CN203687396U - Open balcony wall-hung solar water heating system - Google Patents
Open balcony wall-hung solar water heating system Download PDFInfo
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- CN203687396U CN203687396U CN201320646118.2U CN201320646118U CN203687396U CN 203687396 U CN203687396 U CN 203687396U CN 201320646118 U CN201320646118 U CN 201320646118U CN 203687396 U CN203687396 U CN 203687396U
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- weld seam
- collector
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- runner
- heating system
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02E—REDUCTION OF GREENHOUSE GAS [GHG] EMISSIONS, RELATED TO ENERGY GENERATION, TRANSMISSION OR DISTRIBUTION
- Y02E10/00—Energy generation through renewable energy sources
- Y02E10/40—Solar thermal energy, e.g. solar towers
- Y02E10/44—Heat exchange systems
Abstract
The utility model relates to an open balcony wall-hung solar water heating system which is characterized in that a slab core back panel is provided with two medium ports; both sides of slab core medium flow passages are provided with flow passage weld joints; a medium port weld joint is formed between the two medium ports; the open balcony wall-hung solar water heating system is also provided with peripheral edge weld joints; connecting thread heads are respectively welded on two medium ports; one ends of connectors are connected with the connecting thread heads and the other ends of the connectors are in threaded connection with bellows; frame borders are provided with inner chutes; two clamping strips are arrnaged inside each border for clamping a backing plate; the frame also comprises T-shaped installation parts and corner connecting pieces, which are respectively arranged on the corresponding borders; a liner in a water tank is fixedly provided with connecting pieces; the connecting pieces are provided with arch parts along the radial direction of the liner; the arch parts are provided with strip-shaped through holes; a housing is also provided with through holes; two insulating clamping pieces pass through the strip-shaped through holes of the connecting pieces and the through holes of the housing to be buckled in a sealing manner; and a medium tank is also arranged outside the water tank and is used for releasing the pressure of a medium at a high temperature. The water heating system has a simple structure; a production process is simplified; and the open balcony wall-hung solar water heating system has a good heat collecting effect and is convenient to install.
Description
Technical field
The utility model relates to a kind of balcony wall-hanging flat plate solar water heater field.
Background technology
Current balcony wall-hanging flat plate solar water heater system, ubiquity complex structure, become production. art loaded down with trivial details, and Heat-collecting effect is undesirable, and the problems such as inconvenient are installed.
Utility model content
The shortcoming existing in order to overcome above-mentioned prior art, the purpose of this utility model is to provide a kind of open balcony wall-hanging solar hot-water heating system, and this water-heater system is simple in structure, become production. art to simplify, and Heat-collecting effect is good, easy for installation.
In order to address the above problem, the utility model by the following technical solutions: open balcony wall-hanging solar hot-water heating system, comprise heat collector, water tank, controller,
Heat collector, comprises plate core, framework, backboard, glass plate;
Plate core comprises front plate and backplate, and plate in-core is provided with many medium runners that are parallel to each other, and every medium runner is formed by the corresponding groove docking arranging on front plate and backplate respectively; Plate in-core is also provided with the first collector, the second collector; Described the first collector is formed by three sections of connections, is respectively vertical section, lower horizontal segment, upper horizontal segment; Vertically the bottom of section is communicated with the left end of described lower horizontal segment, and the right-hand member of lower horizontal segment upwards extends with the right-hand member of described upper horizontal segment and is communicated with; Described upper horizontal segment is communicated with according to putting in order of medium runner successively with the bottom of described every medium runner; The top of described vertical section arranges medium inlet; Described the second collector is communicated with according to putting in order of medium runner successively with the top of every medium runner; The left end of described the second collector arranges media outlet;
Described framework by section bar as frame;
Water tank comprises inner bag, shell; In water tank, be provided with medium runner;
Its special feature is:
Described medium inlet, media outlet are set on the backplate of described plate core;
On plate core, the both sides of every described medium runner arrange respectively one group by the multistage runner weld seam that vertically electric resistance welding forms; And the length of runner weld seam that in one group of runner weld seam, be positioned at runner weld seam topmost, is positioned at lowermost end is all long than the runner fusion length at middle part;
Between described medium inlet, media outlet, be also provided with the media port weld seam being formed by electric resistance welding along left and right directions together;
Vertical section of left side of described the first collector arranges the left hand edge weld seam of one vertical direction, and right side arranges vertical welded seam one;
The below of the lower horizontal segment of described the first collector arranges the lower limb weld seam of one left and right directions, between top and upper horizontal segment, is provided with multistage the first collector weld seam along left and right directions;
The right side of described the first collector, the second collector vertically arranges right hand edge weld seam one;
The top of described the second collector is along one top edge weld seam of left and right directions setting; Between the second collector and described top edge weld seam, be provided with many second collector weld seams that vertically form, second collector weld seam with one group of runner weld seam vertical corresponding;
Described left hand edge weld seam, lower limb weld seam, right hand edge weld seam, the interconnection successively of top edge weld seam;
The left end of described media port weld seam and left hand edge weld seam join, and right-hand member and one group of runner weld seam join;
On plate core, on medium inlet, media outlet, weld respectively a connecting filament head; Connecting filament head is pipe fitting, and one end is communicated with the first collector, second collector of plate core inner respectively, and the other end arranges internal thread; One end of two connectors is connected with described two connecting filament head threads respectively and is provided with O RunddichtringO in threaded connection place; The other end of two connectors is positioned at outside heat collector through described backboard and is provided with external screw thread;
In described framework, four faces of frame are designated as lateral surface, medial surface, the back side, front; On the inner surface of frame, be provided with internal chute, the opening of internal chute inwardly; The inner side of frame is provided with and is two clamp bars of scissors junction opening, the first clamp bar forms the back side of frame, the second clamp bar outer side edges is along connecting as one with the first clamp bar, and the inner side edge of the second clamp bar is along being free end, and described backboard is clamped between the first clamp bar, the second clamp bar; Described framework also comprises the T-shaped installed part being arranged on every frame, formed by vertical plate and level board two parts, described vertical plate is installed in the internal chute of frame, described level board stretches out to scuncheon by the opening of internal chute, and level board is provided with along the installing hole of back-to-front direction; Described plate core edge is placed on this level board and by screw to be fixed; Described framework also comprises the corner connector that two frames are at right angles linked together, and this corner connector is connected L-shaped by two vertical plates, and two vertical plates are connected to respectively in the internal chute of two frames; Face corresponding with opening upper edge, the lower edge of the internal chute of frame on corner connector is provided with many longitudinal flutings, in the upper edge of described internal chute opening, the longitudinal fluting that lower edge is pressed into corner connector, realizes and being fastenedly connected;
In water tank, on inner bag, be fixed with connector, on this connector along inner bag be radially formed with arched part, and on arched part, be provided with to mount and use strip through hole; On the shell of water tank, be also provided with through hole corresponding with described strip lead to the hole site and that shape is identical; In the strip through hole of connector arched part inner side, the arranged outside one of the through hole of the shell intermediate plate that insulate, two insulation intermediate plates are through the strip through hole of brace, the airtight fastening of through hole of shell;
This water tank also arranges a medium box outward, and described medium box comprises casing, and casing is provided with airtight inner chamber, and casing is provided with the first port, and the first port is communicated with described intracavity bottom, the medium runner in the other end joining water box of the first port; On casing, be also provided with the second port, the second port is communicated with described inner cavity top, and the second port is outside equipped with tube connector at casing.
Further scheme:
In heat collector, the axioversion setting of described medium inlet, media outlet, described connector, connecting filament head, and direction along plate core to backboard is inclined upwardly.
Further scheme: in heat collector, described connector and backboard cooperation place arrange rubber sleeve, and rubber sleeve arranges flanging at the back side of backboard and is buckled on backboard.
Further scheme: described left hand edge weld seam left side is provided with multiple left installing holes, described lower limb weld seam below arranges multiple lower installing holes, and described right hand edge weld seam right side arranges multiple right installing holes, and described top edge weld seam top arranges multiple upper installing holes.
Further scheme: in described frame, the back side of the front of the first clamp bar, the second clamp bar is respectively equipped with depression and the projection of interlock mutually.
Further scheme: in described T-shaped installed part, the upper and lower surface of level board is respectively equipped with two projections, and mounting hole site on level board is between two projections of upper and lower surface; The back side of the backplate of described plate core be provided with and T-shaped installed part level board on the corresponding projection of depression between two projections.
Further scheme: the described lateral surface of frame is provided with an external chute, and the opening of external chute outwardly.
Further scheme: on described brace, be provided with two arched parts, the sunk part between two arched parts and the outer surface of inner bag are affixed.
Further scheme: the back side of described shell is plane, positive curved.
Further scheme: described tube connector is swan-neck.
The beneficial effects of the utility model are: this water-heater system is simple in structure, become production. art to simplify, and Heat-collecting effect are good, easy for installation.
Brief description of the drawings
Below in conjunction with drawings and Examples, the utility model is described further:
Fig. 1 is the structural representation of the utility model embodiment;
Fig. 2 is the structural representation of media port part on heat collector in the utility model embodiment;
Fig. 3 is the cutaway view of media port part on heat collector in the utility model embodiment;
Fig. 4 be in the utility model embodiment on heat collector media port connect the schematic diagram of bellows;
Fig. 5 is the structural representation of plate core in the utility model embodiment;
Fig. 6 is the schematic diagram of the backplate of plate core in the utility model embodiment;
Fig. 7 is the schematic diagram of the front plate of plate core in the utility model embodiment;
Fig. 8 is the structural representation of the utility model embodiment middle frame;
Fig. 9 is the front view of corner connector in the utility model embodiment middle frame;
Figure 10 is the top view of Fig. 9;
Figure 11 is the right view of Fig. 9;
Figure 12 is the structural representation that in the utility model embodiment, corner connector links together two frames;
Figure 13 is the schematic diagram that part that in the utility model embodiment, corner connector links together two frames is overlooked;
Figure 14 is the front view of T-shaped installed part in the utility model embodiment;
Figure 15 is the top view of Figure 14;
Figure 16 is the structural representation of water tank in the utility model embodiment (not casing);
Figure 17 is the left view of Figure 16;
Figure 18 is the schematic diagram after Figure 17 mounting casing;
Figure 19 is that the A of Figure 18 is to partial view;
Figure 20 is that the B of Figure 18 is to view;
Figure 21 is the schematic diagram of water tank hook structure in the utility model embodiment;
Figure 22 is that in the utility model embodiment, water tank mounts schematic diagram on the wall;
Figure 23 is the structural representation of connector in Figure 21;
Figure 24 is the top view of connector in Figure 22;
Figure 25 is the front view of the utility model embodiment medium case;
Figure 26 is the top view of Figure 25;
Figure 27 is the left view of Figure 25;
In figure: 1 heat collector, 2 water tanks, 3 controllers, 4 balconies, 5 bellowss, 6 hot water outlet pipes, 7 cold water pipes, 8 cold water upper hoses, 9 attaching plugs;
10 plate cores, 11 frameworks, 12 backboards, 13 glass plates, 14 front plate, 15 backplates, 16 medium runners, 17 first collectors, 171 vertical sections, 172 times horizontal segments, horizontal segment on 173,18 second collectors, 19 medium inlets, 20 media outlets,
21 frames, 211 internal chutes, 212 first clamp bars, 213 second clamp bars, 214 upper edges, 215 lower edges, 216 depressions, 217 projections, 218 external chutes,
24 runner weld seams, the runner weld seam of 25 the tops, the runner weld seam of 26 lowermost ends, the runner weld seam at 27 middle parts, 28 media port weld seams, 29 left hand edge weld seams, 30 vertical welded seams, 31 lower limb weld seams, 32 first collector weld seams; 33 right hand edge weld seams, 34 top edge weld seams, 35 second collector weld seams,
36 connecting filament heads, 37 connectors, 38O RunddichtringO,
39T type installed part, 391 vertical plates, 392 level boards, 393 installing holes, 394 projections,
40 screws,
41 corner connectors, 411 vertical plates, 412 longitudinal flutings,
42 inner bags, 43 connectors, 431 arched parts, 432 strip through holes, 433 sunk parts, 44 shells, 441 through holes, 45 insulation intermediate plates,
46 medium boxes, 461 casings, 462 inner chambers, 463 first ports, 464 second ports, 465 tube connectors,
47 rubber sleeves, 4842 dress holes, 49 times installing holes, 50 right installing holes, installing hole on 51.
52 expansion bolts, 53 metopes.
Detailed description of the invention
As shown in Figure 1, this open balcony wall-hanging solar hot-water heating system, comprises heat collector 1, water tank 2, controller 3, also comprises bellows 5, hot water outlet pipe 6, cold water upper hose 8, cold water pipe 7, attaching plug 9 etc.
As shown in Fig. 3,5,6,7, plate core 10 comprises front plate 14 and backplate 15, is provided with many medium runners that are parallel to each other 16 in plate core 10, and every medium runner 16 is formed by the corresponding groove docking arranging on front plate 14 and backplate 15 respectively; In plate core 10, be also provided with the first collector 17, the second collector 18; Described the first collector 17 is formed by three sections of connections, is respectively vertical section 171, lower horizontal segment 172, upper horizontal segment 173; Vertically the bottom of section 171 is communicated with the left end of described lower horizontal segment 172, and the right-hand member of lower horizontal segment 172 upwards extends with the right-hand member of described upper horizontal segment 173 and is communicated with; Described upper horizontal segment 173 is communicated with according to putting in order of medium runner 16 successively with the bottom of described every medium runner 16; The top of described vertical section 171 arranges medium inlet 19; Described the second collector 18 is communicated with according to putting in order of medium runner successively with the top of every medium runner 16; The left end of described the second collector 18 arranges media outlet 20.
Its special feature is:
As shown in Figure 6, described medium inlet 19, media outlet 20 are set on the backplate 15 of described plate core;
As shown in Figure 5, on plate core 10, the both sides of every described medium runner 16 arrange respectively one group by the multistage runner weld seam 24 that vertically electric resistance welding forms; And the length of runner weld seam 25 that in one group of runner weld seam 24, be positioned at runner weld seam 25 topmost, is positioned at lowermost end is all long than runner weld seam 26 length at middle part.
Between described medium inlet 19, media outlet 20, be also provided with the media port weld seam 28 being formed by electric resistance welding along left and right directions together, realize the parting seal between medium inlet 19, media outlet 20, capable of preventing short circuit.
Vertical section of 171 left sides of described the first collector 17 arrange the left hand edge weld seam 29 of one vertical direction, and right side arranges vertical welded seam 30 one.
The below of the lower horizontal segment 172 of described the first collector arranges the lower limb weld seam 31 of one left and right directions, between lower horizontal segment 172 tops and upper horizontal segment 173, is provided with multistage the first collector weld seam 32 along left and right directions.
The right side of described the first collector 17, the second collector 18 vertically arranges right hand edge weld seam 33 one.
The top of described the second collector 18 is along one top edge weld seam 34 of left and right directions setting; Between the second collector 18 and described top edge weld seam 34, be provided with many vertically form 35, one the second collector weld seams 36 of the second collector weld seam with one group of runner weld seam 24 vertical corresponding.
Described left hand edge weld seam 29, lower limb weld seam 31, right hand edge weld seam 33, top edge weld seam 34 interconnection successively.
The left end of described media port weld seam 28 and left hand edge weld seam 29 join, and right-hand member and one group of runner weld seam 24 join.
This plate core production technology is simple, and bearing capacity is strong, avoids the damage of front plate, backplate, good sealing effect, long service life.
As shown in Figure 2,3, 4, on plate core 10, on medium inlet 19, media outlet 20, weld respectively a connecting filament head 36; Connecting filament head 36 is pipe fitting, and one end is communicated with the first collector 17, second collector 18 of plate core 10 inside respectively, and the other end arranges internal thread; One end of two connectors 37 is threaded and is provided with O RunddichtringO 38 in threaded connection place with described two connecting filament heads 36 respectively; The other end of two connectors 37 is positioned at outside heat collector through described backboard 12 and is provided with external screw thread.
While installing and using, connect bellows 5 by the external screw thread of connector 37, be then arranged on the support of balcony 4.
The mode of back of the body outlet is easy for installation and save space.
In heat collector, the axioversion setting of described medium inlet 19, media outlet 20, described connector 37, connecting filament head 36, and be inclined upwardly to the direction of backboard 12 along plate core 10, be conducive to the circulation of medium.
As shown in Figure 8, described framework 11 by section bar as frame; Enclose and connect the rectangle forming by four frames 21.
In described framework 11, four faces of frame 21 are designated as lateral surface, medial surface, the back side, front (only describe for convenient, do not limit as absolute positional relation); As shown in figure 12, be provided with internal chute 211 on the inner surface of frame 21, the opening of internal chute 211 inwardly; The inner side of frame 21 is provided with and is two clamp bars of scissors junction opening, the first clamp bar 212 forms the back side of frame 21, the second clamp bar 213 outer side edges are along connecting as one with the first clamp bar 212, the inner side edge edge of the second clamp bar 213 is free end, described backboard 12 is clamped between the first clamp bar 212, the second clamp bar 213, as shown in Figure 3.
As shown in Figure 8, described framework 11 also comprises the T-shaped installed part 39 being arranged on every frame, as shown in Figure 14,15, T-shaped installed part 39 is made up of vertical plate 391 and level board 392 two parts, described vertical plate 391 is installed in the internal chute 211 of frame, as shown in Figure 3, described level board 392 stretches out to frame 21 inner sides by the opening of internal chute 211, and level board 392 is provided with the installing hole 393 along back-to-front direction; Described plate core 10 edges are placed on this level board 392 and by screw 40 and fix.
As shown in Figure 8, described framework 11 also comprises the corner connector 41 that two frames 21 are at right angles linked together, as shown in Fig. 9,10,11, this corner connector 41 connects L-shaped by two vertical plates 411, two vertical plates 411 are connected to respectively in the internal chute 211 of two frames 21, as shown in Figure 12,13; Face corresponding with opening upper edge 214, the lower edge 215 of the internal chute 211 of frame on corner connector 41 is provided with many longitudinal flutings 412, and the upper edge 214 of described internal chute opening, the interior realization of longitudinal fluting 412 that lower edge 215 is pressed into corner connector 41 are fastenedly connected.
Further scheme: in described frame 21, the front of the first clamp bar 212, the back side of the second clamp bar 213 are respectively equipped with depression 216 and the projection 217 of interlock mutually, as shown in Fig. 3,12.
Further scheme: as shown in Figure 14,15,3, in described T-shaped installed part 39, the upper and lower surface of level board 392 is respectively equipped with two projections 394, and installing hole 393 on level board 392 is between two projections 394 of upper and lower surface; The back side of the backplate 15 of described plate core 10 be provided with and T-shaped installed part level board 392 on the corresponding projection of depression between two projections 394.This structure arranges, the location while being convenient to installing plate core 10.
Further scheme: as shown in Fig. 3,12, the described lateral surface of frame 21 is provided with an external chute 218, and the opening of external chute 218 outwardly.This external chute 218 can be ready for use on installs other annexes, to be more conducive to simple installation.
When forming each frame of framework and assembling, easy and simple to handle, efficiency is high, and when installing plate core, backboard, technique is also very simple, and efficiency improves.
As shown in Figure 16,17,18, water tank 2 comprises inner bag 42, shell 44; In water tank 2, be provided with medium runner.
In water tank 2, on inner bag 42, be fixed with connector 43, as shown in Figure 21,22,23,24, on this connector 43 along inner bag 42 be radially formed with arched part 431, and on arched part 431, be provided with and mount with strip through hole 432; On the shell 44 of water tank, be also provided with through hole 441 corresponding with described strip lead to the hole site and that shape is identical, as shown in figure 19; At strip through hole 432 places of connector arched part 431 inner sides, the arranged outside one at through hole 441 places of shell 44 intermediate plate 45 that insulate, two insulation intermediate plates 45 are through the strip through hole 432 of brace 43, the airtight fastening of through hole 441 of shell 44, form effectively insulation, increase security.
This water tank also arranges a medium box 46 outward, as shown in Figure 16,17,25,26, described medium box 46 comprises casing 461, casing 461 is provided with airtight inner chamber 462, casing 461 is provided with the first port 463, the first port 463 is communicated with described inner chamber 462 bottoms, the medium runner in the other end joining water box of the first port 463; On casing 461, be also provided with the second port 464, the second ports 464 and be communicated with described inner chamber 462 tops, the second port 464 is outside equipped with tube connector 465 at casing 461.
Further scheme: in water tank, as shown in Figure 23,24, on described connector 43, be provided with sunk part 433 between two arched parts, 431, two arched parts 431 affixed with the outer surface of inner bag 42.
Further scheme: in water tank, the back side of described shell 44 is plane, positive curved, as shown in figure 18.
Further scheme: described tube connector 465 is swan-neck, as shown in figure 27.Once it is too many to enter medium in inner chamber, when medium overflows by the second port, the bending direction of tube connector 85, can be so that the outflow of medium and collection.
When installation, expansion bolt 52 ends that are packed in body of wall penetrate in brace arched part 431 through the strip through hole 432 of outer casing through hole, brace, realize the support to water tank entirety, and water tank realizes the installation that can be close to metope 53.
When use, the first port 463 is connected with the medium runner in water tank, if water the temperature inside the box is too high, pressure is too large, and medium can be pressed in the inner chamber 462 of this medium box, thereby the pressure in medium runner is discharged.After the reduction of water tank medium runner temperature, pressure reduce, medium can be again by the medium runner of the first port 463 reflow tanks.
As long as the medium liquid level in inner chamber 462 rises less than the opening part of the second port 464 in inner chamber 462, medium just can not Spillover Medium case.Once and the large medium box inner chamber that makes of pressure has also been full of medium, medium can flow out medium box by the second port 464, reaches the object of release pressure.
The advantage of this water tank is, the design of the hook structure of the formation such as connector and the planar structure of water tank opposite can make water tank be close to metope to mount, take up room little, and can avoid because make expansion bolt within the walls produce long cantilever beam away from metope, thereby can improve the security of installation.
Medium box wherein, makes medium runner in water tank communicate with atmosphere, and release pressure is reliable, simple, simple in structure, cost is low.As casing of the present utility model, can make as required arbitrary shape.
Claims (10)
1. open balcony wall-hanging solar hot-water heating system, comprises heat collector, water tank, controller,
Heat collector, comprises plate core, framework, backboard, glass plate;
Plate core comprises front plate and backplate, and plate in-core is provided with many medium runners that are parallel to each other, and every medium runner is formed by the corresponding groove docking arranging on front plate and backplate respectively; Plate in-core is also provided with the first collector, the second collector; Described the first collector is formed by three sections of connections, is respectively vertical section, lower horizontal segment, upper horizontal segment; Vertically the bottom of section is communicated with the left end of described lower horizontal segment, and the right-hand member of lower horizontal segment upwards extends with the right-hand member of described upper horizontal segment and is communicated with; Described upper horizontal segment is communicated with according to putting in order of medium runner successively with the bottom of described every medium runner; The top of described vertical section arranges medium inlet; Described the second collector is communicated with according to putting in order of medium runner successively with the top of every medium runner; The left end of described the second collector arranges media outlet;
Described framework by section bar as frame;
Water tank comprises inner bag, shell; In water tank, be provided with medium runner;
It is characterized in that:
Described medium inlet, media outlet are set on the backplate of described plate core;
On plate core, the both sides of every described medium runner arrange respectively one group by the multistage runner weld seam that vertically electric resistance welding forms; And the length of runner weld seam that in one group of runner weld seam, be positioned at runner weld seam topmost, is positioned at lowermost end is all long than the runner fusion length at middle part;
Between described medium inlet, media outlet, be also provided with the media port weld seam being formed by electric resistance welding along left and right directions together;
Vertical section of left side of described the first collector arranges the left hand edge weld seam of one vertical direction, and right side arranges vertical welded seam one;
The below of the lower horizontal segment of described the first collector arranges the lower limb weld seam of one left and right directions, between top and upper horizontal segment, is provided with multistage the first collector weld seam along left and right directions;
The right side of described the first collector, the second collector vertically arranges right hand edge weld seam one;
The top of described the second collector is along one top edge weld seam of left and right directions setting; Between the second collector and described top edge weld seam, be provided with many second collector weld seams that vertically form, second collector weld seam with one group of runner weld seam vertical corresponding;
Described left hand edge weld seam, lower limb weld seam, right hand edge weld seam, the interconnection successively of top edge weld seam;
The left end of described media port weld seam and left hand edge weld seam join, and right-hand member and one group of runner weld seam join;
On plate core, on medium inlet, media outlet, weld respectively a connecting filament head; Connecting filament head is pipe fitting, and one end is communicated with the first collector, second collector of plate core inner respectively, and the other end arranges internal thread; One end of two connectors is connected with described two connecting filament head threads respectively and is provided with O RunddichtringO in threaded connection place; The other end of two connectors is positioned at outside heat collector through described backboard and is provided with external screw thread;
In described framework, four faces of frame are designated as lateral surface, medial surface, the back side, front; On the inner surface of frame, be provided with internal chute, the opening of internal chute inwardly; The inner side of frame is provided with and is two clamp bars of scissors junction opening, the first clamp bar forms the back side of frame, the second clamp bar outer side edges is along connecting as one with the first clamp bar, and the inner side edge of the second clamp bar is along being free end, and described backboard is clamped between the first clamp bar, the second clamp bar; Described framework also comprises the T-shaped installed part being arranged on every frame, formed by vertical plate and level board two parts, described vertical plate is installed in the internal chute of frame, described level board stretches out to scuncheon by the opening of internal chute, and level board is provided with along the installing hole of back-to-front direction; Described plate core edge is placed on this level board and by screw to be fixed; Described framework also comprises the corner connector that two frames are at right angles linked together, and this corner connector is connected L-shaped by two vertical plates, and two vertical plates are connected to respectively in the internal chute of two frames; Face corresponding with opening upper edge, the lower edge of the internal chute of frame on corner connector is provided with many longitudinal flutings, in the upper edge of described internal chute opening, the longitudinal fluting that lower edge is pressed into corner connector, realizes and being fastenedly connected;
In water tank, on inner bag, be fixed with connector, on this connector along inner bag be radially formed with arched part, and on arched part, be provided with to mount and use strip through hole; On the shell of water tank, be also provided with through hole corresponding with described strip lead to the hole site and that shape is identical; In the strip through hole of connector arched part inner side, the arranged outside one of the through hole of the shell intermediate plate that insulate, two insulation intermediate plates are through the strip through hole of brace, the airtight fastening of through hole of shell;
This water tank also arranges a medium box outward, and described medium box comprises casing, and casing is provided with airtight inner chamber, and casing is provided with the first port, and the first port is communicated with described intracavity bottom, the medium runner in the other end joining water box of the first port; On casing, be also provided with the second port, the second port is communicated with described inner cavity top, and the second port is outside equipped with tube connector at casing.
2. open balcony wall-hanging solar hot-water heating system according to claim 1, is characterized in that:
In heat collector, the axioversion setting of described medium inlet, media outlet, described connector, connecting filament head, and direction along plate core to backboard is inclined upwardly.
3. open balcony wall-hanging solar hot-water heating system according to claim 1, is characterized in that: in heat collector, described connector and backboard cooperation place arrange rubber sleeve, and rubber sleeve arranges flanging at the back side of backboard and is buckled on backboard.
4. open balcony wall-hanging solar hot-water heating system according to claim 1, it is characterized in that: described left hand edge weld seam left side is provided with multiple left installing holes, described lower limb weld seam below arranges multiple lower installing holes, described right hand edge weld seam right side arranges multiple right installing holes, and described top edge weld seam top arranges multiple upper installing holes.
5. open balcony wall-hanging solar hot-water heating system according to claim 1, is characterized in that: in described frame, the back side of the front of the first clamp bar, the second clamp bar is respectively equipped with depression and the projection of interlock mutually.
6. open balcony wall-hanging solar hot-water heating system according to claim 1, is characterized in that: in described T-shaped installed part, the upper and lower surface of level board is respectively equipped with two projections, and mounting hole site on level board is between two projections of upper and lower surface; The back side of the backplate of described plate core be provided with and T-shaped installed part level board on the corresponding projection of depression between two projections.
7. open balcony wall-hanging solar hot-water heating system according to claim 1, is characterized in that: the described lateral surface of frame is provided with an external chute, and the opening of external chute outwardly.
8. open balcony wall-hanging solar hot-water heating system according to claim 1, is characterized in that: on described brace, be provided with two arched parts, the sunk part between two arched parts and the outer surface of inner bag are affixed.
9. open balcony wall-hanging solar hot-water heating system according to claim 1, is characterized in that: the back side of described shell is plane, positive curved.
10. open balcony wall-hanging solar hot-water heating system according to claim 1, is characterized in that: described tube connector is swan-neck.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320646118.2U CN203687396U (en) | 2013-10-18 | 2013-10-18 | Open balcony wall-hung solar water heating system |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201320646118.2U CN203687396U (en) | 2013-10-18 | 2013-10-18 | Open balcony wall-hung solar water heating system |
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| CN203687396U true CN203687396U (en) | 2014-07-02 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103486740A (en) * | 2013-10-18 | 2014-01-01 | 山东桑乐太阳能有限公司 | Novel open type balcony wall-mounted solar water heating system |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103486740A (en) * | 2013-10-18 | 2014-01-01 | 山东桑乐太阳能有限公司 | Novel open type balcony wall-mounted solar water heating system |
| CN103486740B (en) * | 2013-10-18 | 2015-10-14 | 山东桑乐太阳能有限公司 | Novel open type balcony wall-hanging solar hot-water heating system |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| EE01 | Entry into force of recordation of patent licensing contract |
Assignee: Henan Sang Le digital solar Co., Ltd Assignor: Shangdong Sangle Solar Energy Co., Ltd. Contract record no.: 2015370000041 Denomination of utility model: Novel open type balcony wall-hanging solar hot-water heating system Granted publication date: 20140702 License type: Exclusive License Record date: 20150319 |
|
| LICC | Enforcement, change and cancellation of record of contracts on the licence for exploitation of a patent or utility model | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20140702 Effective date of abandoning: 20151014 |
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| C25 | Abandonment of patent right or utility model to avoid double patenting |