CN205870830U - Prefabricated component maintenance system with portable maintenance storehouse - Google Patents
Prefabricated component maintenance system with portable maintenance storehouse Download PDFInfo
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- CN205870830U CN205870830U CN201620775126.0U CN201620775126U CN205870830U CN 205870830 U CN205870830 U CN 205870830U CN 201620775126 U CN201620775126 U CN 201620775126U CN 205870830 U CN205870830 U CN 205870830U
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- maintenance
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- type storehouse
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Abstract
The utility model belongs to the technical field of prefabricated component production and specifically relates to a prefabricated component maintenance system with portable maintenance storehouse, including mould platform buffer area, maintenance district, regional ferry -boat station and maintenance ferry -boat station, wherein mould platform buffer area is equipped with two mould platform buffering cabin, two mould platform buffering cabin set up respectively in the input of production thread and the output of production by -pass, and the maintenance district sets up in the outside of prefabricated component production line, just mould platform buffer area passing area territory ferry -boat station with the maintenance district links to each other, be equipped with portable maintenance storehouse and many maintenance lines in the maintenance district, realize the tail prime minister in proper order even through maintenance ferry -boat station between each maintenance line in the maintenance is distinguished, portable maintenance storehouse along maintenance line removal all be equipped with ferry vehicle on regional ferry -boat station and the maintenance ferry -boat station. The utility model discloses make things convenient for the dismouting relocation to can make the production line technique overall arrangement more nimble according to actually designing the production line technique placement scheme.
Description
Technical field
This utility model relates to prefabricated components production field, a kind of prefabricated structure being provided with movable maintenance type storehouse
Part curing system.
Background technology
In recent years country and each province and city policy promotion under, the development process of housing industry have been introduced into one high
In the stage of speed development, assembled-type house the most progressively comes into the sight line of the public.For meet assembled-type house build needed for prefabricated
The supply of concrete component, new precast concrete production plant has been built one after another to meet the market demand in all parts of the country.
But, during operation for many years, a great problem hinders housing industry, the development of house assemblingization all the time, tool
Body situation is as follows: can only be installed in fixing workshop owing to existing precast concrete produces equipment, component produces work
Factory also can only be built in a fixing position, and the place that house is built is dispersed in regional, some project under construction distances
Tens kilometers of kilometers the most over one hundred of component production plant, and a lot of prefabricated components product super large, superelevation, overweight, to transport structure
The vehicle of part has higher requirement, therefore, not only causes difficulty to long distance transportation, and can produce the traffic expense of great number
With, the product directly having raised prefabricated components uses price, and this is also to cause assembled-type house construction cost for many years to occupy height not
Under one of the main reasons.If able at housing construction project in-site installation component production line, produce component at the construction field (site)
After be directly used in construction, after project terminates, it is on-the-spot to next housing construction that apparatus for production line can quickly disassemble again transport, and
Producing prefabricated components product after quickly assembling, this will be substantially reduced the construction cost of assembled-type house undoubtedly.It addition, in advance
For component production system processed, in addition to special prefabricated components production line, also include predicting component conservation system, due to existing
Curing system in technology is integrally fixed in factory, it is difficult to realize the migration of production line, it is therefore desirable to research and development one can realize moving
The prefabricated components curing system moved.
Utility model content
The purpose of this utility model is to provide a kind of prefabricated components curing system being provided with movable maintenance type storehouse, portable
Maintenance bin can be not only used for producing maintenance work during component, it is also possible to container when migrating as apparatus for production line makes
With, easy disassembly is moved, and can be according to actual design production-line technique placement scheme so that production-line technique layout is cleverer
Live.
The purpose of this utility model is achieved through the following technical solutions:
A kind of prefabricated components curing system being provided with movable maintenance type storehouse, including die station buffer area, maintenance district, region ferry-boat
Station and maintenance ferry-boat station, wherein die station buffer area is provided with two die station buffering chambers, and said two die station buffering chamber sets respectively
Being placed in the input producing main line and the outfan producing by-pass, maintenance district is arranged at the outside of prefabricated components production line, and
Described die station buffer area is connected with described maintenance district by described region ferry-boat station, is provided with movable maintenance type in described maintenance district
Storehouse and a plurality of curing line, realize tail prime minister successively by described maintenance ferry-boat station between each bar curing line in described maintenance district
Even, movable maintenance type storehouse is moved along curing line, is equipped with ferry bus on described region ferry-boat station and maintenance ferry-boat station,
It is provided with die station connecting gear in described die station buffering chamber and movable maintenance type storehouse, passes through for carrying the transmission die station of prefabricated components
Described die station connecting gear drives and moves in described die station buffering chamber or movable maintenance type storehouse.
Two curing lines it are provided with, wherein the input of curing line A and the outfan Jun Yu district of curing line B in described maintenance district
Territory ferry-boat station is connected, and the outfan of curing line A is connected with the input of curing line B by maintenance ferry-boat station.
Multiple transport layer it is equipped with in described die station buffering chamber and movable maintenance type storehouse, and described die station buffering chamber and movement
The transmission number of plies in formula maintenance bin is identical and respectively corresponding contour, each in described die station buffering chamber and movable maintenance type storehouse
Being equipped with die station connecting gear on transport layer, described die station connecting gear includes die station driving means, die station driving wheel and die station
Moving track, for carrying after the transmission die station of prefabricated components enters die station buffering chamber or movable maintenance type storehouse i.e. along described mould
Platform moving track is walked, and described die station driving wheel offsets on the downside of die station with transmitting, and described die station driving wheel is by described die station
Driving means drives and rotates.
It is equipped with elevating mechanism at the input of described production main line and the outfan of described production by-pass, transmits die station
By on the transport layer that described elevating mechanism drives lifting to deliver in die station buffering chamber.
Described elevating mechanism includes lifting scissor, base and lifting platform, and described lifting platform is arranged on lifting scissor, described
Lifting scissor is arranged on described base, is provided with die station drive mechanism on described lifting platform, and described die station drive mechanism includes
Drive shaft, driving wheel, bracing frame, spring and regulation bolt, on the driving shaft, described drive shaft installs bracing frame in driving wheel installation
On, and described drive shaft is connected with a driving means, described driving wheel is i.e. driven by described driving means and rotates, described
Support includes upper bracket and the lower carriage being hinged and connected, and the free end of described upper bracket and lower carriage is by described regulation bolt
It is connected, between described upper bracket and the free end of lower carriage, is provided with spring, and described spring is sheathed and described regulation bolt
On.
Movable pulley and maintenance bin driving means it is provided with, on the curing line in described maintenance district bottom described movable maintenance type storehouse
Being provided with track, the movable pulley bottom movable maintenance type storehouse i.e. moves along the track on curing line, and described movable pulley is by described
Maintenance bin driving means drives and rotates, and side, described movable maintenance type storehouse is provided with automatic door opening, transmits die station and is automatically opened by described
Door enters described movable maintenance type storehouse.
It is provided with warming plate outside described movable maintenance type storehouse, is provided with dismountable peace in the side in described movable maintenance type storehouse
Dress platform, described erecting bed is provided with steam raising plant and steam-cured control system.
Being provided with maintenance bin moving track on described ferry bus, movable maintenance type storehouse is i.e. supported along described after entering ferry bus
Protect storehouse moving track to move, be provided with ferry bus driving means, road wheel and ferry bus moving track on the downside of described ferry bus, wherein
Looking along the direction being perpendicular to ground, described ferry bus moving track is vertical with described maintenance bin moving track, described road wheel
Moving along ferry bus moving track, described road wheel is driven by described ferry bus driving means and rotates.
Being provided with position-limit mechanism between adjacent movable maintenance type storehouse, described position-limit mechanism includes buffer gear and adapter sleeve machine
Structure, and described buffer gear and connecting sleeve mechanism be divided on the adjacent end portion in adjacent two movable maintenance type storehouses, wherein buffers
Mechanism includes that fixed block, slide-bar, sliding sleeve and buffer spring, described fixed block are packed on movable maintenance type storehouse, and slide-bar is fixedly arranged on
On described fixed block, sliding sleeve is sleeved on described slide-bar movably, and described sliding sleeve is by buffer spring and described fixed block
Being connected, the free end at described slide-bar is provided with buffer stopper, and described sliding sleeve limits moving range by described buffer stopper and fixed block,
Being provided with connection projection on described sliding sleeve, described connecting sleeve mechanism includes swing arm, adapter sleeve and fixing pin, described swing arm
Being hinged on movable maintenance type storehouse, adapter sleeve is arranged at the free end of described swing arm, and swing arm is solid by described fixing pin
Being scheduled on movable maintenance type storehouse, extract described fixing pin, described swing arm freely swings, adjacent two movable maintenance type storehouse phases
Lian Shi, described adapter sleeve is sleeved on described connection projection.
Described swing arm is expansion link, and including outer bar and interior bar, interior bar can be arranged in described outer bar with pulling and pushing, described
Swing arm is provided with alignment pin, is provided with rows of pin hole on described interior bar, after swing arm stretches and puts in place, and described alignment pin
It is inserted in the arbitrary pin hole on interior bar after outer bar.
Advantage of the present utility model with good effect is:
1, this utility model is provided with movable maintenance type storehouse, it is possible to realize moving of whole precast concrete production system
Shifting property, it is achieved " nomadic " of precast concrete produces, reduces the construction cost of assembled-type house.
2, this utility model is provided with movable maintenance type storehouse, described movable maintenance type storehouse can be not only used for produce component time
Maintenance work, it is also possible to container when migrating as apparatus for production line uses, easy disassembly is moved.
3, this utility model can be according to actual design apparatus and process placement scheme so that production-line technique layout is cleverer
Live.
Accompanying drawing explanation
Fig. 1 is the schematic diagram of an embodiment of the present utility model,
Fig. 2 is the schematic diagram of another embodiment of the present utility model,
Fig. 3 is the internal structure schematic diagram of the die station buffering chamber in Fig. 1,
Fig. 4 is the internal structure top view of the die station buffering chamber in Fig. 3,
Fig. 5 is the internal structure side view of the die station buffering chamber in Fig. 3,
Fig. 6 is the internal structure schematic diagram in the movable maintenance type storehouse in Fig. 1,
Fig. 7 is the internal structure top view in the movable maintenance type storehouse in Fig. 6,
Fig. 8 is the internal structure side view in the movable maintenance type storehouse in Fig. 6,
Fig. 9 is the schematic diagram of swing bicycle in Fig. 1,
Figure 10 is the elevating mechanism schematic diagram in Fig. 1,
Figure 11 is the die station drive mechanism schematic diagram one in Figure 10,
Figure 12 is the die station drive mechanism schematic diagram two in Figure 11,
Figure 13 is the position-limit mechanism schematic diagram between movable maintenance type storehouse,
Figure 14 is the position-limit mechanism working state schematic representation one in Figure 13,
Figure 15 is the position-limit mechanism working state schematic representation two in Figure 13.
Wherein, 1 is movable maintenance type storehouse, and 2 is region ferry-boat station, and 3 is maintenance ferry-boat station, and 4 is die station buffering chamber, 5
For producing by-pass, 6 for producing main line, and 7 for transmitting die station, and 8 is die station movable pulley, and 9 is die station moving track, and 10 drive for die station
Wheel, 11 is warehouse framework, and 12 is die station driving means, and 13 is connecting shaft component, and 14 is movable pulley, and 15 is warming plate, and 16 is peace
Dress platform, 17 is ferry bus, and 18 is ferry bus moving track, and 19 is maintenance bin moving track, and 20 is ferry bus driving means, and 21 are
Lifting scissor, 22 is base, and 23 is die station drive mechanism, and 24 is drive shaft, and 25 is driving wheel, and 26 is bracing frame, and 27 is spring,
28 is regulation bolt, and 29 is bearing pin, and 30 is upper bracket, and 31 is lower carriage, and 32 is adapter sleeve, and 33 is swing arm, and 34 is steady pin
Nail, 35 for connecting projection, and 36 is buffer spring, and 37 is slide-bar, and 38 is sliding sleeve, and 39 is buffer stopper, and 40 is fixed block, and 41 is location
Pin.
Detailed description of the invention
The utility model is described in further detail below in conjunction with the accompanying drawings.
As shown in Fig. 1～2, prefabricated components production line generally includes the production main line 6 be arrangeding in parallel and produces by-pass 5, raw
During product, prefabricated components are introduced into production main line 6, be sequentially provided with along prefabricated components direction of transfer and tear limit open on described production main line 6
Die worker position, lifting station, setting-out oil spout station, rim die worker position, steel loading muscle station, dress built-in fitting station, cloth vibrate station,
The dress station such as warming plate and connector, prefabricated workpiece proceeds to after main line 6 exports produce by-pass 5 by producing, and produces on by-pass 5 generally
It is provided with secondary steel loading muscle station, secondary material distributing station, catches up with the stations such as flat station, precuring kiln, troweling station, described production main line 6
It is known in the art technology with the layout producing by-pass 5.
As shown in Fig. 1～2, this utility model includes die station buffer area, maintenance district, region ferry-boat station 2 and maintenance ferry-boat
Station 3, wherein die station buffer area is provided with two die station buffering chambers 4, and said two die station buffering chamber 4 is respectively arranged at described life
Producing input and the outfan of described production by-pass 5 of main line 6, maintenance district is arranged at the outside of prefabricated components production line, and
Described die station buffer area is connected with described maintenance district by region ferry-boat station 2, is provided with ferry-boat on described region ferry-boat station 2
Car 17, movable maintenance type storehouse 1 is driven by the ferry bus 17 on region ferry-boat station 2 and passes between die station buffer area and maintenance district
Send, in described maintenance district, be provided with movable maintenance type storehouse 1 and a plurality of curing line, pass through between each bar curing line in described maintenance district
Maintenance ferry-boat station 3 realizes tail head successively and is connected, and movable maintenance type storehouse 1 is moved along curing line, and maintenance ferry-boat station 3 also is provided with
Ferry bus 17, movable maintenance type storehouse 1 drives each bar in described maintenance district to support by the ferry bus 17 on maintenance ferry-boat station 3
Protect and transmit between line.In the present embodiment, in described maintenance district, it is provided with two curing lines, wherein the input of curing line A and maintenance
The outfan of line B is all connected with region ferry-boat station 2, and the outfan of curing line A is by maintenance ferry-boat station 3 and curing line B
Input is connected.
As shown in Fig. 3～8, described die station buffering chamber 4 and movable maintenance type storehouse 1 are equipped with warehouse framework 11 and die station transmission
Mechanism, described warehouse framework 11 is shaped steel welded framework, at described die station buffering chamber 4 and the warehouse framework in movable maintenance type storehouse 1
It is equipped with multiple transport layer in 11, and described die station buffering chamber 4 is identical with the transmission number of plies in movable maintenance type storehouse 1 and difference
Corresponding contour, each transport layer in described die station buffering chamber 4 and movable maintenance type storehouse 1 is equipped with die station connecting gear,
I.e. driven at die station buffering chamber 4 or portable foster by described die station connecting gear for carrying the transmission die station 7 of prefabricated components
Moving in protecting storehouse 1, described die station connecting gear includes die station driving means 12, die station driving wheel 10 and die station moving track 9,
Transmit and below die station 7, be provided with die station movable pulley 8, after transmission die station 7 enters die station buffering chamber 4 or movable maintenance type storehouse 1, described mould
Platform movable pulley 8 is i.e. walked along described die station moving track 9, and in described die station buffering chamber 4, the die station on each transport layer moves
Track 9 can be connected with the die station moving track 9 on corresponding transport layer in movable maintenance type storehouse 1, so that transmitting die station 7 successfully
Moving between die station buffering chamber 4 and movable maintenance type storehouse 1, described die station driving wheel 10 is arranged at the interposition of each transport layer
Putting and offset on the downside of die station 7 with transmitting, described die station driving wheel 10 is driven by described die station driving means 12 and rotates, thus sharp
Transmitting die station 7 by frictional force drives to move, in the present embodiment, described die station driving means 12 is motor, and such as Fig. 5 and Fig. 8
Shown in, each die station connecting gear is equipped with two die station driving wheels 10, and said two die station driving wheel 10 is coaxially disposed, each
Die station driving means 12 in die station connecting gear is all by arbitrary with this die station connecting gear of one group of connecting shaft component 13
The wheel shaft of die station driving wheel 10 is connected.
As seen in figures 3-5, it is plane on the downside of the warehouse framework 11 of described die station buffering chamber 4, production can be directly installed on
On line, described die station buffering chamber 4 one aspect can play buffer stream and transfer to use, so that prefabricated components production technology can be smooth
Realize, on the other hand can also save the floor space of apparatus for production line.
As can be seen from figures 6 to 8, bottom described movable maintenance type storehouse 1, it is provided with movable pulley 14 and maintenance bin driving means, described foster
Protecting and be equipped with track on every curing line in district, the movable pulley 14 bottom movable maintenance type storehouse 1 is i.e. along on each bar curing line
Track move, and the wheel shaft of movable pulley 14 is connected with the output shaft of described maintenance bin driving means, and movable maintenance type storehouse 1 is i.e.
Being driven along the track travel on curing line by described maintenance bin driving means, in the present embodiment, described maintenance bin drives dress
It is set to motor.Side, described movable maintenance type storehouse 1 is provided with automatic door opening, transmits die station 7 and enters institute behind described movable maintenance type storehouse 1
State automatic door opening to close, form closing space in making described movable maintenance type storehouse 1 and carry out maintenance, in each movable maintenance type storehouse 1
Outside is equipped with warming plate 15, and each movable maintenance type storehouse 1 carries independent steam raising plant for providing maintenance
Steam, as shown in Fig. 7～8, the side in described movable maintenance type storehouse 1 is provided with a dismountable erecting bed 16, and steam generation fills
Put, steam-cured control system and other various devices may be contained within described erecting bed 16, described steam raising plant and steam-cured control
System is known in the art technology.
As it is shown in figure 9, be equipped with ferry bus 17 on each ferry-boat station, described ferry bus 17 be provided with maintenance bin and move
Track 19, described maintenance bin moving track 19 can be connected mutually with the track on curing line, when movable maintenance type storehouse 1 enters ferry-boat
After car 17, the movable pulley 14 bottom movable maintenance type storehouse 1 i.e. moves along the maintenance bin moving track 19 on ferry bus 17, ferry-boat
Ferry bus driving means 20, road wheel and ferry bus moving track 18 it is provided with, wherein along the direction being perpendicular to ground on the downside of car 17
Looking, ferry bus moving track 18 is vertical with described maintenance bin moving track 19, and the road wheel on the downside of ferry bus 17 is along described pendulum
Crossing car moving track 18 to walk, the wheel shaft of described road wheel is connected with the output shaft of described ferry bus driving means 20, described pendulum
Cross car 17 i.e. to be driven along ferry bus moving track 18 transverse shifting by described ferry bus driving means 20, thus realize mobile
Transmit between the formula maintenance bin 1 each bar curing line in maintenance district and between die station buffer area and maintenance district.In the present embodiment,
Described ferry bus driving means 20 is motor.
Owing to the die station buffering chamber 4 in this utility model is layer stereo storage configuration, in the input of described production main line 6
The outfan of end and described production by-pass 5 is equipped with an elevating mechanism and lifts for controlling transmission die station 7, so that transmitting mould
Platform 7 is delivered in die station buffering chamber 4 on corresponding transport layer, as shown in Figure 10～12, described elevating mechanism include lifting scissor 21,
Base 22 and lifting platform, described lifting platform is arranged on lifting scissor 21, and described lifting scissor 21 is arranged on described base 22,
In the middle part of described lifting platform, it is provided with groove, described groove is provided with rows of die station drive mechanism 23, transmit die station 7 by described
Die station drive mechanism 23 drives and moves on lifting platform, and as shown in Figure 11～12, described die station drive mechanism 23 includes drive shaft
24, driving wheel 25, bracing frame 26, spring 27 and regulation bolt 28, described driving wheel 25 is arranged in drive shaft 24, described driving
Axle 24 is installed on support frame as described above 26 by bearing supporting, and described drive shaft 24 is connected with driving means, described driving wheel 25
Driven by described driving means and rotate, thus utilize frictional force drives to transmit die station 7 and move, in the present embodiment, described driving
Device is motor, and support frame as described above 26 includes that upper bracket 30 and lower carriage 31, described upper bracket 30 and lower carriage 31 pass through bearing pin
29 is hinged, and described upper bracket 30 is connected by described regulation bolt 28 with the free end of lower carriage 31, at described upper bracket 30
And between the free end of lower carriage 31, it being provided with spring 27, described spring 27 is sheathed on described regulation bolt 28 to play buffering
Effect, i.e. can adjust bracing frame 26 elasticity by adjusting described regulation bolt 28.
Movable maintenance type storehouse 1 in this utility model is moved successively on curing line, although movable maintenance type storehouse 1 can lead to
Maintenance bin driving means braking bottom crossing stops, but owing to described movable maintenance type storehouse 1 mass is relatively big, especially inside is each transmits
When layer all has transmission die station 7, in order to prevent accident, this utility model sets between two adjacent movable maintenance type storehouses 1
Limited location mechanism, on the one hand described position-limit mechanism can be avoided movable maintenance type storehouse 1 to collide and cause damage, on the other hand works as
When movable maintenance type storehouse 1 migrates, it is also possible to be connected with each other, it is moved easily.
As shown in Figure 13～15, described position-limit mechanism includes buffer gear and connecting sleeve mechanism, described buffer gear and company
Female connector branch construction is on the adjacent end portion in adjacent two movable maintenance type storehouses 1, and wherein buffer gear includes fixed block 40, slide-bar
37, sliding sleeve 38 and buffer spring 36, described fixed block 40 is packed on movable maintenance type storehouse 1, and slide-bar 37 is horizontally located in described
On fixed block 40, sliding sleeve 38 is sleeved on described slide-bar 37 movably, and described sliding sleeve 38 by buffer spring 36 and is fixed
Block 40 is connected, and the free end at described slide-bar 37 is provided with buffer stopper 39, and described sliding sleeve 38 is by described buffer stopper 39 and fixed block
40 limit moving range, are provided with connection projection 35 on described sliding sleeve 38.Described connecting sleeve mechanism includes swing arm 33, adapter sleeve
32 and fixing pin 34, described swing arm 33 is hinged on movable maintenance type storehouse 1, and adapter sleeve 32 is arranged at described swing arm 33
Free end, swing arm 33 can be fixed on movable maintenance type storehouse 1 along vertical direction by described fixing pin 34 at ordinary times, extracts
Described fixing pin 34, described swing arm 33 i.e. freely swings, as shown in figure 14, when two movable maintenance type storehouses 1 are connected, institute
State the adapter sleeve 32 on swing arm 33 to be i.e. sleeved on the connection projection on described sliding sleeve 38, additionally as shown in Figure 14～15, institute
Stating swing arm 33 is expansion link, and including outer bar and interior bar, interior bar can be arranged in described outer bar with pulling and pushing, at described swing arm 33
Being provided with alignment pin 41, be provided with rows of pin hole on described interior bar, after swing arm 33 stretches and puts in place, alignment pin 41 is worn
It is inserted into after crossing outer bar in the arbitrary pin hole on interior bar and realizes the connected of outer bar and interior bar.
At ordinary times during system worked well, described connecting sleeve mechanism is vertically fixed on movable maintenance type storehouse 1, does not affect shifting
Dynamic, the buffer stopper 39 in simultaneous buffering mechanism can play cushioning effect, prevents movable maintenance type storehouse 1 due to reasons such as inertia not
Can stop in time the damage that collides, the adapter sleeve 32 when additionally movable maintenance type storehouse 1 is moved or moved, in connecting sleeve mechanism
On the connection projection 35 being sleeved in buffer gear, it is achieved the connection in adjacent movable maintenance type storehouse 1, and can only the most wherein one
Arranging maintenance bin driving means on individual movable maintenance type storehouse 1, adjacent movable maintenance type storehouse 1 is driven by this movable maintenance type storehouse
Mobile, reduce the configuration quantity of maintenance bin driving means, reduce cost further, when additionally connecting due to sliding sleeve 38 movably
Being sleeved on described slide-bar 37, and described sliding sleeve 38 is connected with fixed block 40 by buffer spring 36, now buffer spring 36 can
To play cushioning effect, swing arm 33 can also stretch the distance adjusted between movable maintenance type storehouse 1.
Operation principle of the present utility model is:
As shown in Fig. 1～2, this utility model includes die station buffer area, maintenance district, region ferry-boat station 2 and maintenance ferry-boat
Station 3, two die station buffering chambers 4 of die station buffer area are respectively arranged at the input of described production main line 6 and described production
The outfan of by-pass 5 transfers to use to play buffer stream, and described die station buffer area is by region ferry-boat station 2 and described maintenance district phase
Even, realizing tail head successively by maintenance ferry-boat station 3 and be connected between each bar curing line in maintenance district, movable maintenance type storehouse 1 can
Move along curing line, described region ferry-boat station 2 and maintenance ferry-boat station 3 are equipped with ferry bus 17, movable maintenance type storehouse 1
Driven by the ferry bus 17 on region ferry-boat station 2 and transmit between die station buffer area and maintenance district, or put by maintenance
Ferry bus 17 on ferryman position 3 drives and transmits between each bar curing line in described maintenance district.It addition, this utility model can root
According to actual design apparatus and process placement scheme, as it is shown in figure 1, maintenance district can be arranged at always with pre-primary member production line
On line, or as in figure 2 it is shown, maintenance district can be arranged at the side of pre-primary member production line.
Claims (10)
1. the prefabricated components curing system being provided with movable maintenance type storehouse, it is characterised in that: include die station buffer area, maintenance
District, region ferry-boat station (2) and maintenance ferry-boat station (3), wherein die station buffer area is provided with two die station buffering chambers (4), described
Two die station buffering chambers (4) are respectively arranged at the input producing main line (6) and the outfan producing by-pass (5), maintenance district
It is arranged at the outside of prefabricated components production line, and described die station buffer area is by described region ferry-boat station (2) and described maintenance
District be connected, be provided with movable maintenance type storehouse (1) and a plurality of curing line in described maintenance district, each bar curing line in described maintenance district it
Between by described maintenance ferry-boat station (3) realize successively tail head be connected, movable maintenance type storehouse (1) moves along curing line, described
It is equipped with ferry bus (17), in described die station buffering chamber (4) and movement on region ferry-boat station (2) and maintenance ferry-boat station (3)
Formula maintenance bin is provided with die station connecting gear in (1), for carrying the transmission die station (7) of prefabricated components by described die station conveyer
Structure drives and moves in described die station buffering chamber (4) or movable maintenance type storehouse (1).
The prefabricated components curing system being provided with movable maintenance type storehouse the most according to claim 1, it is characterised in that: described foster
Be provided with two curing lines in protecting district, wherein the outfan of the input of curing line A and curing line B all with region ferry-boat station (2)
Being connected, the outfan of curing line A is connected with the input of curing line B by maintenance ferry-boat station (3).
The prefabricated components curing system being provided with movable maintenance type storehouse the most according to claim 1, it is characterised in that: described mould
It is equipped with multiple transport layer in platform buffering chamber (4) and movable maintenance type storehouse (1), and described die station buffering chamber (4) and movable type are supported
Protect the transmission number of plies in storehouse (1) identical and the most corresponding contour, in described die station buffering chamber (4) and movable maintenance type storehouse (1)
Each transport layer on be equipped with die station connecting gear, described die station connecting gear includes that die station driving means (12), die station are driven
Driving wheel (10) and die station moving track (9), enter die station buffering chamber (4) for carrying the transmission die station (7) of prefabricated components or move
I.e. walk along described die station moving track (9) after dynamic formula maintenance bin (1), described die station driving wheel (10) and transmission die station (7)
Downside offsets, and described die station driving wheel (10) is driven by described die station driving means (12) and rotates.
The prefabricated components curing system being provided with movable maintenance type storehouse the most according to claim 3, it is characterised in that: described
The outfan of the input and described production by-pass (5) that produce main line (6) is equipped with elevating mechanism, transmits die station (7) and passes through
Described elevating mechanism drives lifting to deliver on the transport layer in die station buffering chamber (4).
The prefabricated components curing system being provided with movable maintenance type storehouse the most according to claim 4, it is characterised in that: described liter
Descending mechanism includes lifting scissor (21), base (22) and lifting platform, and described lifting platform is arranged in lifting scissor (21), described
Lifting scissor (21) is arranged on described base (22), is provided with die station drive mechanism (23), described die station on described lifting platform
Drive mechanism (23) includes drive shaft (24), driving wheel (25), bracing frame (26), spring (27) and regulation bolt (28), drives
Wheel (25) is arranged in drive shaft (24), and described drive shaft (24) is installed on bracing frame (26), and described drive shaft (24) and
Individual driving means is connected, and described driving wheel (25) is driven by described driving means and rotates, and support frame as described above (26) includes hinged
The upper bracket (30) being connected and lower carriage (31), the free end of described upper bracket (30) and lower carriage (31) is by described regulation
Bolt (28) is connected, and is provided with spring (27), and described bullet between the free end of described upper bracket (30) and lower carriage (31)
Spring (27) is sheathed on described regulation bolt (28).
The prefabricated components curing system being provided with movable maintenance type storehouse the most according to claim 1, it is characterised in that: described shifting
Dynamic formula maintenance bin (1) bottom is provided with movable pulley (14) and maintenance bin driving means, and the curing line in described maintenance district is provided with rail
Road, the movable pulley (14) of movable maintenance type storehouse (1) bottom i.e. moves along the track on curing line, and described movable pulley (14) passes through
Described maintenance bin driving means drives and rotates, and described movable maintenance type storehouse (1) side is provided with automatic door opening, transmit die station (7) by
Described automatic door opening enters described movable maintenance type storehouse (1).
7. according to the prefabricated components curing system being provided with movable maintenance type storehouse described in claim 1 or 6, it is characterised in that: institute
State outside, movable maintenance type storehouse (1) and be provided with warming plate (15), be provided with dismountable peace in the side of described movable maintenance type storehouse (1)
Dress platform (16), described erecting bed (16) is provided with steam raising plant and steam-cured control system.
The prefabricated components curing system being provided with movable maintenance type storehouse the most according to claim 1, it is characterised in that: described
Ferry bus (17) is provided with maintenance bin moving track (19), i.e. along described after movable maintenance type storehouse (1) entrance ferry bus (17)
Maintenance bin moving track (19) is mobile, and described ferry bus (17) downside is provided with ferry bus driving means (20), road wheel and ferry-boat
Car moving track (18), wherein looks along the direction being perpendicular to ground, described ferry bus moving track (18) and described maintenance bin
Moving track (19) is vertical, and described road wheel is mobile along ferry bus moving track (18), and described road wheel passes through described ferry bus
Driving means (20) drives and rotates.
The prefabricated components curing system being provided with movable maintenance type storehouse the most according to claim 1, it is characterised in that: adjacent
Being provided with position-limit mechanism between movable maintenance type storehouse (1), described position-limit mechanism includes buffer gear and connecting sleeve mechanism, and described slow
Punch mechanism and connecting sleeve mechanism are divided on the adjacent end portion of adjacent two movable maintenance type storehouses (1), and wherein buffer gear includes
Fixed block (40), slide-bar (37), sliding sleeve (38) and buffer spring (36), described fixed block (40) is packed in movable maintenance type storehouse
(1), on, slide-bar (37) is fixedly arranged on described fixed block (40), and sliding sleeve (38) is sleeved on described slide-bar (37) movably, and
Described sliding sleeve (38) is connected with described fixed block (40) by buffer spring (36), and the free end at described slide-bar (37) is provided with slow
Rushing block (39), described sliding sleeve (38) limits moving range, at described sliding sleeve by described buffer stopper (39) and fixed block (40)
(38) being provided with connection projection (35), described connecting sleeve mechanism includes swing arm (33), adapter sleeve (32) and fixing pin (34),
Described swing arm (33) is hinged on movable maintenance type storehouse (1), and adapter sleeve (32) is arranged at the free end of described swing arm (33),
Swing arm (33) is fixed on movable maintenance type storehouse (1) by described fixing pin (34), extracts described fixing pin (34), institute
Stating swing arm (33) to freely swing, when adjacent two movable maintenance type storehouses (1) are connected, described adapter sleeve (32) is sleeved on described company
Connect on projection (35).
The prefabricated components curing system being provided with movable maintenance type storehouse the most according to claim 9, it is characterised in that: described
Swing arm (33) is expansion link, and including outer bar and interior bar, interior bar can be arranged in described outer bar with pulling and pushing, at described swing arm
(33) it is provided with alignment pin (41), described interior bar is provided with rows of pin hole, after swing arm (33) stretches and puts in place, described
Alignment pin (41) is inserted in the arbitrary pin hole on interior bar after outer bar.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620775126.0U CN205870830U (en) | 2016-07-22 | 2016-07-22 | Prefabricated component maintenance system with portable maintenance storehouse |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620775126.0U CN205870830U (en) | 2016-07-22 | 2016-07-22 | Prefabricated component maintenance system with portable maintenance storehouse |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205870830U true CN205870830U (en) | 2017-01-11 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620775126.0U Withdrawn - After Issue CN205870830U (en) | 2016-07-22 | 2016-07-22 | Prefabricated component maintenance system with portable maintenance storehouse |
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| Country | Link |
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| CN (1) | CN205870830U (en) |
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106042162A (en) * | 2016-07-22 | 2016-10-26 | 国新德 | Prefabricated part maintenance system with movable maintenance bin |
| CN107839059A (en) * | 2017-10-31 | 2018-03-27 | 佛山市三水区嫚娅环保科技有限公司 | A kind of sheet material conveying mechanism of double-deck curing kilns |
| CN108381749A (en) * | 2018-04-25 | 2018-08-10 | 安徽海龙建筑工业有限公司 | A kind of nonstandard stereo production lines of novel PC |
| CN109049315A (en) * | 2018-08-31 | 2018-12-21 | 上海汉石昀升住宅工业发展有限公司 | A kind of prefabricated components production system |
| CN111645180A (en) * | 2020-07-06 | 2020-09-11 | 浙江省衢州市交通建设集团有限公司 | Prefabricated component maintenance system with portable maintenance storehouse |
| CN113001742A (en) * | 2021-04-02 | 2021-06-22 | 湖南三一快而居住宅工业有限公司 | Prefabricated part production line |
-
2016
- 2016-07-22 CN CN201620775126.0U patent/CN205870830U/en not_active Withdrawn - After Issue
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106042162A (en) * | 2016-07-22 | 2016-10-26 | 国新德 | Prefabricated part maintenance system with movable maintenance bin |
| CN107839059A (en) * | 2017-10-31 | 2018-03-27 | 佛山市三水区嫚娅环保科技有限公司 | A kind of sheet material conveying mechanism of double-deck curing kilns |
| CN108381749A (en) * | 2018-04-25 | 2018-08-10 | 安徽海龙建筑工业有限公司 | A kind of nonstandard stereo production lines of novel PC |
| CN109049315A (en) * | 2018-08-31 | 2018-12-21 | 上海汉石昀升住宅工业发展有限公司 | A kind of prefabricated components production system |
| CN111645180A (en) * | 2020-07-06 | 2020-09-11 | 浙江省衢州市交通建设集团有限公司 | Prefabricated component maintenance system with portable maintenance storehouse |
| CN113001742A (en) * | 2021-04-02 | 2021-06-22 | 湖南三一快而居住宅工业有限公司 | Prefabricated part production line |
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