CN202264349U - Two-end air inflow cystosepiment material machine - Google Patents
Two-end air inflow cystosepiment material machine Download PDFInfo
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- CN202264349U CN202264349U CN2011203582379U CN201120358237U CN202264349U CN 202264349 U CN202264349 U CN 202264349U CN 2011203582379 U CN2011203582379 U CN 2011203582379U CN 201120358237 U CN201120358237 U CN 201120358237U CN 202264349 U CN202264349 U CN 202264349U
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Abstract
The utility model relates to a two-end air inflow cystosepiment material machine. Current cystosepiment material machine is not reasonable enough in structure design. The utility model comprises a frame, a pipeline device, a left template, a right template, a front template, a rear template, top template and a bottom plate, and is characterized in that: the machine also comprises a gas frame bottom template and at least one set of lifting device; the lifting device comprises a worm, a worm gear, a flange, a screw, a screw sleeve, and a sealing seat; both the worm and the worm wheel are mounted on the frame; the sealing seat is fixed in a sealing hole of the bottom plate; one end of the screw is fixed on the worm gear through the flange; the screw sleeve is inserted in the sealing seat; the pipeline device comprises a left template connecting pipe, a right template connecting pipe, a circulation loop pipe, a left main steam inlet pipe, a rear template left connecting pipe, a front template left connecting pipe, a right main steam inlet pipe, a rear template right connecting pipe, a front right right connecting pipe, a top template right connecting pipe, and a gas frame bottom template right connecting pipe. The utility model has reasonable structure design, and scientific layout, is energy-saving and environment-friendly, and has high working efficiency.
Description
Technical field
The utility model relates to a kind of foam board machine; Especially relate to a kind of two air inlet foam board machines; Be mainly used in the manufacturing cystosepiment, these two air inlet foam board machines can advance steam through two, promptly advance steam through the two ends of foam board machine; The more even distribution that helps steam belongs to a kind of equipment of making cystosepiment.
Background technology
Along with the applicable surface of cystosepiment is more and more wider, use amount is increasing, and people are also increasingly high to the quality requirement of cystosepiment, makes cystosepiment manufacturer propose higher requirement to the equipment of making cystosepiment.At present, cystosepiment is mainly made through the foam board machine, and the performance requirement that this just need improve the foam board machine greatly can produce reliable in quality, cystosepiment that quality is high like this.
Existing foam board machine generally includes one and is used to place the die cavity of raw material and the pipeline that a cover is used to supply with steam; Wherein, The general mode of an air inlet that adopts of pipeline is supplied with steam, and the steam that promptly is used to heat gets in the die cavity through the end of pipeline from the foam board machine.When the foam board machine in when operation, the feed particles that is used to make cystosepiment places in the die cavity of foam board machine, through steam this raw material is heated and forms cystosepiment.The structural design of this type of foam board machine is reasonable inadequately, the not enough science of integral layout, and steam is difficult to be distributed to uniformly in the die cavity; Cause steam even inadequately, especially when the overall length of foam board machine is longer, when surpassing 6m like the length of foam board machine to the heating of raw material; Adopt the mode of an air inlet to be difficult to be distributed to steam in the die cavity uniformly; This not only influences the operating efficiency of foam board machine, and greatly reduces the quality of making the cystosepiment that forms, also makes steam be difficult to effectively utilized; Cause the waste of the energy, be unfavorable for energy-conserving and environment-protective.
As open day was on 06 11st, 2008; Publication number is in the Chinese patent of CN201070824; A kind of foam board make-up machine is disclosed, this foam board make-up machine by frame, gas tank, gate, charging air gun, the oil cylinder that opens the door, eject oil cylinder, locking cylinder, advance steam pipeline, cooling pipe and universal top board constitute, big face is camber in two of gas tank; Adopt such structure; Can increase vapour case centrophyten quantity in advance, make the density and the center consistent in density all around of sheet material, the phenomenon of central concave can not appear in the big plate of the foam of producing; But the foam board that this foam board make-up machine manufacturing forms is the camber structure, need cut the corner; Cause the waste of material, and this foam board make-up machine is the structure of an air inlet; Structural design is reasonable inadequately, makes that the distribution of steam in the foam board make-up machine is even inadequately, and the steam that is positioned at an end of steam into is strong; A little less than the steam that advances steam one end, the quality that this has just influenced production efficiency and reduced cystosepiment greatly.Open for another example day is on 04 02nd, 2008; Publication number is in the Chinese patent of CN201042836; A kind of EPS sheet-forming machine is disclosed; The advancing of the passage that is provided with on the chamber plate of die cavity, steam chest and the die cavity of forming by the cavity steam chest around this EPS sheet-forming machine comprises, the movable bed die of being with passage and each steam chest, steam drain; A dividing plate is set in four of die cavity vertical steam chests, and between the major and minor steam chest of the both sides of this dividing plate formation, is provided with the connecting pipe of valve; In a segment distance on the top of secondary steam chest chamber plate, be provided with passage; This EPS sheet-forming machine also is the structure of an air inlet, makes that the inner distribution of steam of die cavity is inhomogeneous, reduces the quality of EPS sheet material.Also having open day is on 06 29th, 2005, and publication number is in the Chinese patent of CN2706296, discloses a kind of many air chambers foam board make-up machine, and this many air chambers foam board make-up machine comprises upper chamber, lower chamber, first rear gas chamber, the first preceding air chamber; Also comprise N rear gas chamber, N preceding air chamber, N barrier; Barrier is divided into differing heights with die cavity, to be implemented in the goods of same device fabrication different size; Wherein N is a positive integer; This many air chambers foam board make-up machine also is the structure of an air inlet, makes that the distribution of steam in the die cavity is even inadequately, has reduced the quality of product.
In sum, the structural design of existing foam board make-up machine is reasonable inadequately, the not enough science of layout, and steam utilization is low, is difficult to meet energy conservation and environment protection; In addition, the operating efficiency of such foam board make-up machine in running is lower, and steam is difficult to be distributed to uniformly in the die cavity of foam board make-up machine, makes the inferior quality of the cystosepiment that forms, thereby has hindered cystosepiment industry better development.
The utility model content
The purpose of the utility model is to overcome the above-mentioned deficiency that exists in the prior art, and a kind of reasonable in design is provided, scientific arrangement; Energy-conserving and environment-protective; High efficiency, steam can be distributed in the die cavity uniformly, makes two air inlet foam board machines of the quality better of the cystosepiment that forms.
The utility model addresses the above problem the technical scheme that is adopted: these two air inlet foam board machines comprise frame, piping installation, left template, right template, front template, rear pattern plate, top template and base plate; Its characteristics are: also comprise gas frame end template and at least one cover lowering or hoisting gear; Said left template, right template, front template, rear pattern plate, the gentle frame end template of top template are installed on the frame; This left side template, right template, front template, rear pattern plate, the gentle frame end template of top template are formed rectangular-shaped mold cavity configuration; Said base plate and piping installation are installed on the frame, said base plate be positioned at gas frame end template under; Said lowering or hoisting gear comprises worm screw, worm gear, flange, screw mandrel, screw mandrel sleeve and seal receptacle; Said worm and worm wheel are installed on the frame, and this worm and wheel matches, and have closed hole in the said base plate; Said seal receptacle is fixed in the closed hole; One end of said screw mandrel is fixed on the worm gear through flange, and this screw mandrel is sleeved in the screw mandrel sleeve, and said screw mandrel matches with the screw mandrel sleeve; The cross-under of said screw mandrel sleeve is in seal receptacle, and the top of this screw mandrel sleeve is fixed on the bottom of gas frame end template; Said piping installation comprises left template tube connector, right template tube connector, closed circuit pipe, the total steam inlet pipe in a left side, rear pattern plate left side tube connector, front template left side tube connector, right total steam inlet pipe, the right tube connector of rear pattern plate, the right tube connector of front template, the right tube connector of the gentle frame end template of the right tube connector of top template; One end of said rear pattern plate left side tube connector is connected with the total steam inlet pipe in a left side; The other end of this rear pattern plate left side tube connector is connected with the left end of rear pattern plate; One end of said front template left side tube connector is connected with the total steam inlet pipe in a left side, and the other end of this front template left side tube connector is connected with the left end of front template; One end of the right tube connector of said rear pattern plate is connected with right total steam inlet pipe; The other end of the right tube connector of this rear pattern plate is connected with the right-hand member of rear pattern plate; One end of the right tube connector of said front template is connected with right total steam inlet pipe; The other end of the right tube connector of this front template is connected with the right-hand member of front template, and an end of the right tube connector of said top template is connected with right total steam inlet pipe, and the other end of the right tube connector of this top template is connected with top template; One end of the right tube connector of said gas frame end template is connected with right total steam inlet pipe, and the other end of the right tube connector of this gas frame end template is connected with gas frame end template; Said closed circuit pipe is connected with the right tube connector of the gentle frame end template of the right tube connector of top template respectively; One end of said left template tube connector is connected with the closed circuit pipe; The other end of this left side template tube connector is connected with left template; One end of said right template tube connector is connected with the closed circuit pipe, and the other end of this right side template tube connector is connected with right template.
Said left template of the utility model and/or right template and/or front template and/or rear pattern plate are major-minor gas frame integrated structure; This major-minor gas frame integrated structure comprises gas frame body; Be provided with main steam chamber and secondary vaporium in the said gas frame body, said secondary vaporium is positioned at the top of main steam chamber, is provided with several main steam holes, several piece main steam barricade and several steam vents in the said main steam chamber; Said main steam hole and main steam barricade match, and are provided with several secondary steam holes in the said secondary vaporium.
The said left template of the utility model, right template, front template, rear pattern plate, the gentle frame end template of top template include fin, are provided with the gas frame body in several main steam holes and the cover board arrangement that quantity equates with the main steam hole; Have the fin groove on the said fin, this fin is fixed on the gas frame body; Said cover board arrangement comprises cover plate body, left slab bridge and right panel bridge, and said cover plate body is provided with several steam holes, and an end of said left slab bridge is fixed on the left side of cover plate body, and an end of said right panel bridge is fixed on the right side of cover plate body; The other end of the other end of said left slab bridge and right panel bridge all is fixed on the gas frame body, said cover plate body lay respectively at corresponding main steam hole directly over.
Left tube connector before and after the said piping installation of the utility model also comprises, an end of a left side, said front and back tube connector is connected with rear pattern plate left side tube connector, and the other end of this left tube connector in front and back is connected with front template left side tube connector.
The said lowering or hoisting gear of the utility model also comprises gripper shoe, and said gripper shoe is fixed on the upper end of screw mandrel sleeve, and this gripper shoe and gas frame end template fix.
Be provided with several back-up blocks in the utility model said main steam chamber and the secondary vaporium.
The said steam vent of the utility model is distributed in the upper and lower of main steam chamber.
Also be provided with several secondary steam holes in the gas frame body of the said left template of the utility model, right template, front template and rear pattern plate, also be provided with a cover board arrangement on said each secondary steam hole.
The utility model compared with prior art; Have the following advantages and effect: simple in structure, reasonable in design, can carry out air inlet in two; Extraneous steam gets in the die cavity of foam board machine through the total steam inlet pipe in a left side and right total steam inlet pipe respectively, thereby foam board is heated.Steam can be distributed in the die cavity of foam board machine uniformly, makes steam more even to the heating of raw material, especially when the overall length of foam board machine is longer; When surpassing 6m like the length of foam board machine; Can effectively steam be distributed in the die cavity uniformly, not only improve the operating efficiency of foam board machine, and promote the quality of making the cystosepiment that forms greatly; Also make steam can access effective utilization, be unfavorable for energy-conserving and environment-protective.
Left template in the utility model and/or right template and/or front template and/or rear pattern plate are major-minor gas frame integrated structure; In gas frame body, be provided with main steam chamber and secondary vaporium; Secondary vaporium is positioned at the top of main steam chamber, and front template, left template, rear pattern plate and right template are formed a circle as four walls of die cavity successively.The thickness of the cystosepiment of making when needs only needs to supply with steam through the main steam chamber and be used to penetrate cystosepiment during less than the height of main steam chamber, and secondary vaporium does not provide steam, has reduced the consumption of steam, has reduced production cost; If the thickness of the cystosepiment of need making during greater than the height of main steam chamber, is supplied with steam jointly through main steam chamber and secondary vaporium and is used to penetrate cystosepiment, can improve the utilization rate of steam greatly.
Lowering or hoisting gear in the utility model is connected with the bottom of gas frame end template; This lowering or hoisting gear is used to control gas frame end template and moves up and down, and can regulate the height of gas frame end template according to actual needs easily, thereby the height of die cavity in the foam board machine is regulated; The volume size of die cavity in the volume size control foam board machine of the cystosepiment that can make as required; Thereby reduced the consumption of steam, improved the utilization rate of steam, reached purpose of energy saving.
Cover board arrangement in the utility model can make steam be distributed in the die cavity more uniformly; Impact earlier through the steam of exporting in the main steam hole on the cover plate body of cover board arrangement; Make steam in the indoor more even distribution of main steam, the indoor steam of main steam is transported in the die cavity of foam board machine through the fin groove on the fin again.Steam hole on the cover plate body can either block steam cystosepiment is flung; Prevent that steam flings the excessive phenomenon of position slaking in the cystosepiment; Solved the problem of cystosepiment hot-spot atrophy; Dispersion steam uniformly makes that the distribution of steam in the die cavity is more even again, helps improving the product quality of cystosepiment.
The utility model simple in structure, reasonable in design, scientific arrangement, easy to use, dependable performance can be controlled the consumption of steam according to the actual (real) thickness of the cystosepiment of making, and has improved the utilization rate of steam, has reached purpose of energy saving.The utility model can prevent effectively that steam from flinging cystosepiment, guarantees that steam is distributed in the die cavity uniformly, has promoted the quality of cystosepiment greatly, has improved yield rate.
Description of drawings
Fig. 1 is the broken section structural representation of two air inlet foam board machines among the utility model embodiment.
Fig. 2 is the right TV structure sketch map after the front template among Fig. 1 is opened.
Fig. 3 is the plan structure sketch map after the front template among Fig. 1 is opened.
Fig. 4 is the structural representation of piping installation among the utility model embodiment.
Fig. 5 is that lowering or hoisting gear is installed in the structural representation on the foam board machine among the utility model embodiment.
Fig. 6 is the structural representation after the latter half is amplified among Fig. 5.
Fig. 7 is the main TV structure sketch map of gas frame end template among the utility model embodiment.
Fig. 8 is the structural representation of looking up of Fig. 7.
Fig. 9 is the plan structure sketch map of Fig. 7.
Figure 10 is the structural representation of lowering or hoisting gear among the utility model embodiment.
Figure 11 is the structural representation of major-minor gas frame integrated structure among the utility model embodiment.
Figure 12 is the perspective view of gas frame body in the utility model embodiment major-minor gas frame integrated structure.
Figure 13 is the perspective view at another visual angle of gas frame body in the utility model embodiment major-minor gas frame integrated structure.
Figure 14 is the structural representation that is arranged in the utility model embodiment major-minor gas frame integrated structure behind local amplification the in main steam chamber of gas frame body.
Figure 15 is the structural representation that is arranged in the utility model embodiment major-minor gas frame integrated structure behind local amplification of secondary vaporium of gas frame body.
Figure 16 is the perspective view of the utility model embodiment cover plate device.
Figure 17 is the perspective view at another visual angle of the utility model embodiment cover plate device.
The specific embodiment
Below in conjunction with accompanying drawing and through embodiment the utility model is done further to specify, following examples are to the explanation of the utility model and the utility model is not limited to following examples.
Embodiment.
Referring to Fig. 1 to Figure 17; Two air inlet foam board machines in the present embodiment comprise frame 1, piping installation 2, quadruplet lowering or hoisting gear 4, left template 61, right template 62, front template 63, rear pattern plate 64, top template 65, gas frame end template 66 and base plate 67; Wherein, at least one cover lowering or hoisting gear 4 of the tricks of lowering or hoisting gear 4 in the utility model, the tricks of this lowering or hoisting gear 4 can be provided with according to actual needs; Under normal conditions, the quantity of this lowering or hoisting gear 4 can be between the 2-8 cover.
The die cavity of two air inlet foam board machines is made up of left template 61, right template 62, front template 63, rear pattern plate 64, top template 65 gentle frame end templates 66 in the present embodiment; Wherein, left template 61 is positioned at the left end of die cavity, and right template 62 is positioned at the right-hand member of die cavity; Front template 63 is positioned at the front portion of die cavity; Rear pattern plate 64 is positioned at the rear portion of die cavity, and top template 65 is positioned at the top of die cavity, and gas frame end template 66 is positioned at the bottom of die cavity; This left side template 61, right template 62, front template 63, rear pattern plate 64, top template 65 gentle frame end templates 66 are formed the structure die cavity of a cuboid.
Piping installation 2 in the present embodiment comprises left template tube connector 21, right template tube connector 22, closed circuit pipe 23, the total steam inlet pipe 24 in a left side, rear pattern plate left side tube connector 241, front template left side tube connector 242, a left side, front and back tube connector 243, right total steam inlet pipe 25, the right tube connector 251 of rear pattern plate, the right tube connector 252 of front template, the right tube connectors 254 of the right tube connector 253 gentle frame end templates of top template.
One end of present embodiment rear pattern plate left side tube connector 241 is connected with the total steam inlet pipe 24 in a left side; Extraneous steam can get in the tube connector 241 of a rear pattern plate left side through the total steam inlet pipe 24 in a left side; The other end of this rear pattern plate left side tube connector 241 is connected with the left end of rear pattern plate 64, makes steam to get in the rear pattern plate 64 through rear pattern plate left side tube connector 241.
One end of present embodiment front template left side tube connector 242 is connected with the total steam inlet pipe 24 in a left side; Extraneous steam can get in the tube connector 242 of a front template left side through the total steam inlet pipe 24 in a left side; The other end of this front template left side tube connector 242 is connected with the left end of front template 63, makes steam to get in the front template 63 through front template left side tube connector 242.
One end of the right tube connector 251 of present embodiment rear pattern plate is connected with right total steam inlet pipe 25; Extraneous steam can get in the right tube connector 251 of rear pattern plate through right total steam inlet pipe 25; The other end of the right tube connector 251 of this rear pattern plate is connected with the right-hand member of rear pattern plate 64, makes steam to get in the rear pattern plate 64 through the right tube connector 251 of rear pattern plate.
One end of the right tube connector 252 of present embodiment front template is connected with right total steam inlet pipe 25; Extraneous steam can get in the right tube connector 252 of front template through right total steam inlet pipe 25; The other end of the right tube connector 252 of this front template is connected with the right-hand member of front template 63, makes steam to get in the front template 63 through the right tube connector 252 of front template.
One end of the right tube connector 253 of present embodiment top template is connected with right total steam inlet pipe 25; Extraneous steam can get in the right tube connector 253 of top template through right total steam inlet pipe 25; The other end of the right tube connector 253 of this top template is connected with top template 65, makes steam to get in the top template 65 through the right tube connector 253 of top template.
One end of the right tube connector 254 of present embodiment gas frame end template is connected with right total steam inlet pipe 25; Extraneous steam can get in the right tube connector 254 of gas frame end template through right total steam inlet pipe 25; The other end of the right tube connector 254 of this gas frame end template is connected with gas frame end template 66, makes steam to get in the gas frame end template 66 through the right tube connector 254 of gas frame end template.
Closed circuit pipe 23 in the present embodiment is connected with the right tube connector 254 of the right tube connector 253 gentle frame end templates of top template respectively; Closed circuit pipe 23 is a square structure, and the steam in the right tube connector 254 of the right tube connector 253 gentle frame end templates of top template can enter in the closed circuit pipe 23.
One end of present embodiment left side template tube connector 21 is connected with closed circuit pipe 23; Make the steam in the closed circuit pipe 23 can enter into left template tube connector 21; The other end of this left side template tube connector 21 is connected with left template 61, makes that the steam in the left template tube connector 21 can enter in the left template 61.
One end of the right template tube connector 22 of present embodiment is connected with closed circuit pipe 23; Make the steam in the closed circuit pipe 23 can enter into right template tube connector 22; The other end of this right side template tube connector 22 is connected with right template 62, makes that the steam in the right template tube connector 22 can enter in the right template 62.
An end of left tube connector 243 is connected with rear pattern plate left side tube connector 241 before and after the present embodiment; The other end of the left tube connector 243 in these front and back is connected with front template left side tube connector 242, makes rear pattern plate left side tube connector 241 and front template left side tube connector 242 interior steam can form a circulation.
Every cover lowering or hoisting gear 4 in the present embodiment includes worm screw 41, worm gear 42, flange 43, screw mandrel 44, screw mandrel sleeve 45, seal receptacle 46, gripper shoe 47 and supporting square tube 48; Wherein, Worm screw 41 is installed on the frame 1 with worm gear 42, and worm screw 41 is matched with worm gear 42, can match through the mode that meshes between worm screw 41 and the worm gear 42; Rotation through worm screw 41 can drive worm gear 42 and rotate, and worm screw 41 is matched with worm gear 42 and is common practise to one skilled in the art.
Have four closed holes in the base plate 67 of present embodiment, the seal receptacle 46 in the lowering or hoisting gear 4 is fixed in the closed hole of base plate 67.One end of screw mandrel 1 is fixed on the worm gear 42 through flange 43, and this screw mandrel 1 is perpendicular with worm gear 42, and the rotation through worm gear 42 can drive screw mandrel 1 and rotate.The number of closed hole is identical with the tricks of lowering or hoisting gear 4 in the utility model base plate 67, a cover lowering or hoisting gear 4 corresponding closed holes.
Screw mandrel sleeve 45 in the present embodiment is sleeved on the screw mandrel 44; This screw mandrel sleeve 45 matches with screw mandrel 44; Rotation through screw mandrel 44 can drive screw mandrel sleeve 45 and move up and down along screw mandrel 44, and screw mandrel sleeve 45 matches with screw mandrel 44 and also is common practise to one skilled in the art.
Screw mandrel sleeve 45 cross-under in the present embodiment are in seal receptacle 46, and screw mandrel sleeve 45 can move up and down in seal receptacle 46.The top of screw mandrel sleeve 45 is fixed on the bottom of gas frame end template 66 in the present embodiment, and gas frame end template 66 is positioned at the top of base plate 67, and gas frame end template 66 can move up and down under the effect of screw mandrel sleeve 45.Gripper shoe 47 in the present embodiment is fixed on the upper end of screw mandrel sleeve 45, and this gripper shoe 47 fixes with gas frame end template 66, and supporting square tube 48 is fixed on the gripper shoe 47.
Lowering or hoisting gear 4 in the present embodiment in use; Worm screw 41 is connected with actuating unit in the foam board machine; Can drive worm screw 41 through actuating unit and rotate, seal receptacle 46 is fixed in the base plate 67, and the bottom of the top of screw mandrel sleeve 45 and gas frame end template 66 fixes; Gripper shoe 47 can be connected with the miscellaneous part in the foam board machine with supporting square tube 48; As can be connected with steam pipe, blow-off pipe etc., can drive gas frame end template 66 through moving up and down of screw mandrel sleeve 45 and move up and down, thus the purpose that realizes regulating die cavity height in the foam board machine.
Be provided with several main steam holes 914, several piece main steam barricade 915 and several steam vents 916 in the main steam chamber 912 of present embodiment; Steam vent 916 is distributed in the upper and lower of main steam chamber 912; Matching with main steam barricade 915 in main steam hole 914, can make that through main steam barricade 915 distribution of steam of output is more even from main steam hole 914.The quantity of main steam hole 914, main steam barricade 915 and steam vent 916 can be provided with according to actual needs in the utility model main steam chamber 912; As under normal conditions; The number in main steam hole 914 can be between 20-200; The piece number of main steam barricade 915 can be between 20-200, and the number of steam vent 916 can be between 20-200.
Be provided with several secondary steam holes 917 in the secondary vaporium 913 of present embodiment, this pair steam hole 917 is evenly distributed in the top of secondary vaporium 913.The quantity of secondary steam hole 917 can be provided with according to actual needs in the secondary vaporium 913 of the utility model, and as under normal conditions, the number of secondary steam hole 917 can be between 20-200.
All can be provided with several back-up blocks 918 in the main steam chamber 912 of present embodiment and the secondary vaporium 913, thereby can play the good supporting effect aluminium sheet.
Major-minor gas frame integrated structure in the present embodiment forms a circle left template 61, right template 62, front template 63 and rear pattern plate 64 and forms the wall of die cavity in use, can get promptly that four these major-minor gas frame integrated structures form a circle and the wall of forming die cavity.Secondary vaporium 913 in the major-minor gas frame integrated structure is positioned at the top of main steam chamber 912; The thickness of the cystosepiment of making when needs hour; When for example the thickness of cystosepiment is less than the height of main steam chamber 912, only needs to supply with steam and be used to penetrate cystosepiment, in the secondary vaporium 913 steam is not provided through main steam chamber 912; So just improve the utilization rate of steam greatly, reached the purpose of energy-saving and emission-reduction; If when the thickness of the cystosepiment of need making greatly the time; When for example the thickness of cystosepiment is greater than the height of main steam chamber 912; Be some cystosepiment when arriving the position at secondary vaporium 913 places, need be used to penetrate cystosepiment through main steam chamber 912 and the secondary vaporium 913 common steam of supplying with.
What the gas frame body 91 in the present embodiment was selected for use is rectangle structure; In the gas frame body 91 of left template 61, right template 62, front template 63 and rear pattern plate 64, be provided with main steam chamber 912 and secondary vaporium 913; Secondary vaporium 913 is positioned at the top of main steam chamber 912, and the height of main steam chamber 912 is greater than the height of secondary vaporium 913.In the gas frame body 91 of top template 65 gentle frame end templates 66, can only be provided with main steam chamber 912, that is to say in the gas frame body 91 of top template 65 gentle frame end templates 66 secondary vaporium 913 can be set.In main steam chamber 912, be provided with several main steam holes 914, several piece main steam barricade 915 and several steam vents 916; Steam vent 916 is distributed in the upper and lower of main steam chamber 912; Matching with main steam barricade 915 in main steam hole 914, can make that through main steam barricade 915 distribution of steam of output is more even from main steam hole 914.The quantity of main steam hole 914, main steam barricade 915 and steam vent 916 can be provided with according to actual needs in the utility model main steam chamber 912; As under normal conditions; The number in main steam hole 914 can be between 20-200; The piece number of main steam barricade 915 can be between 20-200, and the number of steam vent 916 can be between 20-200.Be provided with several secondary steam holes 917 in the secondary vaporium 913 of present embodiment, this pair steam hole 917 is evenly distributed in the top of secondary vaporium 913.The quantity of secondary steam hole 917 can be provided with according to actual needs in the secondary vaporium 913 of the utility model, and as under normal conditions, the number of secondary steam hole 917 can be between 20-200.All can be provided with several back-up blocks 918 in the main steam chamber 912 of present embodiment and the secondary vaporium 913, thereby can play the good supporting effect aluminium sheet.
Each cover board arrangement 93 in the present embodiment includes cover plate body 931, left slab bridge 932 and right panel bridge 933; Wherein, Cover plate body 931 is a square structure, and cover plate body 931 is provided with several steam holes 934, and the steam hole 934 on this cover plate body 931 is a circular configuration; Generally, the number of the steam hole 934 on the cover plate body 931 can be between 5-50.One end of present embodiment left side slab bridge 932 is fixed on the left side of cover plate body 931, and an end of right panel bridge 933 is fixed on the right side of cover plate body 931, and this left side slab bridge 932, cover plate body 931 and right panel bridge 933 form domes.
The other end of the other end of left slab bridge 932 and right panel bridge 933 all is fixed on the gas frame body 91 in the present embodiment; Wherein, Part cover board arrangement 93 is arranged in main steam chamber 912; Another part cover board arrangement 93 is arranged in secondary vaporium 913; The cover plate body 931 that is arranged in main steam chamber 912 lay respectively at corresponding main steam hole 914 directly over, be distributed with a cover board arrangement 93 directly over each main steam hole 914, these cover board arrangements 93 picture arch bridge shape structure distribution are on main steam hole 914; The steam of output directly impacts on the cover plate body 931 of cover board arrangement 93 from main steam hole 914, makes steam can be distributed in the main steam chamber 912 more uniformly; The cover plate body 931 that is arranged in secondary vaporium 913 lay respectively at corresponding secondary steam hole 917 directly over; Be distributed with a cover board arrangement 93 directly over each secondary vaporium 913; These cover board arrangements 93 also as arch bridge shape structure distribution on secondary vaporium 913; The steam of output directly impacts on the cover plate body 931 of cover board arrangement 93 from secondary vaporium 913, makes steam can be distributed to more uniformly in the secondary vaporium 913.A main steam hole 914 in the utility model is corresponding with a cover board arrangement 93, and when being provided with secondary vaporium 913, a secondary steam hole 917 is also corresponding with a cover board arrangement 93.
Have the fin groove on the fin 92 in the present embodiment; This fin 92 is fixed on the gas frame body 91; Steam in main steam chamber 912 and the secondary vaporium 913 can be transported in the die cavity of foam board machine through the fin groove on the fin 92, thereby foam board is penetrated.Cover board arrangement 93 in the present embodiment is used to block steam; Cover plate body 931 be positioned at gas frame steam (vapor) outlet directly over; Directly be sprayed onto on the cover plate body 931 from the steam of steam (vapor) outlet ejection; Help preventing that steam flings the excessive phenomenon of position slaking in the cystosepiment, solved the problem of cystosepiment hot-spot atrophy, can effectively promote the overall performance of foam board machine.
The utility model has prevented that the steam that came out from gas frame steam (vapor) outlet originally from flinging the fin groove by both sides and causing the big plate steam hole of whole foam to fling the phenomenon of upper and lower side of upper and lower side and the back side panel of front side board; Make that the cystosepiment slaking is excessive, cause cystosepiment atrophy phenomenon to take place.The utility model changes the path that steam flings toward both sides; Forcing after steam tegmentum plate body 931 blocks has increased from the middle quantity of steam that penetrates of front and rear panel; Solved the problem that the middle slaking of cystosepiment is not passed through; Fundamentally solve the phenomenon of the middle not slaking of original cystosepiment, make the quality of cystosepiment be greatly improved.
In addition, need to prove, the specific embodiment described in this specification, its zero, the shape of parts, institute's title of being named etc. can be different, the above content described in this specification only is to be illustrated what the utility model structure did.Allly conceive the equivalence that described structure, characteristic and principle do according to the utility model patent and change or simple change, include in the protection domain of the utility model patent.The utility model person of ordinary skill in the field can make various modifications or replenishes or adopt similar mode to substitute described specific embodiment; Only otherwise depart from the structure of the utility model or surmount the defined scope of these claims, all should belong to the protection domain of the utility model.
Claims (8)
1. one kind two air inlet foam board machines; Comprise frame, piping installation, left template, right template, front template, rear pattern plate, top template and base plate; It is characterized in that: also comprise gas frame end template and at least one cover lowering or hoisting gear; Said left template, right template, front template, rear pattern plate, the gentle frame end template of top template are installed on the frame; The gentle frame end template of this left side template, right template, front template, rear pattern plate, top template is formed rectangular-shaped mold cavity configuration, and said base plate and piping installation are installed on the frame, said base plate be positioned at gas frame end template under; Said lowering or hoisting gear comprises worm screw, worm gear, flange, screw mandrel, screw mandrel sleeve and seal receptacle; Said worm and worm wheel are installed on the frame, and this worm and wheel matches, and have closed hole in the said base plate; Said seal receptacle is fixed in the closed hole; One end of said screw mandrel is fixed on the worm gear through flange, and this screw mandrel is sleeved in the screw mandrel sleeve, and said screw mandrel matches with the screw mandrel sleeve; The cross-under of said screw mandrel sleeve is in seal receptacle, and the top of this screw mandrel sleeve is fixed on the bottom of gas frame end template; Said piping installation comprises left template tube connector, right template tube connector, closed circuit pipe, the total steam inlet pipe in a left side, rear pattern plate left side tube connector, front template left side tube connector, right total steam inlet pipe, the right tube connector of rear pattern plate, the right tube connector of front template, the right tube connector of the gentle frame end template of the right tube connector of top template; One end of said rear pattern plate left side tube connector is connected with the total steam inlet pipe in a left side; The other end of this rear pattern plate left side tube connector is connected with the left end of rear pattern plate; One end of said front template left side tube connector is connected with the total steam inlet pipe in a left side, and the other end of this front template left side tube connector is connected with the left end of front template; One end of the right tube connector of said rear pattern plate is connected with right total steam inlet pipe; The other end of the right tube connector of this rear pattern plate is connected with the right-hand member of rear pattern plate; One end of the right tube connector of said front template is connected with right total steam inlet pipe; The other end of the right tube connector of this front template is connected with the right-hand member of front template, and an end of the right tube connector of said top template is connected with right total steam inlet pipe, and the other end of the right tube connector of this top template is connected with top template; One end of the right tube connector of said gas frame end template is connected with right total steam inlet pipe, and the other end of the right tube connector of this gas frame end template is connected with gas frame end template; Said closed circuit pipe is connected with the right tube connector of the gentle frame end template of the right tube connector of top template respectively; One end of said left template tube connector is connected with the closed circuit pipe; The other end of this left side template tube connector is connected with left template; One end of said right template tube connector is connected with the closed circuit pipe, and the other end of this right side template tube connector is connected with right template.
2. two air inlet foam board machines according to claim 1; It is characterized in that: said left template and/or right template and/or front template and/or rear pattern plate are major-minor gas frame integrated structure; This major-minor gas frame integrated structure comprises gas frame body; Be provided with main steam chamber and secondary vaporium in the said gas frame body, said secondary vaporium is positioned at the top of main steam chamber, is provided with several main steam holes, several piece main steam barricade and several steam vents in the said main steam chamber; Said main steam hole and main steam barricade match, and are provided with several secondary steam holes in the said secondary vaporium.
3. two air inlet foam board machines according to claim 1; It is characterized in that: said left template, right template, front template, rear pattern plate, the gentle frame end template of top template include fin, are provided with the gas frame body in several main steam holes and the cover board arrangement that quantity equates with the main steam hole; Have the fin groove on the said fin, this fin is fixed on the gas frame body; Said cover board arrangement comprises cover plate body, left slab bridge and right panel bridge, and said cover plate body is provided with several steam holes, and an end of said left slab bridge is fixed on the left side of cover plate body, and an end of said right panel bridge is fixed on the right side of cover plate body; The other end of the other end of said left slab bridge and right panel bridge all is fixed on the gas frame body, said cover plate body lay respectively at corresponding main steam hole directly over.
4. according to claim 1 or 2 or 3 described two air inlet foam board machines; It is characterized in that: left tube connector before and after said piping installation also comprises; One end of a left side, said front and back tube connector is connected with rear pattern plate left side tube connector, and the other end of this left tube connector in front and back is connected with front template left side tube connector.
5. according to claim 1 or 2 or 3 described two air inlet foam board machines, it is characterized in that: said lowering or hoisting gear also comprises gripper shoe, and said gripper shoe is fixed on the upper end of screw mandrel sleeve, and this gripper shoe and gas frame end template fix.
6. two air inlet foam board machines according to claim 2 is characterized in that: be provided with several back-up blocks in said main steam chamber and the secondary vaporium.
7. two air inlet foam board machines according to claim 2, it is characterized in that: said steam vent is distributed in the upper and lower of main steam chamber.
8. two air inlet foam board machines according to claim 3; It is characterized in that: also be provided with several secondary steam holes in the gas frame body of said left template, right template, front template and rear pattern plate, also be provided with a cover board arrangement on said each secondary steam hole.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011203582379U CN202264349U (en) | 2011-09-23 | 2011-09-23 | Two-end air inflow cystosepiment material machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011203582379U CN202264349U (en) | 2011-09-23 | 2011-09-23 | Two-end air inflow cystosepiment material machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN202264349U true CN202264349U (en) | 2012-06-06 |
Family
ID=46155159
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2011203582379U Expired - Fee Related CN202264349U (en) | 2011-09-23 | 2011-09-23 | Two-end air inflow cystosepiment material machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN202264349U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102350759A (en) * | 2011-09-23 | 2012-02-15 | 杭州富阳东山塑料机械有限公司 | Foam plane-making machine capable of feeding air at two ends |
| CN111873294A (en) * | 2020-06-14 | 2020-11-03 | 湖南安福环保科技股份有限公司 | Heat preservation cystosepiment machine-shaping device |
-
2011
- 2011-09-23 CN CN2011203582379U patent/CN202264349U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102350759A (en) * | 2011-09-23 | 2012-02-15 | 杭州富阳东山塑料机械有限公司 | Foam plane-making machine capable of feeding air at two ends |
| CN102350759B (en) * | 2011-09-23 | 2014-03-05 | 杭州富阳东山塑料机械有限公司 | Foam plane-making machine capable of feeding air at two ends |
| CN111873294A (en) * | 2020-06-14 | 2020-11-03 | 湖南安福环保科技股份有限公司 | Heat preservation cystosepiment machine-shaping device |
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| Date | Code | Title | Description |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20120606 Termination date: 20170923 |
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| CF01 | Termination of patent right due to non-payment of annual fee |