CN101941235B - Press forming method and equipment of heat insulating and preserving brick - Google Patents
Press forming method and equipment of heat insulating and preserving brick Download PDFInfo
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- CN101941235B CN101941235B CN2010102934489A CN201010293448A CN101941235B CN 101941235 B CN101941235 B CN 101941235B CN 2010102934489 A CN2010102934489 A CN 2010102934489A CN 201010293448 A CN201010293448 A CN 201010293448A CN 101941235 B CN101941235 B CN 101941235B
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- framed
- foam heat
- insulating board
- send
- heat
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B28—WORKING CEMENT, CLAY, OR STONE
- B28B—SHAPING CLAY OR OTHER CERAMIC COMPOSITIONS; SHAPING SLAG; SHAPING MIXTURES CONTAINING CEMENTITIOUS MATERIAL, e.g. PLASTER
- B28B19/00—Machines or methods for applying the material to surfaces to form a permanent layer thereon
- B28B19/003—Machines or methods for applying the material to surfaces to form a permanent layer thereon to insulating material
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B28—WORKING CEMENT, CLAY, OR STONE
- B28B—SHAPING CLAY OR OTHER CERAMIC COMPOSITIONS; SHAPING SLAG; SHAPING MIXTURES CONTAINING CEMENTITIOUS MATERIAL, e.g. PLASTER
- B28B23/00—Arrangements specially adapted for the production of shaped articles with elements wholly or partly embedded in the moulding material; Production of reinforced objects
- B28B23/0056—Means for inserting the elements into the mould or supporting them in the mould
Abstract
The invention relates to press forming method and equipment of heat insulating and preserving bricks. The press forming equipment of the heat insulating and preserving bricks comprises a lifting forming mould frame, a material distributing trolley, a base plate, a plate pushing machine, a press head mechanism, a brick receiving machine, a foam heat-preserving plate pushing mould frame mechanism and a stamping work table, wherein the plate pushing machine is used for pushing the base plate; and the foam heat-preserving plate pushing mould frame mechanism and the stamping work table are arranged at opposite sides of the material distributing trolley. The press forming equipment is characterized by also comprising a lifting upper module frame and a driving mechanism thereof, wherein the lifting upper module frame is movably arranged between the forming mould frame and the press head mechanism and comprises a frame plate matched with the forming mould frame; the frame plate is internally provided with stopping plates in one-to-one correspondence with the placing positions of foam heat-preserving plates inside the forming mould frame; the stopping plates are fixedly connected with frame plates of the upper mould frame through longitudinally-arranged narrow connecting strips; and the bottom surfaces of the stopping plates are respectively and fixedly provided with nails used for clamping the foam heat-preserving plates. The forming machine realizes the installation and the positioning of the foam heat-preserving plates comprising the heat insulating and preserving bricks in the forming mould frame by utilizing the material stopping plates fixed in the upper mould frame and fixedly provided with the nails on the bottom surfaces and has simple structure and reasonable design.
Description
Technical field
The present invention relates to building block compression moulding technical field, particularly a kind of briquetting process and equipment thereof of producing heat insulating brick.
Background technology
The utility model patent of notification number CN201009330Y discloses a kind of forming device of novel heat preservation brick, send plate machine, low mold frame, brick plate before and after comprising, goes up die head, press work platform, send that warming plate is framed, staking punch and hoistable platform.Punching head frame is located at the top of hoistable platform, front and back send the plate machine to be connected to the relative both sides of hoistable platform, send the warming plate mold framework to be located at the opposite side of hoistable platform, before send the original height of plate machine, transmission track and hoistable platform suitable, after send the working depth of plate machine and hoistable platform suitable, after send the other end of plate machine to connect the press work platform.Send that warming plate is framed, be respectively equipped with slot or groove that the corresponding insulation raised line for warming plate inserts on low mold frame and the brick plate, and low mold frame also is provided with striker plate, the punching press side of last die head offers the cave in hollow part suitable with warming plate.Warming plate is to be fastened on by its two side to send that warming plate is framed, in the low mold frame, realize the location, and expose the warming plate two side of insulating brick finished product.
At present, a kind of heat insulating brick occurred, it has at least four sidewalls of part foam heat-insulating board to be wrapped in fully in the insulating brick, and each sidewall that four sidewalls are wrapped in the foam heat-insulating board in the insulating brick does not fully all expose.For this heat insulating brick, because each sidewall of its foam heat-insulating board does not all expose, foam heat-insulating board does not contact with the low mold frame sidewall in the moulding pressing process, cause foam heat-insulating board unassured in the moulding pressing process and between the low mold frame by point, can't realize the location of foam heat-insulating board in low mold frame, above-mentioned forming device of novel heat preservation brick and existing building block forming device all can't this heat insulating bricks of moulding.
Summary of the invention
The present invention be directed to the deficiencies in the prior art, a kind of briquetting process and equipment thereof that is suitable for the aforementioned heat insulating brick of moulding is provided.
The object of the invention is achieved through the following technical solutions:
Heat insulating brick briquetting process: may further comprise the steps:
(1) shaping mold frame, backing plate are stacked on the press work platform, and make the framed shaping mold frame top of being on the liftable that is installed between shaping mold frame and the seaming chuck, go up spacing between framed and the shaping mold frame greater than the thickness of a heat insulating brick; Go up and to be laid with in framed and shaping mold frame inner foam warming plate striker plate one to one, striker plate is by narrow connection strap and last framed fixedlying connected, and is fixed with the nail that is used for the clamping foam heat-insulating board on the bottom surface of each striker plate respectively;
(2) foam heat-insulating board is inserted into one by one place shaping mold frame outer send foam heat-insulating board framed in, push this by delivery device along the foam heat-insulating board track and send that foam heat-insulating board is framed to be stacked on the shaping mold frame;
(3) go up framed decline pressure holding send foam heat-insulating board framed on, nail on each striker plate bottom surface hammers into corresponding foam heat-insulating board respectively, make foam heat-insulating board be fixed on the bottom of striker plate, go up framed rising and reset and framedly be promoted to the top of sending foam heat-insulating board framed in the lump, foam heat-insulating board is broken away from fully send foam heat-insulating board framed together with foam heat-insulating board with last; Then, send that foam heat-insulating board is framed to send fast return to reset and plug-in mounting foam heat-insulating board again;
(4), upward framed decline is stacked on the shaping mold frame, and foam heat-insulating board is pressed between backing plate and the last framed striker plate, realizes the location of foam heat-insulating board;
(5), then, truck advances the back that puts in place to force cloth by last framed cavity portion to each shaping mold cavity, and truck retreated and resets after cloth was finished, and seaming chuck presses down exerts pressure to the compound in the shaping mold cavity, until adobe compression moulding; The adobe demoulding, the output adobe repeats above-mentioned steps again, finishes until the presser.
After the adobe compression moulding in the above-mentioned steps (five), by sending the leaf fat cylinder backing plate is extracted out from the press work platform, make backing plate withdraw from the press work platform, shaping mold frame, go up framed and seaming chuck drops to shaping mold frame synchronously and is stacked and placed on the workbench, then, seaming chuck keeps this state and the height of a shaping mould frame and an insulating brick of last framed rising, after making adobe break away from shaping mold frame, upward framed, seaming chuck rises and resets, and the adobe of this moment is ejected to be placed on the press work platform finishes the demoulding; Send the plate machine once more backing plate to be pushed on the press work platform, by backing plate aforementioned placement is pushed on the brick receiving machine in the moulding adobe on the workbench simultaneously adobe is exported, finish an adobe output action.
For increasing work efficiency, above-mentioned foam heat-insulating board is framed to be comprised two covers alternately the foam heat-insulating board of continuous operation is framed.
The present invention also provides the heat insulating brick press-forming machine of realizing said method, comprises liftable shaping mold frame, cloth truck, backing plate, is used to push sending plate machine, pressure heads mechanism, brick receiving machine, sending framed mechanism of foam heat-insulating board and press work platform of backing plate; It is characterized in that: comprise that also an activity is installed in framed and driving mechanism on the liftable between shaping mold frame and the pressure heads mechanism, should go up framed be a deckle board that matches with shaping mold frame, be laid with in this deckle board and shaping mold frame inner foam warming plate striker plate one to one, the narrow connection strap and last framed fixedly connected of each striker plate by vertically arranging, and be fixed with the nail that is used for the clamping foam heat-insulating board on the bottom surface of each striker plate respectively.
Further, describedly send the framed mechanism of foam heat-insulating board to comprise delivery track, send foam heat-insulating board framed and driving mechanism; Described delivery track by a stringer track that links to each other with shaping mold frame with one link to each other with stringer track outer end walk crosswise the T font track that track constitutes, driving mechanism comprise symmetry be installed in described walk crosswise the track two ends send the left and right oil cylinder of foam heat-insulating board and corresponding installing with walk crosswise the track middle part send foam heat-insulating board vertical oil cylinder; The described foam heat-insulating board that send send foam heat-insulating board left and right framed framed comprising respectively at what send that the left and right oil cylinder of foam heat-insulating board matches.
The described foam heat-insulating board that send is provided with the housing that supports base plate and is fixed on diaphragm plate in the housing inner chamber framed comprising, correspondence offers and foam heat-insulating board plug-in mounting mouth one to one on the diaphragm plate.
Described diaphragm plate comprises and is separately fixed at the upper and lower diaphragm plate that send the framed top of foam heat-insulating board, middle part.
The below of sending the plate machine to be located at the cloth truck of described propelling movement backing plate, described brick receiving machine is located at the below of sending the framed mechanism of foam heat-insulating board.
Described framed driving mechanism is a hoist cylinder.
The working method of this heat insulating brick press-forming machine: at first, by sending the leaf fat cylinder that backing plate is pushed on the press work platform, shaping mold frame is stacked on the backing plate, and making the framed top that is in shaping mold frame, the spacing between the last framed and shaping mold frame of this moment is greater than the thickness of a heat insulating brick; Then, respectively to sending a foam heat-insulating board left side, right framed interior plug-in mounting foam heat-insulating board, finish sequencing according to plug-in mounting, start and send a foam heat-insulating board left side or right oil cylinder, send with the good warming plate of first plug-in mounting that foam heat-insulating board is framed to push to the middle part that delivery track is walked crosswise track, then starting send the vertical oil cylinder of foam heat-insulating board to send foam heat-insulating board the framed top of delivering to shaping mold frame along delivery track stringer track this, send framed pushed the putting in place of foam heat-insulating board and after being stacked in the top of shaping mold frame, framed hoist cylinder makes framed decline pressure holding send foam heat-insulating board framed top in the startup, force the nail on the striker plate bottom surface to hammer into foam heat-insulating board, foam heat-insulating board is fixed on the bottom of striker plate, go up framed hoist cylinder and rise to reset and framedly be promoted to the top of sending foam heat-insulating board framed in the lump, foam heat-insulating board is broken away from fully send foam heat-insulating board framed together with foam heat-insulating board with last; Send that foam heat-insulating board is framed to send fast return to reset and plug-in mounting foam heat-insulating board again; Framed hoist cylinder makes framed decline that foam heat-insulating board is pressed between backing plate 4 and the last framed striker plate in the startup, realizes the location of foam heat-insulating board; Then, truck advances the back that puts in place to force cloth to each shaping mold cavity, and truck retreated and resets after cloth was finished, and staking punch is exerted pressure to the compound in the shaping mold cavity under the promotion of pressure head oil cylinder, until adobe compression moulding; After the adobe compression moulding, send leaf fat cylinder piston retraction to reset the backing plate that is folded in shaping mold frame and press work platform is extracted out, make backing plate withdraw from the press work platform; Then, shaping mold frame, go up framed and staking punch drops to shaping mold frame synchronously and is stacked and placed on the workbench, then, the press work platform keeps this state and shaping mould frame and the last framed height that rises to a few insulating brick, after making adobe break away from shaping mold frame, upward framed, staking punch rises and resets, and the adobe of this moment is ejected and is placed on the press work platform, finishes the demoulding; Send the leaf fat cylinder once more backing plate to be pushed between press work platform and the shaping mold frame, by backing plate aforementioned placement is pushed into brick receiving machine in the moulding adobe on the workbench simultaneously and promptly connects brick output on the brick conveyer belt, finish a compression moulding action.Then, send foam heat-insulating board the framed top that is transferred to shaping mold frame another of the good foam heat-insulating board of plug-in mounting, so repeat above-mentioned compression moulding action, send foam heat-insulating board left and right framed, alternately continuous operation in order successively, finish until work.This shows, the utilization of this shaped device be fixed on framed in and the bottom surface striker plate that is fixed with nail realized aforementioned installation, the location of foam heat-insulating board in shaping mold frame that includes heat insulating brick, simple in structure, reasonable in design, solved the technical problem that existing insulating brick make-up machine can't be suppressed this heat insulating brick; And employing is two send foam heat-insulating board framed, reaches the high-speed and continuous running, increases work efficiency greatly.
Description of drawings
Below in conjunction with accompanying drawing the present invention is described in further detail.
Fig. 1 is a structural representation of the present invention.
Fig. 2 is the left view (not shown truck frame and last framed guide pillar) of Fig. 1.
Fig. 3 is the last framed enlarged diagram among Fig. 1.
Fig. 4 is the vertical view of Fig. 3.
Fig. 5 is the upward view of Fig. 3.
Fig. 6 is the left view among Fig. 4.
Fig. 7 is a floor map of sending the framed mechanism of foam heat-insulating board.
Fig. 8 is the structural representation (left side is framed shown in the figure) that send foam heat-insulating board framed.
Fig. 9 is the profile along A-A direction among Fig. 8.
The specific embodiment
With reference to Fig. 1, Fig. 2 and Fig. 3.The heat insulating brick press-forming machine, mainly comprise the mainframe 1, liftable shaping mold frame 2, cloth truck 3, the backing plate 4 that are provided with column, be used to push backing plate 4 reciprocating typely send leaf fat cylinder 41, pressure heads mechanism 5, brick receiving machine 6, send on the framed mechanism 7 of foam heat-insulating board, the liftable framed 8 and press work platform 9.The rear side of mainframe 1 is provided with cradle 10, and cloth truck 3 heads are on cradle 10; Reciprocating type sending on the cradle 10 that leaf fat cylinder 41 is installed in cloth truck 3 belows, backing plate 4 links to each other with sending leaf fat cylinder 41; Brick receiving machine 6 promptly connects the front side that the brick conveyer belt is installed in mainframe 1; The framed mechanism 7 of foam heat-insulating board is located at the top of brick receiving machine 6.The support base plate top surface of cloth truck 3 and the bottom surface of shaping mold frame 2 are positioned on the same horizontal plane; The end face of the conveyor surface of brick receiving machine 6 and press work platform 9 is positioned on the same horizontal plane.Pressure heads mechanism 5 comprises that staking punch 51 and device are used to drive the pressure head oil cylinder 52 of staking punch 51 liftings at mainframe 1 top.
Referring to figs. 1 through Fig. 6.Framed 8 activities are installed between shaping mold frame 2 and the staking punch 51 on the liftable, and two hoist cylinders 80 that symmetry is installed on the mainframe 1 drive framed rise and fall on the liftable.Go up framed 8 and comprise a deckle board 81 that matches with shaping mold frame 2, corresponding intrument has the vertically vertically arranged framed guide pillar 11 of on the mainframe 1, and deckle board 81 liftably is slidingly fitted on the guide pillar 11 by guide hole 811.Be provided with in the deckle board 81 and shaping mold frame 2 each die cavity cavity one to one, correspondence is laid with shaping mold frame 2 inner foam warming plates and puts position striker plate 82 one to one in each cavity of deckle board 81, each striker plate 82 is fixedlyed connected with last framed 8 by the narrow connection strap of vertically arranging 83, and is fixed with the nail 821 that is used for the clamping foam heat-insulating board on the bottom surface of each striker plate 82 respectively.The punching press side of above-mentioned staking punch 51 is consistent with last framed 8 cavity portion, and staking punch 51 is movable to pass framed 8.
With reference to Fig. 1, Fig. 2 and Fig. 7 to Fig. 9.Send the framed mechanism 7 of foam heat-insulating board comprise delivery track 71, with send foam heat-insulating board framed and driving mechanism.The end face of the working face of delivery track 71 and shaping mold frame 2 is positioned on the horizontal plane, its by a stringer track that links to each other with shaping mold frame 2 with one link to each other with stringer track outer end walk crosswise the T font track that track constitutes.Send the driving mechanism of the framed mechanism of foam heat-insulating board comprise symmetry be installed in walk crosswise the track two ends send the left and right oil cylinder 72a of foam heat-insulating board, 72b and corresponding installing with walk crosswise the track middle part send foam heat-insulating board vertical oil cylinder 72c.Send foam heat-insulating board to send the left and right framed 73a of foam heat-insulating board, 73b framed comprising respectively at what send that the left and right oil cylinder 72a of foam heat-insulating board, 72b match.Send the left and right framed 73a of foam heat-insulating board, 73b to include to be provided with framed 731 and the upper and lower diaphragm plate 733,734 that is separately fixed at framed 731 each cavity top, middle part that support base plate 732 and match with shaping mold frame 2, correspondence offers and foam heat-insulating board plug-in mounting mouth 735 one to one on the upper and lower diaphragm plate 733,734.But be respectively arranged with the universal contact 730 of autospasy with sending foam heat-insulating board left side oil cylinder, the middle part, side of sending the framed 73a in a foam heat-insulating board left side that vertically oil cylinder 72a, 72c are relative, but the side middle part of sending foam heat-insulating board right framed 73b relative with sending the right oil cylinder 72b of foam heat-insulating board, vertical oil cylinder 72c also is respectively arranged with the universal contact 730 of autospasy, universal contact is respectively equipped with the articulation that matches with universal contact 730 for having the u shaped connector of opening respectively on the piston termination of each carriage cylinder 72a, 72b, 72c.Send foam heat-insulating board left side oil cylinder, right oil cylinder 72a, 72b can be respectively correspondence to be sent the left and right framed 73a of foam heat-insulating board, 73b to push to walk crosswise the track middle part, vertically the piston of oil cylinder 72c can be linked together automatically with sending the left and right framed 73a of foam heat-insulating board, universal contact that 73b is corresponding, send the last corresponding universal contact of the left and right framed 73a of foam heat-insulating board, 73b simultaneously and send the articulation of the left and right oil cylinder 72a of foam heat-insulating board, 72b piston termination to break away from automatically; Vertically oil cylinder 72c can will send the left and right framed 73a of foam heat-insulating board, 73b to push on the shaping mold frame 2, send the left and right framed 73a of foam heat-insulating board, when the 73b return resets, can realize automatic disengaging equally, connect automatically.
The method of work of above-mentioned heat insulating brick press-forming machine:
Referring to figs. 1 through Fig. 9.At first, by sending leaf fat cylinder 41 that backing plate 4 is pushed on the press work platform 9, shaping mold frame 2 is stacked on the backing plate 4, and makes framed 8 tops that are in shaping mold frame 2, and the spacing between last framed 8 and the shaping mold frame 2 of this moment is greater than the thickness of a heat insulating brick; Then, respectively to sending a foam heat-insulating board left side, right framed 73a, plug-in mounting foam heat-insulating board in the 73b, finish sequencing according to plug-in mounting, start and send a foam heat-insulating board left side or right oil cylinder 72a, 72b, send with the good warming plate of first plug-in mounting that foam heat-insulating board is framed to push to the middle part that delivery track 71 is walked crosswise track, then starting send the vertical oil cylinder 72c of foam heat-insulating board to send foam heat-insulating board the framed top of delivering to shaping mold frame 2 along delivery track 71 stringer tracks this, send framed pushed the putting in place of foam heat-insulating board and after being stacked in the top of shaping mold frame 2, framed hoist cylinder 80 makes framed 8 decline pressure holdings send foam heat-insulating board framed top in the startup, force the nail 821 on striker plate 82 bottom surfaces to hammer into foam heat-insulating board, foam heat-insulating board is fixed on the bottom of striker plate 82, upward framed hoist cylinder 80 rises to reset and is promoted to the top of sending foam heat-insulating board framed with last framed 8 in the lump together with foam heat-insulating board, foam heat-insulating board is broken away from fully send foam heat-insulating board framed; Send that foam heat-insulating board is framed to send fast return to reset and plug-in mounting foam heat-insulating board again; Framed hoist cylinder 80 is pressed between backing plate 4 and the last framed striker plate 82 framed 8 times general who has surrendered's foam heat-insulating boards in the startup, realizes the location of foam heat-insulating board; Then, truck 3 advances the back that puts in place to force cloth to each shaping mold cavity, and truck 3 retreated and resets after cloth was finished, and staking punch 51 is exerted pressure to the compound in the shaping mold cavity under the promotion of pressure head oil cylinder 52, until adobe compression moulding; After the adobe compression moulding, send leaf fat cylinder 41 pistons retraction to reset and extract out with the backing plate 4 of press work platform 9, make backing plate 4 withdraw from press work platform 9 being folded in shaping mold frame 2; Then, shaping mold frame 2, go up framed 8 and staking punch 51 drop to shaping mold frame 2 synchronously and be stacked and placed on the workbench 9, then, press work platform 9 keeps this state and the height of shaping mould frame 2 and last framed 8 at least one insulating brick of rising, after making adobe break away from shaping mold frame 2, go up framed 8, staking punch 51 and rise and reset, the adobe of this moment is ejected and is placed on the press work platform 9, finishes the demoulding; Send leaf fat cylinder 41 backing plate 4 to be pushed between press work platform 9 and the shaping mold frame 2 once more, by backing plate 4 aforementioned placement is pushed into brick receiving machine 6 in the moulding adobe on the workbench simultaneously and promptly connects brick output on the brick conveyer belt, finish compression moulding action.Then, send foam heat-insulating board the framed top that is transferred to shaping mold frame 2 another of the good foam heat-insulating board of plug-in mounting, so repeat above-mentioned compression moulding action, send the left and right framed 73a of foam heat-insulating board, 73b alternately continuous operation in order successively, finish until work.
Above-mentioned only is the specific embodiment of the present invention, but design concept of the present invention is not limited thereto, and allly utilizes this design that the present invention is carried out the change of unsubstantiality, all should belong to the behavior of invading protection domain of the present invention.
Claims (9)
1. heat insulating brick briquetting process: may further comprise the steps:
(1) shaping mold frame, backing plate are stacked on the press work platform, and make the framed shaping mold frame top of being on the liftable that is installed between shaping mold frame and the seaming chuck, go up spacing between framed and the shaping mold frame greater than the thickness of a heat insulating brick; Go up and to be laid with in framed and shaping mold frame inner foam warming plate striker plate one to one, striker plate is by narrow connection strap and last framed fixedlying connected, and is fixed with the nail that is used for the clamping foam heat-insulating board on the bottom surface of each striker plate respectively;
(2) foam heat-insulating board is inserted into one by one place shaping mold frame outer send foam heat-insulating board framed in, push this by delivery device along the foam heat-insulating board track and send that foam heat-insulating board is framed to be stacked on the shaping mold frame;
(3) go up framed decline pressure holding send foam heat-insulating board framed on, nail on each striker plate bottom surface hammers into corresponding foam heat-insulating board respectively, make foam heat-insulating board be fixed on the bottom of striker plate, go up framed rising and reset and framedly be promoted to the top of sending foam heat-insulating board framed in the lump, foam heat-insulating board is broken away from fully send foam heat-insulating board framed together with foam heat-insulating board with last; Then, send that foam heat-insulating board is framed to send fast return to reset and plug-in mounting foam heat-insulating board again;
(4), upward framed decline is stacked on the shaping mold frame, and foam heat-insulating board is pressed between backing plate and the last framed striker plate, realizes the location of foam heat-insulating board;
(5), then, truck advances the back that puts in place to force cloth by last framed cavity portion to each shaping mold cavity, and truck retreated and resets after cloth was finished, and seaming chuck presses down exerts pressure to the compound in the shaping mold cavity, until adobe compression moulding; The adobe demoulding, the output adobe repeats above-mentioned steps again, finishes until the presser.
2. heat insulating brick briquetting process according to claim 1, it is characterized in that: after the adobe compression moulding in the described step (five), by sending the leaf fat cylinder backing plate is extracted out from the press work platform, make backing plate withdraw from the press work platform, shaping mold frame, go up framed and seaming chuck drops to shaping mold frame synchronously and is stacked and placed on the workbench, then, seaming chuck keeps this state and the height of a shaping mould frame and an insulating brick of last framed rising, after making adobe break away from shaping mold frame, go up framed, seaming chuck rises and resets, and the adobe of this moment is ejected to be placed on the press work platform finishes the demoulding; Send the plate machine once more backing plate to be pushed on the press work platform, by backing plate aforementioned placement is pushed on the brick receiving machine in the moulding adobe on the workbench simultaneously adobe is exported, finish the adobe output action one time.
3. according to claim 1 or 2 heat insulating brick briquetting process, it is characterized in that: described foam heat-insulating board is framed to be comprised two covers alternately the foam heat-insulating board of continuous operation is framed.
4. heat insulating brick press-forming machine comprises liftable shaping mold frame, cloth truck, backing plate, is used to push sending plate machine, pressure heads mechanism, brick receiving machine, sending framed mechanism of foam heat-insulating board and press work platform of backing plate; It is characterized in that: comprise that also an activity is installed in framed and driving mechanism on the liftable between shaping mold frame and the pressure heads mechanism, should go up framed be a deckle board that matches with shaping mold frame, be laid with in this deckle board and shaping mold frame inner foam warming plate striker plate one to one, the narrow connection strap and last framed fixedly connected of each striker plate by vertically arranging, and be fixed with the nail that is used for the clamping foam heat-insulating board on the bottom surface of each striker plate respectively.
5. heat insulating brick press-forming machine according to claim 4 is characterized in that: describedly send the framed mechanism of foam heat-insulating board to comprise delivery track, send foam heat-insulating board framed and driving mechanism; Described delivery track by a stringer track that links to each other with shaping mold frame with one link to each other with stringer track outer end walk crosswise the T font track that track constitutes, driving mechanism comprise symmetry be installed in described walk crosswise the track two ends send the left and right oil cylinder of foam heat-insulating board and corresponding installing with walk crosswise the track middle part send foam heat-insulating board vertical oil cylinder; The described foam heat-insulating board that send send foam heat-insulating board left and right framed framed comprising respectively at what send that the left and right oil cylinder of foam heat-insulating board matches.
6. heat insulating brick press-forming machine according to claim 4, it is characterized in that: the described foam heat-insulating board that send is provided with the housing that supports base plate and is fixed on diaphragm plate in the housing inner chamber framed comprising, correspondence offers and foam heat-insulating board plug-in mounting mouth one to one on the diaphragm plate.
7. heat insulating brick press-forming machine according to claim 6 is characterized in that: described diaphragm plate comprises and is separately fixed at the upper and lower diaphragm plate that send the framed top of foam heat-insulating board, middle part.
8. according to arbitrary described heat insulating brick press-forming machine in the claim 4 to 7, it is characterized in that: the plate machine that send of described propelling movement backing plate is the reciprocating type leaf fat cylinder that send of being located at the below of cloth truck, and described brick receiving machine is located at the below of sending the framed mechanism of foam heat-insulating board.
9. heat insulating brick press-forming machine according to claim 4 is characterized in that: described framed driving mechanism is a hoist cylinder.
Priority Applications (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010102934489A CN101941235B (en) | 2010-09-27 | 2010-09-27 | Press forming method and equipment of heat insulating and preserving brick |
| PCT/CN2011/072968 WO2012041057A1 (en) | 2010-09-27 | 2011-04-19 | Press molding device for heat insulation brick and method thereof |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010102934489A CN101941235B (en) | 2010-09-27 | 2010-09-27 | Press forming method and equipment of heat insulating and preserving brick |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN101941235A CN101941235A (en) | 2011-01-12 |
| CN101941235B true CN101941235B (en) | 2011-12-28 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2010102934489A Expired - Fee Related CN101941235B (en) | 2010-09-27 | 2010-09-27 | Press forming method and equipment of heat insulating and preserving brick |
Country Status (2)
| Country | Link |
|---|---|
| CN (1) | CN101941235B (en) |
| WO (1) | WO2012041057A1 (en) |
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| CN101941235B (en) * | 2010-09-27 | 2011-12-28 | 泉州市祥达机械制造有限公司 | Press forming method and equipment of heat insulating and preserving brick |
| TW201424967A (en) * | 2012-12-17 | 2014-07-01 | Da Sheng Brick Co Ltd | Red brick manufacturing method and its products |
| CN103042633B (en) * | 2013-01-21 | 2015-10-21 | 合肥华凌股份有限公司 | Ejecting mechanism |
| CN103144188A (en) * | 2013-03-14 | 2013-06-12 | 谢景志 | Solidified block former |
| CN103786252B (en) * | 2014-01-27 | 2015-12-30 | 赤峰卉原建材有限公司 | A kind of expanded perlite sheet metal forming production line and method |
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Also Published As
| Publication number | Publication date |
|---|---|
| CN101941235A (en) | 2011-01-12 |
| WO2012041057A1 (en) | 2012-04-05 |
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