CN208652709U - A kind of folding ground air conditioner device and its splicing auxiliary material - Google Patents
A kind of folding ground air conditioner device and its splicing auxiliary material Download PDFInfo
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- CN208652709U CN208652709U CN201820259234.1U CN201820259234U CN208652709U CN 208652709 U CN208652709 U CN 208652709U CN 201820259234 U CN201820259234 U CN 201820259234U CN 208652709 U CN208652709 U CN 208652709U
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Abstract
A kind of splicing auxiliary material of folding ground air conditioner device, it is characterized in that, the splicing auxiliary material is the chamfering plate in room corner, the frid for guiding liaison tube to move towards, the cover board for covering electric wire or the filling plate for extremely covering floor for filling in room；The length of the splicing auxiliary material is identical as the length of head plate module, waist panel module, gusset module or tailgate module, and width is 1/2,1/4,1/8,1/16 or the 1/32 of radiating module；Alternatively, it is described splicing auxiliary material width and head plate module, waist panel module, gusset module or tailgate module it is of same size, length be radiating module 1/2,1/4,1/8,1/16 or 1/32.The foldable slim module of the utility model is mated formation simple, and water resistance is not increased, and upward heat dissipation capacity increases, can mat formation in ground, wall and ceiling.
Description
Technical field
The utility model relates to a kind of folding ground air conditioner device and its splicing auxiliary materials, belong to heating plant field.
Background technique
In the various equipment for advocating building energy conservations, on ground, wall, ceiling etc. is mated formation the cooling-heating room of radiating module, can
As energy-efficient important way, there is energy-efficient basic performance.In particular, in floor heating construction, it is pre-buried below earth's surface decoration materials
Circulating water pipe and radiating module, boiler feedwater move in circles, and water pipe heat dissipation delivers heat to ground by the metal medium of heat dissipating layer
Decoration materials form ground-warming system.
However, in the prior art, generalling use extra heavy pipe diameter circulating water pipe.When radiating module area is larger, manufacturing expenses
With increase.In addition, storage, transport and the carrying of construction site of flat form are extremely difficult when radiating module area is larger,
It causes to hinder to the universal use of radiating module.Flat form is folded, tie volume can well this solve the problems, such as, can
In the prior art without such technology.
On the other hand, circulating water pipe length increases, and sets 1 circuit, and module resistance increases, and is unable to Homogeneouslly-radiating, reduces
The thermal efficiency.
Rolled up in the prior art without high heat dissipation capacity with the high thermal efficiency upwards, construction simplification and foldable bundle, is easy to carry,
Storage, can popularize use, while the lower radiating module for cooling-heating room of cost.
In the art, a kind of technical prejudice is formd, for the ground mated formation as building essential structure
Warm radiating module, ignores the research and development that lighting structure design is carried out to it.
Utility model content
One purpose of the utility model is to provide a kind of splicing auxiliary material of folding ground air conditioner device, is pawnshop
If target area is compared with the maximum real area of Modularized splice, when length or width direction difference is away from less than a radiating module,
For being filled up to the auxiliary material of target area.
Another purpose of the utility model is to provide a kind of folding ground air conditioner device, easy to carry, paving
Dress is simple, can mat formation in ground, wall and ceiling.
For this purpose, one aspect according to the present utility model, the splicing for providing a kind of folding ground air conditioner device is auxiliary
Material, which is characterized in that
The construction auxiliary material is the chamfering plate in room corner, the frid for guiding liaison tube to move towards, for covering
The cover board of covered electric wire or the filling plate that floor is extremely covered for filling in room；
The length of the construction auxiliary material is identical as the length of head plate module, waist panel module, gusset module or tailgate module, wide
Degree is 1/2,1/4,1/8,1/16 or the 1/32 of radiating module；Alternatively, the width and head plate module, waist panel mould of the construction auxiliary material
Block, gusset module or tailgate module it is of same size, length is 1/2,1/4,1/8,1/16 or the 1/32 of radiating module.
Preferably, it is described splicing auxiliary material be different size series Prefabricated block, be provided with heat-sink unit or with heat dissipation
Cell isolation.
Preferably, two branches of the chamfering plate of the splicing auxiliary material are equipped with convenient for being truncated to the folding line of required size.
Preferably, the splicing auxiliary material is made as the size of a radiating module in advance, equipped with allowing to be truncated to according to actual needs
The folding line of required size.
Preferably, at least one in the splicing auxiliary material at setting load-bearing and installation keel.
Preferably, lower surface setting guidance electric wire, the cable of the splicing auxiliary material move towards and they are covered up
Groove.
One aspect according to the present utility model provides a kind of folding ground air conditioner device, which is characterized in that its
Including splicing auxiliary material according to the present utility model, the main body of ground air conditioner device by radiating module, head plate module, waist panel module,
Gusset module or tailgate module are spliced, and each radiating module includes:
Insulating layer, periphery journey can splicing structure, surface is prefabricated with molding tube seat on it, and lower surface be equipped with it is uniformly distributed
, parallel with the tube seat dent convenient for folding, at least one in insulating layer at setting load-bearing and installation keel；
Circulating water pipe is layed in the tube seat, forms a plurality of shunt circuit, passes through hot and cold water circulation cooling or system
It is cold；
Heat-conducting layer is set to the upper surface of heat preservation module, so that the circulation being layed in each tube seat separately
The even heat that water pipe distributes distributes upwards；
Heat dissipating layer is set to the upper surface of heat-conducting layer；And
Condensate correcting-distribuing device, is arranged in the entrance and exit of circulating water pipe, and present position removes insulating layer, adjacent heat radiation module
Condensate correcting-distribuing device circulated by being hidden in connecting tube below heat dissipating layer.
Splicing auxiliary material according to the present utility model, when the maximum real area phase for being laid with target area and Modularized splice
Than when length or width direction difference is away from less than a radiating module, for being filled up to target area.
Ground air conditioner device according to the present utility model, it is easy to carry, mat formation simple, it is equal in ground, wall and ceiling
It can mat formation.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of cooling-heating room radiating module according to the present utility model of mating formation.
Fig. 2 is the cross-sectional view of cooling-heating room radiating module of mating formation as shown in Figure 1.
Fig. 3 is the cross-sectional view according to the circulating water pipe of the radiating module of the utility model one embodiment.
Fig. 4 is cross-sectional view of the circulating water pipe in another direction of radiating module as shown in Figure 3.
Fig. 5 is according to the circulating water pipe connector of the radiating module of the utility model one embodiment and the structural plan of coil pipe
Figure.
Fig. 6 be radiating module as shown in Figure 5 circulating water pipe connector and coil pipe another direction structural plan figure.
Fig. 7 be the radiating module as illustrated in Figures 5 and 6 according to the utility model one embodiment circulating water pipe connector and
The cross-section diagram of coil pipe.
Fig. 8 is flat according to the circulating water pipe connector of the radiating module of the utility model another embodiment and the structure of coil pipe
Face figure.
Fig. 9 is flat according to the circulating water pipe connector of the radiating module of the utility model another embodiment and the structure of coil pipe
Face figure.
Figure 10 is the plan view according to the circulating water pipe rolled form of the radiating module of the utility model one embodiment.
Figure 11 is the plan view according to the circulating water pipe rolled form of the radiating module of the utility model another embodiment.
Figure 12 is the measuring method schematic diagram of radiating module according to the present utility model.
Figure 13 A and Figure 13 B are the head plate structure charts of radiating module assembly small pieces according to the present utility model.
Figure 14 A, Figure 14 B, Figure 14 C are the corner board structure figures of radiating module assembly small pieces according to the present utility model.
Figure 15 A and Figure 15 B are the tail-board structure figures of the radiating module assembly small pieces of the utility model.
Figure 16 A and Figure 16 B are the waist panel structure charts of the radiating module assembly small pieces of the utility model.
Figure 17 is that the assembled small pieces of the utility model are assembled into the structure chart of radiating module.
Figure 18 A and Figure 18 B are the structural schematic diagrams of the assembled die backside mark of break of the utility model.
Figure 19 is the essential structure figure of the two-stage water collector (4 circuit) of the utility model.
Figure 20 is the internal structural map of the two-stage water collector (4 circuit) of the utility model.
Figure 21 is the essential structure figure of the two-stage water collector (2 circuit) of the utility model.
Figure 22 is the internal structural map of the two-stage water collector (2 circuit) of the utility model.
Figure 23 A and Figure 23 B are the knots of radiating module splicing auxiliary material small pieces filling plate (can have both frid) of the utility model
Composition.
Figure 24 A and Figure 24 B are the structure charts of the radiating module splicing auxiliary material small pieces chamfering plate of the utility model.
Specific embodiment
The cooling-heating room of the utility model is laid in ground with radiating module, the ground decoration materials suitable for a variety of materials.
When construction, consider the various concrete conditions for being laid with places, block size will corresponding to the size on room ground, usual one
Side size 500- 3000mm, another side 500-4000mm, thickness 7-20mm.According to connector is used, the think of in multiple circuits is constituted
Road, the area of plane of module is by 0.5m2-12m2Compare suitable.Therefore, as shown in Figure 1, for example but being not limited only to, radiating module is wide
Multiple modules can be used according to floor area in 1460mm, long 2060mm.
As shown in Figure 1, the thin plate of insulating layer 1c is formed by benzene plate, the benzene plate of various material can be used.It is most preferably hard
Matter polypropylene, rigid polyurethane, polystyrene.
The size 240mm-600mm of each assembly small pieces 1.
Benzene plate preforming, carrying when for the ease of construction, the width direction design along radiating module have mark of break 1s.It is logical
Often, each assembled small pieces 1 have mark of break 1s point design, and the mark of break 1s design of assembled small pieces 1 is as shown in figure 18.In addition, benzene plate at
Below type body, the non-woven fabrics of Pasting acoustic material.Accordingly, radiating module forms the structure of foldable bundle volume.
Built-in keel 2 are arranged in radiating module in the width direction.Keel 2 have constant spacing, configure between each assembled small pieces 1.
Carinula 2 nails in ground (other modes can also be used to fix on the ground), supports and comes from above jointly with ground
Vertical load.Keel 2 can be made of multilayered wood synthetic material.The length of keel 2 can choose 20-60cm.
Radiating module is equidistantly fixed in cement flooring, nail can be used and fix.
The material of circulating water pipe 3 can choose PEXa-c/PERT/ etc..
In order to reduce the resistance of circulating water pipe 3, and water temperature is kept to be higher than supply and return water riser, the outer diameter of circulating water pipe 3
4-10mm, preferably 5-8mm are generally selected, internal diameter generally selects 3-8mm, preferably 4-6mm.If bore is less than 3mm, pipe resistance
Power increases, then cannot ensure quantity of circulating water, causes heat dissipation capacity insufficient；If bore is greater than 8mm, insulating layer 1c thickness increases
Add, meanwhile, water increase is possessed in system, the water tank of heat resource equipment is also required to increase therewith, thus will cause module cost
And heat resource equipment cost greatly improves.
Multiloop is constructed using two-stage water collector, water temperature reduces and temperature is uniform, and usual circulating water temperature is Celsius in 35-80
Degree, to improve radiating efficiency.
In general, Module cycle water pipe 3 is arranged in parallel in the width direction, the inflection of pipe is carried out in length direction, to be formed
One complete circulation cooling cell cube.Meanwhile it ensure that there are enough lay lengths in the water pipe of unit area.Guarantor unit
Area heat dissipation capacity is bigger.
The tube spacing 30-60mm, best 35-55mm of circulating water pipe 3.
As shown in figures 5-9,3 cross-over configuration of circulating water pipe in radiating module, the radiating module of other forms should also have friendship
Fork configuration, the parallel multiple row configuration in straight line of circulating water pipe 3.Therefore, the tube spacing of radiating module is 30-60mm, preferably 35-
55mm.Along module width direction, except place of turning back, the tube spacing of arrangement is consistent with adjacent module direction.
If tube spacing is less than 30mm, the length of tube of unit area is too long, and module cost increases, and circulation length of tube increases
Add, resistance increases.And in construction, narrow tube spacing breaks water pipe when easily causing fixed.If it is greater than 60mm, then radiate
Amount will reduce.
Length of tube is in 20-40m, best 25-35m, if length of tube is less than 20m, necessary heat dissipation capacity is not able to satisfy；Such as
Fruit length of tube is greater than 40m, then resistance increases, and module cost increases considerably.
The pipe range 3-30m, best 5-25m in 1 circuit.If length of tube is greater than 30m, water temperature drop increases, and temperature is uneven
Weighing apparatus, heat dissipation capacity are reduced；If length of tube is less than 3m, enough heat dissipation capacities can not be discharged, module cost increases.
In insulating layer 1c thickness complete intersect, pipe outside diameter be less than insulating layer 1c thickness 50%, using resistance it is small two
Grade water collecting and diversifying device.
In order to improve upward heat dissipation capacity, U-tube slot 6 is pasted in straight line portion.Tube seat is with a thickness of 10-500 μm, preferably
50-400 μm of aluminium foil.
Insulating layer 1c surface programming tube seat pastes metal tube seat, even if seldom a part, also can be improved radiating efficiency.
The surface of insulating layer 1c and keel, circulation pipe are radiated by heat dissipating layer 4 to surface layer, usual 10 μ of 5 thickness of heat-conducting layer
M-2mm, preferably 40 μm of -1mm, preferably 100 μm of -1mm.Thermally conductive material can be aluminium foil, tinfoil paper, copper foil, stainless
Steel foil etc., wherein convenient for manufacture and cost is reduced, selection aluminium foil, consideration heating conduction, 100 μm of thickness or more.
The radiating module of one embodiment of the utility model, the interior warp and spacing of circulating water pipe 3 are 75mm, are had
The heat dissipation capacity of 140W/ or more, it is assumed that 60 degrees Celsius of Warm water circulation circuit is then equivalent to 0.5L/min, upward heat dissipation capacity 300W/
m2, it is proper that 200W/ m2, preferably 170W/m2。
As shown in Fig. 5 to Figure 11, in the present invention, level-one water collecting and diversifying device 7 has been connected to heating equipment and heat dissipation floor；
Two-stage water collector has been connected to each radiating module.Level-one water collecting and diversifying device 7A, 7B, 7C, 7D include shell as shown in Fig. 5-6,8-9
Body 71, disengaging water nozzle 72 and the water inlet pipe 31 of circulating water pipe 3 and the interface 73 of return pipe 32.Fig. 7 shows water inlet pipe 31 and returns
The arranged crosswise schematic diagram of water pipe 32,32 infall of water inlet pipe 31 and return pipe, insulating layer are partially removed.
In measurement device as shown in figure 12, simulation cement floor surface layer 82, upper berth are laid on the surface of testing stand 81
If radiating module A1 covers pressing plate 83 thereon.In the lower surface of radiating module A1 and the upper surface of pressing plate 83, setting test heat
Measure collection plate 84.
In addition, the radiating module of the utility model, is made of multiple circuits, the length of tube of unit area is fixed, 1 tunnel
When circulation length of tube is not up to design standard, it should just be designed to a plurality of circuit.And institute's supplying hot water of heat source passes through second level diversity
Hydrophone can be evenly distributed to each circuit.
The two-stage water collector of the utility model plays the role of distribution and collects hot water, and as shown in figure 21,2 circuits are used
Two-stage water collector is in flat cuboid, and circuit constitutes cavity, and rectangular end face design has interface 1,2, and proximal surface sets 2
Interface 1,2 uses in pairs.
As shown in figure 19,4 circuit two-stage water collector, flat cuboid, circuit constitutes inside cavity and intersects, rectangular
The end face design of shape has interface 1,2, and two proximal surfaces respectively set 3 interfaces 1,2.2 interfaces 1,2, structure is arranged in other end
At 4 shunt circuits.
6 circuit two-stage water collectors, flat cuboid, circuit constitute cavity, and rectangular end face design has grafting
Mouth 1,2, proximal surface sets 3 interfaces 1,2, uses in pairs.
9 circuit two-stage water collectors, flat cuboid, circuit constitute cavity, and rectangular end face, which is respectively designed, 1
Interface 1,2, proximal surface set 4 interfaces 1,2, use in pairs, for distributing and recycling.Cross arrangement is needed for return pipe.
The outer diameter of the radiating module pipe of the utility model is the 1/2 of insulating layer 1c thickness, therefore, water pipe (water supplying pipe and return
Water pipe) intersect in insulating layer 1c thickness range.
Two-stage water collector uses in pairs, and circulating water pipe intersects in insulating layer 1c, can make two-stage water collector construction letter
Change, increase internal discharge area, reduce resistance, reduces manufacturing expense.
The radiating module of the utility model is mated formation on ground, above pavement decorative surface layer, and, it can also be used to other use
On the way, for example, the boiler of combustion gas, electric heating, is linked by system liaison tube with two-stage water collector, water flowing circuit is constituted, 35-80 takes the photograph
The Warm water circulation of family name's degree.
The radiating module of the utility model, circulating water pipe constitute for water return loop, 3 internal diameter of circulating water pipe is using specific
Size, in addition, the constant spacing assortment of water pipe constitutes a separate unit.In order to ensure the circular flow of warm water, reduce each water
The resistance of pipe is maintained above the water temperature and bigger heat dissipation capacity of supply and return water riser, need to set suitable feeder number, otherwise
It will cause the increase of manufacturing expense.In order to guarantee the heat dissipation capacity of enough unit areas, 3 caliber of circulating water pipe of the utility model
It is the 1/2 of insulating layer 1c thickness, such design can reduce the downward heat loss of module, improve upward heat dissipation capacity.
Embodiment 1:
Production radiating module, size 561mm*909mm, thickness 12mm, 40 μm of surface radiating aluminium foil.Use 4A circulating water pipe
3, outer diameter 6mm/ internal diameter 4mm, overall length 14.1m, water pipe straight line portion 50.5mm tube spacing, 12 root canals are arranged in parallel, unit area
Length 27.5m.Straight line portion lays 100 μm of aluminium foil.Single loop measurement result: heat dissipation capacity 144W, radiate downwards 21.1W,
The upward thermal efficiency 87.2%.
Embodiment 2:
Use 5A circulating water pipe 3, outer diameter 7.2mm/ internal diameter 5mm, heat dissipation capacity 140.7W/m2, radiate downwards 22.5W/m2, to
The upper thermal efficiency 86.2%.
Embodiment 3:
If using 5A circulating water pipe 3, overall length 9.4m, straight line portion tube spacing 75.75mm, 8 column, unit area overall length
18.4m, 131.1W/ ㎡, downward 20.3W/ ㎡, upward efficiency 86.6%.
It is formed according to the utility model for the foldable thin radiating module of cooling-heating room with light material, pre-buried circulation
Water pipe 3, it is easy to carry, mat formation simple.Also, the area of respective modules, circulating water pipe 3 set multiloop, do not increase water resistance, expire
Sufficient quantity of circulating water.The downward heat loss of radiating module is reduced, and upward heat dissipation capacity increases.The cooling-heating room radiating module ground,
Wall and ceiling can mat formation.Greenhouse is used and the same release efficiency of cold-room, is the contribution to energy-saving.
Foldable thin radiating module (hereinafter or be Prefabricated block) of the utility model for cooling-heating room, the module
It is formed with light material, pre-buried circulating water pipe is easy to carry, mats formation simple.Also, the area of respective modules, circulating water pipe are set
Determine multiloop, does not increase water resistance, meets quantity of circulating water.The downward heat loss of radiating module is reduced, and upward heat dissipation capacity increases.It should
Cooling-heating room radiating module can mat formation in ground, wall and ceiling.Greenhouse is used and the same release efficiency of cold-room, is to energy conservation
The contribution of change.
The folding radiating module of the utility model, which is characterized in that the radiating module includes:
Insulating layer is made of assembled small pieces, therebetween pre-formed tube seat；
Heat dissipating layer；
Circulating water pipe is layed in the tube seat, forms a plurality of circuit, passes through hot and cold water circularly cooling or heat dissipation.
Preferably, the radiating module is folding thin radiating module.
Preferably, the radiating module is rectangle.
Preferably, the insulating layer is formed by benzene plate, can be used the benzene plate of various material, preferably hard polypropylene, hard
Matter polyurethanes, and/or polystyrene.
Preferably, it is 240-600mm that insulating layer, which respectively forms the size of small pieces,.
Preferably, insulating layer has mark of break along the width direction design of radiating module.In general, each small pieces have mark of break point to set
Meter, accordingly, radiating module constitute folding structure.
Preferably, the circulating water pipe constructs a plurality of circuit using two-stage water collector, needs two circulating water pipes for return water
It is connected to heat resource equipment, each circuit can be supplied to uniform water temperature, and the water at low temperature after circulation equably returns to heat source from each circuit and sets
It is standby.
Preferably, the circulating water pipe is arranged in parallel in the width direction, the inflection of pipe is carried out in length direction, to be formed
One complete circulation cooling cell cube, meanwhile, ensure that has enough lay lengths in the water pipe of unit area.
Preferably, the circulating water pipe parallel multiple row configuration in straight line；Tube spacing 30-60mm, preferably 35-55mm
Preferably, along module width direction, except place of turning back, the tube spacing of arrangement is consistent with adjacent module direction.
Preferably, there is U-shaped heat-conducting layer in the straight line portion tube seat of circulating water pipe, and edge is routed up (about outward on the pipe groove
8-12mm), with the heat dissipating layer tight bond of surface mount；And/or circulating water pipe is handed within the scope of insulating layer and in thickness
Fork.
Preferably, in order to improve upward heat dissipation capacity, U-tube slot is pasted in straight line portion.The U-tube slot with a thickness of
10-500 μm, best 50-400 μm of aluminium foil.
Tube seat is preset in the upper surface of insulating layer, then pastes U-shaped metal tube seat, even if seldom a part, also can be improved scattered
The thermal efficiency.
On the surface of insulating layer and keel, circulation pipe is radiated by heat dissipating layer to surface layer, usual 10 μm of heat-conducting layer thickness-
2mm, preferably 40 μm of -1mm, preferably 100 μm of -1mm, moreover, thermally conductive material can be aluminium foil, tinfoil paper, copper foil, no
Rust steel foil etc., wherein convenient for manufacture and cost is reduced, selection aluminium foil, consideration heating conduction, 100 μm of thickness or more.
Preferably, the outer diameter of the circulating water pipe is 4-10mm, preferably 5-8mm；The internal diameter of circulating water pipe is 3-8mm, excellent
Select 4-6mm；The outer diameter of circulating water pipe is no more than the 1/2 of insulation layer thickness.
Preferably, the length of tube of the circulating water pipe is in 20-40m, preferably 25-35m；The pipe range 3-30m in 1 circuit, it is excellent
Select 5-25m.
Preferably, built-in keel are set along radiating module width direction；Keel have constant spacing, configure between each small pieces；
Keel (with nail) are fixed on ground, support the vertical load come from above jointly with ground；And/or keel are by multilayered wood
Synthetic material is constituted, length 20-60cm.
Preferably, the circulating water pipe is radiated by heat dissipating layer to earth's surface；Heat-conducting layer thickness 10 μm of -2mm, preferably 40 μm -
1mm, more preferable 100 μm of -1mm, moreover, thermally conductive material can be aluminium foil, tinfoil paper, copper foil, stainless steel foil etc., preferably aluminium foil.
Preferably, below benzene plate formed body, the non-woven fabrics of acoustic material is pasted.
It is small to provide a kind of assembly for forming foldable thin radiating module for other side according to the present utility model
Piece, which is characterized in that it is described assembly small pieces include:
Head plate, including straight line portion and bending part have built-in keel position；
Tailgate, including straight line portion and bending part have built-in keel position；
Waist panel, including straight line portion；
Gusset, including straight line portion and bending part.
Preferably, the assembled small pieces are using benzene plate as material, by mold extrusion forming.Assembled small pieces are suitable for assembling prefabricated
Module, therebetween prefabricated forming tube seat, lay cycle water pipe.
Preferably, the assembled small pieces form Prefabricated block, and setting multiloop recycles tube seat, in fixed tube spacing, pipe
The parameters such as diameter, columns constitute a separate unit.
Preferably, the assembled small pieces have mark of break point design, and accordingly, radiating module constitutes folding structure.
Another aspect according to the present utility model provides a kind of two-stage water collector, suitable for the pre- of cooling-heating room
Circulating water pipe is formed a plurality of shunt circuit, constitutes complete radiating module by molding block.
When Prefabricated block area is larger, circulating water pipe length increases, if 1 circuit of setting, module resistance increase.And not
It can Homogeneouslly-radiating.Therefore, the area of respective modules, circulating water pipe should set multiloop, in addition, needing two circulating water pipes for return water
Pairing is connected to heat resource equipment, and each circuit can be supplied to uniform water temperature, and the water at low temperature after circulation equably returns to heat source from each circuit
Equipment.Therefore, in the end in each circuit, the intersection water collecting and diversifying device in one or more circuits, also referred to as two-stage water collector.
By the way that in two-stage water collector built in cooling-heating room Prefabricated block, the hot and cold water that circulating water pipe is constituted is recycled back to
Road is set to a plurality of circuit.Bore is certain size, and in addition, water pipe constant spacing arranged in parallel, resistance reduces, and
It can reach the temperature more high or low than hot and cold water mean temperature, unit area heat dissipation or refrigerating capacity increase.
In order to reduce pipe resistance, and water temperature is kept to be higher than supply and return water riser, the outer diameter of interface usual 4-10mm is excellent
Select 5-8mm, internal diameter usual 3-8mm, preferably 4-6mm.Bore is less than 3mm, and resistance increases, and cannot ensure quantity of circulating water, radiates
Amount is insufficient；Bore is greater than 8mm, and insulation layer thickness increases.Meanwhile possessing water increase, the water tank of heat resource equipment in system
Also to increase, the cost and heat resource equipment cost of module will increase.
Multiloop is constructed using two-stage water collector, water temperature reduces and temperature is uniform, improves radiating efficiency.
Preferably, length of tube 20-40m, preferably 25-35m, are less than 20m, and necessary heat dissipation capacity is not able to satisfy；It is greater than
40m, resistance increase, and module cost increases considerably.
Preferably, the pipe range 3-30m in 1 circuit, preferably 5-25m.If pipe range is greater than 30m, water temperature drop increases, temperature
Unbalanced, heat dissipation capacity is reduced；If pipe range is less than 3m, enough heat dissipation capacities can not be discharged, module cost increases.
Preferably, the two-stage water collector small using resistance.
In addition, the utility model constitutes multiple circuits, the length of tube of unit area be it is fixed, 1 tunnel recycles length of tube not
When reaching design standard, it should just be designed to a plurality of circuit.And institute's supplying hot water of heat source can uniformly be divided by two-stage water collector
Each circuit of dispensing.
Therefore, the two-stage water collector of the utility model plays the role of distribution and collects hot water, 2 circuits second level diversity
The flat cuboid of hydrophone, 2 circuits constitute cavity, internal chiasma design, and rectangular end face design has interface, two proximal surfaces
Respectively set 2 interfaces.4 circuit two-stage water collectors, flat cuboid, circuit constitutes inside cavity and intersects, rectangular
End face design has interface, and two proximal surfaces respectively set 3 interfaces.2 interfaces are arranged in other end, constitute 4 shunt circuits.
Distribution and recycling are used, and are not necessarily to the cross arrangement in insulating layer for return pipe.
Discharge area inside the two-stage water collector increase of the utility model, reduces resistance, reduces manufacturing expense.
The utility model is linked by system liaison tube with two-stage water collector, the boiler with combustion gas, electric heating, constitutes water flowing
Circuit, 35-80 degrees Celsius of Warm water circulation.
The radiating module of the utility model, water pipe constitute for water return loop, bore certain size, in addition, water pipe
Constant spacing assortment, constitute a separate unit.In order to ensure the circular flow of warm water, reduce the resistance of each water pipe, maintains
Higher than the water temperature of supply and return water riser, bigger heat dissipation capacity need to set suitable feeder number.
Another aspect according to the present utility model, the Prefabricated block construction auxiliary material plate for providing cooling-heating room, which is mated formation, is
System, when mating formation for Prefabricated block, guidance etc. move towards in the filling in surrounding gap, liaison tube, and Prefabricated block is made to mat formation simplification, is produced
Into mass, manufacturing expense is reduced, which includes:
W1 chamfering plate；
Frid, for guiding liaison tube to move towards；
Plate is filled, is filled for floor room；
Preferably, auxiliary material plate is suitable for mating formation cooling-heating room Prefabricated block, and setting multiloop recycles tube seat, between fixed pipe
Separate unit away from parameter settings such as, columns.
Claims (7)
1. a kind of splicing auxiliary material of folding ground air conditioner device, which is characterized in that
The splicing auxiliary material is the chamfering plate in room corner, the frid for guiding liaison tube to move towards, for covering electricity
The cover board of line or the filling plate that floor is extremely covered for filling in room；
The length of the splicing auxiliary material is identical as the length of head plate module, waist panel module, gusset module or tailgate module, and width is
1/2,1/4,1/8,1/16 or the 1/32 of radiating module；Alternatively, it is described splicing auxiliary material width and head plate module, waist panel module,
Gusset module or tailgate module it is of same size, length is 1/2,1/4,1/8,1/16 or the 1/32 of radiating module.
2. splicing auxiliary material as described in claim 1, which is characterized in that the splicing auxiliary material is the prefabricated molds of different size series
Block is provided with heat-sink unit or is isolated with heat-sink unit.
3. splicing auxiliary material as described in claim 1, which is characterized in that two branches of the chamfering plate of the splicing auxiliary material are equipped with just
In the folding line for being truncated to required size.
4. splicing auxiliary material as described in claim 1, which is characterized in that the splicing auxiliary material is made as the big of a radiating module in advance
It is small, equipped with the folding line for allowing to be truncated to required size according to actual needs.
5. splicing auxiliary material as described in claim 1, which is characterized in that load-bearing and peace are arranged at least one in the splicing auxiliary material
Keel.
6. splicing auxiliary material as described in claim 1, which is characterized in that the lower surface setting guidance electric wire of the splicing auxiliary material,
The groove that cable moves towards and they are covered up.
7. a kind of folding ground air conditioner device, which is characterized in that it includes the spelling as described in one of claim 1-6
Auxiliary material is connect, the main body of ground air conditioner device is spliced by radiating module, head plate module, waist panel module, gusset module or tailgate module
It forms, each radiating module includes:
Insulating layer, periphery journey can splicing structure, surface is prefabricated with molding tube seat on it, and lower surface be equipped with it is uniformly distributed,
Parallel with the tube seat dent convenient for folding, at least one in insulating layer at setting load-bearing and installation keel；
Circulating water pipe is layed in the tube seat, forms a plurality of shunt circuit, passes through hot and cold water circulation cooling or refrigeration；
Heat-conducting layer is set to the upper surface of heat preservation module, so that the circulating water pipe being layed in each tube seat separately
The even heat distributed distributes upwards；
Heat dissipating layer is set to the upper surface of heat-conducting layer；And
Condensate correcting-distribuing device, is arranged in the entrance and exit of circulating water pipe, and present position removes insulating layer, the collection of adjacent heat radiation module
Water segregator is circulated by being hidden in the connecting tube below heat dissipating layer.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820259234.1U CN208652709U (en) | 2018-02-14 | 2018-02-14 | A kind of folding ground air conditioner device and its splicing auxiliary material |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820259234.1U CN208652709U (en) | 2018-02-14 | 2018-02-14 | A kind of folding ground air conditioner device and its splicing auxiliary material |
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| CN208652709U true CN208652709U (en) | 2019-03-26 |
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| CN201820259234.1U Active CN208652709U (en) | 2018-02-14 | 2018-02-14 | A kind of folding ground air conditioner device and its splicing auxiliary material |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110081736A (en) * | 2019-04-22 | 2019-08-02 | 西安交通大学 | A kind of folding capillary grid high-efficiency radiator based on metal foam |
-
2018
- 2018-02-14 CN CN201820259234.1U patent/CN208652709U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110081736A (en) * | 2019-04-22 | 2019-08-02 | 西安交通大学 | A kind of folding capillary grid high-efficiency radiator based on metal foam |
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