CN107379211A

CN107379211A - A kind of construction material cement tile automatic rolling forming and automatic printing equipment

Info

Publication number: CN107379211A
Application number: CN201710747787.1A
Authority: CN
Inventors: 俞樑兵
Original assignee: Individual
Current assignee: Individual
Priority date: 2017-08-28
Filing date: 2017-08-28
Publication date: 2017-11-24

Abstract

The present invention relates to a kind of construction material cement tile automatic rolling forming and automatic printing equipment, including conveying supporting device, die set device, agitating device, automatic blanking device, jolt ramming rolling device and printing device.The present invention can solve existing existing operating efficiency when manually being processed to cement tile is low, need manually to be stirred ornamental slab for paving the floor base-material with blanking, need manually to vibrate ornamental slab for paving the floor base-material and roll, need to take out the problem such as highly difficult under mould after manually processing cement tile upper surface progress printing operations, cement tile；Ornamental slab for paving the floor base-material automatic blanking, the shaping of automatic design register brick vibration rolling, the function of a variety of decalcomania automatic printings are controlled when realizing processing ornamental slab for paving the floor, has the advantages that mechanization is stirred to ornamental slab for paving the floor base-material and ornamental slab for paving the floor base-material is vibrated with blanking, mechanization and rolled, takes out after mechanization processes to cement tile upper surface progress printing operations, cement tile and is easy under mould.

Description

A kind of construction material cement tile automatic rolling forming and automatic printing equipment

Technical field

The present invention relates to construction material processing equipment field, more particularly to a kind of construction material cement tile automatic rolling into Type and automatic printing equipment.

Background technology

Cement tile refers to concrete prefabricated and tile the construction material with appreciation effect with certain moulding, ornamental slab for paving the floor manufacture Need by mould, grouting, produce, be polished to semiclosed, process is simple not at all, cement tile production and processing with cement, Sand and pigment are made of the process such as main raw material(s), layered stone, the demoulding, maintenance, and surface layer carries the cement of each colored pattern Brick, it is mainly used in the decoration to building flooring and ground；At present the cement tile majority used on the market be all by Brickkiln fires what is formed, so not only expends substantial amounts of human and material resources, financial resources, but also different degrees of environment can be brought dirty Dye.

Existing have that operating efficiency is low, labor intensity is big when manually being processed to cement tile, and cement tile needs artificial right Ornamental slab for paving the floor base-material is stirred and blanking, adds the amount of labour of worker, it is necessary to which manually cement tile base-material is vibrated and rolled Pressure to cement tile upper surface, it is necessary to manually carry out printing operations, stamp is uneven, and cement tile takes after processing under mould Go out highly difficult, it is easy to produce defect ware.

The content of the invention

In order to solve the above problems, the invention provides a kind of construction material cement tile automatic rolling forming and automatic printing Flower equipment, can solve that existing existing operating efficiency when manually process to cement tile is low, labor intensity is big, it is manually right to need Ornamental slab for paving the floor base-material, which is stirred, manually to be vibrated and is rolled to ornamental slab for paving the floor base-material, is needed manually on cement tile with blanking, needs End face carries out printing operations, cement tile takes out the problem such as highly difficult under mould after processing；The present invention can realize processing Ornamental slab for paving the floor base-material automatic blanking, the shaping of automatic design register brick vibration rolling, the function of a variety of decalcomania automatic printings are controlled during ornamental slab for paving the floor, With operating efficiency is high, labor intensity is small, mechanization is stirred to ornamental slab for paving the floor base-material and ornamental slab for paving the floor base-material is carried out with blanking, mechanization Vibration and rolling, taken out very under mould after mechanization carries out printing operations to cement tile upper surface, cement tile processes The advantages that easy.

To achieve these goals, the present invention uses following technical scheme, a kind of construction material cement tile automatic rolling Shaping and automatic printing equipment, including conveying supporting device, die set device, agitating device, automatic blanking device, jolt ramming rolling dress Put and printing device, described conveying supporting device be placed on conveying supporting device positioned at the bottom of the present invention, die set device, Agitating device is arranged on the left of conveying supporting device, and automatic blanking device is arranged on agitating device, and jolt ramming rolling device is located at On the right side of agitating device, jolt ramming rolling device is arranged on conveying supporting device, and printing device is located on the right side of jolt ramming rolling device, print Embossing device is arranged on conveying supporting device.

Described conveying supporting device includes driving motor, two live rollers, two active rollers, transmission belt and branch Support, at left and right sides of support frame on be symmetrically installed with two active rollers, the front end of each active roller by shaft coupling with The output shaft of one driving motor is connected, and the rear end of active roller is arranged on by bearing on the rear side of support frame, transmission electricity Machine is arranged on by motor set on the front side of support frame, and two live rollers are uniformly arranged on the middle part of support frame, live roller Both ends are arranged on support frame by bearing, and transmission belt is arranged between two active rollers, and two live roller positions On the inside of the transmission belt, during specific works, control driving motor to turn clockwise in the same direction first, put so as to drive on transmission belt The die set device put moves, and when die set device is moved under automatic blanking device, can be carried out down into die set device Material is acted, and when die set device is moved under jolt ramming rolling device, the dynamic of jolt ramming rolling can be carried out to the base-material in die set device Make, when die set device is moved under printing device, stamp action can be carried out to the ornamental slab for paving the floor in die set device.

As a preferred technical solution of the present invention, described die set device includes mould bases frame, lateral isolation plate and three Individual longitudinal division board, mould bases frame are the square frame-shaped structure of bottom lock, and three longitudinal division boards are longitudinally uniformly inserted in mould bases frame Interior, the rear and front end of longitudinal division board is provided with slot, and longitudinal division board is inserted in mould bases frame by the slot on longitudinal division board On, and the bottom face of longitudinal division board is close on the upper surface of mould bases frame bottom enclosed construction, is provided with lateral isolation plate Five slots, lateral isolation plate middle part are respectively arranged with the division board slot in mating connection with three longitudinal division boards, laterally Division board left and right ends are respectively arranged with the mould bases slot in mating connection with mould bases frame, and lateral isolation plate bottom face is close to On the upper surface of mould bases frame bottom enclosed construction, during specific works, when needing to carry out ornamental slab for paving the floor processing, first by three longitudinal directions every Longitudinally it is inserted on mould bases frame from plate, lateral isolation plate is then inserted in three longitudinal division boards by the slot on lateral isolation plate With on mould bases frame, after ornamental slab for paving the floor machines, the part of mould bases outer frame side lateral isolation plate stretching being tapped by rubber hammer, by horizontal stroke Slowly removed to division board, then three longitudinal division boards are slowly removed.

Described agitating device includes stirring supporting plate, two agitators, stirring support frame, two stirring motors, stirring Motor transmission shaft, stirring reclaiming plate, discharging connecting plate, discharging spring, stirring stretches push rod, stirring connecting rod, three first stir Mix leaf, four the second paddles, the electronic sliding block of stirring, cam motor, cam, cam drive axle, cam fixed mount, the first discharging Cross bar, the second discharging cross bar, cross bar column and column turning-bar, stirring supporting plate are arranged on support frame, two agitators pair Claim to be arranged at left and right sides of stirring supporting plate, the agitator on the left of stirring supporting plate is used for the mixing slurry that mixes cement, position Agitator on the right side of stirring supporting plate is used to stir toning size, and each agitator upper surface is mounted on a stirring support Frame, stirring support frame play a part of supporting stirring motor and fixed stirring motor power transmission shaft, and two stirring motors pass through electricity Mantle is arranged on corresponding stirring support frame, and the output shaft of each stirring motor is provided with a stirring electricity by shaft coupling Machine power transmission shaft, the stirring motor power transmission shaft bottom on the left of stirring supporting plate are provided with stirring stretches push rod, and stirring is flexible to be pushed away Stirring connecting rod is installed, three the first paddles are uniformly arranged on the outside of stirring connecting rod, the first stirring at the top of bar Leaf is spiral fan shaped structure, and the slurries in agitator can upwards be stirred, prevent from stirring by the spiral fan shaped structure of the first paddle The hidden danger that the slurries in bucket condense in stirring bottom of the barrel is mixed, four the second paddles are mounted on the right side of stirring supporting plate On the outside of motor transmission shaft, the second paddle is E type structures, and the second paddle is E type structures, the E type knots of the second paddle Structure can stir corresponding agitator inwall and the toning size of bottom, and the toning size for preventing viscosity larger is bonded in agitator On wall and bottom；Described being located on the agitator stirred on the left of supporting plate is additionally provided with cement hopper, in cement hopper For sieve pore structure；A stirring reclaiming plate, stirring reclaiming plate inner side are provided with by bearing pin below the front side of each agitator Sealing ring is provided with, stirring the ring structure of reclaiming plate can prevent slurries from, by stirring the outside spillage of reclaiming plate, each stirring Mix and a discharging connecting plate is mounted on above reclaiming plate, discharging spring is arranged on corresponding stirring reclaiming plate and connected with discharging Between plate, discharging spring is in contraction state, stirs electronic sliding block between two agitators, cam motor passes through motor set Installed in stirring on electronic sliding block, the output shaft of cam motor is connected by shaft coupling with one end of cam drive axle, cam The other end of power transmission shaft is arranged on cam fixed mount by bearing, and cam fixed mount, which is arranged on, to be stirred on electronic sliding block, cam On cam drive axle, the first discharging cross bar left end is mounted on stirring the right flank of stirring reclaiming plate on the left of supporting plate On, the right-hand member of the second discharging cross bar is mounted on stirring on the right side of supporting plate on the left surface of stirring reclaiming plate, cross bar column peace In stirring supporting plate, cross bar column is cylindrical structure above cross bar column on the left of the second discharging cross bar, and column turns It is connected to the middle part of bar by gap on the cylindrical structure of cross bar column, the right-hand member leading flank connection of column turning-bar On the left end trailing flank of the second discharging cross bar, and the left end of column turning-bar is stretching structure, passes through column turning-bar left end The flexible load that can adjust toning size agitator, during specific works, be separately added into water into two agitators first Mud ornamental slab for paving the floor base-material and toning size, stirring motor is opened after adding water, make the slurry agitation in bucket uniform, then mobile stirring electric sliding Block, the cam on the electronic sliding block of stirring is moved to the position of the first discharging cross bar, control cam motor rotate counterclockwise, cam Cam above motor driven rotates counterclockwise, and cam rotation can drive the first discharging cross bar to move forward, the first discharging cross bar The stirring reclaiming plate in left side can be raised, and the cement mortar in agitator can be flowed in automatic blanking device, by changing cam electricity The rotating speed of machine can adjust the load of agitator, when cam, which continues to rotate to, to be separated with the first discharging cross bar, pass through bearing pin The stirring reclaiming plate of installation can close stirring reclaiming plate under the restoring force effect of discharging spring, stir the sealing ring of reclaiming plate Structure can prevent slurries by stirring the outside spillage of reclaiming plate, when cam continues to rotate to the position of column turning-bar, stand Post turning-bar plays a part of lever, so as to which the stirring reclaiming plate being connected with the second discharging cross bar be opened, the tune in agitator Mill base material can be flowed in automatic blanking device, and tinting paste can be adjusted by the stretching motion of column turning-bar left end stretching structure The load of agitator is expected, when wheel, which continues to rotate to, to be separated with column turning-bar, with the second stirring for being connected of discharging cross bar Reclaiming plate can close, so as to complete cement mortar and the action of toning size circulation discharging.

As a preferred technical solution of the present invention, described automatic blanking device includes two cutting agencies, transverse directions The electronic sliding block of blanking, three blanking electric pushrods, blanking connecting plate, blanking longitudinal electric sliding block, blanking fix bar, two blankings Mechanism is arranged in stirring supporting plate, and the position of two cutting agencies and the position of two agitators correspond；Under described Material mechanism includes blanking bin, sealing electric push rod, sealing plate, air pump, escape pipe and delivery pipe, and trailing flank is installed above blanking bin On corresponding agitator, the inside middle portion of blanking bin is provided with square groove, and the square groove of blanking bin is under stirring supporting plate Side, sealing electric push rod side are arranged on the bottom face of stirring supporting plate, and sealing plate is provided with the top of sealing electric push rod, The position of square groove of the position of sealing plate with being set on blanking bin is corresponding, is provided with four peripheral sides of sealing plate close Packing, the sealing gasket set on sealing plate play a part of sealing, and air pump is arranged on stirring supporting plate bottom face, and air pump position In the outside of blanking bin, one end of escape pipe is connected with air pump, and the other end of escape pipe is arranged on the outside of blanking bin, defeated The upper end of pipe is sent to be arranged on the bottom of blanking bin, the lower end of delivery pipe is connected with the bottom of blanking fix bar；Described horizontal stroke It is arranged on to blanking electric sliding block in the middle part of stirring supporting plate on bottom face, three blanking electric pushrods are uniformly arranged on horizontal blanking On electronic sliding block, blanking connecting plate is installed at the top of three blanking electric pushrods, blanking connecting plate is rectangular parallelepiped structure, blanking The bottom of connecting plate is longitudinally provided with blanking longitudinal electric sliding block, and blanking longitudinal electric sliding block lower surface is upper with blanking fix bar End face is connected, and during specific works, after agitator discharging on agitating device, slurry can be flowed in blanking bin, adjusted first The position of the horizontal electronic sliding block of blanking so that the blanking fix bar below the horizontal electronic sliding block of blanking is located at suitable horizontal position Put, then adjust the position of blanking longitudinal electric sliding block so that blanking fix bar is located at suitable lengthwise position, adjusts three blankings The length of electric pushrod so that blanking fix bar is located at suitable height, then collapsed seal electric pushrod so that on sealing plate The slurry of side flows downward, and when the slurry above sealing plate is flowed to below blanking bin, extends sealing electric push rod so that sealing Plate is inserted into serving the effect of sealing into blanking bin, now opens air pump, and air pump is led to by escape pipe into blanking bin Crossing the mode of aerating increases air pressure so that the slurry in blanking bin flows out from delivery pipe lower end, because cement mixing slurry is with adjusting Mill base material mobility is poor, it is necessary to extruded out of blanking bin slurry with pressure, consolidates so as to which slurry is expressed into blanking Mould bases inframe below fixed pole, the gas output by changing air pump can adjust the load of blanking bin, when under blanking fix bar When the mould bases frame of side fills it up with slurry, air pump is closed, by the position for adjusting the electronic sliding block of horizontal blanking and blanking longitudinal electric sliding block Filling slurry can be carried out to the next position of mould bases inframe by putting.

As a preferred technical solution of the present invention, described jolt ramming rolling device include rolling support, rolling motor, Roll power transmission shaft, rolling rotor plate, two support chutes, two chute supported bars, four vibrating mechanisms, four rolling mechanisms, Two rotary spacing bars, gag lever post spring, two spacing electric pushrods, spacing connector and two rotor plate cross bars, rolling branch Frame is handstand U-shape structure, and rolling support is arranged on support frame, and rolling motor is arranged on the right side of rolling support by motor set On the inner of face, the output shaft for rolling motor is connected by shaft coupling with rolling the right-hand member of power transmission shaft, rolls the left end of power transmission shaft It is arranged on by bearing on the inside of rolling support left side, rolling rotor plate is arranged on rolling power transmission shaft, and rolling rotor plate is Rectangular parallelepiped structure, four rolling mechanisms are arranged on the lower surface of rolling rotor plate；It is electronic that described rolling mechanism includes rolling Sliding block, rolling electric pushrod, rolling support frame, rolling bar and roller, roll the lower end that electronic sliding block is arranged on rolling rotor plate On face, the bottom for rolling electric pushrod is connected with rolling the bottom of electronic sliding block, rolls and rolling is provided with the top of electric pushrod Support frame is pressed, the both ends for rolling bar are arranged on rolling support frame by bearing, and roller is arranged on rolling bar；Four bobbing machines Structure is arranged on the upper surface of rolling rotor plate；Described vibrating mechanism includes vibrating electronic sliding block, vibration electric pushrod and shaken Dynamic rod, vibrate electronic sliding block and be arranged on the upper surface of rolling rotor plate, vibrate the bottom of electric pushrod with vibrating electronic sliding block Top be connected, vibrate and vibrating head be installed at the top of electric pushrod；Two support chutes are symmetrically mounted on a rolling support left side On the medial surface at right both ends, each to support chute to be connected with two chute supported bars, one end of chute supported bar is arranged on On the side for rolling rotor plate, the other end of chute supported bar is slide block structure, the slide block structure of chute supported bar with it is corresponding Support chute it is in mating connection, chute supported bar play support with auxiliary rotate function, two symmetrical cloth of rotary spacing bar Put and be arranged in the front and rear sides of rolling motor, rotary spacing bar right-hand member by hinge on rolling support right-hand member medial surface, rolling Two rotor plate cross bars are symmetrically installed with the right flank rear and front end of rotor plate, the position of two rotary spacing bars turns with two The position of dynamic plate cross bar corresponds, and the one end of the lower surface in the middle part of each rotary spacing bar with a gag lever post spring is connected Connect, the other end of gag lever post spring is arranged on the right-hand member medial surface of rolling support, and two spacing electric pushrods are symmetrically mounted on On the front and rear sides of rolling support right side, the level height of spacing electric pushrod axial line and the water of rotor plate cross bar center line It is flat highly corresponding, a spacing connector is mounted at the top of each spacing electric pushrod, during specific works, when mould bases fills When putting interior blanking and finishing and be sent to the lower section of jolt ramming rolling device by conveying supporting device, rolling motor is first turned on, is rolled The rotation of Medium-voltage Motor drives rolling rotor plate to rotate so that four vibrating mechanism positions down, now roll and turned on rotor plate Dynamic plate cross bar can be in contact with rotary spacing bar, extend spacing electric pushrod, the spacing connector meeting of spacing electric pushrod front end It is stuck on the side of rolling rotor plate, serves spacing effect, it is therefore prevented that rolling motor minor rotation deviation occurs to mould bases The effect that the slurry of inframe is rolled and vibrated, the length of regulation vibration electric pushrod so that vibrating head is inserted into mould In the slurry of frame frame, the slurry of mould bases inframe is vibrated, prevents the slurry of mould bases inframe from producing bubble, regulation vibration is electronic The position of sliding block can vibrate to the slurry of mould bases inframe diverse location, after vibration, shrink vibration electric pushrod With spacing electric pushrod, it is then turned on rolling motor so that rolling mechanism position down, then extends spacing electric pushrod to rolling Rotor plate fixes, the length of regulation rolling electric pushrod so that and roller can be located above the slurry of mould bases inframe, The position of electronic sliding block is rolled by adjusting to carry out comprehensive rolling to the slurry of mould bases frame, so as to complete to mould bases The action that the slurry of frame is vibrated and rolled.

As a preferred technical solution of the present invention, described printing device includes stamp top plate, stamp crane, five Individual stamp electric pushrod, the electronic sliding block of stamp, stamp sliding block, stamp motor, stamp power transmission shaft, stamp connecting pole, four stamps The spacing push rod of mechanism, stamp and stamp fixed block, stamp top plate are rectangular parallelepiped structure, and stamp mounting of roof plate is on support frame, five The bottom of individual stamp electric pushrod is connected with the lower surface of stamp top plate, and stamp is provided with the top of five stamp electric pushrods Crane, stamp crane are handstand U-shape structure, and the electronic sliding block of stamp is provided with the right-hand member medial surface of stamp crane, print Flower motor is arranged on the electronic sliding block of stamp by motor set, and the output shaft of stamp motor passes through shaft coupling and stamp power transmission shaft Right-hand member is connected, and the left end of stamp power transmission shaft is arranged on stamp sliding block by bearing, is symmetrically set on the left end of stamp power transmission shaft Four spacing holes are equipped with, the spacing push rod of stamp is provided with rear side of stamp power transmission shaft left end, the spacing push rod of stamp is slided installed in stamp On block, stamp fixed block is installed at the top of the spacing push rod of stamp, stamp sliding block is arranged on the left end medial surface of stamp crane On, stamp connecting pole is square column structure, and four spacing holes on stamp power transmission shaft correspond to respectively is located at stamp connecting pole In the central transverse axis of upper four sides, stamp connecting pole is arranged on stamp power transmission shaft, and four printing machine frames are uniformly installed On stamp connecting pole；Described printing machine frame includes four stamp side chains, and four stamp unbranched symmetrics connect installed in stamp On the side of post；Described stamp side chain includes stamp fixed plate, four compression electric pushrods, buffer spring and printing plate, print Flower fixed plate be convex shape, and the stamp fixed plate left and right sides is symmetrically arranged with square groove, square groove and stamp in stamp fixed plate It is attached between the side of connecting pole using bolt, four compress electric pushrod and are symmetrically mounted in stamp fixed plate, four Compress and printing plate is installed at the top of electric pushrod, each compress is mounted on a buffer spring on the outside of electric pushrod, delays Rush spring to be arranged between stamp fixed plate and printing plate, printing plate superolateral surface is printing structure；On described printing machine frame The pattern of four printing plates differs, during specific works, when slurry vibration and rolling finish and be sent to print in die set device During the lower section of embossing device, stamp motor is first turned on so that the printing plate used is needed on printing machine frame down, elongation stamp limit Position push rod so that the stamp fixed block installed on the spacing push rod of stamp is inserted into the spacing hole on stamp power transmission shaft, is served Spacing effect, then extend stamp electric pushrod so that the printing plate on printing machine frame moves downward, and then extends four compressions Electric pushrod, compression electric pushrod under the cushioning effect of buffer spring, can be attached to what printing plate was stablized on mould bases frame again, complete The action of stamp is carried out into the ornamental slab for paving the floor to mould bases inframe.

During work, the first step：Three longitudinal division boards are longitudinally inserted on mould bases frame first, then led to lateral isolation plate The slot crossed on lateral isolation plate is inserted in three longitudinal division boards with mould bases frame, then controlling driving motor to turn clockwise, So as to drive the die set device placed on transmission belt to move, second step：When die set device is moved to automatic blanking device During lower section, cement tile base-material and toning size are separately added into two agitators first, stirring motor is opened after adding water, makes Slurry agitation in bucket is uniform, then the mobile electronic sliding block of stirring, the cam on the electronic sliding block of stirring is moved to the first discharging horizontal stroke The position of bar, cam motor rotate counterclockwise is controlled, cam motor drives the cam of top to rotate counterclockwise, and cam rotation can band Dynamic first discharging cross bar is moved forward, and the stirring reclaiming plate on the left of the first discharging cross bar can be raised, the cement mortar in agitator It can flow in automatic blanking device, the rotating speed by changing cam motor can adjust the load of agitator, when cam continues Turn to first discharging cross bar separate when, by bearing pin install stirring reclaiming plate can discharging spring restoring force act under Stirring reclaiming plate is closed, slurries can be prevented by stirring the outside spillage of reclaiming plate by stirring the ring structure of reclaiming plate, when When cam continues to rotate to the position of column turning-bar, column turning-bar plays a part of lever, horizontal so as to be discharged with second The stirring reclaiming plate of bar connection is opened, and the toning size in agitator can be flowed in automatic blanking device, pass through column turning-bar The stretching motion of left end stretching structure can adjust the load of toning size agitator, be turned to when wheel continues to rotate to column When bar separates, merged with the second stirring reclaiming plate for being connected of discharging cross bar on, followed so as to complete cement mortar with toning size The action of ring discharging, the 3rd step：The position of the electronic sliding block of horizontal blanking is adjusted first so that below the horizontal electronic sliding block of blanking Blanking fix bar is located at suitable lateral attitude, then adjusts the position of blanking longitudinal electric sliding block so that blanking fix bar is located at Suitable lengthwise position, adjust the length of three blanking electric pushrods so that blanking fix bar is positioned at suitable height, Ran Houshou Contracting sealing electric push rod so that the slurry above sealing plate is flowed downward, and the slurry above sealing plate is flowed to below blanking bin When, extend sealing electric push rod so that sealing plate is inserted into serving the effect of sealing into blanking bin, now opens gas Pump, air pump increase air pressure by way of escape pipe is into blanking bin by aerating so that slurry in blanking bin is from delivery pipe Lower end flow out, due to ornamental slab for paving the floor mixed slurry and toning size mobility it is poor, it is necessary to pressure by slurry out of blanking bin squeeze Go out, so as to which slurry to be expressed to the mould bases inframe below blanking fix bar, can be adjusted by the gas output for changing air pump The load of delivery pipe lower end, when the mould bases frame below blanking fix bar fills it up with slurry, air pump is closed, by adjusting under transverse direction Filling slurry can be carried out to the next position of mould bases inframe by expecting the position of electronic sliding block and blanking longitudinal electric sliding block, and the 4th Step：When blanking finishes and when being sent to the lower section of jolt ramming rolling device by conveying supporting device in die set device, first turn on Motor is rolled, the rotation for rolling motor drives rolling rotor plate to rotate so that down, now rolling turns for four vibrating mechanism positions Rotor plate cross bar on dynamic plate can be in contact with rotary spacing bar, extend spacing electric pushrod, the limit of spacing electric pushrod front end Position connector can be stuck on the side of rolling rotor plate, serve spacing effect, it is therefore prevented that minor rotation occurs in rolling motor The effect that deviation is rolled and vibrated to the slurry of mould bases inframe, the length of regulation vibration electric pushrod so that vibrating head energy Enough it is inserted into the slurry of mould bases frame, the slurry of mould bases inframe is vibrated, prevents the slurry of mould bases inframe from producing bubble, adjust The position that section vibrates electronic sliding block can be vibrated to the slurry of mould bases inframe diverse location, and after vibration, contraction is shaken Dynamic electric pushrod and spacing electric pushrod, are then turned on rolling motor so that rolling mechanism position down, then extends spacing electronic Push rod fixes to rolling rotor plate, the length of regulation rolling electric pushrod so that roller can be located at mould bases inframe Slurry above, the position of electronic sliding block is rolled by adjusting to carry out comprehensive rolling to the slurry of mould bases frame, so as to Complete the action that the slurry of mould bases frame is vibrated and rolled, the 5th step：When slurry vibration in die set device and roll When finishing and being sent to the lower section of printing device, stamp motor is first turned on so that the printing plate court used is needed on printing machine frame Under, extend the spacing push rod of stamp so that the stamp fixed block installed on the spacing push rod of stamp is inserted into the limit on stamp power transmission shaft In the hole of position, spacing effect is served, then extend stamp electric pushrod so that the printing plate on printing machine frame moves downward, so Four compression electric pushrods are extended afterwards, and compression electric pushrod under the cushioning effect of buffer spring, can stablize printing plate again It is attached on mould bases frame, the action that stamp is carried out to the ornamental slab for paving the floor of mould bases inframe is completed, finally when the ornamental slab for paving the floor stamp of mould bases inframe is complete Cheng Hou, the part that mould bases outer frame side lateral isolation plate stretches out is tapped by rubber hammer, lateral isolation plate is slowly removed, then by three Individual longitudinal division board is slowly removed, so as to complete the process of ornamental slab for paving the floor processing, it is possible to achieve controls ornamental slab for paving the floor base-material during processing ornamental slab for paving the floor Automatic blanking, the shaping of automatic design register brick vibration rolling, the function of a variety of decalcomania automatic printings.

The beneficial effects of the present invention are：

First, the present invention can solve existing existing operating efficiency when manually being processed to cement tile is low, labor intensity is big, Need manually to be stirred ornamental slab for paving the floor base-material with blanking, need manually to vibrate ornamental slab for paving the floor base-material and roll, needs it is manually right Cement tile upper surface carries out printing operations, cement tile takes out the problem such as highly difficult under mould after processing；It can realize Ornamental slab for paving the floor base-material automatic blanking, automatic design register brick vibration rolling shaping, a variety of decalcomania automatic printings are controlled when processing ornamental slab for paving the floor Function, with operating efficiency is high, labor intensity is small, mechanization is stirred with blanking, mechanization to ornamental slab for paving the floor base-material to ornamental slab for paving the floor base After material is vibrated and rolled, mechanization carries out printing operations to cement tile upper surface, cement tile processes under mould The advantages that taking-up is easy to；

2nd, the present invention is provided with agitating device, is used to stir positioned at the agitator stirred on the left of supporting plate on agitating device Cement mixing is starched, and the agitator on the right side of stirring supporting plate is used to stir toning size, and cam motor drives the cam of top The load of agitator can be automatically controlled by rotating counterclockwise；

3rd, the present invention is provided with vibrating mechanism, and vibrating mechanism vibrates the length of electric pushrod by adjusting so that vibrating head It is inserted into the slurry of mould bases frame, the slurry of mould bases inframe is vibrated, prevents the slurry of mould bases inframe from producing bubble；

4th, the present invention is provided with rolling mechanism, and rolling mechanism rolls the length of electric pushrod by adjusting so that roller energy Enough above the slurry of mould bases inframe, the position of electronic sliding block is rolled by adjusting to carry out full side to the slurry of mould bases frame The rolling of position；

5th, the present invention is provided with printing machine frame, and the pattern of four printing plates differs on printing machine frame, passes through elongation four Printing plate stabilization under the cushioning effect of buffer spring, can be attached to mould bases by individual compression electric pushrod, compression electric pushrod again On frame, complete and need the stamp of pattern to act the ornamental slab for paving the floor of mould bases inframe；

6th, the present invention is provided with die set device, first that three on die set device are vertical when needing to carry out ornamental slab for paving the floor processing Longitudinally be inserted on mould bases frame to division board, then by lateral isolation plate by the slot on lateral isolation plate be inserted in three longitudinal directions every From on plate and mould bases frame, after ornamental slab for paving the floor machines, the part of mould bases outer frame side lateral isolation plate stretching is tapped by rubber hammer, Lateral isolation plate is slowly removed, then three longitudinal division boards are slowly removed, after being processed with cement tile under mould Take out easily advantage.

Brief description of the drawings

The present invention is further described with reference to the accompanying drawings and examples.

Fig. 1 is the structural representation of the present invention；

Fig. 2 is the structural representation between blanking bin and agitating device of the present invention；

Fig. 3 is the structural representation between present invention stirring stretches push rod, stirring connecting rod and three the first paddles；

Fig. 4 is the structural representation between stirring motor power transmission shaft of the present invention and four the second paddles；

Fig. 5 is the structural representation between automatic blanking device of the present invention and stirring supporting plate；

Fig. 6 is the structural representation of die set device of the present invention；

Fig. 7 is the structural representation of jolt ramming rolling device of the present invention；

Fig. 8 be in Fig. 7 A to partial enlarged drawing；

Fig. 9 is the structural representation of printing device of the present invention；

Figure 10 is the structural representation between stamp power transmission shaft of the present invention, the spacing push rod of stamp and stamp fixed block；

Figure 11 is the structural representation between stamp power transmission shaft of the present invention, stamp connecting pole and stamp side chain.

Embodiment

In order that the technical means, the inventive features, the objects and the advantages of the present invention are easy to understand, tie below Conjunction is specifically illustrating, and the present invention is expanded on further.It should be noted that in the case where not conflicting, embodiment in the application and Feature in embodiment can be combined with each other.

As shown in Figure 1 to 11, a kind of construction material cement tile automatic rolling forming and automatic printing equipment, including it is defeated Support meanss 1, die set device 2, agitating device 3, automatic blanking device 4, jolt ramming rolling device 5 and printing device 6 are sent, it is described Conveying supporting device 1 is placed on conveying supporting device 1 positioned at the bottom of the present invention, die set device 2, and agitating device 3 is arranged on The left side of conveying supporting device 1, automatic blanking device 4 are arranged on agitating device 3, and it is right that jolt ramming rolling device 5 is located at agitating device 3 Side, jolt ramming rolling device 5 are arranged on conveying supporting device 1, and printing device 6 is located at the right side of jolt ramming rolling device 5, printing device 6 are arranged on conveying supporting device 1.

Described conveying supporting device 1 includes the live roller 12, two of driving motor 11, two active roller 13, transmission Belt 14 and support frame 15, support frame 15 are symmetrically installed with two active rollers 13 on the left and right sides, each active roller 13 Front end is connected by shaft coupling with the output shaft of a driving motor 11, and the rear end of active roller 13 is arranged on by bearing On the rear side of support frame 15, driving motor 11 is arranged on by motor set on the front side of support frame 15, and two live rollers 12 are equal The even middle part for being arranged on support frame 15, the both ends of live roller 12 are arranged on support frame 15 by bearing, and transmission belt 14 is pacified Between two active rollers 13, and two live rollers 12 are located at the inner side of transmission belt 14, during specific works, control first Driving motor 11 turns clockwise in the same direction, so as to drive the die set device 2 placed on transmission belt 14 to move, when mould bases fills When putting 2 and being moved under automatic blanking device 4, blanking action can be carried out into die set device 2, is shaken when die set device 2 is moved to When under real rolling device 5, the action of jolt ramming rolling can be carried out to the base-material in die set device 2, when die set device 2 is moved to stamp When under device 6, stamp action can be carried out to the ornamental slab for paving the floor in die set device 2.

Described die set device 2 includes mould bases frame 21, lateral isolation plate 22 and three longitudinal division boards 23, mould bases frame 21 The square frame-shaped structure of bottom lock, three longitudinal longitudinal directions of division board 23 are uniformly inserted in mould bases frame 21, longitudinal division board 23 Rear and front end is provided with slot, and longitudinal division board 23 is inserted on mould bases frame 21 by the slot on longitudinal division board 23, and longitudinal direction The bottom face of division board 23 is close on the upper surface of the base closure structures of mould bases frame 21, and five are provided with lateral isolation plate 22 Slot, the middle part of lateral isolation plate 22 are respectively arranged with the division board slot in mating connection with three longitudinal division boards 23, laterally The left and right ends of division board 22 are respectively arranged with the mould bases slot in mating connection with mould bases frame 21, and the bottom face of lateral isolation plate 22 It is close on the upper surface of the base closure structures of mould bases frame 21, during specific works, when needing to carry out ornamental slab for paving the floor processing, first by three The individual longitudinal direction of longitudinal division board 23 is inserted on mould bases frame 21, then inserts lateral isolation plate 22 by the slot on lateral isolation plate 22 On three longitudinal division boards 23 and mould bases frame 21, after ornamental slab for paving the floor machines, it is horizontal that the outside of mould bases frame 21 is tapped by rubber hammer The part stretched out to division board 22, lateral isolation plate 22 is slowly removed, then three longitudinal division boards 23 are slowly removed.

Described agitating device 3 includes 33, two 31, two agitators 32 of stirring supporting plate, stirring support frame stirring electricity Machine 34, stirring motor power transmission shaft 35, stirring reclaiming plate 36, discharging connecting plate 37, discharging spring 38, stirring stretches push rod 39, stir Mix 310, three the first paddles of connecting rod, 311, four the second paddles 312, the electronic sliding block 313 of stirring, cam motor 314, Cam 315, cam drive axle 316, the discharging discharging of cross bar 318, second of cam fixed mount 317, first cross bar 319, cross bar column 320 and column turning-bar 321, stirring supporting plate 31 is arranged on support frame 15, and two agitators 32 are symmetrically mounted on stirring branch On the left and right sides of fagging 31, the agitator 32 positioned at the left side of stirring supporting plate 31 is used for the mixing slurry that mixes cement, positioned at stirring branch The agitator 32 on the right side of fagging 31 is used to stir toning size, and each upper surface of agitator 32 is mounted on a stirring support frame 33, stirring support frame 33 plays a part of supporting stirring motor 34 and fixed stirring motor power transmission shaft 35, two stirring motors 34 It is arranged on by motor set on corresponding stirring support frame 33, the output shaft of each stirring motor 34 is installed by shaft coupling There is a stirring motor power transmission shaft 35, being provided with stirring positioned at the bottom of stirring motor power transmission shaft 35 in the left side of stirring supporting plate 31 stretches Contracting push rod 39, the top of stirring stretches push rod 39 are provided with stirring connecting rod 310, and three the first paddles 311 are uniformly arranged on On the outside for stirring connecting rod 310, the first paddle 311 is spiral fan shaped structure, the spiral fan shaped structure of the first paddle 311 Slurries in agitator 32 can be stirred upwards, the hidden danger for preventing the slurries in agitator 32 from being condensed in the bottom of agitator 32, Four the second paddles 312 are mounted on the outside of the stirring right motor power transmission shaft 35 of supporting plate 31, the second stirring Leaf 312 is E type structures, and the second paddle 312 is E type structures, and the E types structure of the second paddle 312 can stir corresponding stirring 32 inwalls of bucket and the toning size of bottom, the toning size for preventing viscosity larger are bonded on the inwall of agitator 32 and bottom；Institute That states is additionally provided with cement hopper 322 on the agitator 32 in the left side of stirring supporting plate 31, is sieve in cement hopper 322 Pore structure；A stirring reclaiming plate 36 is provided with by bearing pin below the front side of each agitator 32, stirred in reclaiming plate 36 Side is provided with sealing ring, and the ring structure of stirring reclaiming plate 36 can prevent slurries by stirring 36 outside spillage of reclaiming plate, The top of each stirring reclaiming plate 36 is mounted on a discharging connecting plate 37, and discharging spring 38 is arranged on corresponding stirring and discharged Between plate 36 and discharging connecting plate 37, discharging spring 38 is in contraction state, stirs electronic sliding block 313 and is located at two agitators 32 Between, cam motor 314 is arranged on by motor set and stirred on electronic sliding block 313, and the output shaft of cam motor 314 passes through shaft coupling Device is connected with one end of cam drive axle 316, and the other end of cam drive axle 316 is arranged on cam fixed mount by bearing On 317, cam fixed mount 317, which is arranged on, to be stirred on electronic sliding block 313, and cam 315 is arranged on cam drive axle 316, and first The discharging left end of cross bar 318 is mounted on stirring on the right flank of the left side of supporting plate 31 stirring reclaiming plate 36, the second discharging cross bar 319 right-hand member is mounted on stirring on the left surface of the right side of supporting plate 31 stirring reclaiming plate 36, and cross bar column 320 is arranged on and stirred To mix in supporting plate 31, cross bar column 320 is cylindrical structure above the left side of the second discharging cross bar 319, cross bar column 320, The middle part of column turning-bar 321 is connected on the cylindrical structure of cross bar column 320 by gap, column turning-bar 321 Right-hand member leading flank be connected on the left end trailing flank of the second discharging cross bar 319, and the left end of column turning-bar 321 is flexible knot Structure, it is first during specific works by the flexible load that can adjust toning size agitator 32 of the left end of column turning-bar 321 Cement tile base-material and toning size first are separately added into two agitators 32, stirring motor 34 is opened after adding water, makes in bucket Slurry agitation it is uniform, then it is mobile stir electronic sliding block 313, the cam 315 on the electronic sliding block 313 of stirring is moved to first and go out Expect the position of cross bar 318, control the rotate counterclockwise of cam motor 314, cam motor 314 drives the cam 315 of top counterclockwise Rotate, cam 315, which rotates, can drive the first discharging cross bar 318 to move forward, the stirring reclaiming plate in the left side of the first discharging cross bar 318 36 can be raised, and the cement mortar in agitator 32 can be flowed in automatic blanking device 4, by the rotating speed for changing cam motor 314 The load of agitator 32 can be adjusted, when cam, which continues to rotate to, to be separated with the first discharging cross bar 318, is installed by bearing pin Stirring reclaiming plate 36 can discharging spring 38 restoring force effect under will stirring reclaiming plate 36 close, stirring reclaiming plate 36 it is close Seal structure can prevent slurries by stirring 36 outside spillage of reclaiming plate, when cam continues to rotate to column turning-bar 321 During position, column turning-bar 321 plays a part of lever, so as to the stirring reclaiming plate 36 that will be connected with the second discharging cross bar 319 Open, the toning size in agitator 32 can be flowed in automatic blanking device 4, pass through the left end stretching structure of column turning-bar 321 Stretching motion can adjust the load of toning size agitator 32, separated when wheel continues to rotate to column turning-bar 321 When, the stirring reclaiming plate 36 being connected with the second discharging cross bar 319 can close, and be circulated so as to complete cement mortar with toning size The action of discharging.

Described automatic blanking device 4 is electronic including two cutting agencies 41, horizontal blanking 42, three blankings of electronic sliding block Push rod 43, blanking connecting plate 44, blanking longitudinal electric sliding block 45, blanking fix bar 46, two cutting agencies 41 are arranged on stirring In supporting plate 31, the position of two cutting agencies 41 and the position of two agitators 32 correspond；Described cutting agency 41 Including blanking bin 411, sealing electric push rod 412, sealing plate 413, air pump 414, escape pipe 415 and delivery pipe 416, blanking bin 411 tops trailing flank are arranged on corresponding agitator 32, and the inside middle portion of blanking bin 411 is provided with square groove, and blanking bin 411 Square groove positioned at stirring supporting plate 31 lower section, the side of sealing electric push rod 412 be arranged on stirring supporting plate 31 bottom face on, The top of sealing electric push rod 412 is provided with sealing plate 413, the square groove set on the position of sealing plate 413 and blanking bin 411 Position is corresponding, is provided with sealing gasket in four peripheral sides of sealing plate 413, the sealing set on sealing plate 413 paves To the effect of sealing, air pump 414 is arranged on the stirring bottom face of supporting plate 31, and air pump 414 is located at the outside of blanking bin 411, One end of escape pipe 415 is connected with air pump 414, and the other end of escape pipe 415 is arranged on the outside of blanking bin 411, conveying The upper end of pipe 416 is arranged on the bottom of blanking bin 411, and the lower end of delivery pipe 416 is connected with the bottom of blanking fix bar 46； The electronic sliding block 42 of described horizontal blanking is arranged on the stirring middle part bottom face of supporting plate 31, and three blanking electric pushrods 43 are uniform On the electronic sliding block 42 of horizontal blanking, the top of three blanking electric pushrods 43 is provided with blanking connecting plate 44, and blanking connects Fishplate bar 44 is rectangular parallelepiped structure, and the bottom of blanking connecting plate 44 is longitudinally provided with blanking longitudinal electric sliding block 45, blanking longitudinal direction electricity The lower surface of movable slider 45 is connected with the upper surface of blanking fix bar 46, during specific works, when the agitator 32 on agitating device 3 After discharging, slurry can be flowed in blanking bin 411, adjust the position of the electronic sliding block 42 of horizontal blanking first so that horizontal blanking electricity The blanking fix bar 46 of the lower section of movable slider 42 is located at suitable lateral attitude, then adjusts the position of blanking longitudinal electric sliding block 45, So that blanking fix bar 46 is located at suitable lengthwise position, the length of three blanking electric pushrods 43 is adjusted so that blanking is fixed Bar 46 is located at suitable height, then collapsed seal electric pushrod 412 so that and the slurry of the top of sealing plate 413 flows downward, when When the slurry of the top of sealing plate 413 flows to 411 lower section of blanking bin, elongation sealing electric push rod 412 so that sealing plate 413 can The effect that sealing is served in blanking bin 411 is inserted into, now opens air pump 414, air pump 414 is by escape pipe 415 to blanking Increase air pressure by way of aerating in storehouse 411 so that the slurry in blanking bin 411 flows out from the lower end of delivery pipe 416, due to water Mud mixed slurry is poor with toning size mobility, it is necessary to be extruded slurry from blanking bin 411 is interior with pressure, so as to incite somebody to action Slurry is expressed in the mould bases frame 21 of the lower section of blanking fix bar 46, and blanking bin can be adjusted by the gas output for changing air pump 414 411 load, when the mould bases frame 21 of the lower section of blanking fix bar 46 fills it up with slurry, air pump 414 is closed, by adjusting under transverse direction Expect that electronic sliding block 42 and the position of blanking longitudinal electric sliding block 45 can carry out filling slurry to next position in mould bases frame 21.

Described jolt ramming rolling device 5 includes rolling support 51, rolling motor 52, rolling power transmission shaft 53, rolling rotor plate 54th, two support 56, four, chute supported bar rotary spacings of rolling mechanism 58, two of vibrating mechanism 57, four of chute 55, two Bar 59,510, two spacing electric pushrods 511 of gag lever post spring, spacing connector 512 and two rotor plate cross bars 513, rolling Support 51 is handstand U-shape structure, and rolling support 51 is arranged on support frame 15, and rolling motor 52 is arranged on rolling by motor set On right flank the inner of support 51, the output shaft for rolling motor 52 is connected by shaft coupling with rolling the right-hand member of power transmission shaft 53, The left end for rolling power transmission shaft 53 is arranged on the inside of the left side of rolling support 51 by bearing, and rolling rotor plate 54 is arranged on rolling On power transmission shaft 53, rolling rotor plate 54 is rectangular parallelepiped structure, and four rolling mechanisms 58 are arranged on the lower surface of rolling rotor plate 54 On；Described rolling mechanism 58 includes rolling electronic sliding block 581, rolling electric pushrod 582, rolling support frame 583, rolling bar 584 and roller 585, roll electronic sliding block 581 and be arranged on the lower surface of rolling rotor plate 54, roll the bottom of electric pushrod 582 Portion is connected with rolling the bottom of electronic sliding block 581, and the top of rolling electric pushrod 582 is provided with rolling support frame 583, rolling The both ends of bar 584 are arranged on rolling support frame 583 by bearing, and roller 585 is arranged on rolling bar 584；Four bobbing machines Structure 57 is arranged on the upper surface of rolling rotor plate 54；Described vibrating mechanism 57 is electronic including the electronic sliding block 571 of vibration, vibration Push rod 572 and vibrating head 573, vibrate electronic sliding block 571 and be arranged on the upper surface of rolling rotor plate 54, vibrate electric pushrod 572 bottom is connected with vibrating the top of electronic sliding block 571, and the top of vibration electric pushrod 572 is provided with vibrating head 573； Two support chutes 55 are symmetrically mounted on the medial surface of the left and right ends of rolling support 51, it is each support chute 55 with two cunnings Groove support bar 56 is connected, and one end of chute supported bar 56 is arranged on the side of rolling rotor plate 54, chute supported bar 56 The other end is slide block structure, and the slide block structure of chute supported bar 56 and corresponding support chute 55 are in mating connection, chute branch Strut 56 plays the function that support rotates with auxiliary, and two rotary spacing bars 59 are arranged symmetrically in front and rear the two of rolling motor 52 Side, the right-hand member of rotary spacing bar 59 are arranged on the right-hand member medial surface of rolling support 51 by hinge, roll the right flank of rotor plate 54 Two rotor plate cross bars 513, the position of two rotary spacing bars 59 and two rotor plate cross bars are symmetrically installed with rear and front end 513 position corresponds, and the one end of the lower surface in the middle part of each rotary spacing bar 59 with a gag lever post spring 510 is connected Connect, the other end of gag lever post spring 510 is arranged on the right-hand member medial surface of rolling support 51, and two spacing electric pushrods 511 are right Claim on the front and rear sides of the right side of rolling support 51, the level height and rotor plate of the spacing axial line of electric pushrod 511 The level height of the center line of cross bar 513 is corresponding, and the top of each spacing electric pushrod 511 is mounted on a spacing connector 512, during specific works, when blanking finishes and is sent to jolt ramming rolling device 5 by conveying supporting device 1 in die set device 2 During lower section, rolling motor 52 is first turned on, the rotation of rolling motor 52 drives rolling rotor plate 54 to rotate so that four bobbing machines Down, the rotor plate cross bar 513 now rolled on rotor plate 54 can be in contact the position of structure 57 with rotary spacing bar 59, and elongation is spacing Electric pushrod 511, the spacing connector 512 of the spacing front end of electric pushrod 511 can be stuck on the side of rolling rotor plate 54, play Spacing effect, it is therefore prevented that rolling motor 52 minor rotation deviation occurs and the slurry in mould bases frame 21 is rolled and vibrated Effect, regulation vibration electric pushrod 572 length so that vibrating head 573 is inserted into the slurry of mould bases frame 21, to mould Slurry in frame frame 21 is vibrated, and prevents the slurry in mould bases frame 21 from producing bubble, and the position of electronic sliding block 571 is vibrated in regulation The slurry of diverse location in mould bases frame 21 can be vibrated, after vibration, shrink vibration electric pushrod 572 with it is spacing Electric pushrod 511, it is then turned on rolling motor 52 so that down, then to extend spacing electric pushrod 511 right for the position of rolling mechanism 58 Rolling rotor plate 54 fixes, the length of regulation rolling electric pushrod 582 so that roller 585 can be located at mould bases frame Above slurry in 21, the position by adjusting the electronic sliding block 581 of rolling can carry out comprehensive to the slurry of mould bases frame 21 Rolling, so as to complete the action that the slurry of mould bases frame 21 is vibrated and rolled.

Described printing device 6 includes stamp top plate 61,62, five stamp electric pushrods 63 of stamp crane, stamp electricity Movable slider 64, stamp sliding block 65, stamp motor 66, stamp power transmission shaft 67, stamp connecting pole 68, four printing machine frames 69, stamps Spacing push rod 610 and stamp fixed block 611, stamp top plate 61 are rectangular parallelepiped structure, and stamp top plate 61 is arranged on support frame 15, The bottom of five stamp electric pushrods 63 is connected with the lower surface of stamp top plate 61, the top peace of five stamp electric pushrods 63 Equipped with stamp crane 62, stamp crane 62 is handstand U-shape structure, and print is provided with the right-hand member medial surface of stamp crane 62 Electronic sliding block 64 is spent, stamp motor 66 is arranged on the electronic sliding block 64 of stamp by motor set, and the output shaft of stamp motor 66 leads to The right-hand member that shaft coupling is crossed with stamp power transmission shaft 67 is connected, and the left end of stamp power transmission shaft 67 is arranged on stamp sliding block 65 by bearing On, four spacing holes are symmetrically arranged with the left end of stamp power transmission shaft 67, stamp limit is provided with rear side of the left end of stamp power transmission shaft 67 Position push rod 610, the spacing push rod 610 of stamp are arranged on stamp sliding block 65, and the top of the spacing push rod 610 of stamp is provided with stamp and consolidated Determine block 611, stamp sliding block 65 is arranged on the left end medial surface of stamp crane 62, and stamp connecting pole 68 is square column knot Structure, four spacing holes on stamp power transmission shaft 67 correspond to the central transverse axis positioned at four sides on stamp connecting pole 68 respectively On, stamp connecting pole 68 is arranged on stamp power transmission shaft 67, and four printing machine frames 69 are uniformly arranged on stamp connecting pole 68；Institute The printing machine frame 69 stated includes four stamp side chains 691, and four stamp side chains 691 are symmetrically mounted on the side of stamp connecting pole 68 On；Described stamp side chain 691 includes stamp fixed plate 6911, four and compresses electric pushrod 6912, buffer spring 6913 and print Card 6914, stamp fixed plate 6911 are convex shape, and the left and right sides of stamp fixed plate 6911 is symmetrically arranged with square groove, and stamp is solid Square groove on fixed board 6911 and it is attached between the side of stamp connecting pole 68 using bolt, four compression electric pushrods 6912 It is symmetrically mounted in stamp fixed plate 6911, the top of four compression electric pushrods 6912 is provided with printing plate 6914, each pressure The outside of tight electric pushrod 6912 is mounted on a buffer spring 6913, and buffer spring 6913 is arranged on stamp fixed plate 6911 Between printing plate 6914, the superolateral surface of printing plate 6914 is printing structure；Four printing plates on described printing machine frame 69 6914 pattern differs, during specific works, when slurry vibration and rolling finish and be sent to printing device in die set device 2 During 6 lower section, stamp motor 66 is first turned on so that the printing plate 6914 used is needed on printing machine frame 69 down, elongation print Spend spacing push rod 610 so that the stamp fixed block 611 installed on the spacing push rod 610 of stamp is inserted on stamp power transmission shaft 67 In spacing hole, serve spacing effect, then extend stamp electric pushrod 63 so that printing plate 6914 on printing machine frame 69 to Lower motion, four compression electric pushrods 6912 are then extended, compress the cushioning effect of the buffer spring 6913 again of electric pushrod 6912 Under, it can be attached to what printing plate 6914 was stablized on mould bases frame 21, complete and the dynamic of stamp is carried out to the ornamental slab for paving the floor in mould bases frame 21 Make.

During work, the first step：Three longitudinal longitudinal directions of division board 23 are inserted on mould bases frame 21 first, then by lateral isolation Plate 22 is inserted in three longitudinal division boards 23 with mould bases frame 21, then controlling driving motor by the slot on lateral isolation plate 22 11 turn clockwise, so as to drive the die set device 2 placed on transmission belt 14 to move, second step：When die set device 2 moves When moving 4 lower section of automatic blanking device, cement tile base-material and toning size are separately added into two agitators 32 first, is added Stirring motor 34 is opened after water, makes the slurry agitation in bucket uniform, then the mobile electronic sliding block 313 of stirring, make the electronic sliding block of stirring Cam 315 on 313 is moved to the position of the first discharging cross bar 318, controls the rotate counterclockwise of cam motor 314, cam motor 314 drive the cam 315 of top to rotate counterclockwise, and cam 315, which rotates, can drive the first discharging cross bar 318 to move forward, and first The stirring reclaiming plate 36 in the left side of discharging cross bar 318 can be raised, and the cement mortar in agitator 32 can flow to automatic blanking device 4 Interior, the rotating speed by changing cam motor 314 can adjust the load of agitator 32, go out when cam continues to rotate to first , will stirring under the restoring force effect of discharging spring 38 by stirring reclaiming plate 36 meeting that bearing pin is installed when expecting that cross bar 318 separates Reclaiming plate 36 closes, and the ring structure of stirring reclaiming plate 36 can prevent slurries by stirring 36 outside spillage of reclaiming plate, when When cam continues to rotate to the position of column turning-bar 321, column turning-bar 321 plays a part of lever, so that will be with second The stirring reclaiming plate 36 that discharging cross bar 319 connects is opened, and the toning size in agitator 32 can be flowed in automatic blanking device 4, The load of toning size agitator 32 can be adjusted by the stretching motion of the left end stretching structure of column turning-bar 321, works as wheel Continuing to rotate to when being separated with column turning-bar 321, the stirring reclaiming plate 36 being connected with the second discharging cross bar 319 can close, So as to complete cement mortar and the action of toning size circulation discharging, the 3rd step：The electronic sliding block 42 of horizontal blanking is adjusted first Position so that the blanking fix bar 46 of the horizontal electronic lower section of sliding block 42 of blanking is located at suitable lateral attitude, then adjusts blanking and indulge To the position of electronic sliding block 45 so that blanking fix bar 46 is located at suitable lengthwise position, adjusts three blanking electric pushrods 43 Length so that blanking fix bar 46 is positioned at suitable height, then collapsed seal electric pushrod 412 so that on sealing plate 413 The slurry of side flows downward, and when the slurry of the top of sealing plate 413 flows to 411 lower section of blanking bin, extends sealing electric push rod 412 so that sealing plate 413 is inserted into blanking bin 411 serving the effect of sealing, now opens air pump 414, air pump 414 increase air pressure by way of escape pipe 415 is into blanking bin 411 by aerating so that slurry in blanking bin 411 is from defeated The lower end of pipe 416 is sent to flow out, because ornamental slab for paving the floor mixed slurry and toning size mobility are poor, it is necessary to pressure by slurry from blanking Extruded in storehouse 411, so as to which slurry is expressed in the mould bases frame 21 of the lower section of blanking fix bar 46, by changing air pump 414 Gas output can adjust the load of the lower end of delivery pipe 416, when the mould bases frame 21 of the lower section of blanking fix bar 46 fills it up with slurry, Air pump 414 is closed, can be to mould bases frame by the position for adjusting the electronic sliding block 42 of horizontal blanking and blanking longitudinal electric sliding block 45 Next position carries out filling slurry, the 4th step in 21：When blanking is finished and passed by conveying supporting device 1 in die set device 2 When being sent to the lower section of jolt ramming rolling device 5, rolling motor 52 is first turned on, the rotation of rolling motor 52 drives rolling rotor plate 54 Rotate so that four positions of vibrating mechanism 57 down, now roll the meeting of rotor plate cross bar 513 and rotary spacing on rotor plate 54 Bar 59 is in contact, and extends spacing electric pushrod 511, and the spacing connector 512 of the spacing front end of electric pushrod 511 can be stuck in rolling and turn On the side of dynamic plate 54, spacing effect is served, it is therefore prevented that rolling motor 52 minor rotation deviation occurs in mould bases frame 21 The slurry effect that is rolled and vibrated, the length of regulation vibration electric pushrod 572 so that vibrating head 573 is inserted into In the slurry of mould bases frame 21, the slurry in mould bases frame 21 is vibrated, prevents the slurry in mould bases frame 21 from producing bubble, regulation Vibrating the position of electronic sliding block 571 can vibrate to the slurry of diverse location in mould bases frame 21, after vibration, shrink Vibrate electric pushrod 572 and spacing electric pushrod 511, be then turned on rolling motor 52 so that the position of rolling mechanism 58 down, then Extend spacing electric pushrod 511 to fix rolling rotor plate 54, the length of regulation rolling electric pushrod 582 so that Roller 585 can be located above the slurry in mould bases frame 21, and the position that electronic sliding block 581 is rolled by adjusting can be to mould bases frame 21 slurry carries out comprehensive rolling, so as to complete the action that the slurry of mould bases frame 21 is vibrated and rolled, the 5th Step：When slurry vibration and rolling finish and when being sent to the lower section of printing device 6 in die set device 2, stamp motor is first turned on 66 so that the printing plate 6914 used is needed on printing machine frame 69 down, extends the spacing push rod 610 of stamp so that stamp is spacing The stamp fixed block 611 installed on push rod 610 is inserted into the spacing hole on stamp power transmission shaft 67, serves spacing effect, Stamp electric pushrod 63 is extended again so that the printing plate 6914 on printing machine frame 69 moves downward, and then extends four and compresses electricity Dynamic push rod 6912, compression electric pushrod 6912 under the cushioning effect of buffer spring 6913, can stablize printing plate 6914 again It is attached on mould bases frame 21, the action that stamp is carried out to the ornamental slab for paving the floor in mould bases frame 21 is completed, finally when the ornamental slab for paving the floor in mould bases frame 21 After the completion of stamp, the part that division board 22 stretches out laterally outside of mould bases frame 21 is tapped by rubber hammer, lateral isolation plate 22 is delayed Slowly remove, then three longitudinal division boards 23 are slowly removed, so as to complete the process of ornamental slab for paving the floor processing, when realizing processing ornamental slab for paving the floor Ornamental slab for paving the floor base-material automatic blanking, the shaping of automatic design register brick vibration rolling, the function of a variety of decalcomania automatic printings are controlled, is solved Existing existing operating efficiency when manually being processed to cement tile is low, labor intensity is big, needs manually to stir ornamental slab for paving the floor base-material Mix and manually ornamental slab for paving the floor base-material is vibrated and rolled with blanking, needs, needs manually to carry out stamp behaviour to cement tile upper surface Work, cement tile take out the problem such as highly difficult under mould after processing, reached purpose.

The basic principles, principal features and advantages of the present invention have been shown and described above.The technical staff of the industry should Understand, the present invention is not limited to the above embodiments, and the description in above-described embodiment and specification simply illustrates the present invention Principle, without departing from the spirit and scope of the present invention, various changes and modifications of the present invention are possible, and these change and changed Enter all fall within the protetion scope of the claimed invention.The claimed scope of the invention is by appended claims and its equivalent Define.

Claims

1. a kind of construction material cement tile automatic rolling forming and automatic printing equipment, including conveying supporting device (1), mould bases Device (2), agitating device (3), automatic blanking device (4), jolt ramming rolling device (5) and printing device (6), it is characterised in that： Described conveying supporting device (1) is placed on conveying supporting device (1) positioned at the bottom of the present invention, die set device (2), is stirred Device (3) is arranged on the left of conveying supporting device (1), and automatic blanking device (4) is arranged on agitating device (3), jolt ramming rolling Device (5) is located on the right side of agitating device (3), and jolt ramming rolling device (5) is arranged on conveying supporting device (1), printing device (6) On the right side of jolt ramming rolling device (5), printing device (6) is arranged on conveying supporting device (1)；Wherein：

Described conveying supporting device (1) include driving motor (11), two live rollers (12), two active rollers (13), Transmission belt (14) and support frame (15), support frame (15) are symmetrically installed with two active rollers (13) on the left and right sides, each The front end of active roller (13) is connected by shaft coupling with the output shaft of a driving motor (11), active roller (13) Rear end is arranged on by bearing on the rear side of support frame (15), and driving motor (11) is arranged on support frame (15) by motor set On front side, two live rollers (12) are uniformly arranged on the middle part of support frame (15), and live roller (12) both ends pass through bearing On support frame (15), transmission belt (14) is arranged between two active rollers (13), and two live rollers (12) On the inside of transmission belt (14)；

Described agitating device (3) stirs including stirring supporting plate (31), two agitators (32), stirring support frame (33), two Mix motor (34), stirring motor power transmission shaft (35), stirring reclaiming plate (36), discharging connecting plate (37), discharging spring (38), stirring Stretches push rod (39), stirring connecting rod (310), three the first paddles (311), four the second paddles (312), stirring are electronic Sliding block (313), cam motor (314), cam (315), cam drive axle (316), cam fixed mount (317), the first discharging are horizontal Bar (318), the second discharging cross bar (319), cross bar column (320) and column turning-bar (321), stirring supporting plate (31) are arranged on On support frame (15), two agitators (32) are symmetrically mounted on stirring supporting plate (31) left and right sides, each agitator (32) Upper surface is mounted on a stirring support frame (33), and two stirring motors (34) are arranged on corresponding stir by motor set On support frame (33), the output shaft of each stirring motor (34) is provided with a stirring motor power transmission shaft by shaft coupling (35), stirring motor power transmission shaft (35) bottom on the left of stirring supporting plate (31) is provided with stirring stretches push rod (39), stirs Mix and stirring connecting rod (310) is installed at the top of stretches push rod (39), three the first paddles (311) are uniformly arranged on stirring and connected On the outside of extension bar (310), the first paddle (311) is spiral fan shaped structure, and four the second paddles (312) are mounted on On the outside of stirring supporting plate (31) right motor power transmission shaft (35), the second paddle (312) is E type structures, is each stirred Mix and a stirring reclaiming plate (36) is provided with by bearing pin below the front side of bucket (32), be provided with the inside of stirring reclaiming plate (36) Sealing ring, is each stirred and a discharging connecting plate (37) is mounted on above reclaiming plate (36), and discharging spring (38) is arranged on Between corresponding stirring reclaiming plate (36) and discharging connecting plate (37), stir electronic sliding block (313) and be located at two agitators (32) Between, cam motor (314) is arranged on by motor set and stirred on electronic sliding block (313), and the output shaft of cam motor (314) leads to One end that shaft coupling is crossed with cam drive axle (316) is connected, and the other end of cam drive axle (316) is arranged on convex by bearing Take turns on fixed mount (317), cam fixed mount (317), which is arranged on, to be stirred on electronic sliding block (313), and cam (315) is arranged on cam On power transmission shaft (316), first discharging cross bar (318) left end is mounted on stirring stirring reclaiming plate (36) on the left of supporting plate (31) Right flank on, the right-hand member of the second discharging cross bar (319) is mounted on stirring stirring reclaiming plate (36) on the right side of supporting plate (31) Left surface on, cross bar column (320) is arranged in stirring supporting plate (31), and cross bar column (320) is positioned at the second discharging cross bar (319) left side, cross bar column (320) top is cylindrical structure, and the middle part of column turning-bar (321) is connected by gap On the cylindrical structure of cross bar column (320), the right-hand member leading flank of column turning-bar (321) is connected to the second discharging cross bar (319) on left end trailing flank, and the left end of column turning-bar (321) is stretching structure.

2. a kind of construction material cement tile automatic rolling forming according to claim 1 and automatic printing equipment, it is special Sign is：Described die set device (2) includes mould bases frame (21), lateral isolation plate (22) and three longitudinal division boards (23), mould Frame frame (21) is the square frame-shaped structure of bottom lock, and three longitudinal division boards (23) are longitudinally uniformly inserted in mould bases frame (21), The rear and front end of longitudinal division board (23) is provided with slot, and longitudinal division board (23) is inserted by the slot on longitudinal division board (23) On mould bases frame (21), and the bottom face of longitudinal division board (23) is close to the upper surface of mould bases frame (21) base closure structures On, five slots are provided with lateral isolation plate (22), is respectively arranged with the middle part of lateral isolation plate (22) and isolates with three longitudinal directions Plate (23) division board slot in mating connection, lateral isolation plate (22) left and right ends are respectively arranged with to match with mould bases frame (21) The mould bases slot of connection is closed, and lateral isolation plate (22) bottom face is close to the upper surface of mould bases frame (21) base closure structures On.

3. a kind of construction material cement tile automatic rolling forming according to claim 1 and automatic printing equipment, it is special Sign is：Described automatic blanking device (4) is including under two cutting agencies (41), the electronic sliding block of horizontal blanking (42), three Expect electric pushrod (43), blanking connecting plate (44), blanking longitudinal electric sliding block (45), blanking fix bar (46), two blanking machines Structure (41) is arranged in stirring supporting plate (31), and the position of the position of two cutting agencies (41) and two agitators (32) is one by one It is corresponding；Described cutting agency (41) includes blanking bin (411), sealing electric push rod (412), sealing plate (413), air pump (414), escape pipe (415) and delivery pipe (416), blanking bin (411) top trailing flank are arranged on corresponding agitator (32), The inside middle portion of blanking bin (411) is provided with square groove, and the square groove of blanking bin (411) is located at the lower section of stirring supporting plate (31), Sealing electric push rod (412) side is arranged on the bottom face of stirring supporting plate (31), the top peace of sealing electric push rod (412) Equipped with sealing plate (413), the position of square groove of the position of sealing plate (413) with being set on blanking bin (411) is corresponding, sealing plate (413) sealing gasket is provided with four peripheral sides, air pump (414) is arranged on stirring supporting plate (31) bottom face, and Air pump (414) is located at the outside of blanking bin (411), and one end of escape pipe (415) is connected with air pump (414), escape pipe (415) The other end be arranged on the outside of blanking bin (411), the upper end of delivery pipe (416) is arranged on the bottom of blanking bin (411), The lower end of delivery pipe (416) is connected with the bottom of blanking fix bar (46)；The described electronic sliding block of horizontal blanking (42) installation On the bottom face of stirring supporting plate (31) middle part, three blanking electric pushrods (43) are uniformly arranged on the electronic sliding block of horizontal blanking (42) on, blanking connecting plate (44) is installed at the top of three blanking electric pushrods (43), blanking connecting plate (44) is cuboid Structure, the bottom of blanking connecting plate (44) are longitudinally provided with blanking longitudinal electric sliding block (45), blanking longitudinal electric sliding block (45) Lower surface is connected with the upper surface of blanking fix bar (46).

4. a kind of construction material cement tile automatic rolling forming according to claim 1 and automatic printing equipment, it is special Sign is：Described jolt ramming rolling device (5) includes rolling support (51), rolling motor (52), rolling power transmission shaft (53), rolling Rotor plate (54), two support chutes (55), two chute supported bars (56), four vibrating mechanisms (57), four rolling mechanisms (58), two rotary spacing bars (59), gag lever post spring (510), two spacing electric pushrods (511), spacing connectors (512) With two rotor plate cross bars (513), rolling support (51) is handstand U-shape structure, and rolling support (51) is arranged on support frame (15) On, rolling motor (52) is arranged on by motor set on right flank the inner of rolling support (51), the output of rolling motor (52) Axle is connected by shaft coupling with the right-hand member of rolling power transmission shaft (53), and the left end of rolling power transmission shaft (53) is arranged on rolling by bearing Press on the inside of support (51) left side, rolling rotor plate (54) is arranged on rolling power transmission shaft (53), and rolling rotor plate (54) is Rectangular parallelepiped structure, four rolling mechanisms (58) are arranged on the lower surface of rolling rotor plate (54), four vibrating mechanism (57) peaces On the upper surface of rolling rotor plate (54), two support chutes (55) are symmetrically mounted on rolling support (51) left and right ends On medial surface, each chute (55) is supported to be connected with two chute supported bars (56), one end peace of chute supported bar (56) On the side of rolling rotor plate (54), the other end of chute supported bar (56) is slide block structure, on chute supported bar (56) Slide block structure and support chute (55) it is in mating connection, two rotary spacing bars (59) are arranged symmetrically in rolling motor (52) Front and rear sides, rotary spacing bar (59) right-hand member are arranged on rolling support (51) right-hand member medial surface by hinge, roll rotor plate (54) two rotor plate cross bars (513), the position of two rotary spacing bars (59) are symmetrically installed with right flank rear and front end Corresponded with the position of two rotor plate cross bars (513), the lower surface in the middle part of each rotary spacing bar (59) limits with one One end of position bar spring (510) is connected, and the other end of gag lever post spring (510) is arranged on the inside of the right-hand member of rolling support (51) On face, two spacing electric pushrods (511) are symmetrically mounted on the front and rear sides of rolling support (51) right side, spacing electronic to push away The level height of bar (511) axial line is corresponding with the level height of rotor plate cross bar (513) center line, each spacing electronic to push away A spacing connector (512) is mounted at the top of bar (511).

5. a kind of construction material cement tile automatic rolling forming according to claim 1 and automatic printing equipment, it is special Sign is：Described printing device (6) include stamp top plate (61), stamp crane (62), five stamp electric pushrods (63), The electronic sliding block of stamp (64), stamp sliding block (65), stamp motor (66), stamp power transmission shaft (67), stamp connecting pole (68), four Printing machine frame (69), the spacing push rod of stamp (610) and stamp fixed block (611), stamp top plate (61) are rectangular parallelepiped structure, stamp Top plate (61) is arranged on support frame (15), the bottom of five stamp electric pushrods (63) and the lower surface phase of stamp top plate (61) Connect, stamp crane (62) is installed at the top of five stamp electric pushrods (63), stamp crane (62) is the U-shaped knot that stands upside down Structure, the electronic sliding block of stamp (64) is installed on the right-hand member medial surface of stamp crane (62), stamp motor (66) passes through motor set On the electronic sliding block of stamp (64), the output shaft of stamp motor (66) passes through shaft coupling and the right-hand member of stamp power transmission shaft (67) It is connected, the left end of stamp power transmission shaft (67) is arranged on stamp sliding block (65) by bearing, the left end of stamp power transmission shaft (67) On be symmetrically arranged with four spacing holes, be provided with the spacing push rod of stamp (610) on rear side of stamp power transmission shaft (67) left end, stamp is spacing Push rod (610) is arranged on stamp sliding block (65), is provided with the top of the spacing push rod of stamp (610) left with stamp power transmission shaft (67) The stamp fixed block (611) that spacing hole on end is engaged, stamp sliding block (65) are arranged in the left end of stamp crane (62) On side, stamp connecting pole (68) is square column structure, and four spacing holes on stamp power transmission shaft (67) correspond to position respectively In in the central transverse axis of upper four sides of stamp connecting pole (68), stamp connecting pole (68) is arranged on stamp power transmission shaft (67) On, four printing machine frames (69) are uniformly arranged on stamp connecting pole (68)；Described printing machine frame (69) includes four stamps Side chain (691), four stamp side chains (691) are symmetrically mounted on the side of stamp connecting pole (68).

6. a kind of construction material cement tile automatic rolling forming according to claim 4 and automatic printing equipment, it is special Sign is：Described vibrating mechanism (57) includes vibrating electronic sliding block (571), vibration electric pushrod (572) and vibrating head (573), vibrate electronic sliding block (571) to be arranged on the upper surface of rolling rotor plate (54), the bottom of vibration electric pushrod (572) It is connected with vibrating at the top of electronic sliding block (571), vibrating head (573) is installed at the top of vibration electric pushrod (572).

7. a kind of construction material cement tile automatic rolling forming according to claim 4 and automatic printing equipment, it is special Sign is：Described rolling mechanism (58) includes rolling electronic sliding block (581), rolling electric pushrod (582), rolling support frame (583) bar (584) and roller (585), are rolled, electronic sliding block (581) is rolled and is arranged on the lower surface of rolling rotor plate (54), The bottom of rolling electric pushrod (582) is connected with rolling the bottom of electronic sliding block (581), the top of rolling electric pushrod (582) Portion is provided with rolling support frame (583), and the both ends of rolling bar (584) are arranged on rolling support frame (583) by bearing, roller (585) it is arranged on rolling bar (584).

8. a kind of construction material cement tile automatic rolling forming according to claim 5 and automatic printing equipment, it is special Sign is：Described stamp side chain (691) includes stamp fixed plate (6911), four compression electric pushrods (6912), buffering elastics Spring (6913) and printing plate (6914), stamp fixed plate (6911) are convex shape, and stamp fixed plate (6911) left and right sides is right Title is provided with square groove, square groove in stamp fixed plate (6911) and is connected between the side of stamp connecting pole (68) using bolt Connect, four compress electric pushrod (6912) and are symmetrically mounted in stamp fixed plate (6911), and four compress electric pushrod (6912) Top printing plate (6914) is installed, each compress and be mounted on a buffer spring on the outside of electric pushrod (6912) (6913), buffer spring (6913) is arranged between stamp fixed plate (6911) and printing plate (6914), on printing plate (6914) Lateral surface is printing structure.

9. a kind of construction material cement tile automatic rolling forming according to claim 1 and automatic printing equipment, it is special Sign is：Described is additionally provided with cement hopper (322) on the agitator (32) on the left of stirring supporting plate (31), and stirs It is sieve pore structure to mix in the cement hopper (322) on bucket (32).

10. a kind of construction material cement tile automatic rolling forming according to claim 5 and automatic printing equipment, it is special Sign is：The pattern of upper four printing plates (6914) of described printing machine frame (69) differs.