CN102700004A - Cutting equipment for aerated block - Google Patents

Abstract

The invention discloses cutting equipment for an aerated block and particularly relates to equipment for cutting the aerated block. The cutting equipment consists of a stand, a plane conveyor and a cutting machine. The cutting equipment has the advantages of compact structure and steps, simple and feasible process and small occupied space for saving the investment of factory buildings and capital construction; and the cutting equipment is simple in operation and can be operated by one to two person, and thus the production cost can be reduced and safety and reliability in operation are realized.

Description

The cutting equipment of aerated-block

Technical field

The present invention relates to a kind of cutting mechanics equipment, the cutting equipment of especially suitable aerated-block.

Background technology

What cellular concrete cutting off machine mainly adopted at present is the somersault cutting machine, adopts the manufacturing process of the horizontal incision somersault of steel wire cutting equipment complicated, and manufacturing cost is high, and the relevant device investment is big, but comparatively simple aborning, is convenient to grasp; To turn over the manufacturing process of formula cutting equipment corresponding comparatively simple; Grasp but production technology is difficult; The operator need pass through training and can skillfully operate, and it is after China introduces French air entrained concrete production technology, production technology is improved forming according to the knowhow of China.

Summary of the invention

Technical problem to be solved by this invention provides a kind of cutting equipment of aerated-block, and is easy to manufacture, compact conformation; It is little to take up room, and can save factory building and reduce the infrastructure device investment, easy to use; 1-2 people can operate, and low, the high efficiency of labour intensity can be practiced thrift cost of human resources.

The technical scheme that the present invention adopts in order to solve the problems of the technologies described above is following:

A kind of cutting equipment of aerated-block is made up of frame, rack-mounted plane conveyor, rack-mounted cutting machine and control system; Said plane conveyor is positioned at the front and rear of said cutting machine; Said plane conveyor comprises frame, middle frame, first reducing motor, first transmission mechanism, second transmission mechanism, guides wheel carrier into, guides wheel into, feeding push rod, cylinder; The throughput direction that said plane conveyor is prolonged aerated-block is disposed with feed end, cutting machine arrival end, the cutting machine port of export and discharge end; Said frame is in the left and right sides of said frame and between said feed end and cutting machine arrival end, extend; Said second transmission mechanism is made up of sprocket wheel, driven guide wheel and chain, and on the medial surface of said frame, be separately installed with a said sprocket wheel in said feed end and cutting machine arrival end, and the throughput direction that between the sprocket wheel of said feed end and cutting machine arrival end, also prolongs aerated-block is evenly equipped with two said driven guide wheels at least; Said driven guide wheel also is installed on the medial surface of said frame; Said chain is positioned on said sprocket wheel and the said driven guide wheel, and said the-reducing motor is installed in the frame bottom, and said first transmission mechanism is installed in said reducing motor and said between the sprocket wheel of feed end; Said first reducing motor drives the said sprocket rotation that is positioned at feed end through first transmission mechanism; The said chain that the said sprocket wheel that is positioned at feed end drives on the sprocket wheel that is positioned at feed end rotates, said chain and then drive other sprocket rotation, thus form complete transmission system; The two ends of said feeding push rod are installed on the said chain; When the said sprocket wheel that is positioned at feed end drives said chain when said cutting machine arrival end moves, the feeding push rod is corresponding to be moved to said cutting machine arrival end, thereby the aerated-block that promotes to be positioned at feed end moves to cutting machine arrival end direction; Be provided with said middle frame between the said frame and between said feeding push rod and the said cutting machine arrival end; Between the said cutting machine port of export and discharge end, also be provided with said middle frame, said cylinder is a plurality of and laterally arranges with said charging push rod, the identical ground of said roller pitch, is arranged on the said middle frame rotationally; When said charging push rod promotes said aerated-block when cutting machine arrival end direction moves; The order rotation successively of said cylinder is constantly moved to the cutting machine arrival end thereby drive aerated-block, finally arrives the cutting machine arrival end; The said wheel carrier of guiding into prolongs said frame direction and is installed on the said frame; The said wheel of guiding into is for a plurality of and prolong said frame direction and be evenly arranged in said guiding on the wheel carrier, when aerated-block when cutting machine arrival end direction moves, the moving direction of guiding wheel assist control aerated-block into is not crooked; Said cutting machine is between the said cutting machine arrival end and the said cutting machine port of export; Said cutting machine comprises second reducing motor, crank connecting link, saw blade framework, slip column, saw blade; Said second reducing motor is installed on the frame and with said crank connecting link and is connected; Crank connecting link is connected with said saw blade framework, has been arranged side by side the said saw blade of many groups by a determining deviation in the said saw blade framework, is provided with guide upright post in the left and right sides of said cutting machine; Right ends on the said saw blade framework is provided with the annular cover, and said annular is placed on the said guide upright post and can slides up and down along guide upright post; Said control system comprises that plane conveyor control system controls system with cutting machine; Said plane conveyor control system and cutting machine control system are electrically connected with said first reducing motor and second reducing motor respectively, and said plane conveyor control system and cutting machine control system realize control operation through plane conveyor button and cutting machine button respectively.

The course of work of the present invention is: aerated-block is placed on the feed end of plane conveyor; Start the plane conveyor button; First reducing motor drives sprocket rotation through first transmission mechanism; Sprocket wheel drives chain movement, by the feeding push rod of installing on the chain aerated-block is promoted forward, and aerated-block is guided under the Wheel-guiding and steadily moved forward to the cutting machine arrival end under the effect of bottom cylinder both sides; Start the cutting machine button; Second reducing motor drives crank rod movement; Under the guiding of guide upright post, crank connecting link drives the saw blade framework and moves up and down, and the many groups saw blade in the saw blade framework cuts aerated-block; The aerated-block that cutting finishes continues to move to discharge end from the cutting machine port of export under the guiding of cylinder, accomplishes whole cutting work.

Advantage of the present invention is: owing to adopt the aerated-block cutting equipment of miniaturization; The quality of cutting and the speed of cutting had both been guaranteed; The operating cost of reduction equipment; Promote production efficiency, consider again simultaneously to reduce cost of human resources, thereby aerated-block cutting equipment of the present invention has the vast market promotion prospect.

Description of drawings

Fig. 1 is the front view of cutting equipment of the present invention;

Fig. 2 is that the A of cutting machine of the present invention is to side view;

Fig. 3 is the vertical view of cutting equipment of the present invention.

The specific embodiment

The cutting equipment of aerated-block of the present invention is made up of frame 1, rack-mounted plane conveyor 2, rack-mounted cutting machine 3 and control system (not shown); Said plane conveyor 2 is positioned at the anterior B and the rear portion C of said cutting machine 3; Said plane conveyor comprises frame 4, middle frame 5, first reducing motor 6, first transmission mechanism 7, second transmission mechanism, guides wheel carrier 8 into, guides wheel 9, feeding push rod 10, cylinder 11 into; The throughput direction that said plane conveyor is prolonged aerated-block is disposed with feed end 12, cutting machine arrival end 13, the cutting machine port of export 14 and discharge end 15; Said frame 4 is in the left and right sides of said frame 1 and between said feed end and cutting machine arrival end, extend; Said second transmission mechanism is made up of sprocket wheel 16, driven guide wheel 17 and chain 18, and on the medial surface of said frame, be separately installed with a said sprocket wheel in said feed end and cutting machine arrival end, and the throughput direction that between the sprocket wheel of said feed end and cutting machine arrival end, also prolongs aerated-block is evenly equipped with two said driven guide wheels at least; Said driven guide wheel also is installed on the medial surface of said frame; Said chain is positioned on said sprocket wheel and the said driven guide wheel, and said first reducing motor is installed in the frame bottom, and said first transmission mechanism is installed in said reducing motor and said between the sprocket wheel of feed end; Said first reducing motor drives the said sprocket rotation that is positioned at feed end through first transmission mechanism; The said chain that the said sprocket wheel that is positioned at feed end drives on the sprocket wheel that is positioned at feed end rotates, said chain and then drive other sprocket rotation, thus form complete transmission system; The two ends of said feeding push rod are installed on the said chain; When the said sprocket wheel that is positioned at feed end drives said chain when said cutting machine arrival end moves, the feeding push rod is corresponding to be moved to said cutting machine arrival end, thereby the aerated-block that promotes to be positioned at feed end moves to cutting machine arrival end direction; Be provided with said middle frame between the said frame and between said feeding push rod and the said cutting machine arrival end; Between the said cutting machine port of export and discharge end, also be provided with said middle frame, said cylinder is a plurality of and laterally arranges with said charging push rod, the identical ground of said roller pitch, is arranged on the said middle frame rotationally; When said charging push rod rotation promotes said aerated-block when cutting machine arrival end direction moves; The order rotation successively of said cylinder is constantly moved to the cutting machine arrival end thereby drive aerated-block, finally arrives the cutting machine arrival end; The said wheel carrier of guiding into prolongs said frame direction and is installed on the said frame; The said wheel of guiding into is for a plurality of and prolong said frame direction and be evenly arranged in said guiding on the wheel carrier, when aerated-block when cutting machine arrival end direction moves, the moving direction of guiding wheel assist control aerated-block into is not crooked; Said cutting machine is between the said cutting machine arrival end and the said cutting machine port of export; Said cutting machine comprises second reducing motor 19, crank connecting link 20, saw blade framework 21, saw blade 22, slip column 23; Said second reducing motor is installed on the frame and with said crank connecting link and is connected; Crank connecting link is connected with said saw blade framework, has been arranged side by side the said saw blade of many groups by a determining deviation in the said saw blade framework, is provided with guide upright post in the left and right sides of said cutting machine; Right ends on the said saw blade framework is provided with annular cover 24, and said annular is placed on the said guide upright post and can slides up and down along guide upright post; Said control system comprises that plane conveyor control system controls system with cutting machine; Said plane conveyor control system and cutting machine control system are electrically connected with said first reducing motor and second reducing motor respectively, and said plane conveyor control system and cutting machine control system realize control operation through plane conveyor button and cutting machine button respectively.

Below be the embodiment that with aerated-block cutting equipment of the present invention non-evaporating air-entrained concrete building block is implemented to cut into brick product.

Winch to the aerated-block of 1500x600x300mm on the feed end of plane waggon with the electric block crane; Start the plane conveyor button; First reducing motor drives sprocket rotation through first transmission mechanism, and sprocket wheel drives chain movement, by the feeding push rod of installing on the sprocket wheel aerated-block is promoted forward; Aerated-block is guided under the Wheel-guiding and is steadily moved forward to the cutting machine arrival end under the effect of bottom cylinder both sides, and movement velocity is usually at 1000-2000mm/min; Start the cutting machine button; Second reducing motor drives crank rod movement, and under the guiding of guide upright post, crank connecting link drives the saw blade framework and moves up and down; The many groups saw blade that is fixed in the saw blade framework according to the 250mm spacing distance cuts aerated-block; The aerated-block that cutting finishes continues to move to discharge end from the cutting machine port of export under the guiding of cylinder, accomplishes whole cutting work, realizes the building block cutting is formed the finished bricks of 600x300x250mm.

Claims (1)

1. the cutting equipment of an aerated-block is made up of frame, rack-mounted plane conveyor, rack-mounted cutting machine and control system; Said plane conveyor is positioned at the front and rear of said cutting machine; Said plane conveyor comprises frame, middle frame, first reducing motor, first transmission mechanism, second transmission mechanism, guides wheel carrier into, guides wheel into, feeding push rod, cylinder; The throughput direction that said plane conveyor is prolonged aerated-block is disposed with feed end, cutting machine arrival end, the cutting machine port of export and discharge end; Said frame is in the left and right sides of said frame and between said feed end and cutting machine arrival end, extend; Said second transmission mechanism is made up of sprocket wheel, driven guide wheel and chain, and on the medial surface of said frame, be separately installed with a said sprocket wheel in said feed end and cutting machine arrival end, and the throughput direction that between the sprocket wheel of said feed end and cutting machine arrival end, also prolongs aerated-block is evenly equipped with two said driven guide wheels at least; Said driven guide wheel also is installed on the medial surface of said frame; Said chain is positioned on said sprocket wheel and the said driven guide wheel, and said first reducing motor is installed in the frame bottom, and said first transmission mechanism is installed in said reducing motor and said between the sprocket wheel of feed end; Said first reducing motor drives the said sprocket rotation that is positioned at feed end through first transmission mechanism; The said chain that the said sprocket wheel that is positioned at feed end drives on the sprocket wheel that is positioned at feed end rotates, said chain and then drive other sprocket rotation, thus form complete transmission system; The two ends of said feeding push rod are installed on the said chain; When the said sprocket wheel that is positioned at feed end drives said chain when said cutting machine arrival end moves, the feeding push rod is corresponding to be moved to said cutting machine arrival end, thereby the aerated-block that promotes to be positioned at feed end moves to cutting machine arrival end direction; Be provided with said middle frame between the said frame and between said feeding push rod and the said cutting machine arrival end; Between the said cutting machine port of export and discharge end, also be provided with said middle frame, said cylinder is a plurality of and laterally arranges with said charging push rod, the identical ground of said roller pitch, is arranged on the said middle frame rotationally; When said charging push rod promotes said aerated-block when cutting machine arrival end direction moves; The order rotation successively of said cylinder is constantly moved to the cutting machine arrival end thereby drive aerated-block, finally arrives the cutting machine arrival end; The said wheel carrier of guiding into prolongs said frame direction and is installed on the said frame; The said wheel of guiding into is for a plurality of and prolong said frame direction and be evenly arranged in said guiding on the wheel carrier, when aerated-block when cutting machine arrival end direction moves, the moving direction of guiding wheel assist control aerated-block into is not crooked; Said cutting machine is between the said cutting machine arrival end and the said cutting machine port of export; Said cutting machine comprises second reducing motor, crank connecting link, saw blade framework, slip column, saw blade; Said second reducing motor is installed on the frame and with said crank connecting link and is connected; Crank connecting link is connected with said saw blade framework, has been arranged side by side the said saw blade of many groups by a determining deviation in the said saw blade framework, is provided with guide upright post in the left and right sides of said cutting machine; Right ends on the said saw blade framework is provided with the annular cover, and said annular is placed on the said guide upright post and can slides up and down along guide upright post; Said control system comprises that plane conveyor control system controls system with cutting machine; Said plane conveyor control system and cutting machine control system are electrically connected with said first reducing motor and second reducing motor respectively, and said plane conveyor control system and cutting machine control system realize control operation through plane conveyor button and cutting machine button respectively.

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