CN106042163A - Steam pressing building block steamed oxygen cycle system and method - Google Patents
Steam pressing building block steamed oxygen cycle system and method Download PDFInfo
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- CN106042163A CN106042163A CN201610586066.2A CN201610586066A CN106042163A CN 106042163 A CN106042163 A CN 106042163A CN 201610586066 A CN201610586066 A CN 201610586066A CN 106042163 A CN106042163 A CN 106042163A
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- rail
- dolly
- ferry
- still kettle
- steam pressure
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B28—WORKING CEMENT, CLAY, OR STONE
- B28B—SHAPING CLAY OR OTHER CERAMIC COMPOSITIONS; SHAPING SLAG; SHAPING MIXTURES CONTAINING CEMENTITIOUS MATERIAL, e.g. PLASTER
- B28B11/00—Apparatus or processes for treating or working the shaped or preshaped articles
- B28B11/24—Apparatus or processes for treating or working the shaped or preshaped articles for curing, setting or hardening
- B28B11/245—Curing concrete articles
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- Chemical & Material Sciences (AREA)
- Ceramic Engineering (AREA)
- Mechanical Engineering (AREA)
- Ship Loading And Unloading (AREA)
Abstract
A steam pressing building block steamed oxygen cycle system comprises a cycle rail formed through head-to-tail in-order connection of a front rail, an entrance rail, a steam pressing rail, a leading-out rail and a trolley returning rail and a trolley which can do cycle operation in the head-to-tail direction of the cycle rail, and the front rail, the entrance rail, the leading-out rail and the trolley returning rail are each provided with a feeding machine; multiple ferrying devices of a first ferrying device, a second ferrying device, a third ferrying device, a fourth ferrying device and a fifth ferrying are included; the steam pressing rail comprises a plurality of steam pressing branch rails which are connected in parallel, and each steam pressing branch rail is correspondingly arranged inside a steam pressing kettle; a pulling device is arranged behind each steam pressing kettle and pulls the trolley running on the steam pressing rail out of the corresponding steam pressing kettle; and the system is simple in structure, convenient to operate, capable of automatically controlling automatic running of the whole process flow, high in automation degree, and capable of greatly shortening time of the steam pressing curing flow and improving the whole production efficiency.
Description
Technical field
The present invention relates to steam-pressing brisk field, especially relate to a kind of steamed building blocks and steam Oxygen cycle system and method.
Background technology
Steam-pressing brisk, is named again non-burning brick, utilizes flyash, cinder, gangue, mine tailings, residue of chemical industry or natural sand, tidal land
Mud etc. (one or several of above raw material) as primary raw material, a kind of novel wall material manufactured without high-temperature calcination,
It it is a kind of the most promising renewal product replacing clay brick.In production, steam press maintenance is the most important thing of goods,
It it is the important step in production procedure.
In actual production, many factories use single still kettle to carry out single line steam press maintenance work, maintenance work time
Length, efficiency are low；And use multiple still kettle to carry out the factory of multi-thread steam press maintenance, owing to different reasons can not be fast and efficiently
Will be equipped with the dolly of adobe to be reasonably allocated to each still kettle and carry out maintenance and make finished bricks, complete maintenance simultaneously and unloaded one-tenth
The position that the empty dolly of product brick can not be recycled to specify timely is repeatedly performed the adobe transport process to finished bricks, obtains not
To sufficiently using；These all will make the time of steam press maintenance increase, and the cycle of whole production process increases, and substantially reduces
Production efficiency.
Therefore, it is necessary to a kind of steamed building blocks of design steams Oxygen cycle system, to overcome the problems referred to above.
Summary of the invention
For solving the problems referred to above, the invention provides a kind of simple in construction, easy to operate, steam press maintenance stream can be greatly reduced
The time of journey, improve integral production efficiency, dolly can be made fully to be applied simultaneously, save the steamed building blocks of equipment cost
Steam Oxygen cycle system.
A kind of steamed building blocks that the present invention provides steams Oxygen cycle system, including:
It is sequentially connected with the circulation rail formed by these multiple tracks head and the tail of front rail, entrance rail, steam pressure rail, extraction rail and carriage return rail
Road, and can be along the dolly of described cyclic track cephalocaudal direction circular flow, the tail end of wherein said carriage return rail and described front rail
Head end connects, and described front rail, described entrance rail, described extraction rail, described these tracks of carriage return rail is equipped with driving described little
Car feeding machine on these tracks run；
And first ferry device, the second ferry device, the 3rd ferry device, the 4th ferry device and the 5th ferry device this
Multiple ferry devices, wherein, the tail end of described carriage return rail is connected with the head end of described front rail by described first ferry device；Institute
The tail end stating front rail is connected by the head end of described second ferry device with described entrance rail；The tail end of described entrance rail passes through institute
State the 3rd ferry device to be connected with the head end of described steam pressure rail；The tail end of described steam pressure rail passes through described 4th ferry device and institute
State the head end connection drawing rail；The tail end of described extraction rail is connected by the head end of described 5th ferry device with described carriage return rail
Connect；Wherein, described ferry device includes the ferry-boat rail connecting track and comes and goes the ferry bus of operation along described ferry-boat rail；
Described steam pressure rail includes that a plurality of steam pressure of parallel connection divides rail, every described steam pressure to divide rail to be separately positioned in a still kettle
Portion；
Each described still kettle rear is equipped with traction apparatus, and described traction apparatus will be for operating in described steam pressure rail
Described dolly pull out described still kettle.
Further, described entrance rail includes that multiple entrance of parallel connection divide rail, described extraction rail to include multiple extractions of parallel connection
Divide rail.
Further, described cyclic track and described ferry device are provided with the position sensor detecting described little truck position；
And described position sensor, described ferry device, described feeding machine, described traction apparatus, described still kettle all control dress with one
Put connection.
Further, it is provided with the press of production brick and by the palletizing apparatus of dolly described on brick code corresponding to described front rail；Right
5th ferry device described in Ying Yu is provided with the discharge mechanism of the brick unloaded on described dolly.
A kind of steamed building blocks steams Oxygen cycle method, including step:
Stack bricks: to the brick of scheduled volume on the vacant dolly code in front rail, by the dolly already equipped with brick in front rail along first
Tail direction is sent to the tail end of front rail, and is forwarded on the entrance rail that can use；
Steam press maintenance: the dolly entered on rail is sent on the steam pressure rail that can use, and is sent to steam along steam pressure rail by it
Steam press maintenance is carried out inside pressure still；Thereafter dolly is sent to along the cephalocaudal direction tail end of steam pressure rail, then drawing of transferring to can use
On Chu Guiing；
Unload brick: the dolly drawn on rail is sent to draw along the cephalocaudal direction tail end of rail, and transfers on carriage return rail；Its
In, before being transferred to by dolly on carriage return rail, carry out unloading brick；
Passback: the vacant dolly on carriage return rail is sent to along the cephalocaudal direction tail end of carriage return rail, and before being forwarded to
On rail；
Wherein, front rail, enter rail, steam pressure rail, draw these multiple tracks head and the tail of rail and carriage return rail and be sequentially connected with formation one and follow
Loop orbit, the tail end of carriage return rail is connected with the head end of front rail, and dolly can be along cyclic track cephalocaudal direction circular flow；Steam pressure rail bag
The multiple steam pressures including parallel connection divide rail, every steam pressure to divide rail to be arranged on inside a still kettle.
Further, dolly is all transferred by ferry device；Ferry device includes ferrying rail and coming and going operation along ferry-boat rail
Ferry bus.
Further, enter rail and include that multiple entrance of parallel connection divide rail, draw rail and include that multiple extractions of parallel connection divide rail.
Further, when dolly transmits on front rail, an entrance point rail, extraction point rail, this multi-track of carriage return rail, it is all by being located at
Feeding machine on these tracks drives；The steam pressure that still kettle rear is provided with in traction still kettle divides the dolly on rail along the cephalocaudal direction
The traction apparatus run.
Further, step steam press maintenance includes:
A, by control device open still kettle still door, the dolly that will be equipped with brick is transferred to still kettle by ferry device
Interior steam pressure is divided on rail；
B, when steam pressure divides dolly on rail to reach to set quantity by sensor counting, control device and still kettle report
Alert, prompting staff is away from the still door of still kettle；
C, after staff leaves, by control device close still kettle still door, and by set technique open and close
Close the valve of still kettle, carry out the pressurization that heats up；
D, when in still kettle, temperature and pressure reaches setting value, by control device start timing, when reach set
After curing time, control device prompting maintenance processes and terminate, and the condition in still that regulates reaches the standard of safety open still；
E, when in still kettle, condition reaches the standard of safety open still, control device report to the police, point out staff's still kettle
Still door will open；After staff confirms, open the still door of still kettle by controlling device, in still kettle on dolly
Brick steam press maintenance complete；
F, after the brick steam press maintenance on dolly in still kettle, by traction apparatus by dolly along cephalocaudal direction transmission
Divide the tail end of rail to steam pressure, then the extraction transferring to can use by ferry device divides on rail.
Compared with prior art, the method have the advantages that simple in construction, easy to operate, can automatically control whole
The automatic operation of individual technological process, automaticity is high, greatly reduces the time of steam press maintenance flow process, improves integral production effect
Rate, can make dolly fully be applied simultaneously, save equipment cost.
Accompanying drawing explanation
Fig. 1 is the structural representation of the steamed building blocks steaming Oxygen cycle system of one embodiment of the present invention.
The drawing reference numeral explanation of detailed description of the invention:
1, rail is divided, 2, enter a point rail, 3, draw a point rail, 4, carriage return rail, 5, dolly, the 60, first ferry bus, the 61, first pendulum
Cross rail, the 62, second ferry bus, the 63, second ferry-boat rail, the 64, the 3rd ferry bus, the 65, the 3rd ferry-boat rail, the 66, the 4th ferry bus,
67, the 4th ferry-boat rail, the 68, the 5th ferry bus, the 69, the 5th ferry-boat rail, 7, still kettle, 8, feeding machine, 91, press, 92, stacking machine
Detailed description of the invention
Below in conjunction with accompanying drawing, technical scheme is clearly and completely described.In describing the invention,
The side of the instruction such as " " center ", " on ", D score, "left", "right", " vertically ", " level ", " interior ", " outward " it should be noted that term
Position or position relationship are based on orientation shown in the drawings or position relationship, are for only for ease of the description present invention and simplify description,
Rather than instruction or the hint device of indication or element must have specific orientation, with specific azimuth configuration and operation, because of
This is not considered as limiting the invention.Additionally, term " first ", " second ", " the 3rd " are only used for describing purpose, and can not
It is interpreted as instruction or hint relative importance.
In describing the invention, it should be noted that unless otherwise clearly defined and limited, term " is installed ", " phase
Even ", " connection " should be interpreted broadly, for example, it may be fixing connection, it is also possible to be to removably connect, or be integrally connected；Can
To be mechanical connection, it is also possible to be electrical connection；Can be to be joined directly together, it is also possible to be indirectly connected to by intermediary, Ke Yishi
The connection of two element internals.For the ordinary skill in the art, can understand that above-mentioned term is at this with concrete condition
Concrete meaning in invention.
A kind of steamed building blocks steams Oxygen cycle system, including: front rail, enter rail, steam pressure rail, these are many to draw rail and carriage return rail 4
Individual track head and the tail are sequentially connected with the cyclic track of formation, dolly 5, ferry device, still kettle 7, feeding machine 8, traction apparatus, press
91, stacking machine 92, position sensor and control device.
As it is shown in figure 1, be sequentially connected with by these multiple tracks head and the tail of front rail, entrance rail, steam pressure rail, extraction rail and carriage return rail 4
The cyclic track formed, and the tail end of carriage return rail 4 is connected with the front end of front rail, dolly 5 can on cyclic track edge head and the tail side
To circular flow.Being all to be connected by ferry device between these tracks, i.e. the tail end of carriage return rail 4 is by the first ferry-boat dress simultaneously
Putting the head end with front rail to be connected, the tail end of front rail is connected with the head end entering rail by the second ferry device, enters the tail end of rail
Being connected with the head end of steam pressure rail by the 3rd ferry device, the tail end of steam pressure rail is by the 4th ferry device and the head end drawing rail
Connecting, the tail end drawing rail is connected with the head end of carriage return rail 4 by the 5th ferry device.So, the brick on dolly 5 is supported by steam pressure
The work protected is unloaded get off after, vacant dolly 5 can continue the work of next one circulation fast, easily through carriage return rail
Make, substantially increase operating speed and the efficiency of dolly 5 so that it is fully applied, save equipment cost.
In the present embodiment, ferry device includes that the ferry-boat rail being connected with adjacent orbit and can coming and going operates on ferry-boat rail
Ferry bus, it is preferable that connect ferry-boat rail track with ferry rail be that setting connected vertically (also can be in other embodiments
The setting of non-perpendicular connection), the more convenient simple upper ferry bus of such dolly 5 energy, along with ferry bus is along ferry-boat rail operation, then
Enter another track.That is, the first ferry device include vertically connecting back to track 4 tail end and front rail head end the first ferry-boat rail 61 and
First ferry bus the 60, second ferry device operated on the first ferry-boat rail 61 can be come and gone include vertically connecting front rail tail end and entering
Enter the second ferry-boat rail 63 of head end and the second ferry bus the 62, the 3rd ferry device bag operated on the second ferry-boat rail 63 can be come and gone
Include and vertical connection enter the 3rd ferry-boat rail 65 of rail tail end and steam pressure rail head end and can coming and going and operate on the 3rd ferry-boat rail 65
3rd ferry bus the 64, the 4th ferry device includes vertically connecting steam pressure rail tail end and the 4th ferry-boat rail 67 drawing rail head end and can
Come and go the 4th ferry bus the 66, the 5th ferry device operated on the 4th ferry-boat rail 67 to include vertically connecting extraction rail tail end and returning
5th ferry-boat rail 69 and can coming and going of track 4 head end operates in the 5th ferry bus 68 on the 5th ferry-boat rail 69.Ferry device energy
Dolly 5 is rapidly transferred to another track by a track, improves the dolly 5 speed of service in steam press maintenance, significantly carry
The high work efficiency of dolly 5.In other embodiments, ferry device also can be made up of (not shown) other mechanisms, has
Identical function.
Preferably, front rail is that two points of rails 1 are formed in parallel, and corresponding every point of rail 1 is designed with press 91 and stacking machine 92, code
The adobe piling that described press 91 is produced by stack machine 92 is to operating on the corresponding dolly 5 dividing rail 1；Two points of same lucks of rail 1
Make, use stacking machine 92 by improving, on brick code to dolly 5, the work efficiency stacked bricks on dolly 5, in the identical time, have energy
Many bricks dolly 5 at once, can greatly reduce the required time that stacks bricks, further increase the efficiency of steam press maintenance.
Enter rail to be five and enter point rails 2 and be formed in parallel, steam pressure rail be five multiple steam pressures divide rail (not shown) in parallel and
Becoming, these five steam pressures corresponding divide rail to be provided with five still kettles 7, and these five steam pressure rails are located at five still kettles the most correspondingly
7 is internal；So, dolly 5 can run in any bar track in a plurality of track, has multiple choices；If a wherein rail
Road breaks down and does not also interfere with the operation of dolly 5, has ensured carrying out normally and efficiently of steam press maintenance.In other embodiments
The track that can also be other numbers is in parallel, can arrange according to practical situation.
Each still kettle 7 rear is designed with traction machine, and the dolly 5 operated on corresponding steam pressure rail is pulled out described steam pressure
Still 7, dolly 5 is pulled out still kettle 7 by the traction apparatus that can also install other in other embodiments, and the effect obtained is identical i.e.
Can, and draw rail and be also five and draw point rails 3 and be formed in parallel.Dolly 5 in still kettle 7 is quickly led by traction function
Draw still kettle 7 so that still kettle 7 can carry out steam press maintenance next time faster, improves the work efficiency of still kettle 7.
Every point of rail 1, an entrance point rail 2, extraction point rail 3, carriage return rail 4 are designed with feeding machine 8, are used for driving corresponding rail
Dolly 5 on road runs along this track cephalocaudal direction；The speed that dolly 5 is run on these tracks is fast, the time is short, significantly
Shorten the operation time of whole flow process, improve the work efficiency of dolly 5.Separately, corresponding 5th ferry device is provided with to unload and carries
Put, can rapidly the brick operated on the 5th ferry device on dolly 5 be unloaded, obtain vacant dolly 5 and be sent to carriage return rail 4
On, shorten the dolly 5 time of staying when unloading brick equally so that it is enter next working link faster.
Meanwhile, cyclic track and ferry device being designed with position sensor, in the present embodiment, position sensor also has
Tally function, in order to detect the position of dolly 5 on cyclic track and ferry device and to count, so can monitor dolly in real time
The position of 5, allocates the use of dolly 5 the most faster, improves work efficiency.
Wherein, control device and be connected with position sensor, and with control feeding machine 8, ferry device and still kettle 7 respectively
Connect；Specifically, control device and can control feeding machine 8, ferry device, the operation of traction machine and stopping respectively, also can control
Being designed with electrodynamic valve after valve in the operation of still kettle 7 and stopping, i.e. still kettle 7, these electrodynamic valves are by controlling device control
System, and in still kettle 7, the duty of such as pressure, temperature etc. can be passed to and controls device and be controlled by the operation of still kettle 7；
And press 91 and stacking machine 92 are also by controlling device control operation.Above-mentioned device and the equipment run by control device control all may be used
Carry out operation in the way of manually to run, i.e. these devices and equipment can all enter by controlling device control full-automation
Row runs, and also partial devices and equipment can control semi-automation and run by controlling device, the most also can whole devices and setting
Standby is all manually to carry out operation to run；Special instruction, in above-mentioned full-automation and semi-automatic operation engineering, manually
All can stop.So, control device and can control the progress of work of entirety so that whole flow process can be performed automatically, and greatly reduces
Manually-operated step, has saved cost of labor, and meanwhile, the automaticity of whole flow process is high, decreases makeing mistakes of flow process
Rate, improves the qualification rate of finished product.
Steamed building blocks for the present embodiment steams Oxygen cycle method, including step:
Stack bricks:
By position sensor, control device is passed in the position of dolly 5, control device by controlling the feeding on point rail 1
Machine 8 so that it is drive the vacant dolly 5 in front rail to arrive the position that stacking machine 92 stacks bricks, then control device control code stack machine 92
The code of the brick scheduled volume produced by press 91 is on vacant dolly 5；The feeding machine 8 on rail 1 is divided to continue to drive dolly 5 along head and the tail side
To transmission, to the tail end of front rail, now, it is in place that control device has controlled the second ferry bus 62, and will run to point rail 1 tail end
The available entrance of ferrying of the dolly 5 equipped with brick divide on rail 2 wait steam press maintenance, and by position sensor to entering a point rail
On count equipped with the dolly of brick；In this step, two points of rails 1 and accordingly press 91, stacking machine 92 can be by controlling
The control of device works operation simultaneously；And in above-mentioned, the meaning of available expression is can also to hold on empty track or track
Receive more dolly 5 or be the dolly 5 the most not accommodating specified amount on track, can be according to practical situation concrete regulation；Separately,
The available meaning mentioned in following is with where like.
Steam press maintenance:
A, by control device open still kettle 7 still door, the dolly 5 that will be equipped with brick is transferred to steam pressure by ferry device
Steam pressure in still 7 is divided on rail；
B, when steam pressure divides dolly on rail to reach to set quantity by sensor counting, control device and still kettle 7 reported
Alert, and will close please away from still door at the on-the-spot auditory tone cues staff's still door of still kettle 7；
C, when staff away from still behind the door, by control device close still kettle 7 still door, and by set technique open
With close the valve of still kettle 7, and after obtaining the confirmation of staff, carry out the pressurization that heats up；
D, when in still kettle 7, temperature and pressure reaches setting value, by control device start timing, when reach set
After curing time, control device prompting maintenance processes and terminate, and and be controlled air distribution system according to practical situation and carry out inducing QI
Or aerofluxus；
E, when in still kettle 7 still, condition reaches the standard of safety open still, control device and point out and still door of reporting to the police will be opened
Open caution hot；Staff observes monitoring confirmation can open still behind the door, opens the still door of still kettle 7 by controlling device,
In still kettle 7 still, the brick steam press maintenance on dolly is complete；
F, after the brick steam press maintenance on dolly 5 in still kettle 7 still, by traction apparatus by dolly along the cephalocaudal direction
It is sent to steam pressure and divides the tail end of rail, then the extraction transferring to can use by the 4th ferry device the most in place divides on rail 3.
Unload brick:
After dolly 5 enters on extraction point rail 3, the feeding machine 8 drawn on point rail 3 drives under control of the control means
Dolly 5 runs to draw the tail end of point rail 3 along the cephalocaudal direction, then is transported by dolly 5 by the 5th ferry bus 68 the most in place
On the 5th ferry bus 68, wait discharge mechanism unloading along with the 5th ferry bus 68 runs to bagging area at the 5th ferry-boat rail 69,
After having unloaded, by the 5th ferry device, vacant dolly 5 is transferred on carriage return rail 4；Wherein, bagging area is the 5th ferry-boat rail 69
Wherein one section, according to specific circumstances depending on.
Passback: by the driving of carriage return rail 4 upper feeding machine 8, vacant dolly is sent to along the cephalocaudal direction tail of carriage return rail
End, then pass through, on point rail 1 that dolly 5 is transferred to can use by the first ferry device the most in place, to carry out for next cycle of operation
Prepare.
It is more than a cyclic process, owing to the quantity of still kettle and the quantity of press can be made a concrete analysis of according to practical situation
Determine, optimize and produce.
In said method step, all of part controlled by control plant automation all can be manually stopped, or by
Manual operation completes.Whole steamed building blocks steams Oxygen cycle system structure simply, can automatically control the automatic fortune of whole technological process
OK, automaticity is high, greatly reduces the time of steam press maintenance flow process, improves integral production efficiency, dolly can be made to obtain simultaneously
To fully application, save equipment cost.
Detailed description above is only the explanation of the preferred embodiments of the invention, non-the scope of the claims therefore limiting to the present invention,
So, the equivalence techniques change that all utilization this creation description and diagramatic content are done, it is both contained in the scope of the claims of the present invention
In.
Claims (9)
1. a steamed building blocks steams Oxygen cycle system, it is characterised in that including:
It is sequentially connected with the cyclic track formed by these multiple tracks head and the tail of front rail, entrance rail, steam pressure rail, extraction rail and carriage return rail,
And can be along the dolly of described cyclic track cephalocaudal direction circular flow, the tail end of wherein said carriage return rail and the head end of described front rail
Connect, described front rail, described entrance rail, described extraction rail, described these tracks of carriage return rail are equipped with the described dolly of driving and exist
The feeding machine that these tracks run；
And first ferry device, the second ferry device, the 3rd ferry device, the 4th ferry device and the 5th ferry device this is multiple
Ferry device, wherein, the tail end of described carriage return rail is connected with the head end of described front rail by described first ferry device；Before described
The tail end of rail is connected by the head end of described second ferry device with described entrance rail；The tail end of described entrance rail is by described the
Three ferry devices are connected with the head end of described steam pressure rail；The tail end of described steam pressure rail is drawn with described by described 4th ferry device
The head end overstepped the limit connects；The tail end of described extraction rail is connected with the head end of described carriage return rail by described 5th ferry device；Its
In, described ferry device includes the ferry-boat rail connecting track and comes and goes the ferry bus of operation along described ferry-boat rail；
Described steam pressure rail includes that a plurality of steam pressure of parallel connection divides rail, every described steam pressure to divide rail to be separately positioned on inside a still kettle；
Each described still kettle rear is equipped with traction apparatus, and described traction apparatus is for the institute that will operate on described steam pressure rail
State dolly and pull out described still kettle.
2. steamed building blocks as claimed in claim 1 steams Oxygen cycle system, it is characterised in that: described entrance rail includes in parallel many
Multiple extractions that individual entrance divides rail, described extraction rail to include parallel connection divide rail.
3. steamed building blocks as claimed in claim 2 steams Oxygen cycle system, it is characterised in that: described cyclic track and described ferry-boat
Device is provided with the position sensor detecting described little truck position；And described position sensor, described ferry device, described feeding
Machine, described traction apparatus, described still kettle all control device with one and are connected.
4. steamed building blocks as claimed in claim 3 steams Oxygen cycle system, it is characterised in that: it is provided with production corresponding to described front rail
The press of brick and by the palletizing apparatus of dolly described on brick code；It is provided with on the described dolly of unloading corresponding to described 5th ferry device
The discharge mechanism of brick.
5. a steamed building blocks steams Oxygen cycle method, it is characterised in that include step:
Stack bricks: to the brick of scheduled volume on the vacant dolly code in front rail, by the dolly already equipped with brick in front rail along head and the tail side
To being sent to the tail end of front rail, and it is forwarded on the entrance rail that can use；
Steam press maintenance: the dolly entered on rail is sent on the steam pressure rail that can use, and it is sent to still kettle along steam pressure rail
Inside carries out steam press maintenance；Thereafter dolly is sent to along the cephalocaudal direction tail end of steam pressure rail, then transfers to the extraction rail that can use
On；
Unload brick: the dolly drawn on rail is sent to draw along the cephalocaudal direction tail end of rail, and transfers on carriage return rail；Wherein,
Before being transferred to by dolly on carriage return rail, carry out unloading brick；
Passback: the vacant dolly on carriage return rail is sent to along the cephalocaudal direction tail end of carriage return rail, and is forwarded in front rail；
Wherein, these multiple tracks head and the tail of front rail, entrance rail, steam pressure rail, extraction rail and carriage return rail are sequentially connected with formation one circulation rail
Road, the tail end of carriage return rail is connected with the head end of front rail, and dolly can be along cyclic track cephalocaudal direction circular flow；Steam pressure rail includes also
Multiple steam pressures of connection divide rail, every steam pressure to divide rail to be arranged on inside a still kettle.
6. steamed building blocks as claimed in claim 5 steams Oxygen cycle method, it is characterised in that: dolly is all turned by ferry device
Send；Ferry device includes ferrying rail and coming and going the ferry bus of operation along ferry-boat rail.
7. steamed building blocks as claimed in claim 6 steams Oxygen cycle method, it is characterised in that: enter rail include parallel connection multiple enter
Enter a point rail, draw rail and include that multiple extractions of parallel connection divide rail.
8. steamed building blocks as claimed in claim 7 steams Oxygen cycle method, it is characterised in that: dolly divides a rail in front rail, entrance, draws
When going out transmission on point rail, this multi-track of carriage return rail, it is all to be driven by the feeding machine being located on these tracks；Still kettle rear is provided with
Steam pressure in traction still kettle divides the traction apparatus that the dolly on rail runs along the cephalocaudal direction.
9. steamed building blocks as claimed in claim 8 steams Oxygen cycle method, it is characterised in that step steam press maintenance includes:
A, by control device open still kettle still door, the dolly that will be equipped with brick is transferred in still kettle by ferry device
Steam pressure is divided on rail；
B, when steam pressure divides dolly on rail to reach to set quantity by sensor counting, control device and still kettle reported to the police, carry
Show staff's still door away from still kettle；
C, after staff leaves, by control device close still kettle still door, and by set technique open and close steam
The valve of pressure still, carries out the pressurization that heats up；
D, when in still kettle, temperature and pressure reaches setting value, by control device start timing, when reach set maintenance
After time, control device prompting maintenance processes and terminate, and the condition in still that regulates reaches the standard of safety open still；
E, when in still kettle, condition reaches the standard of safety open still, control device report to the police, prompting staff's still kettle still
Door will be opened；After staff confirms, open the still door of still kettle, the brick on dolly in still kettle by controlling device
Steam press maintenance is complete；
F, after the brick steam press maintenance on dolly in still kettle, by traction apparatus by dolly along the cephalocaudal direction be sent to steam
Pressure divides the tail end of rail, then the extraction transferring to can use by ferry device divides on rail.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610586066.2A CN106042163A (en) | 2016-07-20 | 2016-07-20 | Steam pressing building block steamed oxygen cycle system and method |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610586066.2A CN106042163A (en) | 2016-07-20 | 2016-07-20 | Steam pressing building block steamed oxygen cycle system and method |
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| Publication Number | Publication Date |
|---|---|
| CN106042163A true CN106042163A (en) | 2016-10-26 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201610586066.2A Pending CN106042163A (en) | 2016-07-20 | 2016-07-20 | Steam pressing building block steamed oxygen cycle system and method |
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| Country | Link |
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| CN (1) | CN106042163A (en) |
Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN2796992Y (en) * | 2004-07-02 | 2006-07-19 | 李良光 | Automatic production line of bricks |
| CN102581948A (en) * | 2012-03-07 | 2012-07-18 | 蚌埠远程置业有限公司 | Automatic production line of light partition board |
| CN102963556A (en) * | 2012-11-26 | 2013-03-13 | 洛阳中冶重工机械有限公司 | Tray-free packing method and tray-free packing device of brick stack |
| CN103406987A (en) * | 2013-08-06 | 2013-11-27 | 浙江华川实业集团有限公司 | Fly-ash brick production method |
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2016
- 2016-07-20 CN CN201610586066.2A patent/CN106042163A/en active Pending
Patent Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN2796992Y (en) * | 2004-07-02 | 2006-07-19 | 李良光 | Automatic production line of bricks |
| CN102581948A (en) * | 2012-03-07 | 2012-07-18 | 蚌埠远程置业有限公司 | Automatic production line of light partition board |
| CN102963556A (en) * | 2012-11-26 | 2013-03-13 | 洛阳中冶重工机械有限公司 | Tray-free packing method and tray-free packing device of brick stack |
| CN103406987A (en) * | 2013-08-06 | 2013-11-27 | 浙江华川实业集团有限公司 | Fly-ash brick production method |
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