CN102555052B - Production line for self-insulation building blocks - Google Patents
Production line for self-insulation building blocks Download PDFInfo
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- CN102555052B CN102555052B CN 201210024071 CN201210024071A CN102555052B CN 102555052 B CN102555052 B CN 102555052B CN 201210024071 CN201210024071 CN 201210024071 CN 201210024071 A CN201210024071 A CN 201210024071A CN 102555052 B CN102555052 B CN 102555052B
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Abstract
The invention relates to a tool used in an insulation brick manufacturing process, in particular to a production line for self-insulation building blocks, which comprises a stirring machine. The production line is characterized in that automatic metering devices are arranged on a feeding port and at the bottom of the stirring machine, a production track capable of automatically conveying molds is disposed below a distributing port of the stirring machine, a stripper is further arranged on the production track and is spaced from the stirring machine by a proper distance, a return track and a track leading into a maintenance area are respectively disposed on two sides of the other end of the stripper, the return track sequentially penetrates through a cleaning area, an oil injection area and a core setting area, a link plate machine is arranged at the other end of the maintenance area, and a manipulator is disposed at the other end of the link plate machine. The production line is high in production efficiency and annual yield, occupied land area and workshop investment are reduced, operating expense is saved, and the production line can operate continuously.
Description
Technical field
The present invention relates to a kind of production line, is a kind of heat insulation building block production line specifically.
Background technology
Along with science and technology development, modern architecture is more and more favored in the block insulation material, building block is by sand, after stone and water mix stirring by a certain percentage, cast in and have a kind of New Building Materials that form in the mould of filling core body, the building block wallboard is a kind of novel green construction material that substitutes traditional clay solid brick, because inside is provided with the core body heat-insulation layer, has insulation effect during as the wallboard of construction material, thereby it is popular to people deeply, yet available technology adopting all is single devices, after adopting mixer that raw material is mixed earlier, cast in the mould, and then mould be carried to the artificial demoulding in demoulding district, maintain a period of time again after the demoulding after, put into the finished product district, the entire job environment is poor, working environment is dirty and messy, inefficiency, the staffing in the production process is also many, and the cost that whole process drops into is many, and production efficiency is low, causes production cost higher.
Summary of the invention
In order to remedy the deficiencies in the prior art, the invention provides the high heat insulation building block production line of a kind of production efficiency.
The present invention is achieved through the following technical solutions:
A kind of heat insulation building block production line; comprise mixer; be provided with automatic charging device between described mixer and the former feed bin; be provided with the cloth mouth below the mixer; it is characterized in that: feeding port and the bottom of described mixer are equipped with self-measuring device; be provided with a production track of transportation mould automatically below the cloth mouth of described mixer; on the described production track with mixer at a distance of the suitable last ingot stripper that also is provided with of distance; these ingot stripper other end both sides are respectively equipped with the return trajectory and the track that enters the maintenance district automatically that return mixer automatically; pass cleaning area on this return trajectory successively; oil spout district and coring-up station; described cleaning area is provided with cleaning machine; the coring-up station is provided with core setter, and the other end in maintenance district is provided with chain mat machine, is provided with manipulator at the other end of chain mat machine.
This block production line is provided with below mixer and transports mould automatically to the production track in demoulding district; be sent to the demoulding of demoulding district behind the mould cloth; and in the demoulding district automatic demoulding machine is set; mould returns the cloth mouth place stirred below the machine of mixing cloth again by return trajectory after the demoulding; be provided with special-purpose cleaning machine on this track that returns successively; oil-injection machine and core setter; mould enters the oil spout district after cleaning through cleaning machine earlier after the demoulding; after passing through the oil spout of oil spout district again; enter the coring-up station and after core setter is laid core body, get back to mixer again as the mould of block forming; so circulation can realize continuous production; improved production efficiency; and whole process is all carried out automatically; building block is delivered to the maintenance district by the track on another road after the demoulding; building block is after the maintenance of maintenance district; be put on the chain mat machine by manipulator and export; at the other end of chain mat machine by manipulator with segment palletizing, automatic orbit and the ingot stripper of this production line; cleaning machine; core setter is and cooperates this production line to move custom-designed product automatically.
The power of the automatic transportation of track of the present invention is to be arranged on the hydraulic cylinder that the promotion of track one end has the carriage walking of mould, dolly self does not have power, be to promote by the hydraulic cylinder that is arranged on rail end, arranging like this to provide the time for cloth, make dolly intermittent movement in orbit, the other end of track is provided with the ferry bus for commutation, it is oversize to avoid track to arrange, the convenient factory building of building, for the surface that makes building block comparatively smooth, save material and convenient storage, a side of mixer also is provided with and strikes off device on the direction of mould walking; For the ease of the carrying building block, also be provided with supporting plate between dolly and the mould, all drop on the same supporting plate after the building block demoulding on the same mould, be convenient to carry together; In order to guarantee the continuous type of cloth, dolly is arranged in orbit in order one by one, and in order to save the input in place, workshop, described former feed bin is arranged on outside the workshop, in order to make the workshop keep clean and tidy also collection cleaning later residual water and energy recycling, the outside of described return trajectory also is provided with tank.
The used ingot stripper of this production line comprises Rack Body; described Rack Body is provided with the lift cylinder that be used for to promote mould that driven by motor laterally moves around along support and the down pressing oil cylinder that is used for pressing down building block; down pressing oil cylinder has the hold-down devices corresponding with blocks shape; the bottom of described lift cylinder is provided be used to the lifting pin of catching mould side wall; the bracing frame corresponding with promoting foot bottom is provided with spring assembly; described down pressing oil cylinder goes out rod oil cylinder for two, and the outside of described down pressing oil cylinder and Rack Body link is provided with alignment pin.
The used cleaning machine of this production line comprises that the upper surface of support body is provided with Hydraulic Station and water storage box, the inside of described support body is provided with sprinkler pipe and hairbrush, be provided with around the described support body and promote the lifting device that mould moves up and down, described lifting device comprises the lifting oil hydraulic cylinder and promotes pin, the Hydraulic Station on described support body top is connected with the lifting hydraulic cylinder by oil circuit, and the bottom of the cylinder rod of described lifting oil hydraulic cylinder is provided with the lifting pin.
The Xia Xin district of this production line is provided with core setter, described core setter comprises support body, support body top is provided with hold-down devices, the middle part of support body is provided with the guide rail for carriage walking, the dolly of installation and transportation core body on the described guide rail, the dolly of the bottom installation and transportation mould of guide rail, the dolly of described transportation core body is provided be used to the through hole of laying core body, described hold-down devices is that the following platen that the down pressing oil cylinder bottom on the support body connects is set, on the described guide rail positioning and locking device is arranged, the described both sides of platen down are socketed on the guide shaft that is arranged on the support body by sliding sleeve, described guide shaft is fixed on the support body by positioning sleeve, and described positioning and locking device is the locking cylinder that is arranged on the band extension bar of steel plate both sides.
The beneficial effect of heat insulation building block production line of the present invention: reduce initial investment, annual production is big, reduce the investment of land seizure and factory building, save running cost, can work continuously, production line adopts mechanization fully, the automatic gauge mode reduces a dead lift, reduces to produce to consume, adopt the FST maintenance process between whole caring the car, be the passive type solar energy maintenance, it is few that this maintenance takies factory's face, and the supporting plate demand is few, be subjected to factor affecting such as weather little, and carrying is dynamic carrying fully, and breakage rate is little, and end product quality is more stable, solar energy curing, heat cost is almost nil, reduces goods consumption to greatest extent, reduces emission of carbon-dioxide, whole maintenance district dynamically carries out, and does not influence production.
Description of drawings
The present invention is further illustrated below in conjunction with accompanying drawing:
Fig. 1 is Production Line Configured of the present invention schematic diagram;
Fig. 2 is equipment 2 structural front view among Fig. 1;
Fig. 3 is Fig. 2 left view;
Fig. 4 is Fig. 2 vertical view;
Fig. 5 is equipment 3 structural front view among Fig. 1;
Fig. 6 is Fig. 5 left view;
Fig. 7 is Fig. 5 vertical view figure;
Fig. 8 is equipment 4 structural front view among Fig. 1;
Fig. 9 is Fig. 8 left view;
Figure 10 is Fig. 8 vertical view;
Among the figure, 1, mixer, 1.1, former feed bin, 2, ingot stripper, 2.1, Rack Body, 2.2, the lightweight guide rail, 2.3, down pressing oil cylinder, 2.4, demoulding oil jar, 2.5, Hydraulic Station, 2.6, hold-down devices, 2.7, promote pin, 2.8, spring assembly, 2.9, mould vehicle, 2.10, traveling vehicle frame, 2.11, road wheel, 2.12, movable motor, 2.13, cycloidal planetary gear speed reducer, 2.14, motor sprocket, 2.15, chain, 2.16, the driving shaft sprocket wheel, 2.17, alignment pin, 2.18, bracing frame, 2.19, wheel shaft, 2.20, rolling bearing units, 3.21, mould; 3, cleaning machine 3.1, support body, 3. 2, Hydraulic Station, 3.3, water storage box, 3.4, fixed mount, 3.5, promote oil hydraulic cylinder, 3.6, sprinkler pipe, 3.7, hairbrush, 3.8, promote pin, 3.9, mould vehicle, 3.10, mould, 3.11, delivery port, 3.12, trunk line, 4, core setter, 4. 1, the dolly of transportation core body, 4. 2, support body, 4. 3, locking cylinder, 4. 4, Hydraulic Station, 4. 5, oil pipe, 4. 6, down pressing oil cylinder, 4. 7, following platen, 4. 8 guide rails, 4. 9, extension bar, 4. 10, positioning sleeve, 4. 11, sliding sleeve, 4. 12, guide shaft, 4. 13, the dolly of transportation mould, 4. 14, steel plate; 5, track, 5.1 produce tracks, 5.2 return trajectories, 6, strike off device, 7, hydraulic cylinder, 8, ferry bus, 9 workshops, 10, supporting plate, 11, tank, 12, the maintenance district, 13, chain mat machine.
The specific embodiment
Accompanying drawing is a kind of specific embodiment of the present invention.This embodiment comprises mixer; be provided with automatic charging device between described mixer and the former feed bin; be provided with the cloth mouth below the mixer; it is characterized in that: feeding port and the bottom of described mixer are equipped with self-measuring device; be provided with a production track 5.1 of transportation mould automatically below the cloth mouth of described mixer; on the described production track with mixer at a distance of the suitable last ingot stripper 2 that also is provided with of distance; these ingot stripper other end both sides are respectively equipped with the return trajectory 5.2 and the track that enters the maintenance district that return mixer automatically; pass cleaning area on this return trajectory successively; oil spout district and coring-up station; described cleaning area is provided with cleaning machine 3; the coring-up station is provided with core setter 4; the other end in maintenance district 12 is provided with chain mat machine 13; the other end at chain mat machine 13 is provided with manipulator; the power of the automatic transportation of described track is to be arranged on the hydraulic cylinder 7 that the promotion of track one end has the carriage walking of mould; the other end of track is provided with ferry bus 8 side of mixer 1 on the direction of described mould walking for commutation and also is provided with and strikes off device 6; also be provided with supporting plate 10 between described dolly and the mould; described former feed bin 1.5 is arranged on outside the workshop 9; the outside of described return trajectory 5.2 also is provided with tank 11; described ingot stripper comprises Rack Body 2.1; described Rack Body is provided with the lift cylinder that be used for to promote mould that driven by motor laterally moves around along support and the down pressing oil cylinder that is used for pressing down building block; down pressing oil cylinder has the hold-down devices corresponding with blocks shape 2.6; the bottom of described lift cylinder is provided be used to the lifting pin 2.7 of catching mould side wall; the bracing frame 2.18 corresponding with promoting pin 2.7 bottoms is provided with spring assembly 2.8; described down pressing oil cylinder goes out rod oil cylinder for two; the outside of described down pressing oil cylinder and Rack Body 2.1 links is provided with alignment pin 2.17; described cleaning machine comprises that the upper surface of support body 3.1 is provided with Hydraulic Station 3.2 and water storage box 3.3; the inside of described support body 3.1 is provided with sprinkler pipe 3.6 and hairbrush 3.7; be provided with around the described support body and promote the lifting device that mould moves up and down; described lifting device comprises lifting oil hydraulic cylinder 3.5 and promotes pin 3.8; the Hydraulic Station 3.2 on described support body 3.1 tops is connected with lifting hydraulic cylinder 3.5 by oil circuit; the bottom of the cylinder rod of described lifting oil hydraulic cylinder 3.5 is provided with and promotes pin 3.8; described core setter comprises support body, and support body top drives the following platen 4.7 corresponding with the core body shape by oil cylinder.
When making this production line (as Fig. 1); the production track that a carriage walking be set of elder generation below mixer 1; be provided for transporting the dolly of mould on the track; be provided with supporting plate between mould and the dolly; be provided with the core body that forms the building block filler in the mould; for avoiding the workshop long; this track can be three row in the workshop and arrange; be provided with at an end of every row's track and promote the dolly hydraulic cylinder 7 of walking about; the other end is provided with ferry bus 8; when going to the end of track for a short time; ferried by ferry bus and to walk in another track; when arriving ingot stripper 2; the mould that ingot stripper 2 will have a building block is sling after the demoulding; mould is put on the return trajectory 5.2 that returns mixer; and below mould, put supporting plate well; be provided with cleaning machine 3 successively on this return trajectory 5.2; oil-injection machine and core setter 4; mould enters the oil spout district after cleaning through cleaning machine 3 earlier after the demoulding; after passing through the oil-injection machine oil spout again; enter the coring-up station and after core setter 4 is laid core body, get back to mixer again as the mould of block forming; so circulation is gone down; produce continuously; building block is transported to the maintenance district by ferry bus after manipulator is piled up into three floor; three layers of building block share a supporting plate and running dolly; supporting plate just separates on chain mat machine with building block; building block is after the maintenance of maintenance district; wherein stripping and slicing and supporting plate are put on the chain mat machine by manipulator and export; transport carriage is put back to the return trajectory place; the other end at chain mat machine separates building block by two manipulators are set with following supporting plate; and difference piling; and the supporting plate that sign indicating number is good; transporting the return trajectory place back is placed on the dolly at return trajectory place by manipulator again; the maintenance district is designed to the multiple row track; it also is the oil cylinder that is provided with promotion at an end of every track; the other end is provided with ferry bus, and realizes continuous maintenance according to first in first out dynamic maintenance theory.
Introduce design and the operation principle of used ingot stripper, cleaning machine and core setter on this production line below respectively.
Accompanying drawing 2-4; be used ingot stripper figure of the present invention; described ingot stripper is special in this Design of Production Line; this ingot stripper comprises that the bottom is provided with the Rack Body 2.1 of bracing frame 2.18; the top of described Rack Body 2.1 is provided with the running gear that has Hydraulic Station 2.5; the bottom of described Rack Body 2.1 is provided with hold-down devices 2.6; described hold-down devices 2.6 connects by the down pressing oil cylinder device that arranges on the running gear; the two ends of described running gear are provided with the demoulding oil jar device; the bottom of described demoulding oil jar device is provided with and promotes pin 2.8; the bracing frame 2.18 corresponding with promoting pin 2.8 bottoms is provided with spring assembly 2.8; described running gear comprises traveling vehicle frame 2.10; road wheel 2.11; movable motor 2.12; reductor; motor sprocket 2.14; chain 2.15; wheel shaft 2.19; driving shaft sprocket wheel 2.16; be respectively equipped with wheel shaft 2.19 on the two ends of described traveling vehicle frame 2.10; be respectively equipped with road wheel 2.11 on the two ends of wheel shaft 2.19; the driving shaft sprocket wheel 2.16 that wheel shaft 2.19 is provided with is connected with motor sprocket 2.14 by chain 2.15; motor sprocket 2.14 is connected with movable motor 2.12 by reductor; four angles, described traveling vehicle frame 2.10 two ends correspondence respectively arrange down pressing oil cylinder device and demoulding oil jar device, and described down pressing oil cylinder device goes out rod oil cylinder for two.The outside of described hold-down devices and Rack Body 2.1 links is provided with alignment pin 2.17.
When using ingot stripper of the present invention; the mould 2.21 that comes down on the procedure is transported the bottom that arrives stripper apparatus by mould vehicle 2.9 at first in the past; this moment, stripper apparatus was started working; after hold-down devices 2.6 is located by the position between alignment pin 2.17 and the mould; down pressing oil cylinder 2.3 is under the fuel feeding control of Hydraulic Station 2.5; cylinder rod on it moves downward; the drive hold-down devices descends; when the hold-down devices pressure head contacts with building block; promoting pin 2.7 simultaneously descends up to spring assembly 2.8 jack-up lifting pin 2.7 with demoulding oil jar 2.4; thereby can pick up mould 2.21; promote pin 2.7 and arrive this position by spring assembly 8 tops; thereby final definite position that pin is picked up mould 2.21 that promotes; this moment, hold-down devices 2.6 was under the effect of down pressing oil cylinder bar; stop after being pressed downwardly onto in the building block; promote pin 2.7 and pick up mould 2.21 up to the demoulding; hold-down devices 2.6 resets then; thereby movable motor 2.12 drives on road wheel 2.11 traveling vehicle frames 2.10 and travels forward; being raised mould 2.21 that pin 2.7 mentions so just is brought on another line and falls; after mould falls; promote pin 7 continue to descend up to; effect by gravity resets; promoting pin then rises; then walking dolly also resets, and whole knockout course finishes.
Accompanying drawing 5-7 is used cleaning machine figure of the present invention, this cleaning machine comprises support body 3.1, the upper surface of described support body 3.1 is provided with Hydraulic Station 3.2 and water storage box 3.3, the bottom of described support body 3.1 is provided with cleaning device, be respectively equipped with lifting device on the outside at four angles of described cleaning device, described lifting device also is fixedly set on the bottom of support body 3.1.Described cleaning device comprises fixed mount 3.4, sprinkler pipe 3.6 and hairbrush 3.7, and described sprinkler pipe 3.6 is arranged on the hairbrush 3.7, and hairbrush 3.7 is connected with the bottom of support body 3.1 by fixed mount 3.4.Be provided with at least one hairbrush 3.7 in the described cleaning device.Delivery port 3.11 on the described water storage box 3.3 is connected with sprinkler pipe 3.6 on the hairbrush 3.7 by pipeline.Described lifting device comprises lifting oil hydraulic cylinder 3.5 and lifting pin 3.8, and the Hydraulic Station 3.2 on described support body 3.1 tops is connected with lifting hydraulic cylinder 3.5 by oil circuit, and the bottom of the cylinder rod of described lifting oil hydraulic cylinder 3.5 is provided with and promotes pin 3.8.
The present invention in use, production line mould vehicle 3.9 after the demoulding, mould 3.10 is transported in the lifting pin 3.8, after Hydraulic Station 3.2 is received signal, drive and promote oil hydraulic cylinder 3.5 actions, this moment, the lifting pin 3.8 of oil hydraulic cylinder bottom will be picked up mould 3.10, position up to cleaning device, this moment, hairbrush 3.7 entered in the mould, sprinkler pipe 3.6 is brought water in the progressive die tool 3.10 into, lifting device drive mould 3.10 pumps then, fricting movement between mould 3.10 and the hairbrush 3.7 so just can cleaning work, and the collet of mould vehicle 3.9 can be by manually clearing up, after cleaning out mould 3.10 is placed on the mould vehicle 3.9, this moment, whole cleaning process finished.
In addition, the general mould 3.10 that uses once can a plurality of building blocks of moulding by casting, also are provided with many group hairbrush 7 on the corresponding cleaning device, and each hairbrush 3.7 is corresponding to clean a mould cavity, and that can clean is thoroughly clean, convenient follow-up use.Tell 5 trunk lines 3.12 in the water storage box 3 earlier, corresponding with 3.5 hairbrush 3.7 respectively, and then every trunk line 3.12 told the six roots of sensation, and then tell four weak points again with every in the six roots of sensation, enter in the mould 10, water in the water storage box 3 just can be introduced the mould 3.10 from delivery port 3.11 and use like this, and the concrete size of pipeline can design as required.
Accompanying drawing 8-10 is used core setter figure of the present invention, this time scheming comprises support body, support body top is provided with hold-down devices, the middle part of support body is provided with the guide rail 4.8 for carriage walking, the dolly 4.1 of installation and transportation core body on the described guide rail 4.8, the dolly 4.13 of the bottom installation and transportation mould of guide rail 4.8, the dolly 4.1 of described transportation core body is provided be used to the through hole of laying core body, described hold-down devices is that the following platen 4.7 that down pressing oil cylinder 4.6 bottoms on the support body 4.2 connect is set, on the described guide rail 4.8 positioning and locking device is arranged, the described both sides of platen 4.7 down are socketed on the guide shaft 4.12 that is arranged on the support body 4.2 by sliding sleeve 4.11, described guide shaft 4.12 is fixed on the support body 4.2 by positioning sleeve 4.10, and described positioning and locking device is the locking cylinder 4.3 that is arranged on the band extension bar 4.9 of steel plate both sides.
When using core setter of the present invention, earlier core body manually is placed on the dolly 4.1 of transportation core body, be placed on regard to mould on the dolly 4.6 of transportation mould, with down pressing oil cylinder 4.6 and locking cylinder 4.3 respectively by oil pipe link to each other with Hydraulic Station 4.4 good after, start the dolly 1 of transportation core body and the dolly 4.13 of transportation mould, when their position overlaps, open dolly 4.13 fixed-site that locking cylinder 4.3 will transport dolly 4.1 and the transportation mould of core body earlier, starting down pressing oil cylinder 4.6, down pressing oil cylinder will drive down platen and move downward, and gets in the mould below core body is pressed into.
Claims (8)
1. heat insulation building block production line; comprise mixer; be provided with automatic charging device between described mixer and the former feed bin; be provided with the cloth mouth below the mixer; it is characterized in that: feeding port and the bottom of described mixer are equipped with self-measuring device; be provided with a production track (5.1) of transportation mould automatically below the cloth mouth of described mixer; on the described production track with mixer at a distance of the suitable last ingot stripper (2) that also is provided with of distance; these ingot stripper other end both sides are respectively equipped with the return trajectory (5.2) and the track that enters the maintenance district automatically that return mixer automatically; pass cleaning area on this return trajectory successively; oil spout district and coring-up station; described cleaning area is provided with cleaning machine (3); the coring-up station is provided with core setter (4); the other end in maintenance district (12) is provided with chain mat machine (13); the other end at chain mat machine (13) is provided with manipulator; described ingot stripper (2) comprises Rack Body (2.1); described Rack Body is provided with for the lift cylinder that promotes mould with for the down pressing oil cylinder that presses down building block; described lift cylinder and described down pressing oil cylinder all laterally move around along support by driven by motor; down pressing oil cylinder has the hold-down devices corresponding with blocks shape (2.6); the bottom of described lift cylinder is provided be used to the ingot stripper of catching mould side wall and promotes pin (2.7); promote the corresponding bracing frame (2.18) in pin (2.7) bottom with described ingot stripper and be provided with spring assembly (2.8); described down pressing oil cylinder goes out rod oil cylinder for two, and the outside of described down pressing oil cylinder and Rack Body (2.1) link is provided with alignment pin (2.17).
2. heat insulation building block production line according to claim 1, it is characterized in that: the power of the automatic transportation of described track is to be arranged on the hydraulic cylinder (7) that the promotion of track one end has the carriage walking of mould, and the other end of track is provided with the ferry bus (8) for commutation.
3. heat insulation building block production line according to claim 1 is characterized in that: a side of mixer (1) also is provided with and strikes off device (6) on the direction of described mould walking.
4. heat insulation building block production line according to claim 2 is characterized in that: also be provided with supporting plate (10) between described dolly and the mould.
5. heat insulation building block production line according to claim 1, it is characterized in that: described former feed bin (1.5) is arranged on outside the workshop (9).
6. heat insulation building block production line according to claim 1, it is characterized in that: the outside of described return trajectory (5.2) also is provided with tank (11).
7. heat insulation building block production line according to claim 2, it is characterized in that: described cleaning machine (3) comprises that the upper surface of support body (3.1) is provided with Hydraulic Station (3.2) and water storage box (3.3), the inside of described support body (3.1) is provided with sprinkler pipe (3.6) and hairbrush (3.7), be provided with around the described support body and promote the lifting device that mould moves up and down, described lifting device comprises that lifting oil hydraulic cylinder (3.5) and cleaning machine promote pin (3.8), the Hydraulic Station (3.2) on described support body (3.1) top is connected with lifting hydraulic cylinder (3.5) by oil circuit, and the bottom of the cylinder rod of described lifting oil hydraulic cylinder (3.5) is provided with cleaning machine and promotes pin (3.8).
8. heat insulation building block production line according to claim 1, it is characterized in that: described core setter comprises support body, support body top is provided with hold-down devices, the middle part of support body is provided with the guide rail (4.8) for carriage walking, described guide rail (4.8) is gone up the dolly (4.1) of installation and transportation core body, the dolly (4.13) of the bottom installation and transportation mould of guide rail (4.8), the dolly of described transportation core body (4.1) is provided be used to the through hole of laying core body, the following platen (4.7) that described hold-down devices connects for down pressing oil cylinder (4.6) bottom that arranges on the support body (4.2), described guide rail has positioning and locking device on (4.8), the described both sides of platen (7) down are socketed on the guide shaft (4.12) that is arranged on the support body (4.2) by sliding sleeve (4.11), described guide shaft (4.12) is fixed on the support body (4.2) by positioning sleeve (4.10), and described positioning and locking device is the locking cylinder (4.3) that is arranged on the band extension bar (4.9) of steel plate both sides.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201210024071 CN102555052B (en) | 2012-02-03 | 2012-02-03 | Production line for self-insulation building blocks |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201210024071 CN102555052B (en) | 2012-02-03 | 2012-02-03 | Production line for self-insulation building blocks |
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| CN102555052A CN102555052A (en) | 2012-07-11 |
| CN102555052B true CN102555052B (en) | 2013-07-10 |
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| CN 201210024071 Expired - Fee Related CN102555052B (en) | 2012-02-03 | 2012-02-03 | Production line for self-insulation building blocks |
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