CN207172380U - Press-down type sheet material grouting equipment is inhaled in one kind - Google Patents
Press-down type sheet material grouting equipment is inhaled in one kind Download PDFInfo
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- CN207172380U CN207172380U CN201721089335.0U CN201721089335U CN207172380U CN 207172380 U CN207172380 U CN 207172380U CN 201721089335 U CN201721089335 U CN 201721089335U CN 207172380 U CN207172380 U CN 207172380U
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Abstract
Cystosepiment slurry injection technique field is the utility model is related to, press-down type sheet material grouting equipment is particularly inhaled in one kind.It includes material injecting device and vacuum sucking device, and the vacuum sucking device includes evacuated panel and the vaccum suction pipe being connected on evacuated panel；The contact of the evacuated panel is face-down, the contact surface of evacuated panel is provided with the baffle plate with evacuated panel sealed set, the evacuated panel and baffle plate are collectively forming downwardly open material feeding groove, and the material injecting device is connected with material feeding groove, and sealed set has upper casting die in the baffle inner wall.The amount of slurry that upper suction press-down type sheet material grouting equipment of the present utility model can be such that sheet material sucks everywhere is consistent and improves slip casting speed and efficiency, slurry can also be made equably to permeate whole sheet material, avoid cystosepiment from the problems such as yield rate and fire protecting performance reduction occur.
Description
Technical field
A kind of cystosepiment grouting equipment is the utility model is related to, press-down type sheet material grouting equipment is particularly inhaled in one kind.
Background technology
EPS sheet (expandable polystyrene plate) is a kind of by foaming, the molded bubble with hole-closing structure formed
Foam sheet material.It has the advantages that light, inexpensive, low thermal conductivity, water imbibition be small, good insulation preformance, thus is widely used in building
Build, propagate, the field such as vehicle.
In building field, due to being predominantly disposed on the outside of exterior wall with preferable heat-insulating property, EPS sheet and being used as thermal insulation wall surface
Use.Meanwhile in order to strengthen its fire protecting performance, it is also necessary to the sheet material perfusion inorganic salts fire prevention slurry of shaping, prevent inorganic salts
Fiery slurry penetration enters sheet material internal package and covers the outer surface of hole-closing structure, sheet material is possessed fire line on the whole
Energy.
In the prior art, dynamic transfer sheet materials extremely irrigate the process units of slip casting EPS sheet material in the form of transmission mostly
At the equipment of slurry, then fill slurry penetration using the perfusion slurry above sheet material and in the form of suction vacuum below sheet material
To eps foam intralamellar part, skeleton can be formed after its solidification, possesses fire-retardant and fire-proof function.
But this use is irrigated the mode of slurry on the foam board production line of dynamic transmission that there is also many
Problem：
1st, due to dynamic transmission, cystosepiment easily occurs that slurry soakage is inconsistent everywhere, causes the slurry of sheet material to suck
The unbalanced situation of weight occurs so as to influence the yield rate of sheet material and fire protecting performance after amount and injection forming；
2nd, in the case where foam plate thickness is larger, this simple grouting mode slip casting speed and effect for taking extraction vacuum
Rate is relatively low, it is difficult to slurry is permeated whole cystosepiment completely, existing grouting mode can only typically make slurry penetrate into 20mm extremely
In sheet material thick 100mm, and when foam plate thickness is more than 100mm, slurry is penetrated into can not for a full due cystosepiment, from
And cause the corresponding hydraulic performance decline of cystosepiment.
Utility model content
Goal of the invention of the present utility model is：Easily occurs slurry suction everywhere for cystosepiment existing for prior art
Measure inconsistent and be difficult to make slurry permeate the problems such as thicker cystosepiment is so as to influence the yield rate of sheet material and fire protecting performance completely,
There is provided and press-down type sheet material grouting equipment is inhaled in one kind, its amount of slurry that sheet material can be made to suck everywhere is consistent and improves slip casting
Speed and efficiency, additionally it is possible to slurry is equably permeated whole sheet material, avoiding cystosepiment from yield rate and fire protecting performance occur reduces
The problems such as.
To achieve these goals, the technical solution adopted in the utility model is：
Press-down type sheet material grouting equipment, including material injecting device and vacuum sucking device, the vacsorb dress are inhaled in one kind
Put including evacuated panel and the vaccum suction pipe being connected on evacuated panel；The contact of the evacuated panel is face-down, the contact surface of evacuated panel
The baffle plate with evacuated panel sealed set is provided with, the evacuated panel and baffle plate are collectively forming downwardly open material feeding groove, the note
Expect that device is connected with material feeding groove, sealed set has upper casting die in the baffle inner wall.
Wherein, the effect of material injecting device is that slurry is injected into material feeding groove, and vacuum sucking device should be including vavuum pump etc.
Equipment for extracting vacuum, vaccum suction pipe can be vacuumized to evacuated panel, and negative pressure, evacuated panel are internally formed in evacuated panel
Contact surface refer to that direction and contact need to extract the end face of vacuum one end when evacuated panel extracts vacuum, i.e., contact with cystosepiment
Simultaneously, evacuated panel can be made of sheet metal such as stainless steel materials, to protect its intensity.The effect of material feeding groove is to accommodate to be used for
The slurry of cystosepiment is fed into, is to extract vacuum to evacuated panel inside using vaccum suction pipe to make its contact surface during slip casting
Negative pressure is formed, and then the power of absorption is produced to the slurry in material feeding groove, so as to infiltrate through the cystosepiment being fitted on evacuated panel
It is interior, realize the slip casting to cystosepiment.The effect of upper casting die is to penetrate into slurry in extraction vacuum to provide another kind outside cystosepiment
External impetus, it can be made it into cystosepiment by manipulating upward slurry, the efficiency and success rate of slip casting are improved with this；
Upper casting die can select solid slab, atmospheric pressure board or hydraulic plate etc., meanwhile, upper casting die must with baffle inner wall sealed set with
Ensure that its slurry in upward slurry will not ooze out from gap location.At work, first by the cystosepiment of slurry to be irrigated
Be placed in material feeding groove and extracting vacuum by vacuum sucking device make it be fitted on evacuated panel, then by material injecting device to
Cystosepiment, is pressed together on evacuated panel and slurry is totally submerged foam by perfusion slurry by slurry buoyancy in material feeding groove
Plate.Inside evacuated panel and lower surface is taken out as negative pressure by vaccum suction pipe using vacuum sucking device afterwards, for slurry provide to
The power of cystosepiment internal penetration, make slurry to cystosepiment internal penetration；At the same time, continued by upper casting die to cystosepiment side
To compressing slurry, slurry is set continuously to be permeated in the upper power inhaled and pushed to cystosepiment.It is this to be incited somebody to action by slurry
Cystosepiment carries out extraction vacuum after being totally submerged allow the mode of slurry penetration cystosepiment to ensure the pressure everywhere on cystosepiment
Keep in balance, be consistent the amount of slurry that cystosepiment sucks everywhere；Meanwhile stably it is fitted in evacuated panel using by cystosepiment
Upper extraction vacuum and upper casting die by slurry to after by way of cystosepiment Inner extrusion slurry, slip casting speed and effect can be improved
Rate, and can ensure to be changed again after slurry permeates cystosepiment completely, work as cystosepiment in the prior art so as to avoid
The situation that slurry is permeated can not for a full due whole cystosepiment when thicker occurs, and in turn results under the corresponding performance of cystosepiment
The problem of drop.
As preferred scheme of the present utility model, the upper casting die is slidably and sealingly fitted on baffle plate, the upper casting die
Upper face be made up of rigid material.After upper casting die is fitted on baffle plate in a manner of being slidingly sealed, it can be on baffle plate
Slided up and down.When needing to carry out slurry perfusion to material feeding groove, you can its slide downward is starched with providing enough receivings
The space of material；And when needing slurry extruding such as cystosepiment, then can be with upward sliding to extrude slurry.Upper casting die
Upper face is made of rigid material, it is ensured that upper casting die bottom surface in upward slurry is not in that deformation in turn results in
Slurry can not effectively be extruded, so as to ensure that the efficiency of extruding.
As preferred scheme of the present utility model, the upper casting die is solid steel plate.Upper casting die is arranged to solid steel plate
Afterwards, more efficiently slurry can be extruded, is advantageous to improve the efficiency that slurry is irrigated into cystosepiment.
As preferred scheme of the present utility model, the upper casting die is atmospheric pressure board, and the atmospheric pressure board includes plate face and by plate
The inner chamber that bread is wrapped up in, the interior intracavitary are filled with gas.Compared to solid slab, upper casting die is arranged into atmospheric pressure board can be not
Influence more to save material in the case of extruding slurry efficiency, be advantageous to save cost of manufacture.
As preferred scheme of the present utility model, the length and width size of the material feeding groove is more than the bubble of slurry to be irrigated
The length and width size of foam plate.In the production of reality, foam board all has fixed a standard and specification, therefore by material feeding
The length and width of groove is sized to be more than after the length and width size of the cystosepiment of perfusion slurry, it is possible to achieve will treat
The cystosepiment of perfusion slurry, which is placed on when in material feeding groove, makes its four sides gap be present between corresponding baffle plate.This
Sample one, when perfusion slurry makes it submerge cystosepiment, four sides of cystosepiment just can directly contact with slurry, so starch
Material will be by the side of cystosepiment by cystosepiment internal penetration, so as to further increase the charging efficiency of slurry.
As preferred scheme of the present utility model, sealing strip is provided between the evacuated panel and baffle plate.Due to evacuated panel and
Baffle plate is generally made of sheet metal, is even sealed against setting, or may be at it after long-term use
Between there is gap, cause sealing property reduce and reduce the osmotic efficiency of slurry.Therefore, can enter after sealing strip is set
One step ensures sealing property, so as to ensure that the slip casting efficiency to cystosepiment.
As preferred scheme of the present utility model, the upper casting die bottom is provided with press device.Set in upper casting die bottom
After press device, other pressing machineries can be easy to be pressed during slip casting by press device upper casting die, avoided
Casting die in pressing mechanically direct pressing and may caused by upper casting die damage situations such as appearance.
As preferred scheme of the present utility model, the upper surface of the evacuated panel is provided with several vaccum suction pipes, described
Vaccum suction pipe is set at uniform intervals.Vaccum suction pipe can be with directly connection, and then at work to evacuated panel inside evacuated panel
Extract vacuum in inside.After several vaccum suction pipes are set with uniform intervals in evacuated panel upper surface, evacuated panel can be made to work
When its various places inside vacuum it is more balanced, uniformity is more preferable, everywhere can be with consistent so as to further ensure cystosepiment
Rate penetration slurry.
As preferred scheme of the present utility model, some support columns are arranged at intervals with inside the evacuated panel.Inhaled in vacuum
When taking the device to work, evacuated panel can easily become after long-term use because internal take out bear larger pressure for negative pressure
Situations such as shape distorts, absorption efficiency is caused to decline uneven with the suction amount of slurry of cystosepiment everywhere.Set inside evacuated panel
After support column, support column can form support to the surface sheet material of evacuated panel, avoid it from being deformed when bearing larger pressure,
Decline and the problem of the suction amount of slurry of cystosepiment everywhere is uneven so as to reduce the go wrong rate that causes to produce effects of evacuated panel.
As preferred scheme of the present utility model, the support column is distributed in inside evacuated panel at uniform intervals.Will branch
After dagger is set at uniform intervals, the power suffered by evacuated panel can be made more balancedly to be distributed on each support column, simultaneously
Evacuated panel can be enable more uniformly to bear support force, so as to can further improve the service life of evacuated panel.
In summary, by adopting the above-described technical solution, the beneficial effects of the utility model are：
1st, can be protected carrying out extracting by way of vacuum makes slurry penetration cystosepiment after cystosepiment is totally submerged by slurry
Pressure everywhere on card cystosepiment is kept in balance, and is consistent the amount of slurry that cystosepiment sucks everywhere；Using cystosepiment is steady
Surely be fitted on evacuated panel extract vacuum and piece under pressure by slurry to after by way of cystosepiment Inner extrusion slurry, can be with
Slip casting speed and efficiency are improved, and can ensure to be changed again after slurry permeates cystosepiment completely, it is existing so as to avoid
There is the situation that slurry is permeated can not for a full due cystosepiment really in technology when cystosepiment is thicker to occur, in turn result in bubble
The problem of foam plate corresponding hydraulic performance decline.
The 2nd, the length and width in material feeding pond is sized to the length and width chi of the cystosepiment more than slurry to be irrigated
After very little, it is possible to achieve will wait irrigate slurry cystosepiment be placed in material feeding pond when make its four sides with corresponding baffle plate
Between gap be present.When perfusion slurry makes it submerge cystosepiment, four sides of cystosepiment just can directly connect with slurry
Touch, such slurry will be by the side of cystosepiment by cystosepiment internal penetration, so as to further increase the perfusion of slurry effect
Rate.
Brief description of the drawings
Fig. 1 is structural representation of the present utility model.
Fig. 2 is the enlarged diagram at A in Fig. 1.
Fig. 3 is the perspective structure schematic diagram of evacuated panel of the present utility model.
Marked in figure：1- material injecting devices, 2- vacuum sucking devices, 201- evacuated panels, 202- vaccum suction pipes, 203- supports
Post, 3- baffle plates, 4- material feeding grooves, the upper casting dies of 5-, 501- plate faces, 502- inner chambers, 503- press devices, 6- sealing strips, 7- cystosepiments.
Embodiment
Below in conjunction with the accompanying drawings, the utility model is described in detail.
In order that the purpose of this utility model, technical scheme and advantage are more clearly understood, below in conjunction with accompanying drawing and implementation
Example, the utility model is further elaborated.It should be appreciated that specific embodiment described herein is only explaining this
Utility model, it is not used to limit the utility model.
Embodiment 1
As shown in Figure 1 to Figure 3, the upper suction press-down type sheet material grouting equipment of the present embodiment, including material injecting device 1 and vacuum are inhaled
Device 2 is taken, the vacuum sucking device 2 includes evacuated panel 201 and the vaccum suction pipe 202 being connected on evacuated panel 201；It is described true
The contact of hollow plate 201 is face-down, and the contact surface of evacuated panel 201 is provided with the baffle plate 3 with the sealed set of evacuated panel 201, described true
Hollow plate 201 and baffle plate 3 are collectively forming downwardly open material feeding groove 4, and the material injecting device 1 is connected with material feeding groove 4, the baffle plate 3
Sealed set has upper casting die 5 on inwall.
Wherein, the effect of material injecting device 1 is that slurry is injected into material feeding groove 4, and vacuum sucking device 2 should include vavuum pump
Deng the equipment for extracting vacuum, vaccum suction pipe 202 can be vacuumized to evacuated panel 201, is internally formed in evacuated panel 201
Negative pressure, the contact surface of evacuated panel 201 refer to that direction and contact need to extract the end of vacuum one end when evacuated panel 201 extracts vacuum
Face, i.e., the one side contacted with cystosepiment 7, evacuated panel 201 can be made of sheet metal such as stainless steel materials, strong to protect its
Degree.The effect of material feeding groove 4 is to accommodate 7 slurries for being used for being fed into cystosepiment, is to utilize vaccum suction pipe 202 during slip casting
Vacuum is extracted to the inside of evacuated panel 201 makes its contact surface form negative pressure, and then the dynamic of absorption is produced to the slurry in material feeding groove 4
Power, so as to infiltrate through in the cystosepiment 7 being fitted on evacuated panel 201, realize the slip casting to cystosepiment 7.The effect of upper casting die 2 is
Make to provide another external impetus outside slurry infiltration cystosepiment extracting vacuum, it can make by manipulating upward slurry
It enters cystosepiment 7, and the efficiency and success rate of slip casting are improved with this；Upper casting die 2 can select solid slab, atmospheric pressure board or liquid
Pressing plate etc., meanwhile, upper casting die 2 must set that slurry will not be from upward slurry to ensure it with the inner wall sealing of baffle plate 3
Gap location oozes out.At work, the cystosepiment 7 of slurry to be irrigated is placed in material feeding groove 4 first and filled by vacsorb
Putting 2 extraction vacuum makes it be fitted on evacuated panel 201, then irrigates slurry into material feeding groove 4 by material injecting device 1, passes through slurry
Cystosepiment 7 is pressed together on evacuated panel 201 and slurry is totally submerged cystosepiment 7 by material buoyancy.Vacsorb is utilized afterwards
Device 2 is taken out the inside of evacuated panel 201 and lower surface for negative pressure by vaccum suction pipe 202, is provided for slurry to oozing inside cystosepiment 7
Saturating power, make slurry to the internal penetration of cystosepiment 7；At the same time, continue to oppress to the direction of cystosepiment 7 by upper casting die 5 and starch
Material, slurry is set continuously to be permeated in the upper power inhaled and pushed to cystosepiment 7.It is this by slurry by cystosepiment 7
Extraction vacuum is carried out after being totally submerged allows the mode of slurry penetration cystosepiment 7 to ensure that the pressure everywhere on cystosepiment 7 is kept
Equilibrium, it is consistent the amount of slurry that cystosepiment 7 sucks everywhere；Meanwhile stably it is fitted in evacuated panel using by cystosepiment 7
Extracted on 201 vacuum and upper casting die 5 by slurry to slip casting speed after by way of the Inner extrusion slurry of cystosepiment 7, can be improved
Rate and efficiency, and can ensure to be changed again after slurry permeates cystosepiment 7 completely, so as to avoid in the prior art when
Cystosepiment 7 can not for a full due permeate slurry whole cystosepiment 7 situation when thicker occurs, and in turn results in the phase of cystosepiment 7
The problem of hydraulic performance decline answered.
On the basis of above-mentioned embodiment, the upper casting die 5 is slidably and sealingly fitted on baffle plate 3, the upper casting die 5
Upper face be made up of rigid material.After upper casting die 5 is fitted in a manner of being slidingly sealed on baffle plate 3, it can be in baffle plate 3
On slided up and down.When needing to carry out slurry perfusion to material feeding groove 4, you can by its slide downward to provide enough receivings
The space of slurry；And when needing slurry extruding such as cystosepiment 7, then can be with upward sliding to extrude slurry.Upper pressure
The upper face of part 5 is made of rigid material, it is ensured that upper casting die bottom surface in upward slurry is not in that deformation is entered
And cause effectively to extrude slurry, so as to ensure that the efficiency of extruding.
On the basis of above-mentioned embodiment, the upper casting die 5 is solid steel plate.Upper casting die 5 is arranged to solid steel plate
Afterwards, more efficiently slurry can be extruded, is advantageous to improve the efficiency that slurry is irrigated into cystosepiment.
Embodiment 2
As shown in Figure 1 to Figure 3, the upper suction press-down type sheet material grouting equipment of the present embodiment, including material injecting device 1 and vacuum are inhaled
Device 2 is taken, the vacuum sucking device 2 includes evacuated panel 201 and the vaccum suction pipe 202 being connected on evacuated panel 201；It is described true
The contact of hollow plate 201 is face-down, and the contact surface of evacuated panel 201 is provided with the baffle plate 3 with the sealed set of evacuated panel 201, described true
Hollow plate 201 and baffle plate 3 are collectively forming downwardly open material feeding groove 4, and the material injecting device 1 is connected with material feeding groove 4, the baffle plate 3
Sealed set has upper casting die 5 on inwall.
Wherein, the effect of material injecting device 1 is that slurry is injected into material feeding groove 4, and vacuum sucking device 2 should include vavuum pump
Deng the equipment for extracting vacuum, vaccum suction pipe 202 can be vacuumized to evacuated panel 201, is internally formed in evacuated panel 201
Negative pressure, the contact surface of evacuated panel 201 refer to that direction and contact need to extract the end of vacuum one end when evacuated panel 201 extracts vacuum
Face, i.e., the one side contacted with cystosepiment 7, evacuated panel 201 can be made of sheet metal such as stainless steel materials, strong to protect its
Degree.The effect of material feeding groove 4 is to accommodate 7 slurries for being used for being fed into cystosepiment, is to utilize vaccum suction pipe 202 during slip casting
Vacuum is extracted to the inside of evacuated panel 201 makes its contact surface form negative pressure, and then the dynamic of absorption is produced to the slurry in material feeding groove 4
Power, so as to infiltrate through in the cystosepiment 7 being fitted on evacuated panel 201, realize the slip casting to cystosepiment 7.The effect of upper casting die 2 is
Make to provide another external impetus outside slurry infiltration cystosepiment extracting vacuum, it can make by manipulating upward slurry
It enters cystosepiment 7, and the efficiency and success rate of slip casting are improved with this；Upper casting die 2 can select solid slab, atmospheric pressure board or liquid
Pressing plate etc., meanwhile, upper casting die 2 must set that slurry will not be from upward slurry to ensure it with the inner wall sealing of baffle plate 3
Gap location oozes out.At work, the cystosepiment 7 of slurry to be irrigated is placed in material feeding groove 4 first and filled by vacsorb
Putting 2 extraction vacuum makes it be fitted on evacuated panel 201, then irrigates slurry into material feeding groove 4 by material injecting device 1, passes through slurry
Cystosepiment 7 is pressed together on evacuated panel 201 and slurry is totally submerged cystosepiment 7 by material buoyancy.Vacsorb is utilized afterwards
Device 2 is taken out the inside of evacuated panel 201 and lower surface for negative pressure by vaccum suction pipe 202, is provided for slurry to oozing inside cystosepiment 7
Saturating power, make slurry to the internal penetration of cystosepiment 7；At the same time, continue to oppress to the direction of cystosepiment 7 by upper casting die 5 and starch
Material, slurry is set continuously to be permeated in the upper power inhaled and pushed to cystosepiment 7.It is this by slurry by cystosepiment 7
Extraction vacuum is carried out after being totally submerged allows the mode of slurry penetration cystosepiment 7 to ensure that the pressure everywhere on cystosepiment 7 is kept
Equilibrium, it is consistent the amount of slurry that cystosepiment 7 sucks everywhere；Meanwhile stably it is fitted in evacuated panel using by cystosepiment 7
Extracted on 201 vacuum and upper casting die 5 by slurry to slip casting speed after by way of the Inner extrusion slurry of cystosepiment 7, can be improved
Rate and efficiency, and can ensure to be changed again after slurry permeates cystosepiment 7 completely, so as to avoid in the prior art when
Cystosepiment 7 can not for a full due permeate slurry whole cystosepiment 7 situation when thicker occurs, and in turn results in the phase of cystosepiment 7
The problem of hydraulic performance decline answered.
On the basis of above-mentioned embodiment, the upper casting die 5 is slidably and sealingly fitted on baffle plate 3, the upper casting die 5
Upper face be made up of rigid material.After upper casting die 5 is fitted in a manner of being slidingly sealed on baffle plate 3, it can be in baffle plate 3
On slided up and down.When needing to carry out slurry perfusion to material feeding groove 4, you can by its slide downward to provide enough receivings
The space of slurry；And when needing slurry extruding such as cystosepiment 7, then can be with upward sliding to extrude slurry.Upper pressure
The upper face of part 5 is made of rigid material, it is ensured that upper casting die bottom surface in upward slurry is not in that deformation is entered
And cause effectively to extrude slurry, so as to ensure that the efficiency of extruding.
On the basis of above-mentioned embodiment, the upper casting die 5 is atmospheric pressure board, the atmospheric pressure board include plate face 501 and by
The inner chamber 502 that plate face 501 is wrapped up, the inner chamber 502 is interior to be filled with gas.Compared to solid slab, upper casting die 5 is arranged to gas
Pressing plate can more save material in the case where not influenceing extruding slurry efficiency, be advantageous to save cost of manufacture.
Embodiment 3
As shown in Figure 1 to Figure 3, the upper suction press-down type sheet material grouting equipment of the present embodiment, including material injecting device 1 and vacuum are inhaled
Device 2 is taken, the vacuum sucking device 2 includes evacuated panel 201 and the vaccum suction pipe 202 being connected on evacuated panel 201；It is described true
The contact of hollow plate 201 is face-down, and the contact surface of evacuated panel 201 is provided with the baffle plate 3 with the sealed set of evacuated panel 201, described true
Hollow plate 201 and baffle plate 3 are collectively forming downwardly open material feeding groove 4, and the material injecting device 1 is connected with material feeding groove 4, the baffle plate 3
Sealed set has upper casting die 5 on inwall.
Wherein, the effect of material injecting device 1 is that slurry is injected into material feeding groove 4, and vacuum sucking device 2 should include vavuum pump
Deng the equipment for extracting vacuum, vaccum suction pipe 202 can be vacuumized to evacuated panel 201, is internally formed in evacuated panel 201
Negative pressure, the contact surface of evacuated panel 201 refer to that direction and contact need to extract the end of vacuum one end when evacuated panel 201 extracts vacuum
Face, i.e., the one side contacted with cystosepiment 7, evacuated panel 201 can be made of sheet metal such as stainless steel materials, strong to protect its
Degree.The effect of material feeding groove 4 is to accommodate 7 slurries for being used for being fed into cystosepiment, is to utilize vaccum suction pipe 202 during slip casting
Vacuum is extracted to the inside of evacuated panel 201 makes its contact surface form negative pressure, and then the dynamic of absorption is produced to the slurry in material feeding groove 4
Power, so as to infiltrate through in the cystosepiment 7 being fitted on evacuated panel 201, realize the slip casting to cystosepiment 7.The effect of upper casting die 2 is
Make to provide another external impetus outside slurry infiltration cystosepiment extracting vacuum, it can make by manipulating upward slurry
It enters cystosepiment 7, and the efficiency and success rate of slip casting are improved with this；Upper casting die 2 can select solid slab, atmospheric pressure board or liquid
Pressing plate etc., meanwhile, upper casting die 2 must set that slurry will not be from upward slurry to ensure it with the inner wall sealing of baffle plate 3
Gap location oozes out.At work, the cystosepiment 7 of slurry to be irrigated is placed in material feeding groove 4 first and filled by vacsorb
Putting 2 extraction vacuum makes it be fitted on evacuated panel 201, then irrigates slurry into material feeding groove 4 by material injecting device 1, passes through slurry
Cystosepiment 7 is pressed together on evacuated panel 201 and slurry is totally submerged cystosepiment 7 by material buoyancy.Vacsorb is utilized afterwards
Device 2 is taken out the inside of evacuated panel 201 and lower surface for negative pressure by vaccum suction pipe 202, is provided for slurry to oozing inside cystosepiment 7
Saturating power, make slurry to the internal penetration of cystosepiment 7；At the same time, continue to oppress to the direction of cystosepiment 7 by upper casting die 5 and starch
Material, slurry is set continuously to be permeated in the upper power inhaled and pushed to cystosepiment 7.It is this by slurry by cystosepiment 7
Extraction vacuum is carried out after being totally submerged allows the mode of slurry penetration cystosepiment 7 to ensure that the pressure everywhere on cystosepiment 7 is kept
Equilibrium, it is consistent the amount of slurry that cystosepiment 7 sucks everywhere；Meanwhile stably it is fitted in evacuated panel using by cystosepiment 7
Extracted on 201 vacuum and upper casting die 5 by slurry to slip casting speed after by way of the Inner extrusion slurry of cystosepiment 7, can be improved
Rate and efficiency, and can ensure to be changed again after slurry permeates cystosepiment 7 completely, so as to avoid in the prior art when
Cystosepiment 7 can not for a full due permeate slurry whole cystosepiment 7 situation when thicker occurs, and in turn results in the phase of cystosepiment 7
The problem of hydraulic performance decline answered.
On the basis of above-mentioned embodiment, the upper casting die 5 is slidably and sealingly fitted on baffle plate 3, the upper casting die 5
Upper face be made up of rigid material.After upper casting die 5 is fitted in a manner of being slidingly sealed on baffle plate 3, it can be in baffle plate 3
On slided up and down.When needing to carry out slurry perfusion to material feeding groove 4, you can by its slide downward to provide enough receivings
The space of slurry；And when needing slurry extruding such as cystosepiment 7, then can be with upward sliding to extrude slurry.Upper pressure
The upper face of part 5 is made of rigid material, it is ensured that upper casting die bottom surface in upward slurry is not in that deformation is entered
And cause effectively to extrude slurry, so as to ensure that the efficiency of extruding.
On the basis of above-mentioned embodiment, the upper casting die 5 is atmospheric pressure board, the atmospheric pressure board include plate face 501 and by
The inner chamber 502 that plate face 501 is wrapped up, the inner chamber 502 is interior to be filled with gas.Compared to solid slab, upper casting die 5 is arranged to gas
Pressing plate can more save material in the case where not influenceing extruding slurry efficiency, be advantageous to save cost of manufacture.
On the basis of above-mentioned embodiment, the length and width size of the material feeding groove 4 is more than the bubble of slurry to be irrigated
The length and width size of foam plate 7.In the production of reality, foam board all has fixed standard and specification, therefore will note
The length and width of hopper 4 is sized to be more than after the length and width size of the cystosepiment 7 of perfusion slurry, it is possible to achieve
When the cystosepiment 7 for irrigating slurry is placed in material feeding groove 4 its four sides will be made to exist between corresponding baffle plate 3
Gap.So, when perfusion slurry makes it submerge cystosepiment 7, four sides of cystosepiment 7 just can directly connect with slurry
Touch, such slurry will be by the side of cystosepiment 7 by the internal penetration of cystosepiment 7, so as to further increase the perfusion of slurry
Efficiency.
On the basis of above-mentioned embodiment, sealing strip 6 is provided between the evacuated panel 201 and baffle plate 3.Due to evacuated panel
201 and baffle plate 3 be generally made of sheet metal, be even sealed against setting, after long-term use or may
Can occur gap therebetween, cause sealing property to reduce and reduce the osmotic efficiency of slurry.Therefore, set sealing strip 6 it
After can further ensure that sealing property, so as to ensure that the slip casting efficiency to cystosepiment 7.
On the basis of above-mentioned embodiment, the upper bottom of casting die 5 is provided with press device 503.Set in the upper bottom of casting die 5
After putting press device 503, other pressing machineries can be easy to be carried out during slip casting by press device 503 to upper casting die 5
Pressing, avoid press casting die 5 in mechanically direct pressing and may caused by upper casting die 5 situations such as damaging appearance.
On the basis of above-mentioned embodiment, the upper surface of the evacuated panel 201 is provided with several vaccum suction pipes 202,
The vaccum suction pipe 202 is set at uniform intervals.Vaccum suction pipe 202 can directly be connected with the inside of evacuated panel 201, and then in work
Vacuum is extracted to the inside of evacuated panel 201 when making.Several vaccum suction pipes 202 are set with uniform intervals in the upper surface of evacuated panel 201
Afterwards, it can make that the vacuum of its various places inside at work of evacuated panel 201 is more balanced, and uniformity is more preferable, so as to further protect
Having demonstrate,proved cystosepiment 7 everywhere can be with consistent rate penetration slurry.
On the basis of above-mentioned embodiment, some support columns 203 are arranged at intervals with inside the evacuated panel 201.True
When empty suction means 2 works, evacuated panel 201 can hold after long-term use because internal take out bears larger pressure for negative pressure
Situations such as easily distorting, absorption efficiency is caused to decline uneven with the suction amount of slurry of cystosepiment everywhere.In evacuated panel
After 201 inside set support column 203, support column 203 can form support to the surface sheet material of evacuated panel 201, avoid it from holding
Deformed during by larger pressure, so as to reduce evacuated panel 201 go wrong cause to produce effects rate decline and cystosepiment 7 everywhere
Suck the problem of amount of slurry is uneven.
On the basis of above-mentioned embodiment, the support column 203 is distributed in inside evacuated panel 201 at uniform intervals.
After support column 203 is set at uniform intervals, the power suffered by evacuated panel 201 can be made more balancedly to be distributed in each support
On post 203, while evacuated panel 201 can be enable more uniformly to bear support force, so as to can further improve vacuum
The service life of plate 201.
Preferred embodiment of the present utility model is the foregoing is only, it is all at this not to limit the utility model
All any modification, equivalent and improvement made within the spirit and principle of utility model etc., should be included in the utility model
Protection domain within.
Claims (10)
1. press-down type sheet material grouting equipment is inhaled in one kind, including material injecting device and vacuum sucking device, it is characterised in that it is described true
Empty suction means includes evacuated panel and the vaccum suction pipe being connected on evacuated panel；The contact of the evacuated panel is face-down, evacuated panel
Contact surface be provided with baffle plate with evacuated panel sealed set, the evacuated panel and baffle plate are collectively forming downwardly open material feeding
Groove, the material injecting device are connected with material feeding groove, and sealed set has upper casting die in the baffle inner wall.
2. upper suction press-down type sheet material grouting equipment according to claim 1, it is characterised in that the upper casting die is slidingly sealed
Ground is fitted on baffle plate, and the upper face of the upper casting die is made up of rigid material.
3. upper suction press-down type sheet material grouting equipment according to claim 2, it is characterised in that the upper casting die is single solid steel
Plate.
4. upper suction press-down type sheet material grouting equipment according to claim 2, it is characterised in that the upper casting die is air pressure
Plate, the atmospheric pressure board include plate face and the inner chamber wrapped up by plate face, and the interior intracavitary is filled with gas.
5. the upper suction press-down type sheet material grouting equipment according to any one in claim 2-4, it is characterised in that the note
The length and width size of hopper is more than the length and width size of the cystosepiment of slurry to be irrigated.
6. upper suction press-down type sheet material grouting equipment according to claim 5, it is characterised in that the evacuated panel and baffle plate it
Between be provided with sealing strip.
7. upper suction press-down type sheet material grouting equipment according to claim 5, it is characterised in that the upper casting die bottom is provided with
Press device.
8. upper suction press-down type sheet material grouting equipment according to claim 5, it is characterised in that the upper surface of the evacuated panel
Several vaccum suction pipes are provided with, the vaccum suction pipe is set at uniform intervals.
9. upper suction press-down type sheet material grouting equipment according to claim 5, is very characterised by, is spaced inside the evacuated panel
It is provided with some support columns.
10. upper suction press-down type sheet material grouting equipment according to claim 9, is very characterised by, the support column is with uniform
Be distributed in inside evacuated panel.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721089335.0U CN207172380U (en) | 2017-08-28 | 2017-08-28 | Press-down type sheet material grouting equipment is inhaled in one kind |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721089335.0U CN207172380U (en) | 2017-08-28 | 2017-08-28 | Press-down type sheet material grouting equipment is inhaled in one kind |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207172380U true CN207172380U (en) | 2018-04-03 |
Family
ID=61739329
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721089335.0U Expired - Fee Related CN207172380U (en) | 2017-08-28 | 2017-08-28 | Press-down type sheet material grouting equipment is inhaled in one kind |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207172380U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109249518A (en) * | 2018-10-09 | 2019-01-22 | 安徽华举建材科技有限公司 | A kind of preparation method of polyphenylene granule heat-insulating plate |
| CN111702937A (en) * | 2020-06-13 | 2020-09-25 | 惠州中民住友科技有限公司 | Precast concrete member forming process and forming device thereof |
-
2017
- 2017-08-28 CN CN201721089335.0U patent/CN207172380U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109249518A (en) * | 2018-10-09 | 2019-01-22 | 安徽华举建材科技有限公司 | A kind of preparation method of polyphenylene granule heat-insulating plate |
| CN109249518B (en) * | 2018-10-09 | 2020-10-27 | 安徽华举建材科技有限公司 | Preparation method of polyphenyl particle heat-insulation board |
| CN111702937A (en) * | 2020-06-13 | 2020-09-25 | 惠州中民住友科技有限公司 | Precast concrete member forming process and forming device thereof |
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| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20180403 Termination date: 20190828 |