CN206783550U - A kind of High Building in Winter construction concrete curing device - Google Patents
A kind of High Building in Winter construction concrete curing device Download PDFInfo
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- CN206783550U CN206783550U CN201720615032.1U CN201720615032U CN206783550U CN 206783550 U CN206783550 U CN 206783550U CN 201720615032 U CN201720615032 U CN 201720615032U CN 206783550 U CN206783550 U CN 206783550U
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Abstract
The utility model discloses a kind of High Building in Winter construction concrete curing device, including being laid in maintenance canopy and the pumping line attemperator to being incubated to the concrete pump pipe of current institute's construction floor pump concrete that temperature and humidity regulation equipment, branch in constructed skyscraper in current institute construction floor are stood on the outside of current institute's construction floor, temperature and humidity regulation equipment and maintenance canopy composition floor steam curing apparatus；Temperature and humidity regulation equipment includes horizontal steam delivery pipe, the first condensate ruturn pipe and multiple warm-air driers；Pumping line attemperator includes the outer steam pipeline of pump line, the pipe external thermal insulation structure being incubated to steam pipeline outside pump line and steam pipeline outside concrete pump pipe and pump line is coated to the outside clad structure being integrated.The utility model is simple in construction, it is reasonable in design and using it is easy to operate, using effect is good, can meet the humiture requirement of concrete curing during High Building in Winter construction, and can effective cold weather concrete pumping construction insulation problem.
Description
Technical field
The utility model belongs to technical field of building construction, more particularly, to a kind of High Building in Winter construction concrete
Curing means.
Background technology
Skyscraper refers to that house of the building height more than 27 meters and building height are more than 24m non-single-storey factory building, warehouse
With other civil buildings.At present, skyscraper is also referred to as framework and cut using frame structure and frame-shear structure, frame-shear structure mostly
Power wall construction.When winter constructs to frame structure and frame-shear structure, especially on cold ground of the mean temperature less than -10 DEG C
When area constructs, the influence of environment temperature and humidity to concrete construction quality is larger, thus in work progress, particularly mixed
Solidifying soil is poured with that in maintenance processes, corresponding heating and humidification measure need to be used, to ensure concrete construction quality.But now such as
The present, lack a kind of humidification device for being specially adapted for High Building in Winter construction, it is generally the case that equal formula is entered using spray pattern
Row air wetting, exist during practice of construction using complex operation, time-consuming, efficiency of construction is relatively low, humidifying effect is poor, can not
The problems such as realizing a wide range of effectively humidification.In addition, it is currently used heating and Insulation it is fairly simple, heating effect compared with
Difference, the problems such as efficiency of construction is relatively low, the construction period is long, concrete construction quality is poor be present during practice of construction.Meanwhile concrete
Pumping line also needs to use corresponding Insulation, to ensure that concrete normally conveys needs, and pumping height is met scene
The pumping height requirement of ground pump.
Utility model content
Technical problem to be solved in the utility model is to be directed to above-mentioned deficiency of the prior art, there is provided a kind of high-rise
Winter construction concrete curing device is built, its is simple in construction, reasonable in design and use is easy to operate, using effect is good, energy
Meet the humiture requirement of concrete curing during High Building in Winter construction, and can effective cold weather concrete pumping construction insulation
Problem.
In order to solve the above technical problems, the technical solution adopted in the utility model is：A kind of High Building in Winter construction is used
Concrete curing device, it is characterised in that：Including the humiture being laid in constructed skyscraper in current institute construction floor
Maintenance canopy that adjustment equipment, branch are stood on the outside of current institute's construction floor and to the coagulation of current institute's construction floor pump concrete
The pumping line attemperator that native pump line is incubated, the temperature and humidity regulation equipment and maintenance canopy composition floor steam curing dress
Put；
Institute's construction skyscraper is provided with multiple floors from the bottom to top, is entered between the two neighboring floor by floor
Row separates, and the floor is armoured concrete slab；Floor in multiple floors positioned at bottommost is bottom floor, current institute
The floor of construction floor bottom is bottom of the building plate；
The temperature and humidity regulation equipment includes horizontal steam delivery pipe, the immediately below the horizontal steam delivery pipe
The warm-air drier that one condensate ruturn pipe and multiple length directions along the first condensate ruturn pipe are laid from front to back, described first
Condensate ruturn pipe is in horizontal layout；First condensate ruturn pipe is located above the bottom of the building plate and it is along the bottom of the building plate
Surrounding sideline laid, the air inlet of each warm-air drier is connected with the horizontal steam delivery pipe and its delivery port
It is connected with the first condensate ruturn pipe；The horizontal steam delivery pipe includes the first steaming of the top on the left of the bottom of the building plate
Vapour delivery pipe and the second steam pipeline positioned at bottom of the building plate right side top, first steam pipeline and the second steam
Delivery pipe is in horizontal layout；It is cold that the 3rd steam pipeline, the 4th steam pipeline and second are provided with the bottom floor
Condensate return pipe, the 3rd steam pipeline, the 4th steam pipeline and second condensate ruturn pipe are in horizontal layout, institute
The venthole for stating the 3rd steam pipeline is connected by the 5th steam pipeline with the air intake of the first steam pipeline, and described
The venthole of four steam pipelines is connected by the 6th steam pipeline with the air intake of the second steam pipeline, and the first condensation
The delivery port of water return pipe is connected by the 3rd condensate ruturn pipe with the water inlet of the second condensate ruturn pipe, and the described 5th steams
Vapour delivery pipe, the 6th steam pipeline and the 3rd condensate ruturn pipe are in vertically to laying；3rd steam pipeline and
The air intake of 4th steam pipeline is connected with the steam supply mouth of steam boiler, the delivery port of second condensate ruturn pipe with
The water inlet connection of condensate return case, the delivery port of the condensate return case pass through feed pipe and the water inlet of steam boiler
Connection；
The pumping line attemperator includes the outer steam pipeline of pump line, steam pipeline outside the pump line is incubated
Pipe external thermal insulation structure and coat the outside that steam pipeline cladding is integrated outside the concrete pump pipe and the pump line tie
Structure, the pipe external thermal insulation structure are coated on the inner thermal insulating layer on the outside of the outer steam pipeline of the pump line and are coated on inside holding
The external coating in layer outside, the inner thermal insulating layer are the guarantor formed by being coated on the rock wool outside the pump line on the outside of steam pipeline
Warm layer, the external coating are the clad formed by being coated on the malthoid on the outside of inner thermal insulating layer；The outside clad structure bag
Include external thermal insulation and the waterproof layer being coated on the outside of external thermal insulation, the outer steam pipeline of the concrete pump pipe, the pump line and
The pipe external thermal insulation structure is wrapped in external thermal insulation；
The concrete pump pipe is included positioned at the first pumping line of current institute's construction floor left side lower section and positioned at current institute
Second pumping line of construction floor lower right-hand side, first pumping line and the second pumping line are in vertically to laying；
The pumping line attemperator includes the first pumping line attemperator for being incubated to the first pumping line and to the
Two pumping lines carry out being incubated the second pumping line attemperator, and the outer steam of the pump line in the first pumping line attemperator is defeated
Send the steam pipelines of Guan Wei five, the outer steam pipeline of the pump line in the first pumping line attemperator is the 6th steam
Delivery pipe.
A kind of above-mentioned High Building in Winter construction concrete curing device, it is characterized in that：The external coating passes through more
Outside the pump line on steam pipeline, the external thermal insulation is existed road tied silk banding fixed by tied silk banding fixed described in multiple tracks
The concrete pump pipe and pipe external thermal insulation structure outside.
A kind of above-mentioned High Building in Winter construction concrete curing device, it is characterized in that：The thickness of the inner thermal insulating layer
For 40mm~60mm.
A kind of above-mentioned High Building in Winter construction concrete curing device, it is characterized in that：Pass through on the outside of the waterproof layer
Winding adhesive tape is closed.
A kind of above-mentioned High Building in Winter construction concrete curing device, it is characterized in that：The waterproof layer is plastic layer.
A kind of above-mentioned High Building in Winter construction concrete curing device, it is characterized in that：The external thermal insulation is insulation
Cloth integument or cotton-wadded quilt integument.
A kind of above-mentioned High Building in Winter construction concrete curing device, it is characterized in that：Institute's construction skyscraper middle position
It is provided with each floor below current institute's construction floor respectively for the 5th steam pipeline, the 6th steam pipeline and the 3rd
The first Pipe installing hole, second pipe mounting hole and the 3rd Pipe installing hole that condensate ruturn pipe passes through；5th steam
Delivery pipe passes with the first pumping line out of first Pipe installing hole, the 6th steam pipeline and the second pumping line from
Passed in second pipe mounting hole.
A kind of above-mentioned High Building in Winter construction concrete curing device, it is characterized in that：The cross section of the maintenance canopy
For rectangle and it include branch stand on the building plate outer side support frame and the canopy body heat-insulation layer being coated on the outside of support frame as described above.
A kind of above-mentioned High Building in Winter construction concrete curing device, it is characterized in that：The canopy body heat-insulation layer includes
By being laid in the internal layer insulation construction and be laid on the outside of the internal layer insulation construction that the heat insulating cloth on the outside of support frame as described above formed
Protection network.
A kind of above-mentioned High Building in Winter construction concrete curing device, it is characterized in that：Also include multiple respectively to working as
The temperature detecting unit and multiple difference that the environment temperature of multiple temperature-humidity monitoring points is detected in real time in preceding institute's construction floor
The humidity detection unit detected in real time to the ambient humidity of multiple temperature-humidity monitoring points, multiple temperature detection lists
First and multiple humidity detection units are connected with temperature and humidity controller.
The utility model has advantages below compared with prior art：
1st, simple in construction and reasonable in design, input cost is relatively low.
2nd, installation is laid convenient, is readily disassembled.
3rd, it is good using easy to operate and using effect, humiture equipment is laid in institute's construction floor, energy is easy, is rapidly completed
Temperature and humidity regulation process in skyscraper in current institute construction floor, and humiture effect is good, while constructed currently
The vertical maintenance canopy of floor lateral branch, and the pump to being incubated to the concrete pump pipe of current institute's construction floor pump concrete is set
Pipe attemperator is sent, concrete pump pipe environment temperature can be effectively ensured and be in isoperibol and more than 20 DEG C, can meet that pumping is mixed
Coagulating the normal conveying of soil needs, and pumping height meets the pumping height requirement of live ground pump, thus can effectively solve existing
Heating and complex operation existing for humidification method, efficiency of construction is relatively low, the construction period is long, concrete construction quality is poor etc. asks
Topic, can meet concreting in cold-weather requirement, and can effectively ensure the concrete construction quality of winter floor, should be able to mutually improve the winter
Season floor efficiency of construction.
In summary, the utility model is simple in construction, reasonable in design and use is easy to operate, using effect is good, can meet
The humiture requirement of concrete curing when High Building in Winter is constructed, and can the insulation of effectively cold weather concrete pumping construction ask
Topic.
Below by drawings and examples, the technical solution of the utility model is described in further detail.
Brief description of the drawings
Fig. 1 is use state reference chart of the utility model in addition to canopy is conserved.
Fig. 2 is the structural representation of the utility model the first pumping line attemperator.
Fig. 3 is the layout position illustration that the utility model conserves canopy.
Fig. 4 is schematic block circuit diagram of the present utility model.
Description of reference numerals:
1-floor；The condensate ruturn pipes of 2-1-first；
The condensate ruturn pipes of 2-2-second；The condensate ruturn pipes of 2-3-the 3rd；3-warm-air drier；
The steam pipelines of 4-1-first；The steam pipelines of 4-2-the 3rd；
The steam pipelines of 4-3-the 5th；The steam pipelines of 5-1-second；
The steam pipelines of 5-2-the 4th；The steam pipelines of 5-3-the 6th；
The Pipe installings of 6-1-first hole；6-2-second pipe mounting hole；
The Pipe installing holes of 6-3-the 3rd；7-steam boiler；
8-condensate return case；9-1-temperature detecting unit；
9-2-humidity detection unit；10-temperature controller；
11-1-upper bracket；11-2-lower carriage；12-horizontal base；
13-steam suppling tube；14-flow control valve；
The pumping lines of 15-1-first；The pumping lines of 15-2-second；16-maintenance canopy；
17-3-inner thermal insulating layer；17-4-external coating；
17-5-external thermal insulation；17-6-waterproof layer；
18-pumping line attemperator.
Embodiment
As shown in Figure 1, Figure 2 and Figure 3, the utility model includes being laid in constructed skyscraper current institute construction floor
Maintenance canopy 16 that interior temperature and humidity regulation equipment, branch are stood on the outside of current institute's construction floor and to current institute's construction floor pump
Send the pumping line attemperator 18 that the concrete pump pipe of concrete is incubated, the temperature and humidity regulation equipment and 16 groups of canopy of maintenance
Into floor steam curing apparatus；
Institute's construction skyscraper is provided with multiple floors from the bottom to top, passes through floor 1 between the two neighboring floor
It is separated, the floor 1 is armoured concrete slab；Floor in multiple floors positioned at bottommost is bottom floor, when
The floor 1 of preceding institute's construction floor bottom is bottom of the building plate；
The temperature and humidity regulation equipment includes horizontal steam delivery pipe, the immediately below the horizontal steam delivery pipe
The warm-air drier 3 that one condensate ruturn pipe 2-1 and multiple length directions along the first condensate ruturn pipe 2-1 are laid from front to back,
The first condensate ruturn pipe 2-1 is in horizontal layout；The first condensate ruturn pipe 2-1 be located above the bottom of the building plate and
Its surrounding sideline along the bottom of the building plate is laid, and the air inlet of each warm-air drier 3 conveys with the horizontal steam
Pipe is connected and its delivery port is connected with the first condensate ruturn pipe 2-1；The horizontal steam delivery pipe includes being located at the building
First steam pipeline 4-1 of top and the second steam pipeline 5-1 positioned at bottom of the building plate right side top, institute on the left of bottom plate
It is in horizontal layout to state the first steam pipeline 4-1 and the second steam pipeline 5-1；The 3rd steaming is provided with the bottom floor
Vapour delivery pipe 4-2, the 4th steam pipeline 5-2 and the second condensate ruturn pipe 2-2, the 3rd steam pipeline 4-2, the 4th
Steam pipeline 5-2 and the second condensate ruturn pipe 2-2 is in horizontal layout, the venthole of the 3rd steam pipeline 4-2
It is connected by the 5th steam pipeline 4-3 with the first steam pipeline 4-1 air intake, the 4th steam pipeline 5-2's
Venthole is connected by the 6th steam pipeline 5-3 with the second steam pipeline 5-1 air intake, and the first condensate ruturn pipe
2-1 delivery port is connected by the 3rd condensate ruturn pipe 2-3 with the second condensate ruturn pipe 2-2 water inlet, and the described 5th
Steam pipeline 4-3, the 6th steam pipeline 5-3 and the 3rd condensate ruturn pipe 2-3 are in vertically to laying；Described 3rd steams
Steam supply mouth of vapour delivery pipe 4-2 and the 4th steam pipeline the 5-2 air intake with steam boiler 7 is connected, second condensation
Water return pipe 2-2 delivery port is connected with the water inlet of condensate return case 8, and the delivery port of the condensate return case 8 passes through
Feed pipe is connected with the water inlet of steam boiler 7；
The pumping line attemperator 18 includes the outer steam pipeline of pump line, steam pipeline outside the pump line is protected
The pipe external thermal insulation structure of temperature and the outside cladding for being integrated steam pipeline cladding outside the concrete pump pipe and the pump line
Structure, the pipe external thermal insulation structure are coated on the inner thermal insulating layer 17-3 on the outside of the outer steam pipeline of the pump line and are coated on
External coating 17-4, the inner thermal insulating layer 17-3 on the outside of inner thermal insulating layer 17-3 are by being coated on steam pipeline outside the pump line
The heat-insulation layer that the rock wool in outside is formed, the external coating 17-4 are what is formed by being coated on the malthoid on the outside of inner thermal insulating layer 17-3
Clad；The outside clad structure includes external thermal insulation 5 and the waterproof layer 17-6 being coated on the outside of external thermal insulation 17-5, institute
State the outer steam pipeline of concrete pump pipe, the pump line and the pipe external thermal insulation structure is wrapped in external thermal insulation 17-5；
The concrete pump pipe includes on the left of current institute's construction floor the first pumping line 15-1 of lower section and positioned at working as
Second pumping line 15-2, the first pumping line 15-1 and the second pumping line 15-2 of preceding institute's construction floor lower right-hand side is in perpendicular
Directly to laying；
The pumping line attemperator 18 includes the first pumping line attemperator being incubated to the first pumping line 15-1
With the second pumping line 15-2 is carried out to be incubated the second pumping line attemperator, the pump in the first pumping line attemperator
The outer steam pipeline of pipe is the 5th steam pipeline 4-3, and steam is defeated outside for the pump line in the first pumping line attemperator
Send the steam pipeline 5-3 of Guan Wei six.
In the present embodiment, external coating 17-4 steam pipelines outside the pump line by multiple tracks tied silk banding fixed
On, the external thermal insulation 17-5 is by tied silk banding fixed described in multiple tracks in the concrete pump pipe and the pipe external thermal insulation structure
Outside.
Also, length direction of the tied silk described in multiple tracks along steam pipeline outside the pump line is laid from front to back.
In the present embodiment, the thickness of the inner thermal insulating layer 17-3 is 40mm~60mm.
During practice of construction, the thickness of the inner thermal insulating layer 17-3 can be adjusted accordingly according to specific needs.
In the present embodiment, closed on the outside of the waterproof layer 17-6 by winding adhesive tape.
In the present embodiment, the waterproof layer 17-6 is plastic layer.
During actual use, the waterproof layer 6 can also use other kinds of waterproof construction.
In the present embodiment, the external thermal insulation 17-5 is heat insulating cloth integument or cotton-wadded quilt integument.
When being constructed to the pumping line attemperator, first outside cage walls are being obtained with steam pipeline outside the pump line
External thermal insulation structure, then be by the concrete pump pipe and steam pipeline cladding outside the pump line by the outside clad structure
One.
During actual progress concrete pumping, steam conveys outside the pump line being integrated with concrete pump pipe cladding
Under the high temperature action of pipe, the Insulation in combination with steam pipeline outside the concrete pump pipe and the pump line is inside holding
Layer 17-3 and external thermal insulation 17-5, the concrete pump pipe environment temperature can be effectively ensured and be in isoperibol and more than 20 DEG C,
The normal conveying needs of pump concrete can be met, and pumping height meets the pumping height requirement of live ground pump.
In the present embodiment, it is provided with each floor 1 in institute's construction skyscraper below current institute's construction floor point
Gong not the first pipeline peace for passing through of the 5th steam pipeline 4-3, the 6th steam pipeline 5-3 and the 3rd condensate ruturn pipe 2-3
Fill hole 6-1, second pipe mounting hole 6-2 and the 3rd Pipe installing hole 6-3；The pumpings of the 5th steam pipeline 4-3 and first
Pipe 15-1 passes out of first Pipe installing hole 6-1, and the 6th steam pipeline 5-3 and the second pumping line 15-2 are from
Passed in two Pipe installing hole 6-2.
As shown in figure 3, the cross section of the maintenance canopy 16 for rectangle and it include propping up and stand on the branch of the building plate outer side
Support and the canopy body heat-insulation layer being coated on the outside of support frame as described above.
In the present embodiment, the canopy body heat-insulation layer includes the internal layer formed by being laid in the heat insulating cloth on the outside of support frame as described above
Insulation construction and the protection network being laid on the outside of the internal layer insulation construction.
As shown in figure 4, the utility model is also including multiple respectively to multiple temperature-humidity monitoring points in current institute's construction floor
The temperature detecting unit 9-1 that is detected in real time of environment temperature and multiple respectively to the environment of multiple temperature-humidity monitoring points
The humidity detection unit 9-2, multiple temperature detecting unit 9-1 and multiple Humidity Detection lists that humidity is detected in real time
First 9-2 is connected with temperature and humidity controller 10.
In the present embodiment, by multiple by up on the outside of first pipe insulating layer and the second pipe heat-insulation layer
The tied silk of lower laying carries out colligation, and the 5th steam pipeline 4-3 and the first pumping line 15-1 are protected by first pipeline
Warm layer and the binding of multiple tied silks are integrated, and the 6th steam pipeline 5-3 and the second pumping line 15-2 pass through described the
Two pipe insulating layers and multiple tied silk bindings are integrated.
In the present embodiment, the air intake of the 3rd steam pipeline 4-2 and the 4th steam pipeline 5-2 supplies with steam
Venthole to pipe 13 is connected, and the air intake of the steam suppling tube 13 is connected with the steam supply mouth of steam boiler 7, and the steam supplies
It is in horizontal layout to pipe 13.
Meanwhile flow control valve 14 is housed on the steam suppling tube 13.
In the present embodiment, the flow control valve 14 is controlled by temperature and humidity controller 10 and itself and temperature and humidity controller
10 connections.
In the present embodiment, the first condensate ruturn pipe 2-1, the first steam pipeline 4-1 and the second steam pipeline
5-1 is supported on the bottom of the building plate by multiple upper bracket 11-1 laid from front to back.
The bottom floor is supported on horizontal base 12, and the horizontal base 12 is reinforced concrete foundation.Described
Three steam pipeline 4-2, the 4th steam pipeline 5-2 and the second condensate ruturn pipe 2-2 are laid from front to back by multiple
Lower carriage 11-2 be supported on horizontal base 12.
In the present embodiment, the upper bracket 11-1 and lower carriage 11-2 are Steel bar rack, the upper bracket 11-1 bottoms
It is embedded in the bottom of the building plate, the lower carriage 11-2 bottoms are embedded in horizontal base 12.
In the present embodiment, the steam boiler 7 and condensate return case 8 are laid in the bottom floor.
During actual installation, phase can be carried out to the installation position of steam boiler 7 and condensate return case 8 according to specific needs
It should adjust.
During actual use, high-temperature steam caused by the steam boiler 7 delivers to the first steam pipeline 4-1 and second respectively
Steam pipeline 5-1, and each warm-air drier 3 is delivered to by the first steam pipeline 4-1 and the second steam pipeline 5-1, then by warming up
High-temperature steam is converted into high temperature air and is heated and humidified by blower fan 3；During use, caused condensed water is through the first condensation
Condensate return case 8 is back to after water return pipe 2-1, the 3rd condensate ruturn pipe 2-3 and the second condensate ruturn pipe 2-2.
During use, by multiple temperature detecting unit 9-1 to multiple described warm and humid in current institute's construction floor
The temperature of degree monitoring point is detected in real time respectively, and by testing result synchronous driving to temperature and humidity controller 10；Meanwhile pass through
Multiple humidity detection unit 9-2 carry out reality respectively to the humidity of multiple temperature-humidity monitoring points in current institute's construction floor
When detect, and by testing result synchronous driving to temperature and humidity controller 10；The temperature and humidity controller 10 is by controlling flow to adjust
Easy, quick regulation can be carried out to the supply flow rate of high-temperature steam by saving valve 14, thus humiture process control is easy, the control
Process is conventional Temperature and Humidity Control process, and temperature and humidity controller 10 is conventional Temperature and Humidity Control chip.
As shown in the above, the height of steam pipeline outside the pump line being integrated is being coated with the concrete pump pipe
Under temperature effect, in combination with Insulation (the i.e. inner thermal insulating layer 17- of steam pipeline outside the concrete pump pipe and the pump line
3 and external thermal insulation 17-5), it is ensured that the molding temperature of institute's pump concrete, and pumping height requirement can be met；Meanwhile combining
Currently the maintenance canopy 16 on the outside of institute's construction floor and the temperature and humidity regulation equipment being laid in current institute's construction floor, to pouring
Concrete afterwards is conserved, it is ensured that concrete construction quality.
It is described above, only it is preferred embodiment of the present utility model, not the utility model is imposed any restrictions, every
Any simple modification, change and the equivalent structure change made according to the utility model technical spirit to above example, still
Belong in the protection domain of technical solutions of the utility model.
Claims (10)
- A kind of 1. High Building in Winter construction concrete curing device, it is characterised in that：Built including being laid in constructed high level Build the temperature and humidity regulation equipment in current institute's construction floor, the maintenance canopy (16) that branch is stood on the outside of current institute's construction floor and right The pumping line attemperator (18) being incubated to the concrete pump pipe of current institute's construction floor pump concrete, the humiture Adjustment equipment and maintenance canopy (16) composition floor steam curing apparatus；Institute's construction skyscraper is provided with multiple floors from the bottom to top, is entered between the two neighboring floor by floor (1) Row separates, and the floor (1) is armoured concrete slab；Floor in multiple floors positioned at bottommost is bottom floor, when The floor (1) of preceding institute's construction floor bottom is bottom of the building plate；The temperature and humidity regulation equipment includes horizontal steam delivery pipe, first immediately below the horizontal steam delivery pipe cold The warm-air drier that condensate return pipe (2-1) and multiple length directions along the first condensate ruturn pipe (2-1) are laid from front to back (3), first condensate ruturn pipe (2-1) is in horizontal layout；First condensate ruturn pipe (2-1) is located at the bottom of the building Above plate and its surrounding sideline along the bottom of the building plate is laid, the air inlet of each warm-air drier (3) with the water Flat steam pipeline is connected and its delivery port is connected with the first condensate ruturn pipe (2-1)；The horizontal steam delivery pipe bag Include the first steam pipeline (4-1) of top on the left of the bottom of the building plate and steamed positioned at the second of bottom of the building plate right side top Vapour delivery pipe (5-1), first steam pipeline (4-1) and the second steam pipeline (5-1) are in horizontal layout；The bottom The 3rd steam pipeline (4-2), the 4th steam pipeline (5-2) and the second condensate ruturn pipe (2-2) are provided with portion's floor, 3rd steam pipeline (4-2), the 4th steam pipeline (5-2) and the second condensate ruturn pipe (2-2) are in horizontal cloth If the venthole of the 3rd steam pipeline (4-2) passes through the 5th steam pipeline (4-3) and the first steam pipeline (4- 1) air intake connection, the venthole of the 4th steam pipeline (5-2) are steamed by the 6th steam pipeline (5-3) and second The air intake connection of vapour delivery pipe (5-1), and the delivery port of the first condensate ruturn pipe (2-1) passes through the 3rd condensate ruturn pipe (2-3) is connected with the water inlet of the second condensate ruturn pipe (2-2), the 5th steam pipeline (4-3), the conveying of the 6th steam It is in vertically to laying to manage (5-3) and the 3rd condensate ruturn pipe (2-3)；3rd steam pipeline (4-2) and the 4th is steamed Steam supply mouth of the air intake of vapour delivery pipe (5-2) with steam boiler (7) is connected, second condensate ruturn pipe (2-2) Delivery port is connected with the water inlet of condensate return case (8), and the delivery port of the condensate return case (8) passes through feed pipe and steaming The water inlet connection of boiler furnace (7)；The pumping line attemperator (18) includes the outer steam pipeline of pump line, steam pipeline outside the pump line is incubated Pipe external thermal insulation structure and coat the outside that steam pipeline cladding is integrated outside the concrete pump pipe and the pump line tie Structure, the pipe external thermal insulation structure are coated on the inner thermal insulating layer (17-3) on the outside of the outer steam pipeline of the pump line and are coated on External coating (17-4) on the outside of inner thermal insulating layer (17-3), the inner thermal insulating layer (17-3) are by being coated on steam outside the pump line The heat-insulation layer that rock wool on the outside of delivery pipe is formed, the external coating (17-4) are by being coated on the outside of inner thermal insulating layer (17-3) The clad that malthoid is formed；The outside clad structure includes external thermal insulation (5) and is coated on the outside of external thermal insulation (17-5) Waterproof layer (17-6), the outer steam pipeline of the concrete pump pipe, the pump line and the pipe external thermal insulation structure are wrapped in outer In heat-insulation layer (17-5)；The concrete pump pipe is included positioned at the first pumping line (15-1) of current institute's construction floor left side lower section and positioned at current The second pumping line (15-2) of institute's construction floor lower right-hand side, first pumping line (15-1) and the second pumping line (15-2) are equal In vertically to laying；The pumping line attemperator (18) includes the first pumping line attemperator being incubated to the first pumping line (15-1) With the second pumping line (15-2) is carried out to be incubated the second pumping line attemperator, it is described in the first pumping line attemperator The outer steam pipeline of pump line be the 5th steam pipeline (4-3), steaming outside the pump line in the first pumping line attemperator Vapour delivery pipe is the 6th steam pipeline (5-3).
- 2. according to a kind of High Building in Winter construction concrete curing device described in claim 1, it is characterised in that：It is described External coating (17-4) by multiple tracks tied silk banding fixed outside the pump line on steam pipeline, the external thermal insulation (17-5) By tied silk banding fixed described in multiple tracks on the outside of the concrete pump pipe and the pipe external thermal insulation structure.
- 3. according to a kind of High Building in Winter construction concrete curing device described in claim 1 or 2, it is characterised in that： The thickness of the inner thermal insulating layer (17-3) is 40mm~60mm.
- 4. according to a kind of High Building in Winter construction concrete curing device described in claim 1 or 2, it is characterised in that： Closed on the outside of the waterproof layer (17-6) by winding adhesive tape.
- 5. according to a kind of High Building in Winter construction concrete curing device described in claim 1 or 2, it is characterised in that： The waterproof layer (17-6) is plastic layer.
- 6. according to a kind of High Building in Winter construction concrete curing device described in claim 1 or 2, it is characterised in that： The external thermal insulation (17-5) is heat insulating cloth integument or cotton-wadded quilt integument.
- 7. according to a kind of High Building in Winter construction concrete curing device described in claim 1 or 2, it is characterised in that： It is provided with each floor (1) below current institute's construction floor in institute's construction skyscraper and supplies the 5th steam pipeline respectively The first Pipe installing hole (6-1) that (4-3), the 6th steam pipeline (5-3) and the 3rd condensate ruturn pipe (2-3) pass through, Two Pipe installing holes (6-2) and the 3rd Pipe installing hole (6-3)；5th steam pipeline (4-3) and the first pumping line (15-1) passes out of first Pipe installing hole (6-1), the 6th steam pipeline (5-3) and the second pumping line (15-2) Passed out of second pipe mounting hole (6-2).
- 8. according to a kind of High Building in Winter construction concrete curing device described in claim 1 or 2, it is characterised in that： The cross section of the maintenance canopy (16) for rectangle and it include branch and stand on the support frame of the building plate outer side and described in being coated on Canopy body heat-insulation layer on the outside of support frame.
- 9. according to a kind of High Building in Winter construction concrete curing device described in claim 8, it is characterised in that：It is described Canopy body heat-insulation layer is included by being laid in the internal layer insulation construction and be laid in described interior that the heat insulating cloth on the outside of support frame as described above formed Protection network on the outside of layer insulation construction.
- 10. according to a kind of High Building in Winter construction concrete curing device described in claim 1 or 2, it is characterised in that： Also include multiple temperature detected in real time to the environment temperature of multiple temperature-humidity monitoring points in current institute's construction floor respectively Detection unit (9-1) and multiple Humidity Detections detected in real time to the ambient humidity of multiple temperature-humidity monitoring points respectively Unit (9-2), multiple temperature detecting units (9-1) and multiple humidity detection units (9-2) are and Temperature and Humidity Control Device (10) connects.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201720615032.1U CN206783550U (en) | 2017-05-27 | 2017-05-27 | A kind of High Building in Winter construction concrete curing device |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720615032.1U CN206783550U (en) | 2017-05-27 | 2017-05-27 | A kind of High Building in Winter construction concrete curing device |
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| CN206783550U true CN206783550U (en) | 2017-12-22 |
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| CN201720615032.1U Expired - Fee Related CN206783550U (en) | 2017-05-27 | 2017-05-27 | A kind of High Building in Winter construction concrete curing device |
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Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110593263A (en) * | 2019-09-20 | 2019-12-20 | 中电建十一局工程有限公司 | Construction method for overwintering protection of foundation pit concrete in severe cold region |
| CN110847619A (en) * | 2019-11-29 | 2020-02-28 | 中铁建设集团有限公司 | Concrete curing device and method for high-rise building |
| CN111763099A (en) * | 2020-08-04 | 2020-10-13 | 陕西建工集团股份有限公司 | Low-temperature hot water maintenance system for profiled steel sheet composite floor slab and winter construction method |
| CN113580318A (en) * | 2021-08-10 | 2021-11-02 | 河北工业大学 | On-site 3D printing system suitable for cold environment |
-
2017
- 2017-05-27 CN CN201720615032.1U patent/CN206783550U/en not_active Expired - Fee Related
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110593263A (en) * | 2019-09-20 | 2019-12-20 | 中电建十一局工程有限公司 | Construction method for overwintering protection of foundation pit concrete in severe cold region |
| CN110847619A (en) * | 2019-11-29 | 2020-02-28 | 中铁建设集团有限公司 | Concrete curing device and method for high-rise building |
| CN111763099A (en) * | 2020-08-04 | 2020-10-13 | 陕西建工集团股份有限公司 | Low-temperature hot water maintenance system for profiled steel sheet composite floor slab and winter construction method |
| CN111763099B (en) * | 2020-08-04 | 2023-12-15 | 陕西建工集团股份有限公司 | Low-temperature hot water maintenance system and winter construction method for profiled steel sheet composite floor slab |
| CN113580318A (en) * | 2021-08-10 | 2021-11-02 | 河北工业大学 | On-site 3D printing system suitable for cold environment |
| CN113580318B (en) * | 2021-08-10 | 2022-12-23 | 河北工业大学 | On-site 3D printing system suitable for cold environment |
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Granted publication date: 20171222 |