CN205550151U - Self preservation temperature building block assembly line is with vibration exhaust formula material mixing device - Google Patents
Self preservation temperature building block assembly line is with vibration exhaust formula material mixing device Download PDFInfo
- Publication number
- CN205550151U CN205550151U CN201620226302.5U CN201620226302U CN205550151U CN 205550151 U CN205550151 U CN 205550151U CN 201620226302 U CN201620226302 U CN 201620226302U CN 205550151 U CN205550151 U CN 205550151U
- Authority
- CN
- China
- Prior art keywords
- stirring
- building block
- heat insulation
- shaft
- insulation building
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Expired - Fee Related
Links
Abstract
The utility model provides a self preservation temperature building block assembly line is with vibration exhaust formula material mixing device, include unloader with the vibration exhaust apparatus, unloader including setting up hopper I in the frame, hopper II, liquid material jar and mixing the storehouse, feed opening below still be provided with vibration exhaust apparatus, the slide bar on still be provided with the rabbling mechanism, the rabbling mechanism become by (mixing) shaft, stirring rake and stirring net system, (mixing) shaft upper end is connected with tilting mechanism, the stirring rake fixed connection of lower extreme and transversely setting, the upper surface of stirring rake is provided with vibration mechanism. A self preservation temperature building block assembly line is with vibration exhaust formula material mixing device, agitating unit simple structure, low cost can shorten the time that mix the material unloading satisfying, high efficiency with the air escape in the liquid material to improve the yield of later stage finished product self preservation temperature building block, be suitable for and in industry promote.
Description
Technical field
This utility model relates to heat insulation building block for building and produces apparatus field, is specially a kind of heat insulation building block streamline vibration air exhaust formula material-stirring device.
Background technology
The production procedure of heat insulation building block includes the several step of mold, injecting material, vibration air exhaust, integer, the demoulding and excision forming, wherein material needs to carry out mix and blend before injecting mould and material includes solid material and liquid material two class, and some material puts into the sequencing of stirring and also has certain requirement, solid material and liquid material easily occur stirring uneven situation carrying out mix and blend when, also influence whether the quality of heat insulation building block end product.
The stirring of material serves vital effect in the production of heat insulation building block, if the slip carrying out spice process is the most up to standard, directly affects the foaming degree of later stage heat insulation building block, reduces the quality of finished product heat insulation building block.Certain sequencing it is mutually mixed between the spice that the raw material of heat insulation building block relates between many kinds of solids and liquid, and various raw material because preparing.Generally in actual production, stirring to material is all solid and solids mixing, mix and blend is carried out again after liquid and liquid mixing, production operation operation is more the most loaded down with trivial details, if using mechanized equipment to carry out spice, existing material blending device structure is not reasonable, feed during spice the most convenient, and getting stuck and the phenomenon lumpd easily occur, the spice uniformity is the best, because liquid material additional proportion is wayward when solid material and liquid material mixing, it is also easy to cause uneven the hardening at spice chamber interior wall or base plate of slip to be not easily cleaned, affect the quality of heat insulation building block slip and the properly functioning of agitating device.
nullVibration air exhaust refers to inject in mould the liquid material stirred，Material carries out foaming and molding in mould，Wherein the slip injection mould through stirring can produce backflow at mold bottom，Again because slip is the semifluid of more thickness，Easily air is involved in slip for some reason，If liquid material not being exhausted and being directly entered foaming process，Can cause that uneven bubble occurs in the heat insulation building block base substrate after foaming，Building block autologous density can be caused bigger than normal、Low strength、All drawbacks such as heat conductivity is higher，Thus cause the Density inhomogeneity of finished product heat insulation building block，The specification that construction material uses can not be reached，So needing rapidly the material in mould to be exhausted after liquid material injects mould，Guarantee liquid material before carrying out foaming by liquid material in bigger bubble all drive to improve the yield rate of later stage finished product heat insulation building block out of.
The most common method for exhausting vibrating device that mainly dependence is arranged on mould or exhaust apparatus feed opening is arranged carries out vibration air exhaust, and to avoid, liquid material is internal before foaming exists a large amount of bubble, this method for exhausting is for the thinnest situation of liquid material, preferably effect can be played, once liquid material more thickness, the bubble that the exhaust apparatus that mould carries can only will be close in the partial material of mould shakes, once from vibrating exhaust device hypertelorism, exhaust effect substantially weakens, and vibrating device is set at feed opening and can only guarantee that feed opening will not contain bubble when releasing from feed opening by liquid material obstruction liquid material simultaneously, involve in the bubble within material when liquid material enters mould in mold bottom generation backflow then can not to be shaken.
Utility model content
The purpose of this utility model is to provide a kind of heat insulation building block streamline vibration air exhaust formula material-stirring device, by arranging blanking device, meet and between each raw material of heat insulation building block, be added with sequencing and solid material and liquid material precisely-proportioned mixing, the requirement not got stuck when spice is uniform and mixes, need to be conducted batch-wise relatively complicated when compensate for existing solid material with liquid material spice, and the shortcoming that the spice uniformity is the best easily occurs, setting can reciprocating band vibration netted rabbling mechanism the liquid material in heat insulation building block mould is stirred, simultaneously so that the gas discharged in material, thus improve the yield rate of later stage heat insulation building block, and described rabbling mechanism can swing with drive link for axle, can be packed up when exhaust apparatus need not work, it is not take up too much space.
In order to solve above-mentioned technical problem, this utility model be the technical scheme is that
nullA kind of heat insulation building block streamline vibration air exhaust formula material-stirring device，Including blanking device and vibrating exhaust device，Described blanking device includes the hopper I being arranged in frame、Hopper II、Liquid batch can and mixing bunker，Described hopper I is internal to be divided into superposed chamber I by mediastinum and is positioned at the chamber II of bottom，Chamber I is connected with hopper II by being disposed thereon the material pipe I in portion，Chamber II lower end leads to charge tube II and is connected with hopper II，Described material pipe II inner chamber is arranged by motor-driven screw conveyor shaft，The discharging opening of described hopper II and liquid batch can is all connected to mixing bunker by pipeline，Mixing bunker is internally provided with the rotary shaft of band stirring flabellum，And the stirring flabellum in rotary shaft is towards the direction inclination of feed opening，Angle between stirring flabellum and rotary shaft is 65-80 °，It is additionally provided with vibrating exhaust device below described feed opening，Described vibrating exhaust device includes horizontally disposed two slide rails and the sliding bar being erected on slide rail，Slide rail one end is additionally provided with can draw the drive mechanism that sliding bar moves horizontally along slide rail direction，It is additionally provided with rabbling mechanism on described sliding bar，Rabbling mechanism is connected on sliding bar by switching mechanism，Described rabbling mechanism is by shaft、Stirring paddle and stirring net composition，Described shaft upper end is connected with switching mechanism，Lower end is fixing with the stirring paddle of horizontally set to be connected，The upper surface of described stirring paddle is provided with vibrating mechanism，Lower surface is fixedly installed stirring net，Described stirring net includes frame and is positioned at the wire side that frame detachable middle unloads.
The lower end discharge outlet of described chamber II is provided with anti-block apparatus, and anti-block apparatus is the vibrating motor being fixed on chamber II outer wall.
Being additionally provided with current velocity controller between described liquid batch can and mixing bunker, current velocity controller is the flow control valve with Guan Bi switch.
Described liquid batch can lateral wall is provided with level displaying device.
Angle between described mixing bunker internal stirring flabellum and rotary shaft is 70 °.
Described slide rail two ends are provided with the stopping means preventing sliding bar from slipping.
Described switching mechanism is made up of motor and the drive link being laterally located on shaft, and drive link and shaft are fixing to be connected, and motor output power also does the swing of 0-90 ° by drive link drive shaft.
Described vibrating mechanism be running orbit be circle or oval vibrating motor.
Compared with prior art, this utility model has the advantages that
A kind of heat insulation building block streamline vibration air exhaust formula material-stirring device described in the utility model, by arranging blanking device, it is provided with flow rate of liquid in the downstream of solid material and controls the liquid batch can of device, achieve heat insulation building block solid material and liquid material is placed simultaneously, meet and between each raw material, be added with sequencing and solid material and liquid material precisely-proportioned mixing, during spice blanking device described in the utility model work, spice is uniform, do not have material caking or the situation of separating dry space from moist space, and two kinds of materials do not have situation about getting stuck when mixing at batch can and feed opening, described blanking device simple in construction, with low cost, the time of spice blanking is shortened while meeting heat insulation building block production line balance needs, improve production efficiency.nullLiquid material in heat insulation building block mould can reciprocating be stirred by setting in netted vibrating exhaust device，So as the gas in discharge material，Compensate for the shortcoming that conventional exhaust device aerofluxus is uneven，Air in liquid material can be derived by netted agitating device，It is circle or oval vibrating motor that the upper surface of stirring paddle is provided with running orbit，Coordinate stirring paddle motion in mould，Preferably liquid material can be exhausted，Improve work efficiency，When rabbling mechanism works，Slide rail and shaft are 90 °，The stirring net that shaft bottom is arranged stretches in liquid material，Shaft drives stirring net the most interactive along slide rail，Stirring net back and forth stirs in liquid material，Reach the effect of aerofluxus，When rabbling mechanism does not works，Drive link drives shaft upwards to dig，Shaft is be arranged in parallel with slide rail，It is not take up too much work space，Heat insulation building block streamline vibration air exhaust formula material-stirring device described in the utility model，Simple in construction、With low cost，The time of spice blanking can be shortened while meeting heat insulation building block production line balance needs，Rapidly and efficiently by liquid material air discharge，To improve the yield rate of later stage finished product heat insulation building block，Be suitable in industry promote.
Accompanying drawing explanation
Fig. 1 is the blanking device structural representation of a kind of heat insulation building block streamline vibration air exhaust formula material-stirring device described in the utility model；
Fig. 2 is the vibrating exhaust device structural representation of a kind of heat insulation building block streamline vibration air exhaust formula material-stirring device described in the utility model；
Labelling in figure: 1, hopper I, 101, material pipe I, 102, material pipe II, 103, anti-block apparatus, 104, motor, 2, hopper II, 3, liquid batch can, 301, current velocity controller, 4, mixing bunker, 5, feed opening, 6, slide rail, 7, sliding bar, 8, rabbling mechanism, 801, shaft, 802, stirring paddle, 803, stirring net, 9, switching mechanism, 10, vibrating mechanism.
Detailed description of the invention
Elaborating this utility model with specific embodiment below in conjunction with the accompanying drawings, the present embodiment, premised on technical solutions of the utility model, gives detailed embodiment and concrete operating process, but protection domain of the present utility model is not limited to following embodiment.
nullAs shown in the figure，A kind of heat insulation building block streamline vibration air exhaust formula material-stirring device described in the utility model，Including blanking device and vibrating exhaust device，Described blanking device includes the hopper I 1 being arranged in frame、Hopper II 2、Liquid batch can 3 and mixing bunker 4，Described hopper I 1 is internal to be divided into superposed chamber I by mediastinum and is positioned at the chamber II of bottom，Chamber I is connected with hopper II 2 by being disposed thereon the material pipe I 101 in portion，Chamber II lower end leads to charge tube II 102 and is connected with hopper II 2，Described material pipe II 102 inner chamber arranges the screw conveyor shaft driven by motor 104，The discharging opening of described hopper II 2 and liquid batch can 3 is all connected to mixing bunker 4 by pipeline，Mixing bunker 4 is internally provided with the rotary shaft of band stirring flabellum，And the stirring flabellum in rotary shaft is towards the direction inclination of feed opening 5，Angle between stirring flabellum and rotary shaft is 65-80 °，It is additionally provided with vibrating exhaust device below described feed opening 5，Described vibrating exhaust device includes horizontally disposed two slide rails 6 and the sliding bar 7 being erected on slide rail 6，Slide rail 6 one end is additionally provided with can draw the drive mechanism that sliding bar 7 moves horizontally along slide rail 6 direction，It is additionally provided with rabbling mechanism 8 on described sliding bar 7，Rabbling mechanism 8 is connected on sliding bar 7 by switching mechanism 9，Described rabbling mechanism 8 is by shaft 801、Stirring paddle 802 and stirring net 803 form，Described shaft 801 upper end is connected with switching mechanism 9，Lower end is fixing with the stirring paddle 802 of horizontally set to be connected，The upper surface of described stirring paddle 802 is provided with vibrating mechanism 10，Lower surface is fixedly installed stirring net 803，Described stirring net 803 includes frame and is positioned at the wire side that frame detachable middle unloads.
When stirring the flabellum angle with rotary shaft and being arranged on 65-80 °, material is being stirred slide downward during flabellum is stirred due to the action of gravity of self, will not be too much be attached on is stirred on flabellum, compensate for flabellum in tradition agitating device to be adhered to by a large amount of materials, on the one hand the quality of material stirring is reduced, on the other hand material is attached on flabellum increase flabellum quality, indirectly increases the energy consumption that flabellum rotates.
The lower end discharge outlet of described chamber II is provided with anti-block apparatus 103, and anti-block apparatus 103 is the vibrating motor being fixed on chamber II outer wall, it is possible to effectively avoid the feed opening caused because blanking is too fast to block.
Being additionally provided with current velocity controller 301 between described liquid batch can 3 and mixing bunker 4, current velocity controller 301 is the flow control valve with Guan Bi switch, needs to add in mixing bunker liquid material according to actual production.
Described liquid batch can 3 lateral wall is provided with level displaying device, level displaying device is specially and the transparent water level monitoring pipe of liquid batch can inner chamber UNICOM, personnel convenient to operate monitor the content liquid in batch can at any time at liquid batch can 3 external energy, it is simple to be adjusted according to production needs at any time.
Angle between described mixing bunker 4 internal stirring flabellum and rotary shaft is 70 °, and when the angle stirred between flabellum and rotary shaft is 70 °, the slurry of mixing skids off from discharging opening, mixing bunker 4 inwall stick minimum.
Described slide rail 6 two ends are provided with the stopping means preventing sliding bar 7 from slipping, stirring paddle 802 moves reciprocatingly along slide rail under the traction of drive mechanism, stop touch stopping means when stirring paddle 802 slides into the end of slide rail after, then move to the other end of slide rail, it is to avoid the situation that stirring paddle 802 slips from slide rail occurs.
Described switching mechanism 9 is made up of motor and the drive link being laterally located on shaft 801, drive link is fixing with shaft 801 to be connected, motor output power also drives shaft to do the swing of 0-90 ° by drive link, it it is collapsed state when stirring paddle does not works, it be arranged in parallel with slide rail, i.e. slide rail 6 and shaft 801 are 0 °, after liquid material injects mould, shaft 801 is swung downward under the drive of drive link, i.e. slide rail 6 and shaft 801 are 90 °, the stirring net 803 being subsequently agitated for the setting of axle 801 bottom stretches in liquid material, shaft 801 drives stirring net 803 the most interactive along slide rail 6, stirring net 803 back and forth stirs in liquid material, reach the effect of aerofluxus.
Described vibrating mechanism 10 is circle or oval vibrating motor for running orbit, circle or the vibrating motor of elliptical trajectory are preferably used, when vibrating motor starts, driven by motor stirring net 803 advances with circle or oval movement locus at liquid material, compared to tradition, exhaust effect is more significantly.
Claims (8)
- null1. a heat insulation building block streamline vibration air exhaust formula material-stirring device，It is characterized in that: include blanking device and vibrating exhaust device，Described blanking device includes the hopper I (1) being arranged in frame、Hopper II (2)、Liquid batch can (3) and mixing bunker (4)，Described hopper I (1) is internal to be divided into superposed chamber I by mediastinum and is positioned at the chamber II of bottom，Chamber I is connected with hopper II (2) by being disposed thereon the material pipe I (101) in portion，Chamber II lower end leads to charge tube II (102) and is connected with hopper II (2)，Described material pipe II (102) inner chamber arranges the screw conveyor shaft driven by motor (104)，The discharging opening of described hopper II (2) and liquid batch can (3) is all connected to mixing bunker (4) by pipeline，Mixing bunker (4) is internally provided with the rotary shaft of band stirring flabellum，And the stirring flabellum in rotary shaft is towards the direction inclination of feed opening (5)，Angle between stirring flabellum and rotary shaft is 65-80 °，Described feed opening (5) lower section is additionally provided with vibrating exhaust device，Described vibrating exhaust device includes horizontally disposed two slide rails (6) and the sliding bar (7) being erected on slide rail (6)，Slide rail (6) one end is additionally provided with can draw the drive mechanism that sliding bar (7) moves horizontally along slide rail (6) direction，It is additionally provided with rabbling mechanism (8) on described sliding bar (7)，Rabbling mechanism (8) is connected on sliding bar (7) by switching mechanism (9)，Described rabbling mechanism (8) is by shaft (801)、Stirring paddle (802) and stirring net (803) composition，Described shaft (801) upper end is connected with switching mechanism (9)，Lower end is fixing with the stirring paddle (802) of horizontally set to be connected，The upper surface of described stirring paddle (802) is provided with vibrating mechanism (10)，Lower surface is fixedly installed stirring net (803)，Described stirring net (803) includes frame and is positioned at the wire side that frame detachable middle unloads.
- 2. a kind of heat insulation building block streamline vibration air exhaust formula material-stirring device as claimed in claim 1, it is characterized in that: the lower end discharge outlet of described chamber II is provided with anti-block apparatus (103), and anti-block apparatus (103) is for be fixed on the vibrating motor on chamber II outer wall.
- 3. a kind of heat insulation building block streamline vibration air exhaust formula material-stirring device as claimed in claim 1, it is characterized in that: be additionally provided with current velocity controller (301) between described liquid batch can (3) and mixing bunker (4), current velocity controller (301) is the flow control valve with Guan Bi switch.
- 4. a kind of heat insulation building block streamline vibration air exhaust formula material-stirring device as claimed in claim 1, it is characterised in that: described liquid batch can (3) lateral wall is provided with level displaying device.
- 5. a kind of heat insulation building block streamline vibration air exhaust formula material-stirring device as claimed in claim 1, it is characterised in that: the angle between described mixing bunker (4) internal stirring flabellum and rotary shaft is 70 °.
- 6. a kind of heat insulation building block streamline vibration air exhaust formula material-stirring device as claimed in claim 1, it is characterised in that: described slide rail (6) two ends are provided with the stopping means preventing sliding bar (7) from slipping.
- 7. a kind of heat insulation building block streamline vibration air exhaust formula material-stirring device as claimed in claim 1, it is characterized in that: described switching mechanism (9) is made up of motor and the drive link being laterally located on shaft (801), drive link and shaft (801) are fixing to be connected, and motor output power also does the swing of 0-90 ° by drive link drive shaft.
- 8. heat insulation building block streamline vibration air exhaust formula material-stirring device as claimed in claim 1 a kind of, it is characterised in that: described vibrating mechanism (10) be running orbit be circle or oval vibrating motor.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620226302.5U CN205550151U (en) | 2016-03-23 | 2016-03-23 | Self preservation temperature building block assembly line is with vibration exhaust formula material mixing device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620226302.5U CN205550151U (en) | 2016-03-23 | 2016-03-23 | Self preservation temperature building block assembly line is with vibration exhaust formula material mixing device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205550151U true CN205550151U (en) | 2016-09-07 |
Family
ID=56814769
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620226302.5U Expired - Fee Related CN205550151U (en) | 2016-03-23 | 2016-03-23 | Self preservation temperature building block assembly line is with vibration exhaust formula material mixing device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205550151U (en) |
-
2016
- 2016-03-23 CN CN201620226302.5U patent/CN205550151U/en not_active Expired - Fee Related
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN205361199U (en) | Agricultural is with machine that mixes that has automatic feed mechanism | |
| CN204892114U (en) | Decorate coating agitating unit for engineering | |
| CN205340625U (en) | Reverse pitch agitating unit of triaxial | |
| CN205196960U (en) | Hybrid system for feed additive | |
| CN204800860U (en) | A concrete mixing station | |
| CN209491971U (en) | A kind of uniform proportioner of concrete | |
| CN109834843A (en) | A kind of concrete production system | |
| CN111873179A (en) | A preparation facilities for municipal concrete | |
| CN203425758U (en) | Multi-material stirring-free auger type mixer | |
| CN205550183U (en) | Self preservation temperature building block assembly line is with material mixing device who takes exhausting function | |
| CN205550151U (en) | Self preservation temperature building block assembly line is with vibration exhaust formula material mixing device | |
| CN205550172U (en) | Self preservation temperature building block material mixing device for assembly line | |
| CN108189304A (en) | A kind of polyurethane foam insulation board production technology | |
| CN107953602A (en) | A kind of charcoal production bar-producing machine | |
| CN205550200U (en) | Building block of self preservation temperature for assembly line second grade mix material unloader | |
| CN205552804U (en) | Self preservation temperature building block assembly line is with vibration exhaust apparatus | |
| CN207754338U (en) | A kind of multi-functional poultry farming feeding equipment | |
| CN208245737U (en) | A kind of resin sand process units | |
| CN206253059U (en) | Cement grinding aid process units | |
| CN202846802U (en) | Mixed casting device of foaming machine | |
| CN205550184U (en) | Self preservation temperature building block agitating unit for assembly line | |
| CN206315902U (en) | A kind of concrete powder crushed aggregate device for separating powder | |
| CN206416358U (en) | Vertical helical batch mixer for plastic pellet | |
| CN205291252U (en) | A agitating unit that is used for production of ceramic brick to expect | |
| CN105831372B (en) | Combined mixing and feeding device |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| 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: 20160907 Termination date: 20170323 |
|
| CF01 | Termination of patent right due to non-payment of annual fee |