CN208168402U - Windproof thermal insulation shed for piping lane winter construction - Google Patents

Abstract

The utility model discloses a kind of Windproof thermal insulation sheds for piping lane winter construction, it includes that the piping lane more piece mixing piles vertically arranged along piping lane channel direction are arranged in, and the mixing pile forms one of vertical windproof pedestal；Between the mixing pile of two sides, multiple arches are equipped with above mixing pile, arch and mixing pile form the roof insulating skeleton that middle part has arcuate channels, be equipped with insulation greenhouse cloth between adjacent arch；The left and right ends of the arch can be slided and position along the length direction of ipsilateral windproof pedestal respectively, every two or three arches being disposed adjacent form an arch component, wherein at least one arch component can be overlapped after the Slideslip towards adjacent arch component, and a construction window is formed after sliding；The anti-air curtain for sealing arcuate channels in the middle part of roof insulating skeleton is mounted on being located at rear and front end arch, the anti-air curtain opens arcuate channels after capable of sliding on arch.The Windproof thermal insulation shed for piping lane winter construction that the utility model obtains can seal piping lane construction site in piping lane winter construction, it is ensured that the maintenance quality of piping lane concrete.

Description

Windproof thermal insulation shed for piping lane winter construction

Technical field

The utility model relates to a kind of process for protecting of piping lane construction, and in particular to a kind of for the anti-of piping lane winter construction Wind roof insulating.

Background technique

Enter winter construction lower than 5 °C when the continuous 5d of outdoor daily mean temperature stablizes, when winter construction, to prevent coagulation Frost damage after the completion of soil pours prevents the too fast loss of its internal temperature, and need to take measures the radix saposhnikoviae and heat preservation that carry out winter, To guarantee the lasting rising of Pipe rack concrete strength.

Currently, mainly concrete is kept the temperature by covering one layer of heat preservation film on concrete when piping lane winter construction, This heat preserving mode can only play a role top plate, not can guarantee the temperature needed for it then to side wall, bottom plate.It is asked for above-mentioned Topic, applicant considers to utilize a kind of roof insulating of greenhouse principle combination solar energy heat absorbing Technology design, by roof insulating by piping lane four A direction packet prevents wind convection current from taking away heat in confined space, while big to guarantee using the solar absorption heat on daytime Temperature of shed is able to satisfy the lasting rising of concrete strength, guarantees construction quality and progress.Currently, not yet using guarantor in construction The mode of warm canopy carries out radix saposhnikoviae and heat preservation, and existing roof insulating is limited only to green house of vegetables, but the canopy body of green house of vegetables Be fixed, ceiling cannot carry out opening and closing, and at the construction field (site) in, it is often necessary to by from ceiling lifting tubes etc. Building materials, therefore, being badly in need of a kind of ceiling can be opened and closed and energy-saving and environment-friendly Windproof thermal insulation shed.

Summary of the invention

In view of the above shortcomings of the prior art, technical problem to be solved in the utility model is：One kind how is provided to answer During winter construction, the concrete internal temperature for pouring piping lane loses a kind of too fast radix saposhnikoviae for piping lane winter construction Roof insulating.

In order to solve the above-mentioned technical problem, the utility model uses the following technical solution：

A kind of Windproof thermal insulation shed for piping lane winter construction, which is characterized in that it includes being arranged in piping lane installation site The two sides and more piece mixing piles vertically arranged along piping lane channel direction, mixing pile stake bottom are placed under piping lane foundation pit, every side is stirred It mixes stake to be disposed adjacent, forms one of vertical windproof pedestal；Between the mixing pile of two sides, multiple arches are equipped with above mixing pile Frame, arch and mixing pile form the roof insulating skeleton that middle part has arcuate channels, and muti-piece head and the tail are equipped between adjacent arch The insulation greenhouse cloth to connect；The left and right ends of the arch can be formed by the length side of windproof pedestal along ipsilateral mixing pile respectively To sliding and position, the axial height for the arch that every two or three or three or more are disposed adjacent is equal, forms an arch Component, wherein at least one arch component can be overlapped after the Slideslip towards adjacent arch component, and be formed after sliding One construction window；The radix saposhnikoviae for sealing arcuate channels in the middle part of roof insulating skeleton is mounted on being located at rear and front end arch Curtain, the anti-air curtain open arcuate channels after capable of sliding on arch.It can taking for roof insulating by the way that windproof pedestal is arranged If providing installation site, simultaneously, additionally it is possible to play the role of side Windproof thermal insulation to the piping lane concrete under foundation pit；In roof insulating Arch and insulation greenhouse cloth play sealing and insulation effect to piping lane top, and anti-air curtain then plays sealing to piping lane rear and front end And insulation effect, so that piping lane concrete is sealed and is surrounded by entire roof insulating, on the one hand, can prevent cool exterior air enter and The original heat of concrete is taken away after cross-ventilation, on the other hand, insulation greenhouse cloth can play the role of heat preservation, heat absorption, further Improve the thermal environment of piping lane concrete.In addition, roof insulating middle arch rack slidably and is overlapped, for form can be pushed and pulled, mixed When solidifying soil pours, can front and back push and pull arch, roof insulating top is opened, a construction window is formed, to can ensure that concrete It normally pours, slides roof insulating after pouring again, roof insulating is sealed, adapt to the application requirement of piping lane difference construction period. Likewise, anti-air curtain is also able to achieve opening and folding, to walk after opening for worker, in the binding of piping lane reinforcing bar in coagulation After soil pours, closure heat preservation.

Further, the arch includes the arch bar formed after end to end by more curved rods, on a left side for arch bar Right both ends are fixedly connected with a crossbeam, and the reinforcement that more both ends are fixedly connected with crossbeam and arch bar respectively is equipped on crossbeam Bar is equipped with a pulley assembly in the left and right ends of each arch bar.In this way, the structure of arch is simple, the cunning of every side arch It is sister block structure there are two wheel is equal, the crossbeam on arch can be installed for anti-air curtain and provide position, and reinforcing rod can further increase The intensity of arch.

Further, the pulley assembly includes being fixed on the skidding bracket of arch bar end and being fixed on skidding bracket end The pulley at end, the skidding bracket are formed by a cross bar and a vertical bar fixation, and wherein one end is fixedly connected cross bar with vertical bar, It is L-shaped, the sliding brake block of locked reconciliation lockwheel is equipped on pulley.There are two skiddings for each pulley assembly tool, are sister block Structure.

Further, the axial height for the arch that every two or three or three or more are disposed adjacent is equal, forms one The axial height of arch component, arch component is gradually reduced from both sides to centre, the axial difference in height between adjacent arch component For the bar cross section diameter of arch bar in arch.

Further, setting and a hat isometric with it along its length are equipped in every side radix saposhnikoviae Chuck top Beam is embedded with the vertical steel plate that a roots and tops stretch out outside mixing pile and crown beam, in crown beam or mixing pile in every mixing pile Upper end is fixed in side slope embedded with an end and in angularly disposed anchor cable, in crown beam and vertical steel plate, towards pulley blocks The side of part is equipped with a sliding rail for pulley sliding, and the sliding rail is in U-shape, the length of sliding rail and the equal length of crown beam.

Further, multiple through-holes are equipped at intervals at the both ends of sliding rail, are equipped under one in the corresponding crown beam of through-hole Recessed groove, the through-hole are greater than the diameter of skidding.In this way, can be after by arch from centre to both sides sliding, pulley is encountering It after through-hole and groove, i.e., can be embedded in through-hole and groove, realize positioning.

Further, the insulation greenhouse cloth is black coating film piece or absorber plate.Black coating film piece and absorber plate absorb too The heat of sun after making insulation greenhouse cloth using above two material, can absorb part solar energy when daytime, and by the sun It can be discharged into canopy, promote the temperature in roof insulating.

Further, the anti-air curtain include be arranged on the arch of rear and front end and the offset plate that is completely closed and At least two pieces are mounted on the cord that can be slided on the arch crossbeam of rear and front end and along crossbeam length direction, on the top of every piece of cord End is equipped at intervals with multiple lassos, and the lasso is set on crossbeam.

Compared with prior art, the Windproof thermal insulation shed for piping lane winter construction that the utility model obtains has following excellent Point：

1, it before piping lane concreting, sets up roof insulating and seals piping lane construction site, it can be by four sides of piping lane To packet in confined space, prevent wind convection current from taking away heat, meanwhile, insulation greenhouse cloth uses black coating film piece, can absorb the sun Radiation guarantee that canopy temperature can satisfy concrete strength so as to which heat will be absorbed on daytime using insulation greenhouse cloth It is lasting to rise, guarantee construction quality and progress.Meanwhile Windproof thermal insulation shed can also be used as awning at rainy day, it is more in rainfall Area can accelerate construction progress.In addition, inside concrete reaction can generate the heat of hydration, concrete itself is also can be improved in the heat of hydration Temperature can preferably play heat preservation windbreak function therefore under internal heat, external heat absorption, the closed heat-insulated triple role of radix saposhnikoviae.

2, the arch in roof insulating slidably and is overlapped, for form can be pushed and pulled, when carrying out concreting, can before and after push away Arch is drawn, roof insulating top is opened, a construction window is formed, to can ensure that concrete normally pours, after pouring Roof insulating is slided again, and roof insulating is sealed.

3, the arch in Windproof thermal insulation shed uses lightweight steel construction, and from heavy and light, assembly and disassembly are convenient, can repeatedly utilize；It protects The self weight of warm tarpaulin is also light, easy for installation, repeatedly utilizes.

Detailed description of the invention

Fig. 1 is the positive structure schematic of Windproof thermal insulation shed in embodiment；

Fig. 2 is the top view of Windproof thermal insulation shed in embodiment；

Fig. 3 is the enlarged structure schematic diagram in the portion A in Fig. 1；

Fig. 4 is the structural schematic diagram of sliding rail in embodiment；

Fig. 5 is the structural schematic diagram of embodiment middle arch rack；

Fig. 6 is the mounting structure schematic diagram of cord in embodiment.

In figure：Windproof pedestal 1, support pile 11, fashioned iron 12, crown beam 13, anchor cable 14, sliding rail 2, pulley assembly 3, skidding bracket 31, pulley 32, arch 4, arch bar 41, crossbeam 42, reinforcing rod 43, insulation greenhouse cloth 5, arcuate channels 6, anti-air curtain 7, offset plate 71, Lasso 72, cord 73.

Specific embodiment

The present invention will be further described with reference to the accompanying drawings and examples.

Embodiment：

Windproof thermal insulation shed provided in this embodiment for piping lane winter construction, it includes being arranged in piping lane installation site two The side and more piece mixing piles 11 vertically arranged along piping lane channel direction, 11 bottoms of the mixing pile are placed under piping lane foundation pit, every side Mixing pile 11 is disposed adjacent, and forms one of vertical windproof pedestal 1；It is set between two sides mixing pile 11, above mixing pile 11 There are multiple arches 4, the left and right ends of the arch 4 can be formed by the length of windproof pedestal 1 along ipsilateral mixing pile 11 respectively Direction is slided and is positioned, and the axial height of arch 4 is gradually increased from centre to both sides, and arch 4 and mixing pile 11 form middle part Roof insulating skeleton with arcuate channels 6, when the arch 4 when middle part is slided under both sides arch 4 or is placed in two sides arch 4, A construction window is formed in the middle part of roof insulating；The end to end guarantor of muti-piece is fixed between the adjacent arch 4 of every two Warm tarpaulin 5 is mounted on the anti-air curtain 7 for sealing arcuate channels 6 in the middle part of roof insulating skeleton on being located at rear and front end arch 4, The anti-air curtain 7 can be opened from middle part to both sides or be opened from side to middle part, to open and close arcuate channels 6。

As shown in figure 5, arch 4 includes the arch bar 41 formed after end to end by more curved rods, in arch bar 41 Left and right ends are fixedly connected with a crossbeam 42, and it is fixed with crossbeam 42 and arch bar 41 respectively that more both ends are equipped on crossbeam 42 The reinforcing rod 43 of connection is equipped with a pulley assembly 3 in the left and right ends of each arch bar 41.

As shown in figure 3, pulley assembly 3 includes being fixed on the skidding bracket 31 of 41 end of arch bar and being fixed on skidding bracket The pulley 32 of end, the skidding bracket 31 are formed by a cross bar and a vertical bar fixation, and wherein one end is solid for cross bar and vertical bar Fixed connection, it is L-shaped, the brake block of locked reconciliation lockwheel sliding 32 is equipped on pulley 32.

In order to form a construction window, the arch that every two or three or three or more are disposed adjacent in the middle part of roof insulating 4 axial height is equal, forms an arch component, the axial height of arch component is gradually reduced from both sides to centre, adjacent Axial difference in height between arch component is the bar cross section diameter of arch bar 41 in arch.

As shown in Figure 1-Figure 3, every 1 top of side radix saposhnikoviae pedestal be equipped with one along its length setting and it is isometric with it Crown beam 13, the vertical steel plate 12 that a roots and tops stretch out outside mixing pile 11 and crown beam 13 is embedded in every mixing pile 11, It is fixed in side slope in crown beam 13 or 11 upper end of mixing pile embedded with an end and is in angularly disposed anchor cable 14, in crown beam and erected Side on steel plate, towards pulley assembly is equipped with a sliding rail 2 for pulley sliding, and the sliding rail 2 is in U-shape, sliding rail The equal length of length and crown beam.

As shown in figure 4, being equipped at intervals with multiple through-holes 21 at the both ends of sliding rail 2, set in the corresponding crown beam 13 of through-hole 21 There is a recessed groove, the through-hole 21 is greater than the diameter of skidding 32.The position of opening of left and right sides sliding rail 2 must be identical, And it is corresponding with 3 position of carriage on awning, so that it is guaranteed that carriage 3 can be trapped into when passing through.

Insulation greenhouse cloth 5 in the present embodiment is black coating film piece or absorber plate.Meanwhile it can also be in the arch for being located at rear and front end A solar energy heat absorbing device is installed on frame component, the heat output end of the heat sink protrudes into Windproof thermal insulation shed, by heat It is transmitted in canopy.Black coating film piece is flexible material, can be folded, in use, being used in the arch group for opening construction window On part.

As shown in Fig. 1, Fig. 6, anti-air curtain 7 includes that the offset plate on the arch 4 of rear and front end and being completely closed is arranged in 71 and at least two pieces cords that is mounted on the crossbeam 42 of rear and front end arch 4 and can be slided along 42 length direction of crossbeam 73, multiple lassos 72 are equipped at intervals on the top of every piece of cord 73, the lasso 72 is set on crossbeam 42.

Finally, it should be noted that above embodiments are merely intended for describing the technical solutions of the present application, but not for limiting the present application technology Scheme, although applicant is described in detail the utility model referring to preferred embodiment, those skilled in the art Should be appreciated that those, the technical solution of the present invention is modified or equivalently replaced, without departing from the technical program Objective and range should all cover in the scope of the claims of the utility model.

Claims (8)

1. a kind of Windproof thermal insulation shed for piping lane winter construction, which is characterized in that it includes being arranged in piping lane installation site two Side and the more piece mixing piles vertically arranged along piping lane channel direction（11）, the mixing pile（11）Stake bottom is placed under piping lane foundation pit, Every side mixing pile（11）It is disposed adjacent, forms one of vertical windproof pedestal（1）；In two sides mixing pile（11）Between, stirring Stake（11）Top is equipped with multiple arches（4）, arch（4）With mixing pile（11）Forming middle part has arcuate channels（6）Roof insulating Skeleton, in adjacent arch（4）Between the end to end insulation greenhouse cloth of muti-piece is installed（5）；The arch（4）Left and right ends energy Enough respectively along ipsilateral mixing pile（11）It is formed by windproof pedestal（1）Length direction slide and position, every two or three or Three or more the arches being disposed adjacent（4）Axial height it is equal, form an arch component, wherein at least one arch component It can be overlapped after a Slideslip towards adjacent arch component, and form a construction window after sliding；It is being located at front and back two End arch frame（4）On be mounted on arcuate channels in the middle part of roof insulating skeleton（6）The anti-air curtain of sealing（7）, the anti-air curtain（7）Energy Enough in arch（4）By arcuate channels after upper sliding（6）It opens.

2. the Windproof thermal insulation shed according to claim 1 for piping lane winter construction, which is characterized in that the arch（4） Including the arch bar formed after end to end by more curved rods（41）, in arch bar（41）Left and right ends be fixedly connected with one A crossbeam（42）, in crossbeam（42）Be equipped with more both ends respectively with crossbeam（42）And arch bar（41）The reinforcing rod being fixedly connected （43）, in each arch bar（41）Left and right ends be equipped with a pulley assembly（3）.

3. the Windproof thermal insulation shed according to claim 2 for piping lane winter construction, which is characterized in that the pulley assembly （3）Including being fixed on arch bar（41）The skidding bracket of end（31）With the pulley for being fixed on skidding stent ends（32）, described Skidding bracket（31）It being formed by a cross bar and a vertical bar fixation, wherein one end is fixedly connected cross bar with vertical bar, and it is L-shaped, Pulley（32）It is sliding to be equipped with locked reconciliation lockwheel（32）Brake block.

4. the Windproof thermal insulation shed according to claim 2 for piping lane winter construction, which is characterized in that every two or three Or three or more the arches being disposed adjacent（4）Axial height it is equal, form an arch component, the axial height of arch component It is gradually reduced from both sides to centre, the axial difference in height between adjacent arch component is arch bar in arch（41）Bar cross section Diameter.

5. the Windproof thermal insulation shed according to claim 3 for piping lane winter construction, which is characterized in that in every side radix saposhnikoviae base Seat（1）Top is equipped with setting and a crown beam isometric with it along its length（13）, in every mixing pile（11）It is interior equal It is embedded with a roots and tops and stretches out mixing pile（11）And crown beam（13）Outer vertical steel plate（12）, in crown beam（13）Or mixing pile（11） Upper end is fixed in side slope embedded with an end and in angularly disposed anchor cable（14）, in crown beam and vertical steel plate, towards cunning The side of wheel assembly is equipped with a sliding rail for pulley sliding（2）, the sliding rail（2）It is in U-shape, the length of sliding rail and crown beam Equal length.

6. the Windproof thermal insulation shed according to claim 5 for piping lane winter construction, which is characterized in that in sliding rail（2）'s Both ends are equipped at intervals with multiple through-holes（21）, in through-hole（21）Corresponding crown beam（13）It is equipped with a recessed groove, it is described Through-hole（21）Greater than skidding（32）Diameter.

7. -5 Windproof thermal insulation shed for being used for piping lane winter construction described in any one according to claim 1, which is characterized in that institute State insulation greenhouse cloth（5）For black coating film piece or absorber plate.

8. being used for the Windproof thermal insulation shed of piping lane winter construction according to claim 2-5 any one, which is characterized in that institute State anti-air curtain（7）Arch including rear and front end is arranged in（4）The offset plate gone up and be completely closed（71）And at least two pieces It is mounted on rear and front end arch（4）Crossbeam（42）It above and can be along crossbeam（42）The cord of length direction sliding（73）, every Block cord（73）Top be equipped at intervals with multiple lassos（72）, the lasso（72）It is set in crossbeam（42）On.