CN205674343U - The roll-over table producing for aerated bricks - Google Patents
The roll-over table producing for aerated bricks Download PDFInfo
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- CN205674343U CN205674343U CN201620602995.3U CN201620602995U CN205674343U CN 205674343 U CN205674343 U CN 205674343U CN 201620602995 U CN201620602995 U CN 201620602995U CN 205674343 U CN205674343 U CN 205674343U
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Abstract
The utility model discloses a kind of roll-over table producing for aerated bricks, including: rotating shaft base and the first flip-arm and the second flip-arm that are articulated in described rotating shaft base both sides respectively, described first flip-arm is provided with for the interim plummer carrying aerated bricks base substrate, and described second flip-arm is provided with the fixture for being fixed for loading the supporting plate of described aerated bricks base substrate.The roll-over table producing for aerated bricks of the present utility model, can in the four of aerated bricks base substrate side surface portion excision after, aerated bricks base substrate is overturn, excise for by the end face of aerated bricks base substrate and the surface portion of bottom surface, and then complete the full skin cut to aerated bricks base substrate, can make that aerated bricks base substrate can obtain cmpletely when steam-cured is steam-cured, the thin-walled layer of the bottom surface portions formation solving aerated bricks base substrate stops that steam-cured steam enters the bottom surface portions of aerated bricks base substrate, cause the steam-cured problem not cmpletely of bottom surface portions of aerated bricks base substrate.
Description
Technical field
The utility model relates to aerated bricks production technical field, refers in particular to a kind of roll-over table producing for aerated bricks.
Background technology
Aerated bricks is a kind of light porous New Building Materials, and it is light that the aerated bricks that aerated bricks equipment produces has unit weight,
The advantages such as high insulating efficiency is high, and sound-absorbing is good and can process, can be fabricated to wall building block, heat insulating block, pressure surface plate, floor, wallboard and guarantor
The goods such as Wen Guan, aerated bricks has begun to be widely used in industry and load-bearing in civil buildings or non bearing structure and pipeline in China
In insulation, become an important component part of New Building Materials.
The flow process of the general production technology of aerated bricks is, supports at the beginning of pushing with cut-fill rear mold carrier chain at the beginning of aerated bricks
Foster room is carried out getting angry initial set, and room temperature is 48 DEG C～68 DEG C, and the time of just supporting is (according to geographical advantage, can to exempt from for 1.5～2 hours
Go this technique), by die flip 90 ° after just supporting, make the aerated bricks base substrate after just supporting be placed on the side supporting plate of mould, by mould
Tool carries out the demoulding except the part of this supporting plate, owing to four sides of the aerated bricks base substrate after first supporting and the part of end face are just
One layer of thin-walled can be formed during Yanging on surface, can stop that the steam-cured steam in later stage steam curing process enters aerated bricks base substrate and enters
Row is steam-cured, causes aerated bricks base substrate steam-cured not cmpletely, therefore, and will be by four of the aerated bricks base substrate after just supporting after the demoulding
Side and end face surface portion excision, expose complete inside aerated bricks base substrate foaming after formed pore part, more added with
It is beneficial to the steam-cured operation in later stage.Then, then by cutting machine to aerated bricks base substrate carry out crosscutting, rip cutting, milling crust, framed hang back
Labor cleaning and oiling on mould carriage, then hang mould car upper group mould and pour into a mould next time, and the base substrate after cutting is together with kettle
Base plate overhead traveling crane hangs piles up two-layer on kettle car, interlayer has four supports, and it is one group that several kettle cars are compiled.Aerated bricks steam pressure and one-tenth
Product base substrate is organized into groups on stop line after completing before kettle, opens the still kettle kettle door of kettle, first with the one-tenth in hoist engine pull-out kettle
Then the automobile-used hoist engine of kettle preparing steam pressure is drawn in still kettle and is carried out maintenance by product kettle car again.Manufactured goods bridge-type on kettle car
Crane hangs warehouse for finished product, then transports to finished product stockyard with fork lift truck, and empty kettle car and bottom plate hang and be back on turn-around, clearly
Retract with hoist engine after reason and circulate at yard frame next time.
But, owing to after the demoulding, aerated bricks base substrate is placed on supporting plate, therefore can only be by the four of aerated bricks base substrate side
And the surface portion excision of end face, and the surface of the bottom surface of aerated bricks base substrate cannot be excised, so, aerated bricks base substrate
When steam-cured, the thin-walled layer that bottom surface portions is formed still can stop that steam-cured steam enters the bottom surface portions of aerated bricks base substrate, causes and adds
The bottom surface portions of gas adobe body is steam-cured not cmpletely.Therefore, it is necessary to the production technology of existing aerated bricks is changed
Entering, make that aerated bricks base substrate can obtain cmpletely when steam-cured is steam-cured.
Utility model content
Because the problems referred to above, the utility model provides a kind of roll-over table producing for aerated bricks, comprising: rotary shaft
Seat and the first flip-arm and the second flip-arm that are articulated in described rotating shaft base both sides respectively, described first flip-arm is provided with
For the interim plummer carrying aerated bricks base substrate, described second flip-arm is provided with for being fixed for loading described aerated bricks base substrate
The fixture of supporting plate.
The roll-over table producing for aerated bricks of the present utility model, can be at the surface element of the four of aerated bricks base substrate side
Cut after removing, aerated bricks base substrate is overturn, excise for by the end face of aerated bricks base substrate and the surface portion of bottom surface, and then
Completing the full skin cut to aerated bricks base substrate, can make that aerated bricks base substrate can obtain cmpletely when steam-cured is steam-cured,
The thin-walled layer of the bottom surface portions formation solving aerated bricks base substrate stops that steam-cured steam enters the bottom surface portions of aerated bricks base substrate, makes
Become the steam-cured problem not cmpletely of bottom surface portions of aerated bricks base substrate.
Further improvement is that of the roll-over table that the utility model produces for aerated bricks, described plummer passes through assembly pulley
Part is movably set on described first flip-arm.
Further improvement is that of the roll-over table that the utility model produces for aerated bricks, described second flip-arm passes through
Pulley assembly is movably set with supporting table, and described supporting table is provided with described fixture.
Further improvement is that of the roll-over table that the utility model produces for aerated bricks, also includes: be in for support
The first of described first flip-arm of level supports and for supporting described second flip-arm being in level
Second supports.
Further improvement is that of the roll-over table that the utility model produces for aerated bricks, described rotating shaft base includes: the end
Seat and the rotating shaft being arranged on described base.
Further improvement is that of the roll-over table that the utility model produces for aerated bricks, described base is trapezoidal base,
And the upper surface of described base is less than lower surface.
Further improvement is that of the roll-over table that the utility model produces for aerated bricks, described rotating shaft is arranged at the described end
The top of seat.
Further improvement is that of the roll-over table that the utility model produces for aerated bricks, the length of described first flip-arm
Length more than described second flip-arm.
Brief description
Fig. 1 is the structural representation of the roll-over table that the utility model produces for aerated bricks.
Fig. 2 is the schematic flow sheet using the utility model to carry out aerated bricks production for the roll-over table that aerated bricks produces.
Fig. 3～Figure 11 is the specific operation process schematic diagram of the production method shown in Fig. 2.
Figure 12 is the structural representation of the preferred embodiment of the bottom plate used in the aerated bricks production method shown in Fig. 2.
Figure 13 is the close-up schematic view of the bottom plate steam-cured for aerated bricks shown in Figure 12.
Figure 14 is the exploded view of Figure 13.
Figure 15 is to use the bottom plate steam-cured for aerated bricks shown in Figure 12 to treat steam-cured aerated bricks base substrate to carry out
Steam-cured schematic diagram.
Detailed description of the invention
In order to make the purpose of this utility model, technical scheme and advantage clearer, below in conjunction with accompanying drawing and enforcement
Example, is further elaborated to the utility model.It should be appreciated that specific embodiment described herein only in order to explain this
Utility model, is not used to limit the utility model.
Coordinating referring to shown in Fig. 1, Fig. 1 is the structural representation of the roll-over table that the utility model produces for aerated bricks.This
Utility model for aerated bricks produce roll-over table, comprising: rotating shaft base and be articulated in rotating shaft base both sides respectively first
Flip-arm 11 and the second flip-arm 12, the first flip-arm 11 is provided with for the interim plummer 111 carrying aerated bricks base substrate 70, the
Two flip-arms 12 are provided with the fixture for being fixed for the supporting plate 710 loading aerated bricks base substrate 70.Preferably, described fixture
For fixed claw, can firmly grasp supporting plate 710 makes its position fix.It is highly preferred that the length of the first flip-arm 11 is more than the second upset
The length of arm 12.
Rotating shaft base includes: base 1 and the rotating shaft 2 being arranged at at the end 1.Preferably, base 1 is trapezoidal base, and base 1
Upper surface be less than lower surface.It is highly preferred that rotating shaft 2 is arranged at the top of base 1.
The roll-over table producing for aerated bricks of the present utility model, can be at the surface element of the four of aerated bricks base substrate side
Cut after removing, aerated bricks base substrate is overturn, excise for by the end face of aerated bricks base substrate and the surface portion of bottom surface, and then
Completing the full skin cut to aerated bricks base substrate, can make that aerated bricks base substrate can obtain cmpletely when steam-cured is steam-cured,
The thin-walled layer of the bottom surface portions formation solving aerated bricks base substrate stops that steam-cured steam enters the bottom surface portions of aerated bricks base substrate, makes
Become the steam-cured problem not cmpletely of bottom surface portions of aerated bricks base substrate.
Further, plummer 111 is movably set on the first flip-arm 11 by pulley assembly 112, say, that hold
Microscope carrier 111 can be by pulley assembly 112 in the first enterprising line slip of flip-arm 11.Pass through pulley assembly on second flip-arm 12
121 are movably set with supporting table 122, and supporting table 122 is provided with described fixture, say, that supporting table 122 can be by sliding
Wheel assembly 121 in the second enterprising line slip of flip-arm 12, and, supporting plate 710 can be grabbed by supporting table 122 by described fixture
It is tightly made to be fixed on supporting table 122.
It is preferred that in order to reach preferably stabilized structure effect, the utility model is for the roll-over table of aerated bricks production, also
Including: for supporting the first support 113 of the first flip-arm 11 being in level and being in level for supporting
The second flip-arm 12 second support 123.
Shown in Figure 2, Fig. 2 is to use the utility model to carry out aerated bricks production for the roll-over table that aerated bricks produces
Schematic flow sheet.In this aerated bricks production method, concrete for roll-over table that aerated bricks produces of the utility model can be introduced
Using method.As in figure 2 it is shown, this aerated bricks production method, comprising:
Step S1: until aerated bricks raw material after completing in mould just to support operation formation aerated bricks base substrate, described mould is turned over
Turn, make the aerated bricks base substrate completing just to support be loaded on the side supporting plate of described mould.
Wherein, until aerated bricks raw material after completing in mould just to support operation formation aerated bricks base substrate, by described die flip
90 °, the aerated bricks base substrate completing just to support is made to be loaded on the side supporting plate of described mould.Further, aerated bricks raw material is in mould
Before completing just to support operation formation aerated bricks base substrate, also include following technological operation: 1. to the material employed in aerated bricks production
Material carries out dispensing；2. by completing, the aerated bricks material injecting mould of dispensing is stirred and injection molding；3. in a mold to aerating
Brick raw material carries out just supporting operation, forms aerated bricks base substrate.
Step S2: by described mold releasability, only leaves described supporting plate.
Step S3: by four side surface excisions of described aerated bricks base substrate, complete the preliminary table to described aerated bricks base substrate
Face is excised, and using the described end face of aerated bricks base substrate and the surface portion of bottom surface as treating cut-out.
Wherein, after completing the excision of the preliminary surface to described aerated bricks base substrate, the waste material getting off excision transports back again
In Raw material pail, secondary cycle utilization can be carried out.
Step S4: the described aerated bricks base substrate completing preliminary surface excision is overturn and be loaded on a plummer,
Cut-out is treated described in manifesting.
Step S5: by described Partial Resection to be excised, complete the full skin cut to described aerated bricks base substrate.
Wherein, after completing the full skin cut to described aerated bricks base substrate, the waste material getting off excision transports back former again
In charging basket, secondary cycle utilization can be carried out.
Step S6: the described aerated bricks base substrate completing full skin cut is overturn to lay equal stress on again newly be loaded into described supporting plate
On, to carry out follow-up stripping and slicing operation and steam-cured operation.
Wherein, after completing steam-cured operation, after the aerated bricks of shaping is hung heap, packed and transported is carried out.
This aerated bricks production method, after excising the surface portion of four sides of aerated bricks base substrate, by by aerated bricks
It is loaded on a plummer after base substrate upset temporarily, then the end face of aerated bricks base substrate and the surface portion of bottom surface are excised, complete
Full skin cut to aerated bricks base substrate, can make that aerated bricks base substrate can obtain cmpletely when steam-cured is steam-cured, solves
The thin-walled layer that the bottom surface portions of aerated bricks base substrate is formed stops that steam-cured steam enters the bottom surface portions of aerated bricks base substrate, causes and adds
The steam-cured problem not cmpletely of bottom surface portions of gas adobe body.
Wherein, it is simply that for the roll-over table that aerated bricks produces, 90 ° are overturn to aerated bricks base substrate by above-mentioned the utility model.
Specifically, in above-mentioned steps S4, the described aerated bricks base substrate completing preliminary surface excision is overturn and be loaded into one and is held
On microscope carrier, comprising:
One plummer is placed on described first flip-arm being in level, described supporting plate is placed on and is in water
On described second flip-arm of level state；
Described first flip-arm is overturn to vertical state by level, makes load-bearing surface and the loading of described plummer
One side surface of the described aerated bricks base substrate on described supporting plate fits；
Described first flip-arm and described second flip-arm are synchronized upset, make described first flip-arm by vertical shape
State upset is overturn to vertical state to level and described second flip-arm by level so that described aerated bricks base substrate exists
It is loaded on described plummer after upset temporarily.
In above-mentioned steps S5, before Partial Resection to be excised described in described aerated bricks base substrate, also include: by described
Second flip-arm is overturn to level by vertical state, makes described supporting plate separate with described aerated bricks base substrate.
It in above-mentioned steps S6, the described aerated bricks base substrate completing full skin cut is overturn to lay equal stress on again newly is loaded into institute
State on supporting plate, comprising:
Described second flip-arm is overturn to vertical state by level again, described on described first flip-arm
Plummer moves to the direction near described rotating shaft base, makes described aerated bricks base substrate and described supporting plate fit；
Described first flip-arm and described second flip-arm are synchronized upset, make described first flip-arm turn over by level
State goes to vertical state and described second flip-arm and is overturn to level by vertical state so that described aerated bricks base substrate exists
Reload after upset on described supporting plate.
Hereinafter seeing shown in Fig. 3～Figure 11, Fig. 3～Figure 11 is the specific operation process signal of the production method shown in Fig. 2
Figure.Describe in detail to utilizing the aerated bricks production method for the roll-over table that aerated bricks produces for the above-mentioned the utility model.
As it is shown on figure 3, plummer 111 is placed on the first flip-arm 11 being in level, supporting plate 710 is placed
On the second flip-arm 12 being in level, aerated bricks base substrate 70 is loaded on supporting plate 710；
As shown in Figure 4, the first flip-arm 11 is overturn 90 ° to vertical state, make load-bearing surface and the loading of plummer 111
One side surface of the aerated bricks base substrate 70 on supporting plate 710 fits；
As it is shown in figure 5, the first flip-arm 11 and the second flip-arm 12 are overturn 90 ° simultaneously, the first flip-arm 11 is made to overturn
Overturn to vertical state to level and the second flip-arm 12, and then make aerated bricks base substrate 70 be loaded into after overturning 90 ° temporarily
On plummer 111.
As shown in Figure 6, the second flip-arm 12 is overturn 90 ° to level, make aerated bricks base substrate 70 and supporting plate 710 points
From.Further, the second flip-arm 12 is overturn 90 ° to after level, supporting plate 710 is replaced by and steams for aerated bricks
Supporting plate 710 can be transported back and be installed on mould to carry out follow-up processing by bottom plate 100 again that support.
As it is shown in fig. 7, then again by aerated bricks base substrate 70 treat cut-out 720 (i.e. the end face of aerated bricks base substrate 70 and
The surface portion of bottom surface) excision.
As shown in Fig. 8 and Fig. 9, the second flip-arm 12 is overturn again 90 ° to vertical state, then by plummer 111 to leaning on
The direction of nearly rotating shaft base is moved, and makes aerated bricks base substrate 70 fit with supporting plate 710.
As shown in figs.10 and 11, the first flip-arm 11 and the second flip-arm 12 are overturn 90 ° simultaneously, make the first flip-arm 11
Upset overturns to level to vertical state and the second flip-arm 12, and then after making aerated bricks base substrate 70 again overturn 90 ° heavily
It is newly loaded on supporting plate 710, to carry out follow-up stripping and slicing operation and steam-cured operation.
Specifically, below the steam-cured bottom plate of aerated bricks 100 that is used for of supporting plate 710 is more preferably carried out in detail by above-mentioned being used for
Introduce.
This is used for the steam-cured bottom plate of aerated bricks and is provided with the steam introducing port importing described bottom plate for steam-cured steam, institute
State and treat that the load-bearing surface of steam-cured aerated bricks base substrate is provided with for steam-cured steam derivation described bottom plate for carrying on the plate of bottom
Steam export mouth, the middle part of described bottom plate is formed leads with described steam introducing port and described steam export mouth phase respectively
Steam channel logical, that circulate for steam-cured steam.
This is used for the steam-cured bottom plate of aerated bricks, by offering steam introducing port on the plate of bottom, in the carrying of bottom plate
Offer steam export mouth on surface, and setting is led with steam introducing port and steam export mouth phase respectively at the middle part of bottom plate
Steam channel logical, that circulate for steam-cured steam, when, when steam-cured aerated bricks base substrate carries out steam-cured in still kettle, steaming
Foster steam can enter steam channel by steam introducing port, then is overflowed from the load-bearing surface of bottom plate by steam export mouth,
And then touch the bottom treating steam-cured aerated bricks base substrate, make to treat that the bottom of steam-cured aerated bricks base substrate obtains completely steam-cured, solve
Determined treat on steam-cured aerated bricks base substrate near bottom partially due to the steam-cured degree problem that not becomes waste material.Additionally,
Also there is minimizing steam-cured time, reduce steam-cured pressure, save steam-cured steam consumption, improve the advantages such as end product quality.
Coordinating referring to shown in Figure 12～Figure 14, Figure 12 is the bottom plate used in the aerated bricks production method shown in Fig. 2
The structural representation of preferred embodiment.Figure 13 is the partial enlargement signal of the bottom plate steam-cured for aerated bricks shown in Figure 12
Figure.Figure 14 is the exploded view of Figure 13.In this embodiment, this is used for the steam-cured bottom plate of aerated bricks, comprising: by connector phase
The H profile steel 10 connecting and two channel-section steels 20 laying respectively at H profile steel 10 both sides, the length and two of the web 110 of H profile steel 10
The length of the web 210 of individual channel-section steel 20 is identical, and the opening of two channel-section steels 20 is all towards H profile steel 10, H profile steel 10 and two channel-section steels 20
Between be spaced one from one section of gap, the opening of the opening of H profile steel 10 both sides and two channel-section steels 20 sandwiched respectively forms one and houses
Space 30；
The upper flange 220 of the upper flange 120 of H profile steel 10 and two channel-section steels 20 is collectively forming treats steam-cured aerating for carrying
The load-bearing surface of adobe body；
The gap 310 being spaced apart of the upper flange 220 of the upper flange 120 of H profile steel 10 and two channel-section steels 20 is collectively forming institute
State steam export mouth；
The gap 320 being spaced apart of the lower wing plate 230 of the lower wing plate 130 of H profile steel 10 and two channel-section steels 20 is collectively forming institute
State steam introducing port；
The accommodation space 30 that the opening sandwiched of the both-side opening of H profile steel 10 and two channel-section steels 20 is formed be collectively forming respectively with
The steam channel that described steam introducing port and described steam export mouth are conducted, circulate for steam-cured steam.
Refer again to shown in Figure 12～Figure 14, it is preferred that described connector is steel plate 410, the web 110 of H profile steel 10
The end of the web 210 of end and two channel-section steels 20 is connected with steel plate 410 jointly.In order to strengthen H profile steel 10 and two channel-section steels 20
Between bonding strength, be respectively and fixedly connected with the second steel plate between the upper flange 120 of H profile steel 10 and the upper flange 220 of two channel-section steels 20
420, it has been respectively and fixedly connected with the 3rd steel plate 430 between the lower wing plate 130 of H profile steel 10 and the lower wing plate 230 of two channel-section steels 20, by
Two steel plates 420 and the setting of the 3rd steel plate 430, and then strengthen bonding strength between H profile steel 10 and two channel-section steels 20.
In order to strengthen bonding strength between H profile steel 10 and two channel-section steels 20 further, the web 110 of H profile steel 10 is offered
There is the first through hole, the web 220 of two channel-section steels 20 all offers second through hole corresponding with the first through hole of H profile steel 10, H
It is equipped with reinforcing steel pipe 60 between first through hole of shaped steel 10 and the second through hole of two channel-section steels 20.By reinforcing setting of steel pipe 60
Put, bonding strength between H profile steel 10 and two channel-section steels 20 can be strengthened further.
Further, the quantity of the first through hole of H profile steel 10 is multiple, and the quantity of the second through hole of two channel-section steels 20 is respectively
Corresponding with the quantity of the first through hole of H profile steel 10, then correspondingly, reinforce steel pipe 60 quantity also with H profile steel 10 first
The quantity of through hole should be multiple relatively.By the setting of multiple reinforcing steel pipes 60, can preferably strengthen H profile steel 10 and two grooves
Bonding strength between steel 20.Preferably, multiple first through holes are uniformly laid, and corresponding multiple first through holes of multiple second through holes are carried out
Uniformly lay, make integrally-built being more uniformly stressed.It is highly preferred that the of the first through hole of H profile steel 10 and two channel-section steels 20
Two through holes, for being coaxially disposed, are more convenient for being arranged on the first through hole of H profile steel 10 and the second of two channel-section steels 20 by reinforcing steel pipe 60
In through hole.
Further, the back side of two channel-section steels 20 is respectively arranged with angle steel 50, a side wing of angle steel 50 and channel-section steel 20
The back side is affixed, and the opposite side wing plate of angle steel 50 flushes with the upper flange of channel-section steel 20.Angle steel 50 can according to different treat steam-cured
The different size of aerated bricks base substrate 80 changes accordingly, to increase the carrying treating steam-cured aerated bricks base substrate 80 for carrying
The width on surface, without every time according to the different different sizes treating steam-cured aerated bricks base substrate 80, is used for aerated bricks to this
The size of steam-cured bottom plate is modified.
Shown in Figure 15, Figure 15 is to use the bottom plate steam-cured for aerated bricks shown in Figure 12 to treat steam-cured adding
Gas adobe body carries out steam-cured schematic diagram.This in employing above-described embodiment is used for the steam-cured bottom plate of aerated bricks, steam-cured when treating
Aerated bricks base substrate 80 when carrying out steam-cured in still kettle, steam-cured steam can be by by the lower wing plate 130 of H profile steel 10 and two
The steam introducing port that the gap 320 being spaced apart of the lower wing plate 230 of channel-section steel 20 is collectively forming enters by the both-side opening of H profile steel 10
The steam channel being collectively forming with the accommodation space 30 that the opening sandwiched of two channel-section steels 20 is formed, then upper by by H profile steel 10
The steam export mouth that the gap 310 being spaced apart of the upper flange 220 of wing plate 120 and two channel-section steels 20 is collectively forming is from for carrying
Treat steam-cured aerated bricks base substrate 80 load-bearing surface overflow, as shown in the direction of arrow in Figure 15, so touch treat steam-cured
The bottom of aerated bricks base substrate 80, makes to treat that the bottom of steam-cured aerated bricks base substrate 80 obtains completely steam-cured, solves and treat steam-cured adding
On gas adobe body 80 near bottom partially due to the steam-cured degree problem that not becomes waste material.
Especially, multiple this can be used for the steam-cured bottom plate head and the tail of aerated bricks to be connected with each other, to be adapted to different treating
The different length of steam-cured aerated bricks base substrate.
The above is only preferred embodiment of the present utility model, not does the utility model any pro forma
Limit, although the utility model is disclosed above with preferred embodiment, but is not limited to the utility model, any familiar
Professional and technical personnel, in the range of without departing from technical solutions of the utility model, when in the technology of available the disclosure above
Hold and make a little Equivalent embodiments changing or be modified to equivalent variations, as long as without departing from technical solutions of the utility model
Hold, any simple modification, equivalent variations and modification above example made according to technical spirit of the present utility model, all still
In the range of belonging to technical solutions of the utility model.
Claims (8)
1. the roll-over table producing for aerated bricks, it is characterised in that include: rotating shaft base and be articulated in described rotation respectively
First flip-arm of shaft seat both sides and the second flip-arm, described first flip-arm is provided with for interim carrying aerated bricks base substrate
Plummer, described second flip-arm is provided with the fixture for being fixed for loading the supporting plate of described aerated bricks base substrate.
2. the roll-over table producing for aerated bricks as claimed in claim 1, it is characterised in that described plummer passes through assembly pulley
Part is movably set on described first flip-arm.
3. the roll-over table producing for aerated bricks as claimed in claim 1, it is characterised in that pass through on described second flip-arm
Pulley assembly is movably set with supporting table, and described supporting table is provided with described fixture.
4. the roll-over table producing for aerated bricks as claimed in claim 1, it is characterised in that also include: be in for support
The first of described first flip-arm of level supports and for supporting described second flip-arm being in level
Second supports.
5. the roll-over table producing for aerated bricks as claimed in claim 1, it is characterised in that described rotating shaft base includes: the end
Seat and the rotating shaft being arranged on described base.
6. the roll-over table producing for aerated bricks as claimed in claim 5, it is characterised in that described base is trapezoidal base,
And the upper surface of described base is less than lower surface.
7. the roll-over table producing for aerated bricks as claimed in claim 5, it is characterised in that described rotating shaft is arranged at the described end
The top of seat.
8. the roll-over table producing for aerated bricks as claimed in claim 1, it is characterised in that the length of described first flip-arm
Length more than described second flip-arm.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620602995.3U CN205674343U (en) | 2016-06-17 | 2016-06-17 | The roll-over table producing for aerated bricks |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620602995.3U CN205674343U (en) | 2016-06-17 | 2016-06-17 | The roll-over table producing for aerated bricks |
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| CN205674343U true CN205674343U (en) | 2016-11-09 |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106113239A (en) * | 2016-06-17 | 2016-11-16 | 蒋春生 | Aerated bricks production method and the roll-over table for the method |
| CN106476132A (en) * | 2016-12-05 | 2017-03-08 | 安徽科达机电有限公司 | A kind of air-entrained concrete building block exchange method and device between different base plates in producing |
-
2016
- 2016-06-17 CN CN201620602995.3U patent/CN205674343U/en active Active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106113239A (en) * | 2016-06-17 | 2016-11-16 | 蒋春生 | Aerated bricks production method and the roll-over table for the method |
| CN106113239B (en) * | 2016-06-17 | 2018-10-26 | 蒋春生 | Air-entrained concrete building block production method and roll-over table for this method |
| CN106476132A (en) * | 2016-12-05 | 2017-03-08 | 安徽科达机电有限公司 | A kind of air-entrained concrete building block exchange method and device between different base plates in producing |
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