Overturning type material receiving structure for ground overturning assembly

Abstract

The overturning type material receiving structure for the ground overturning assembly comprises a fixed base and an overturning base, the fixed base and the overturning base are axially and rotationally connected through a rotating shaft, a lifting table base is arranged between conveying chain machines, and translation guide bases are longitudinally arranged on the left side and the right side of the upper portion of the fixed base; building block side plates are transversely arranged above the translation guide seats, a limiting clamping piece is arranged below the rear side between the translation guide seats, and material pouring push rods are arranged on the rear sides of the left and right outer parts of the translation guide seats. According to the building block overturning device, the pouring push rod and the limiting clamping piece are used for clamping and fixing side plates of building blocks, meanwhile, the building blocks can be pushed over, and the overturning base can receive the building blocks conveniently, so that it can be guaranteed that the building blocks can be overturned stably and efficiently, a flat steaming bottom plate and steel bars can be overturned and placed stably, and the stability of overall operation and follow-up output is guaranteed.

Description

TECHNICAL FIELD

[0001] The present application belongs to the technical field of ground overturning material, and particularly relates to a turnover type material connecting structure for a ground overturning assembly. BACKGROUND

[0002] The autoclaved aerated concrete board is a full name of the aerated concrete board. The board is made of siliceous material and calcareous material as main raw materials, aluminum powder as gas generating material, and steel mesh after corrosion treatment, and is made through processes such as water adding, stirring, pouring, cutting and autoclaving, and is a kind of porous board.

[0003] The processing flow of the aerated concrete board is as follows: first, the raw materials are ground into slurry after adding water, then powder lime, appropriate amount of cement, gypsum and foaming agent are added, and after stirring, they are poured into the mold frame. After static foaming and curing, it is cut into various specifications of building blocks or boards, and then sent to the autoclave by the autoclaving vehicle. Under the maintenance of high temperature saturated steam, the porous lightweight aerated concrete product is formed.

[0004] Among them, before the building block enters the high-temperature autoclave for autoclaving, in order to facilitate cutting and overall autoclaving, the building block needs to be separated from the side plate and turned over by 90 degrees, and placed on the flat autoclaving bottom plate. And a steel bar needs to be placed between the flat autoclaving bottom plate and the building block, which helps the cutting of the building block. And this process needs to rely on a special overturning device to stably overturn the heavy building block and realize the alternate operation.

[0005] Usually, the existing overturning assembly mostly moves and places the building block on the flat autoclaving bottom plate through the conveyor or the row of hangers after the building block is turned over, so as to realize the stacking and placement of the building block and the flat autoclaving bottom plate. However, such a form greatly increases the operation complexity of hoisting, and the increased hoisting times also increase the probability of hoisting risk, and in the process of moving or hoisting and placing the building block, the steel bar on the surface of the flat autoclaving bottom plate will also be displaced due to the placement of the building block and the friction caused thereby. Since the steel bar is used for cutting, the displacement of the steel bar will affect the subsequent operation. CONTENT OF THE INVENTION

[0006] In order to solve the above problems, a kind of overturning receiving structure for ground turning assembly is provided, the receiving structure includes fixed base and overturning seat, fixed base and overturning seat are connected by rotating shaft and rotate axially, the bottom of fixed base and overturning seat is equipped with overturning cylinder at left and right ends, the bottom of the front side of overturning seat is connected with the gas rod of overturning cylinder through overturning ear, the upper side of overturning seat is equipped with conveying chain machine, lifting pedestal is equipped between conveying chain machine, the upper side of the left and right sides of fixed base is equipped with translation guide base, the upper side of translation guide base is equipped with block side plate, the rear side below translation guide base is equipped with limiting clamp, the rear side of the left and right outer part of translation guide base is equipped with material pushing rod, the front bottom of block side plate is connected with limiting clamp by rotating top pressing clamping, the bottom of the two ends of block above block side plate is connected with material pushing rod by rotating pushing, by using overturning receiving ground turning assembly, complete surface fitting overturning can be realized, block side plate is fixed by material pushing rod and limiting clamp, and block is pushed down, the receiving of overturning seat is facilitated, and overturning seat can be stably received, so that block can be stably and efficiently turned, and flat steaming bottom plate and steel bar can be stably turned and placed, to ensure the stability of overall operation and subsequent output.

[0007] Fixed base is horizontal horizontal fixed base, the rear side of fixed base is connected with the front side of overturning seat by rotating shaft, the bottom of the two ends of fixed base and the bottom of the two ends of overturning seat are connected with the front bottom of overturning seat by overturning cylinder, the front bottom of overturning seat is equipped with overturning ear by extending forward, the bottom of the rear side of overturning seat is vertically equipped with support column, overturning seat is connected with overturning cylinder at the bottom of fixed base and the bottom of overturning seat by overturning ear, the two overturning cylinders simultaneously push forward to make overturning seat turn forward by ninety degrees, by one side moving and one side overturning, block can be moved into contact with overturning seat and turned over from side plate, fixed base and moving seat are connected by two groups of overturning cylinders to ensure that overturning seat has enough strength, and fixed base is moved in and then overturned, so that there is enough space for crane to clamp, to prevent overturning seat from interfering, and to ensure the stability of automatic hoisting.

[0008] The conveying chain machine is a parallel double-chain circulating conveyor, the right end rear side of the conveying chain machine is provided with a main motor, the right end bottom of the conveying chain machine is connected with the chains on both sides through a transmission shaft and synchronous transmission, the front and rear sides of the upper surface of the right end of the conveying chain machine are provided with limiting stops, the limiting stops are electrically controlled opening and closing limiting stops, limiting rollers are arranged between the chains on the front and rear sides of the conveying chain machine, the conveying chain machine moves and clamps the limiting type flat steaming bottom plate, the flat steaming bottom plate can be directly moved from the outside to the inside of the ground turning assembly transversely through the conveying chain machine, ready for turning over, so that hoisting through the row of hangers is not needed, and the longitudinal position of the flat steaming bottom plate can be limited, and the limiting stop can fix the transverse position of the flat steaming bottom plate in the conveying and turning seat, so that the overall limiting of the flat steaming bottom plate is facilitated, and the stability of turning over is ensured.

[0009] The lifting seat is a translational overall support mechanism, the lifting seat is connected with the inner side of the conveying chain machine through a gear and a rack, the four corners of the lifting seat are connected with the inner side of the conveying chain machine through guide columns, the upper surface of the lifting seat is protrusively provided with a plurality of electromagnetic seats and positioning convex point seats, the electromagnetic seats and the positioning convex point seats vertically vertically move up and down through magnetic attraction positioning fixed seats, the electromagnetic seats and the positioning convex point seats can be driven to move up and down through the lifting seat arranged on the inner side of the chain machine, so that the steel bars above the flat steaming bottom plate can be spaced and positioned through the positioning convex point seats, and the steel bars can be assisted and adsorbed through the electromagnetic seats, so that overturning in the turning over process is prevented, and the steel bars are prevented from being offset.

[0010] The flat steaming bottom plate is a transverse rectangular frame, a plurality of steel bar placing seats are longitudinally arranged on the inner side of the flat steaming bottom plate, a plurality of steel bars are transversely arranged above the steel bar placing seats, the positioning convex point seats and the magnetic attraction positioning seats are longitudinal strip-shaped seats, the bottom surfaces of the positioning convex point seats and the magnetic attraction positioning seats are horizontally arranged above the lifting seat through inclined frames, the positioning convex point seats and the magnetic attraction positioning seats are arranged between the gaps between the steel bar placing seats of the flat steaming bottom plate, the steel bars placed on the upper surface of the flat steaming bottom plate can be fully limited through the use of the positioning convex point seats and the magnetic attraction positioning seats, so that the steel bars can be kept stable and displacement does not occur when the blocks are turned over and received.

[0011] The limiting clamp is a swing push limiting part, the upper end inner side surface of the limiting clamp is press-connected with the front side surface of the block bottom plate, the bottom part of the limiting clamp is axially connected with a push guide rod, the middle part of the limiting clamp is axially connected with a guide connecting rod, the limiting clamp swings up and down through the push guide rod with the guide connecting rod as the reference axis, the pouring push rod is a rotary push rod, the upper end inner side surface of the pouring push rod is provided with an elastic push head, the bottom part of the pouring push rod is axially connected with a push guide rod, the middle part of the pouring push rod is axially fixed and connected with the outer side rear part of the fixed base, the pouring push rod rotates forward and backward through the push guide rod with the middle part as the reference axis, the elastic push head pushes the block bottom part through the rotation of the pouring push rod, the blocks are moved through the movable fixed moving-in seat, the blocks are translated inward by a distance, so that the blocks can be conveniently moved out by the crane, the interference of the rear overturning seat before completely falling down can be effectively prevented, the overall operation efficiency is increased, and the push-down claw hook and the side plate locking part can not only limit and lock the side plate, but also assist in pushing down the blocks from the bottom, which is convenient for overturning and dumping.

[0012] Beneficial effects:

[0013] By using the overturning receiving type ground turning assembly, complete surface fitting and overturning can be realized, the block side plate can be fixed by the pouring push rod and the limiting clamp, and the blocks can be pushed down, which is convenient for the receiving of the overturning seat, and the overturning seat can stably receive and overturn, so that the blocks can be stably and efficiently overturned, the flat steaming bottom plate and the steel bar can be stably overturned and placed, and the stability of the overall operation and subsequent output is ensured.

[0014] By one side moving in and one side overturning, the blocks can be moved in and contacted with the overturning seat, and the blocks can be dumped from the side plate, the fixed base and the moving seat are both provided with two groups of overturning cylinders to ensure that the overturning seat has sufficient strength, and the fixed moving-in seat is moved in and then overturned, so that the crane has sufficient clamping space, the overturning seat is prevented from being interfered, and the stability of the automatic hoisting is ensured.

[0015] The flat steaming bottom plate can be directly moved from the outer side to the inside of the ground turning assembly in the transverse direction by the conveying chain machine, and is prepared for overturning, so that the flat steaming bottom plate does not need to be hoisted by the crane, and the longitudinal position of the flat steaming bottom plate can be limited, and the limiting block can fix the transverse position of the flat steaming bottom plate in the overturning seat, so that the overall limiting of the flat steaming bottom plate is conveniently achieved, and the stability of the overturning is ensured.

[0016] The block is moved by moving the fixed moving-in seat, and is translated to the inner side by a distance, so that the block can be moved out by the travelling crane conveniently, interference can be effectively prevented when the rear turning seat has not completely fallen, the overall operation efficiency is increased, and the push-down claw hook and the side plate locking piece can not only limit and lock the side plate, but also assist in pushing down the block from the bottom, so that the block is conveniently turned and poured. BRIEF DESCRIPTION OF DRAWINGS

[0017] Figure 1 It is a turning schematic view of a turning type material receiving structure for a ground turning assembly;

[0018] Figure 2 It is an unfolding schematic view of a turning type material receiving structure for a ground turning assembly;

[0019] Figure 3 It is a turning material receiving side view of a turning type material receiving structure for a ground turning assembly;

[0020] Figure 4 It is an unfolding material receiving schematic view of a turning type material receiving structure for a ground turning assembly;

[0021] In the figure; 1, fixed base, 2, turning cylinder, 3, translation guide seat, 4, limiting clamp, 5, pouring push rod, 6, block side plate, 7, rotating shaft, 8, turning seat, 9, supporting column, 10, conveying chain machine, 11, lifting pedestal, 12, block. DETAILED DESCRIPTION

[0022] In order to deepen the understanding of the present application, the present application will be further described in combination with examples and drawings, and the examples are only used to explain the present application, and do not constitute a limitation on the protection scope of the present application.

[0023] Fixed base 1, turning cylinder 2, translation guide seat 3, limiting clamp 4, pouring push rod 5, block side plate 6, rotating shaft 7, turning seat 8, supporting column 9, conveying chain machine 10, lifting pedestal 11, block 12.

[0024] As Figure 1 , 2 , 3, 4 are shown;

[0025] The utility model provides a kind of overturning material receiving structure for ground turning assembly, and the material receiving structure includes fixed base 1 and overturning seat 8, fixed base 1 and overturning seat 8 are connected by rotating shaft 7 and are axially rotatable with each other, the bottom of fixed base 1 and overturning seat 8 is equipped with overturning cylinder 2 in left and right ends, the bottom of overturning seat 8 is connected with the gas rod of overturning cylinder 2 by overturning lug in front side, the upper side of overturning seat 8 is equipped with conveying chain machine 10, conveying chain machine 10 is equipped with lifting pedestal 11 between, the upper side of fixed base 1 is equipped with translation guide base 3 in left and right sides, the upper side of translation guide base 3 is equipped with block side plate 6, the rear side below translation guide base 3 is equipped with limiting clamp 4, the rear side of left and right outside translation guide base 3 is equipped with material pushing rod 5, limiting clamp 4 is connected with the front bottom of block side plate 6 by rotating top pressure clamping, the bottom of both ends of block 12 above block side plate 6 is connected by rotating push of material pushing rod 5, fixed base 1 is horizontal horizontal fixed base, the rear side of fixed base 1 is connected by rotating shaft 7 and rotates with the front side of overturning seat 8, the bottom of both ends of fixed base 1 and the bottom of both ends of overturning seat 8 are connected by overturning cylinder 2 and push overturning seat 8 front bottom, the front bottom of overturning seat 8 is equipped with overturning lug by extending forward, overturning seat 8 is connected with the overturning cylinder 2 of fixed base bottom and overturning seat 8 bottom by overturning lug, the both sides overturning cylinder 2 is simultaneously pushed forward, and overturning seat 8 is overturned by 90 degrees forward, conveying chain machine 10 is parallel double-chain circulating conveyor, the right end rear side of conveying chain machine 10 is equipped with main motor, the right end bottom of conveying chain machine 10 is connected by transmission shaft and both sides chain and is synchronously driven, the front and rear sides of the right end upper surface of conveying chain machine 10 are equipped with limiting stop, the limiting stop is electric control type opening and closing limiting stop, limiting roller is equipped between the chain of the front and rear sides of conveying chain machine 10, conveying chain machine 10 is equipped with flat steaming bottom plate by limiting roller moving clamping limiting, lifting pedestal 11 is translation type integral support mechanism, lifting pedestal 11 is connected by gear and rack and the inside of conveying chain machine 10, the four corners of lifting pedestal 11 are connected by guide column and the inside of conveying chain machine 10 is guided, the upper surface of lifting pedestal 11 is protruding and is equipped with a plurality of electromagnetic seat and positioning convex point seat, the electromagnetic seat and positioning convex point seat are vertically vertically moved by magnetic attraction positioning fixed seat, flat steaming bottom plate is horizontal rectangular frame, the inside of flat steaming bottom plate is longitudinally spaced and is equipped with a plurality of steel bar placement seats, the upper side of steel bar placement seat is equipped with a plurality of steel bars, the bottom of positioning convex point seat and magnetic attraction positioning seat is connected by oblique frame horizontally and is equipped on the upper side of lifting pedestal 11, positioning convex point seat and magnetic attraction positioning seat are all equipped in the gap between steel bar placement seat between flat steaming bottom plate, limiting clamp 4 is swing push limiting piece, the upper end inside surface of limiting clamp 4 is connected by pressure joint and the front side surface of block 12 bottom plate is pressure jointed,The bottom of the limiting clamping piece 4 is connected axially with a push guide, the middle of the limiting clamping piece 4 is connected axially with a guide link, the limiting clamping piece 4 swings up and down in an arc shape through the push guide with the guide link as a reference axis, the pouring push rod 5 is a rotating push rod, the inner side surface of the upper end of the pouring push rod 5 is provided with an elastic push head, the bottom of the pouring push rod 5 is connected axially with a push guide, the middle of the pouring push rod 5 is fixed axially and connected with the outer rear part of the fixed base 1, the pouring push rod 5 rotates forward and backward through the push guide with the middle as a reference axis, and the elastic push head pushes and presses the bottom of the block 12 through the rotation of the pouring push rod 5.

[0026] Embodiment examples

[0027] Before use, the flat steaming bottom plate is conveyed into the turnover seat 8 through the conveying chain machine 10, then the lifting seat 11 drives the electromagnetic seat and the positioning convex point seat to rise, the positioning convex point seat positions the steel bar through the gap between the surface convex points, the steel bar is fixed again through the electromagnetic seat, the flat steaming bottom plate is clamped and fixed through the clamping piece of the flat steaming bottom plate, so that the fixing of the whole receiving bottom plate is completed, finally the turnover seat 8 is turned upward along the rotating shaft 7 driven by the air cylinder to prepare for receiving the block 12.

[0028] When in use, the block 12 with the block side plate 6 at the bottom is transported and placed on the translation guide seat 3 through the row of hangers, is conveyed into the turnover seat 8 through the introduction transmission machine, so that the block 12 is in contact with the flat steaming bottom plate and the surface of the steel bar, then the block side plate 6 is locked through the limiting clamping piece 4, at the same time, the block 12 is pushed down from the bottom through the pouring push rod 5, the turnover seat 8 is turned backward at the same time, so that the turnover of the block 12 is completed and the block 12 is placed above the flat steaming bottom plate and the steel bar, finally the block 12 is conveyed to the subsequent step through the conveying chain machine 10.

[0029] The above only describes preferred embodiments of the present application and is not intended to limit the present application, and any modification, equivalent replacement, improvement, etc. made within the spirit and principle of the present application shall be included in the protection scope of the present application.

Claims

1. A turn-over receiving structure for a ground turning assembly, the receiving structure comprising a fixed base and a turn-over base, the fixed base and the turn-over base being connected to each other in an axial rotation manner by a rotation shaft, characterized in that, The bottom of the fixed base and the turnover seat is provided with a turnover cylinder at left and right ends, the bottom of the turnover seat is connected with the air rod of the turnover cylinder through a turnover lug at the front side, the upper part of the turnover seat is provided with a conveying chain machine in a horizontal manner, a lifting pedestal is arranged between the conveying chain machines, the upper part of the fixed base is provided with a translation guide seat in a longitudinal manner at left and right sides, the upper part of the translation guide seat is provided with a block side plate in a horizontal manner, a limiting clamp is arranged at the lower rear side between the translation guide seats, a reverse material push rod is arranged at the rear side of the left and right outer parts of the translation guide seat, the limiting clamp is connected with the front bottom of the block side plate in a rotating top pressing clamping manner, and the reverse material push rod is connected with the two end bottoms of the blocks above the block side plate in a rotating push pressing manner.

2. A flipper assembly with a flipper structure according to claim 1, wherein, The fixed base is a horizontal horizontal fixed base, the rear side of the fixed base is connected with the front side of the turnover seat in a rotating manner through a rotating shaft, the two end bottoms of the fixed base and the two end bottoms of the turnover seat are connected with the front bottom of the turnover seat in a pushing and turning manner through the turnover cylinders, the front bottom of the turnover seat is provided with a turnover lug in an extending manner, the rear bottom of the turnover seat is provided with a supporting column in a vertical manner, the turnover seat is connected with the turnover cylinders at the bottom of the fixed base and the bottom of the turnover seat through the turnover lug, and the two turnover cylinders simultaneously push forward to make the turnover seat turn forward by 90 degrees.

3. A flipper assembly with a flipper structure according to claim 1, wherein, The conveying chain machine is a parallel double-chain circulating conveyor, the right end rear side of the conveying chain machine is provided with a main motor, the right end bottom of the conveying chain machine is connected with the chain at left and right sides in a mutual synchronous transmission manner through a transmission shaft, the front and rear sides of the upper surface of the conveying chain machine are provided with limiting stops in an electric control opening and closing limiting stop manner, limiting rollers are arranged between the chains at the front and rear sides of the conveying chain machine, and the conveying chain machine is provided with a flat steaming bottom plate in a limiting roller moving clamping manner.

4. A flipper assembly with a flipper structure according to claim 3, wherein, The lifting pedestal is a translation type overall supporting mechanism, the lifting pedestal is connected with the inner side of the conveying chain machine through a gear and a rack, the lifting pedestal is connected with the inner side of the conveying chain machine in a guiding manner through guide columns at four corners of the lifting pedestal, a plurality of electromagnetic seats and positioning convex point seats are arranged on the upper surface of the lifting pedestal in a protruding manner, and the electromagnetic seats and the positioning convex point seats are vertically moved in a magnetic attraction positioning fixed seat vertical perpendicular manner.

5. A flipper assembly with a flipper structure according to claim 4, wherein, The flat steaming bottom plate is a horizontal rectangular frame, a plurality of steel bar placing seats are arranged on the inner side of the flat steaming bottom plate in a longitudinal interval manner, a plurality of steel bars are arranged on the upper part of the steel bar placing seat in a horizontal manner, the positioning convex point seat and the magnetic attraction positioning seat are longitudinal strip seats, and the bottom surfaces of the positioning convex point seat and the magnetic attraction positioning seat are horizontally arranged on the upper part of the lifting pedestal through an inclined frame.

6. A flip-up receiving structure for a ground-turning assembly according to claim 1, wherein The limiting clamp is a swing push pressing type limiting part, the upper end inner side surface of the limiting clamp is connected with the front side surface of the block bottom plate in a pressure joint manner, a push moving guide rod is arranged on the bottom of the limiting clamp in an axial connection manner, a guide connecting rod is arranged on the middle part of the limiting clamp in an axial connection manner, and the limiting clamp swings up and down through the push moving guide rod in an axial manner with the guide connecting rod as a reference shaft.

7. A flip-up receiving structure for a ground-turning assembly according to claim 1, wherein The reverse material pushing rod is a rotating pushing rod, the upper end of the reverse material pushing rod is provided with an elastic pushing head, the bottom of the reverse material pushing rod is provided with a pushing guide rod in an axial connection mode, the middle part of the reverse material pushing rod is connected with the rear part of the outer side of the fixed base in an axial fixed mode, the reverse material pushing rod rotates forward and backward through the pushing guide rod with the middle part as a reference, and the elastic pushing head pushes the bottom of the block through the rotation of the reverse material pushing rod.

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