change or modification, all should be regarded as without departing from patent category of the present utility model.

Claims (25)

1. an excision forming machining production line of a building block, it is characterised in that: include setting gradually along production line Building block is carried out the shaping portion of shaping, the cutting part cutting building block, and after building block is cut The cutting post processing portion processed；

Described shaping portion includes carrying and the reforming and transmission device of conveying building block, and building block carries out the shaping of shaping Device；

Described cutting part includes carrying and the cutting conveying appliance of conveying building block, and the cutting cutting building block Device；Described cutter sweep includes the draw-in groove cutter sweep being in the cutting draw-in groove of upstream, and the card article cutting dress of cutting card article Put, and be in downstream building block is cut into the separation of multiple independent building block monomer being respectively provided with draw-in groove and card article Cutter sweep；

Described draw-in groove cutter sweep includes organizing coaxial card grooving saw group more, and the card grooving saw group of Driven by Coaxial each card grooving saw group drives Axle, described card grooving saw group drive shaft is horizontally disposed with and axis is vertical with the conveying direction of building block；Described card grooving saw group includes The most dismantled and assembled card saw blade slot being close to arrangement of multi-disc；The shape and size of at least part of cross section of described card grooving saw group edge Corresponding to the shape and size of the cross section of draw-in groove；

Described card article cutter sweep includes organizing coaxial card strap saw group more, and the card strap saw group of Driven by Coaxial each card strap saw group drives Axle, described card strap saw group drive shaft is horizontally disposed with and axis is vertical with the conveying direction of building block；Described card strap saw group includes The most dismantled and assembled card article saw blade being close to arrangement of multi-disc；The shape and size of at least part of cross section of described card strap saw group edge Corresponding to the shape and size of the cross section of card article.

Excision forming machining production line of a kind of building block the most according to claim 1, it is characterised in that: each institute State card grooving saw group and be close to arranged together；Described card saw blade slot includes directly the most corresponding with draw-in groove kilocalorie saw blade slot, and with build Build the lesser calorie saw blade slot that plate corresponding end-faces is corresponding；The lesser calorie saw blade slot of adjacent described card grooving saw group is close together；

Each described card strap saw group is close to arranged together；Described card article saw blade includes the lesser calorie strap saw the most corresponding with card article Sheet, and the kilocalorie bar saw blade corresponding with building block corresponding end-faces；The kilocalorie bar saw blade of adjacent described card strap saw group is close to Together.

Excision forming machining production line of a kind of building block the most according to claim 2, it is characterised in that: described The cross section of draw-in groove is interior narrow outer wide trapezoidal；Described kilocalorie saw blade slot includes the first kilocalorie grooving saw corresponding with draw-in groove bottom land Sheet, and the second largest card saw blade slot corresponding with inclined-plane, draw-in groove both sides；

The cross section of described card article is the trapezoidal of inner wide and outer narrow；Described lesser calorie bar saw blade includes first corresponding with card article outer end Lesser calorie bar saw blade, and the second lesser calorie bar saw blade corresponding with inclined-plane, card article both sides.

4., according to an excision forming machining production line of a kind of building block according to any one of claim 1-3, it is special Levying and be: described draw-in groove cutter sweep is in the lower section of building block, described card article cutter sweep is in the top of building block.

Excision forming machining production line of a kind of building block the most according to claim 4, it is characterised in that: described Draw-in groove cutter sweep is in upstream or the downstream of described card article cutter sweep.

Excision forming machining production line of a kind of building block the most according to claim 5, it is characterised in that: described Reforming and transmission device and cutting conveying appliance have contour conveyor chain, and are equipped with driving wheel and support body, and described cutting Conveyer device includes the transportation section of two or more independence；Described draw-in groove cutter sweep is located between adjacent described transportation section, institute State draw-in groove cutter sweep and be equipped with driving motor；Described card article cutter sweep is located on described cutting conveying appliance by bracing frame Side, described card article cutter sweep is equipped with driving motor.

Excision forming machining production line of a kind of building block the most according to claim 6, it is characterised in that: described Separate cutter sweep and include the separation saw blade of multi-disc arranged in co-axial alignment, and Driven by Coaxial respectively separates the separation saw blade drive shaft of saw blade, Described separation saw blade drive shaft is horizontally disposed with and axis is vertical with the conveying direction of building block；Adjacent described separation saw blade it Between there is gap, and the width of this gap is corresponding to the thickness of building block monomer.

Excision forming machining production line of a kind of building block the most according to claim 7, it is characterised in that: described Separate cutter sweep to be located on described cutting conveying appliance, and be between adjacent described transportation section.

9., according to an excision forming machining production line of a kind of building block according to any one of claim 1-3, it is special Levy and be: described apparatus for shaping includes two push and block plates being respectively at described reforming and transmission device both sides, and drives push and block plate Push and block driving means；It is interior and equal with the conveying direction of building block that push and block plate described in two is in the perpendicular being parallel to each other OK.

Excision forming machining production line of a kind of building block the most according to claim 9, it is characterised in that: two Described push and block plate is equipped with synchronization advance and retreat driving means.

Excision forming machining production line of 11. a kind of building blocks according to claim 10, it is characterised in that: two Described push and block plate is equipped with advance and retreat guider；Described synchronization advance and retreat driving means includes that two are parallel to each other and pass through same company Gear that spindle connects and two tooth bars being parallel to each other and engage with two gears respectively, the other end of tooth bar described in one and its Described in one, push and block plate vertically connects, and the other end of another described tooth bar is connected with another described, push and block plate is vertical.

12. according to an excision forming machining production line of a kind of building block according to any one of claim 1-3, and it is special Levy and be: described cutting post processing portion includes carrying and the post processing conveyer device of conveying building block monomer, and to building panel Block carries out cutting the after-treatment device of post processing.

Excision forming machining production line of 13. a kind of building blocks according to claim 12, it is characterised in that: institute State post processing conveyer device and include multiple live-roller being parallel to each other and be in same level, between adjacent described live-roller There is gap, and the axis of described live-roller is vertical with the conveying direction of building block.

Excision forming machining production line of 14. a kind of building blocks according to claim 13, it is characterised in that: institute State after-treatment device to include overturning bogey, be connected the rotating shaft for upset bogey upset with upset bogey, and right Upset bogey carries out the overturning drive device that upset drives；Described rotating shaft is horizontally disposed with and the conveying of axis and building block Direction is identical；Described upset bogey includes the transverse part transversely stretched into below building block, and vertically arranges and locate Vertical portion in described post processing conveyer device side；Described transverse part includes that at least two transversely stretches into below building block Transverse arm, described transverse arm is less than the upper surface of described live-roller and corresponding with the gap of two adjacent live-rollers.

Excision forming machining production line of 15. a kind of building blocks according to claim 14, it is characterised in that: institute Stating overturning drive device is the motor driving described axis of rotation.

Excision forming machining production line of 16. a kind of building blocks according to claim 15, it is characterised in that: institute State rotating shaft and be connected to the intersection of described transverse arm and vertical portion, or be connected to the outside of described vertical portion, or by extension The linking arm stretched is connected with the outside of described vertical portion.

Excision forming machining production line of 17. a kind of building blocks according to claim 14, it is characterised in that: institute State the vertical arm that vertical portion includes that at least two is vertically arranged.

Excision forming machining production line of 18. a kind of building blocks according to claim 13, it is characterised in that: institute State after-treatment device and include that at least two transversely stretches into the lateral transfer chain belt below building block, and drive transversal chain conveyor The lifting drive of band lifting；Described lateral transfer chain belt less than described live-roller upper surface and with two adjacent live-rollers Gap corresponding.

Excision forming machining production line of 19. a kind of building blocks according to claim 13, it is characterised in that: institute State after-treatment device and include capturing one by one the mechanical hand of building block monomer.

Excision forming machining production line of 20. a kind of building blocks according to claim 19, it is characterised in that: institute State mechanical hand and include being sandwiched in the tong of building block monomer rear and front end, and drive the tong of tong pick-and-place and movement to drive dress Put.

Excision forming machining production line of 21. a kind of building blocks according to claim 20, it is characterised in that: institute State after-treatment device also to include being in the first dehydrator that the surface of building block monomer is dried by described mechanical hand downstream.

Excision forming machining production line of 22. a kind of building blocks according to claim 21, it is characterised in that: institute State after-treatment device also to include being in the paint spraying machine sprayed paint in the surface of building block monomer by described first dehydrator downstream.

Excision forming machining production line of 23. a kind of building blocks according to claim 22, it is characterised in that: institute State after-treatment device also to include being in that the surface of the building block monomer after spraying paint is dried by described paint spraying machine downstream Two dehydrators.

Excision forming machining production line of 24. a kind of building blocks according to claim 23, it is characterised in that: Described after-treatment device also includes being in described second dehydrator downstream and building block monomer is enumerated packing enumerates and beat Chartered plane.

Excision forming machining production line of 25. a kind of building blocks according to claim 24, it is characterised in that: institute State after-treatment device also to include being between described mechanical hand and paint spraying machine the mill that the surface of building block monomer is polished Ray machine.