CN103591719A - Collector mounting rack assembly and collector mounting structure - Google Patents
Collector mounting rack assembly and collector mounting structure Download PDFInfo
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- CN103591719A CN103591719A CN201210292734.2A CN201210292734A CN103591719A CN 103591719 A CN103591719 A CN 103591719A CN 201210292734 A CN201210292734 A CN 201210292734A CN 103591719 A CN103591719 A CN 103591719A
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- embedded division
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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
- Y02E10/47—Mountings or tracking
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Abstract
The invention provides a collector mounting rack assembly and a collector mounting structure which are capable of guaranteeing water proofing reliably. The collector mounting rack assembly at least comprises a pair of first mounting racks (10), a tail portion (11), a collector embedding portion (13) and a suspension connecting portion (12). The first mounting racks (10) are used for mounting a left edge portion and right edge portion of a collector on an object and are made of plates. The tail portion (11) is used for fixing with the object. The collector embedding portion (13) is used for allowing the left edge portion and right edge portion of the collector to be embedded. The suspension connecting portion (12) with the predetermined length is connected between the collector embedding portion and the tail portion. The collector embedding portion is provided with an upper edge portion (13a) and a lower edge portion (13b). The left edge portion and right edge portion of the collector are clamped through the upper edge portion and the lower edge portion.
Description
Technical field
The present invention relates to a kind of heat collector installing support frame assembly and heat collector mounting structure.
Background technology
Splitting solar flat plate collector is the heat collector of collecting solar heat, is generally rectangular structure, because combine with building than being easier to realize like this.Can thermal-arrest, can embeddedly be arranged on roofing, become a part for building structure.Mostly there are following several problems in the engineering of this embedding mounting means of application at present:
First: rain-proof structure design is bad, causes flat plate collector installation position to leak toward interior of building; Second: rear plate heat collector is installed cannot be separated with building again, if change heat collector, need to dismantle building roof, quantities is large; The the 3rd: after installation, block flat plate collector glazed area, affect the endothermic effect of heat collector; The 4th: not attractive in appearance, cannot realize and the perfect adaptation of building.
Flat plate collector is rectangular structure, and being arranged on oblique top roofing has two kinds of mounting means, and a kind of is the surface that is placed directly in oblique roofing, and as the attached heat sink of a roofing, a kind of is to embed oblique roofing inside, and flat plate collector becomes a part for roofing.The present invention mainly solves a this Embedded installation difficult problem.
The general flow of embedded mount scheme is: on roof, vacates the vacant lot (depending on project situation) of one or two heat collector, puts into afterwards heat collector, and connecting line, then sealing, carries out roofing reduction and processes.
The installation method of current embedded installation is mixed and disorderly.Technological difficulties are sealing and roofing reduction.In prior art, in the part of vacating of roofing, put into after heat collector connecting line, the form that directly water dust is built is by the gap sealing of heat collector and roofing.This mode is time-consuming, effort, expense cost, not attractive in appearance, can not keep in repair, misoperation easily by cement plastering to glass cover-plate, cause light to block, glass surface is fragile.This mode is modal at present.
The form that water dust is built is by the gap sealing of heat collector and roofing.Operational sequence is complicated, and cost of labor and material cost are high.Rear plate heat collector is installed cannot be separated with building again, if change heat collector, need to dismantle building roof, and quantities is large.Use cement seal, easily spread upon glass transparent surface, affect glazed area, make the Efficiency Decreasing of heat collector.Whether cement plastering is all even all depends on operating personnel comprehensively, uncontrollable, once malfunction can cause poor sealing, toward leaking within doors.Cement is piled up and is not met the integrated requirement of modern architecture, urgently improves.
Summary of the invention
In view of this, main purpose of the present invention is, a kind of heat collector installing support frame assembly and heat collector mounting structure that can Reliable guarantee waterproof effect be provided.
For achieving the above object, heat collector installing support frame assembly of the present invention is, at least comprise and be respectively used to the left side edge portion of described heat collector and the supporting of right edge edge to be arranged on a pair of the 1st mounting bracket on object, it is characterized in that, described the 1st mounting bracket is formed by sheet material, and comprise: for being fixed on the tail end on object, the described left side edge portion that supplies described heat collector or the heat collector Embedded Division of described right edge edge embedding and the cantilever connecting portion that is connected to the specific length between described heat collector Embedded Division and described tail end
Described heat collector Embedded Division has upper edge and lower edge portion, and the described left side edge portion of described heat collector or right edge edge are by this upper edge and these two clamping of lower edge portion.
Employing has the heat collector installing support frame assembly of such structure, owing to being connected between heat collector Embedded Division and the tail end being fixed on object the described cantilever connecting portion that forms and have specific length by sheet material, thereby, the strain that described heat collector Embedded Division can rely on this connecting portion to produce, when described heat collector is embedded in wherein, be subject to the Action of Gravity Field of described heat collector, this heat collector Embedded Division rotates and makes its upper edge can keep being closely connected on the upper surface of described heat collector, thereby avoid producing gap between the upper surface of heat collector and the 1st mounting bracket, prevent rainwater etc. from the lateral edges of heat collector enter object for the space of heat collector is installed, , guaranteed good waterproof (rainproof) effect.Thereby, can have on the basis of good waterproof effect, use the 1st mounting bracket by heat collector mounting support on object, can disassembled and assembled freely and realize.
Adopt above-mentioned heat collector installation component, guaranteed waterproof effect, effectively prevent that extraneous rainwater from entering; In addition, adopt support to install, make heat collector embed heat collector Embedded Division, thereby can repeated removal and installation, be convenient to maintenance, renewal, convenient and swift saving cost; In addition, mounting bracket forms according to standard, is only bearing in the edge part of heat collector, there will not be construction error to cause and blocks glass cover-plate, thereby can not affect reliably the glazed area of flat plate collector.In addition, appearance looks elegant, can with building perfect adaptation.
The present invention is preferred, described the 1st mounting bracket forms like this: an end of sheet material is curved and is roughly letter C shape, remainder extends to the rear side in contrast to front openings side of this letter C shape from the upper edge of this letter C shape, by the part that is described letter C shape, form described heat collector Embedded Division, the upper edge of this letter C shape forms described upper edge, the lower edge portion of this letter C shape forms described lower edge portion, the other end by sheet material forms described tail end, part between the top edge of this other end and described letter C shape forms described cantilever connecting portion.
So, can form the 1st mounting bracket in simple mode.
The present invention is preferred, and described upper edge is to the open outer side of described letter C shape, to downward-extension.So, can further guarantee waterproof effect.
The present invention is preferred, this heat collector installing support frame assembly is installed two above described heat collectors abreast for left and right, also comprise for being connected to the 2nd mounting bracket between two adjacent heat collectors, the 2nd mounting bracket is formed by sheet material, and comprise: left side heat collector Embedded Division, right side heat collector Embedded Division and middle interconnecting piece, this left side heat collector Embedded Division and the opposing setting on left and right directions of right side heat collector Embedded Division, for the right edge edge of in adjacent two heat collectors and another left side edge portion, embed respectively, described middle interconnecting piece is connected between this left side heat collector Embedded Division and right side heat collector Embedded Division,
Described left side heat collector Embedded Division has upper edge and the lower edge portion of the right edge edge of in described adjacent two heat collectors of clamping,
Described right side heat collector Embedded Division has another upper edge and the lower edge portion of left side edge portion of clamping in described adjacent two heat collectors.
Adopt such heat collector installing support frame assembly, the situation that two heat collectors are installed of take is example, use the 1st mounting bracket that the left side edge of a heat collector is bearing on object, re-using the 1st mounting bracket is bearing in the right edge edge of another heat collector on object, between these two heat collectors, by the 2nd mounting bracket, connect, now, about the 2nd mounting bracket, according to force analysis, the 2nd mounting bracket can form a moment of flexure to heat collector, the moment of flexure that this moment of flexure causes for overcoming the gravity of heat collector, in order to form this moment of flexure, the top edge of the heat collector Embedded Division of the 2nd mounting bracket can be tightly and the upper surface butt of heat collector, avoided so reliably forming gap between heat collector and heat collector installing support frame, effectively guaranteed waterproof (rainproof) effect.
The present invention is preferred, described the 2nd mounting bracket forms like this: the both ends of sheet material are roughly curved respectively to letter C shape, part between both ends is connected between the upper edge of these two letter C shapes, by two parts that are letter C shape, form respectively described left side heat collector Embedded Division and described right side heat collector Embedded Division, the part being connected between the upper edge of these two letter C shapes forms described middle interconnecting piece.
The present invention is preferred, the described upper edge of described left side heat collector Embedded Division and described right side heat collector Embedded Division is to the open outer side of described letter C shape, to downward-extension, the lower edge portion of described left side heat collector Embedded Division and described right side heat collector Embedded Division to the open outer side of described letter C shape, extend upward, and under installment state, on left and right directions, the outermost end of this upper edge is positioned at the outside of the outermost end of this lower edge portion.
The present invention is preferred, also comprise for the upper edge supporting of described heat collector is arranged on to the 3rd mounting bracket on described object, described the 3rd mounting bracket is formed by sheet material, and comprise: for be fixed on tail end on object, the heat collector Embedded Division embedding for the described upper edge of described heat collector and be connected to this tail end and this heat collector Embedded Division between the cantilever connecting portion of specific length
Described heat collector Embedded Division has upper edge and the lower edge portion of the upper edge of the described heat collector of clamping.
The present invention is preferred, described the 3rd mounting bracket is to form like this: an end of sheet material is curved and is roughly letter C shape, and the described upper edge of described letter C shape is to the open outer side of this letter C shape, to downward-extension, the remainder of described sheet material extends to the rear side in contrast to front openings side of this letter C shape from the upper edge of this letter C shape, by the part that is described letter C shape, form described heat collector Embedded Division, the other end by sheet material forms described tail end, part between the top edge of this other end and described letter C shape forms described cantilever connecting portion.
In addition, for achieving the above object, heat collector mounting structure of the present invention is, heat collector integral body is tabular, and the edge of this heat collector consists of section bar frame, uses the heat collector installing support frame assembly of above-mentioned optional formation that heat collector is arranged on object.
The present invention is preferred, in heat collector mounting structure, use the described heat collector installing support frame assembly that at least comprises the 1st mounting bracket and the 2nd mounting bracket that two above described heat collector left and right are supported and are arranged on object abreast, and described heat collector is presented respectively the state having a down dip
On the outer peripheral face of described heat collector, be formed with opening the 1st bight and the 2nd bight of below toward the outer side, the lower edge portion of the described heat collector Embedded Division of described the 1st mounting bracket is connected to the 1st bight, and the outer circumferential side to described heat collector pushes by the 1st bight,
The lower edge portion of the described left side heat collector Embedded Division of described the 2nd mounting bracket and described right side heat collector Embedded Division is connected to respectively the 2nd bight of two heat collectors, and by the 2nd bight, is pushed to the right with left side respectively.
Accompanying drawing explanation
Fig. 1 is for representing the generalized section of the structure of the sidepiece mounting bracket that the specific embodiment of the invention relates to;
Fig. 2 is the stereogram of this sidepiece mounting bracket;
Fig. 3 is for representing the schematic diagram of the mounting structure of this side bracket and heat collector;
Fig. 4 is the stereogram of the middle mounting bracket that relates to of the specific embodiment;
Fig. 5 is the generalized section of this centre mounting bracket;
Fig. 6 is for representing the schematic diagram of the mounting structure of this centre mounting bracket and heat collector;
Fig. 7 is the stereogram of the top mounting bracket that relates to of the specific embodiment of the invention;
Fig. 8 is the generalized section of this top mounting bracket.
Description of reference numerals
10, sidepiece mounting bracket (the 1st mounting bracket); 11, tail end; 12, cantilever connecting portion; 13 heat collector Embedded Divisions; The upper edge of 13a, heat collector Embedded Division; The lower edge portion of 13b, heat collector Embedded Division;
20, middle mounting bracket (the 2nd mounting bracket); 22, connecting portion; 23, heat collector Embedded Division (left side heat collector Embedded Division, right side heat collector Embedded Division); The upper edge of 23a, heat collector Embedded Division; The lower edge portion of 23b, heat collector Embedded Division;
30, top mounting bracket (the 3rd mounting bracket); 31, tail end; 32, cantilever connecting portion; 33, heat collector Embedded Division;
40, heat collector; 41, aluminum section bar frame; The upper surface of 41a, aluminum section bar frame; 41b, eaves portion; 41c, groove; 42, water pipe.
The specific embodiment
Below in conjunction with accompanying drawing, the specific embodiment of the present invention is described in detail.
In present embodiment, by heat collector installing support frame assembly, two heat collector 40 left and right are arranged on side by side on the roof (not shown) of mounting object thing, and heat collector 40 is consistent with the inclined-plane trend on roof, is obliquely installed up and down.
Fig. 1 is for representing the generalized section of the structure of the sidepiece mounting bracket 10 that present embodiment relates to; Fig. 2 is the stereogram of this sidepiece mounting bracket 10; Fig. 3 is for representing the schematic diagram of the mounting structure of this side bracket 10 and heat collector 40.As shown in the figure, this sidepiece mounting bracket 10, for supporting left side and the right edge edge of heat collector 40, amounts to two, is respectively used to support this left side edge portion and right edge edge.
Fig. 4 is the stereogram of the middle mounting bracket 20 that relates to of present embodiment; Fig. 5 is the generalized section of this centre mounting bracket 20; Fig. 6 is for representing the schematic diagram of the mounting structure of this centre mounting bracket 20 and heat collector 40.As shown in the figure, this centre mounting bracket 20 is connected between two heat collectors 40.
Fig. 7 is the stereogram of the top mounting bracket 30 that relates to of present embodiment; Fig. 8 is the generalized section of this top mounting bracket 30.This top mounting bracket 30 is for supporting the upper edge of heat collector 40.
As shown in the figure, heat collector 40 integral body are rectangular tabular, and it has edge frame made of aluminum profiles 41, and this edge frame made of aluminum profiles 41 is for the surrounding of the main body (consisting of glass cover-plate and inner heat exchange structure etc.) of coated heat collector 40, and seal between this main body.About the concrete structure of main body and with the mounting structure of edge frame made of aluminum profiles 41, adopt existingly, in present embodiment, do not change especially, thereby omitted its description.
In addition, what in figure, symbol 42 represented is the water pipe that stretches out heat collector 40 outsides, and this water pipe is as Inlet and outlet water interface.The upper edge edge of edge frame made of aluminum profiles 41 (water pipe 42 tops) has the 41b of eaves portion stretching out to outer circumferential side, and in addition, on the outer peripheral face of aluminium section bar 41, (water pipe 42 belows) are formed with the groove 41c recessed to inner circumferential side.
In present embodiment, sidepiece mounting bracket 10 is bent and is formed by sheet material, as shown in Figure 1, one end of sheet material is bent into and is roughly letter C shape, and make its upper edge (13a) to the open outer side (right side in Fig. 1, Fig. 3) of C shape, to downward-extension.This part that is letter C shape forms for the left side of the edge frame made of aluminum profiles 41 of heat collector 40 and the heat collector Embedded Division 13 that right side edge embeds.In addition, the remainder of sheet material from the upper edge 13a of this letter C shape to the back side top in contrast to front openings side, extend backward horizontal-extending (be generally to the rear side in contrast to front openings side and extend), bending downwards afterwards, then bending horizontal-extending, afterwards upwards bending (bending degree is greater than 90 degree) more backward.Comprise that the other end (one end that is different from above-mentioned formation C shape part) of the sheet material of this bending part that makes progress forms the tail end 11 of sidepiece mounting bracket 10, this tail end 11 for fixing (can be to use bolt etc. fixing, can be also to fix with cement) on roof.In addition, the part being connected between this tail end 11 and above-mentioned heat collector Embedded Division 13 forms cantilever connecting portion 12.
Visible, this cantilever connecting portion 12 has the necessarily length of (regulation), can produce strain, makes, at heat collector Embedded Division 13, be subject to the downward masterpiece used time, this cantilever connecting portion 12 produces crooked (deflection) and makes heat collector Embedded Division 13 produce a little rotation.The benefit of doing like this will illustrate below.
With reference to Fig. 3, when the left and right sides edge of heat collector 40 embeds heat collector Embedded Division 13, , under installment state, the left and right sides edge of the edge frame made of aluminum profiles 41 of heat collector 40 relies on the distortion of heat collector Embedded Division 13, make these heat collector Embedded Division 13 openings expand and embed in heat collector Embedded Division 13, be specially: the lower edge portion 13b of heat collector Embedded Division 13 stretches in groove 41c, accept the upper wall surface of (supporting) this groove 41c (for convenience of representing, between the upper surface of the bottom of heat collector Embedded Division 13 in figure (being horizontal-extending portion) and the upper wall surface of groove 41c, there is certain interval, but this is only used to conveniently in drawing, represent), the upper edge 13a of heat collector Embedded Division 13 is connected on the upper surface 41a of edge frame made of aluminum profiles 41 of heat collector 40, in other words, the left and right sides edge of the edge frame made of aluminum profiles 41 of heat collector 40 is clamped by the upper edge 13a of heat collector Embedded Division 13 and lower edge portion 13b.
Now, heat collector 40 gravitates, to the bottom that presses down heat collector Embedded Division 13, make the opening of this heat collector Embedded Division 13 have the trend of expansion,, slow down the tight butt state of the upper surface 41a of upper edge 13a and edge frame made of aluminum profiles 41, like this can cause the reduction of sealed waterproof effect.Yet, as mentioned above, cantilever connecting portion 12 can produce strain, make heat collector Embedded Division 13 in Fig. 3, to produce clockwise a little rotation, thereby the impact that the gravity that has slowed down heat collector 40 expands the opening of heat collector Embedded Division 13, guarantee the upper edge 13a of this heat collector Embedded Division 13 and the close contact state between the upper surface 41a on heat collector 40, can obtain good waterproof (rainproof) effect.
In addition, in order further to guarantee this state, in present embodiment, the thrust that 40 pairs of heat collector Embedded Divisions of heat collector 13 are formed left, that is, top mounting bracket 10 is installed with certain compressive state on left and right directions, making the lower edge portion 13b of heat collector Embedded Division 13 (is not lower surface by the diapire of the groove 41c on heat collector 40, the wall on right side in Fig. 3) pushing, make thus heat collector Embedded Division 13 rely on the distortion of cantilever connecting portion 12 and produce a little rotation to clockwise direction.
In addition, as mentioned above, heat collector Embedded Division 13 is to supply the left and right sides edge of heat collector 40 embed and it is formed to supporting, narrated in the above sheet material is roughly bent into letter C shape and forms this heat collector Embedded Division 13, it should be noted that herein, here say that being roughly bent into letter C shape is only used to the convenience in explanation, its implication is not that strict restriction must bend according to the letter C shape of standard, can be only bend out an opening that can embed for the left and right sides edge of heat collector 40 and guarantee that its upper edge is at the upper surface butt of the rainy heat collector of installment state.About concrete structure, for example, can sheet material upwards be bent to upper right after bending again according to the mode shown in Fig. 1, then to bottom right bending, also can make the part transition sleekly of bending form round and smooth bend.In addition, about the explanation of this " letter C shape portion ", being not only top mounting bracket 10, is also like this for sidepiece mounting bracket 20 with middle mounting bracket 30.
In the present embodiment, the lower horizontal of heat collector Embedded Division 13 is extended and is formed smooth support, so, can keep more large-area laminating with the smooth upper wall surface of groove 41c, thereby can stably support heat collector 4.
In addition, mounting bracket 20 in the middle of the mounting bracket assembly of present embodiment also comprises, as shown in Fig. 4 ~ 6, middle mounting bracket 20 has two the heat collector Embedded Divisions 23 in left and right, the opening of these two heat collector Embedded Divisions 23, towards contrary on left and right directions, embeds for the right edge edge of a heat collector 40 and the left side edge portion of another heat collector 40 respectively.
This centre mounting bracket 20 forms like this: the two ends of sheet material are curved respectively and are roughly letter C shape, and make its upper edge (13a) respectively to the open outer side of C shape (being respectively left side and right side), to downward-extension.The part that is letter C shape forms heat collector Embedded Division 23, and its upper edge forms the upper edge 23a of heat collector Embedded Division 23, and lower edge portion forms the lower edge portion 23b of heat collector Embedded Division 23.And the heat collector Embedded Division 23 in left side embeds for the right edge edge of the edge frame made of aluminum profiles 41 of heat collector 40, the heat collector Embedded Division 23 on right side embeds for the left side edge portion of edge frame made of aluminum profiles 41.Under embedding state (installment state), the left side edge of edge frame made of aluminum profiles 41 and right side edge are clamped by the upper edge 23a of heat collector Embedded Division 23 and lower edge portion 23b.In addition, sheet material remainder forms the upper edge of the upper edge 23a(letter C shape part be connected to two heat collector Embedded Divisions 23) between middle interconnecting piece 22.
As mentioned above, the lower limb 13b horizontal-extending of the heat collector Embedded Division 13 of above-mentioned sidepiece mounting bracket 10, unlike this, the lower limb 23b of the heat collector Embedded Division 23 of middle mounting bracket 20 bends and largely towards the open outer side of letter C shape, extend obliquely upward (can angle be with respect to the horizontal plane greater than 45 degree).So, can to heat collector 40, form the larger active force that direction makes progress by the distortion largely of heat collector Embedded Division 13, thereby form the moment of flexure that a larger moment of flexure causes for offsetting the gravity of heat collector 40.
When mounted, as shown in Figure 6, the heat collector Embedded Division 23 of middle mounting bracket 20 upper edge 23a be connected on the upper surface 41a of edge frame made of aluminum profiles 41, the lower edge portion 23b of the heat collector Embedded Division 23 of middle mounting bracket 20 is connected on the formed bight of outer peripheral face of the 41b of eaves portion and edge frame made of aluminum profiles 41,, this lower edge portion 23b accepts the lower surface of the 41b of eaves portion, and meanwhile, the outer circumferential side by the outer peripheral face of edge frame made of aluminum profiles 41 to heat collector 40 pushes.In addition, on left and right directions, the outermost end of upper edge 23a than the outermost end of lower limb 23b more in the outer part,, heat collector 40(edge frame made of aluminum profiles 41) be subject to upper edge 23a push downwards part ratio be subject to lower edge portion 23b upwards to accept (supporting) part will be more in the outer part, so, can form to heat collector 40 moment of flexure of the direction of a moment of flexure producing in the direction opposite gravity, the moment of flexure producing for offsetting gravity.In addition, in present embodiment, under installment state, lower edge portion 23b still keeps the state that tilts to extend obliquely upward, and this makes lower edge portion 23b bend and guarantee obliquely upward largely as described above.
In addition, due to the lower edge portion 23b of heat collector Embedded Division 23, by the outer peripheral face of edge frame made of aluminum profiles 41, the outer circumferential side to heat collector 40 pushes, thereby, heat collector Embedded Division 23 relies on the flexural deformation of middle interconnecting piece 22 and produces a little rotation, as mentioned above, so can suppress the trend that the upper surface 41a of upper edge 23a and heat collector 40 is separated, thereby guarantee that the two close contact realizes good waterproof (rainproof) effect.
The heat collector installing support frame assembly of present embodiment also comprises top mounting bracket 30, this top mounting bracket 30 embeds for the upper edge of heat collector 40, about primary structure, from cross section, compare with sidepiece mounting bracket 10, difference is, the cantilever connecting portion 32 of top mounting bracket 30 has the inclination extension that extend to the back lower place (right side in figure) top from heat collector Embedded Division 33.As shown in the figure, symbol 31 represents the tail end 31 of this top mounting bracket 30, this tail end 31 is for being fixed on roof, heat collector Embedded Division 33 has to letter C shape open outer side, to the upper edge 33a of downward-extension and the lower edge portion 33b of approximate horizontal extension, and the top edge of heat collector 40 is clamped between this upper edge 33a and lower edge portion 33b.
In addition, as shown in Figure 7, different from above-mentioned sidepiece mounting bracket 10, the sidepiece of top mounting bracket 30 (in Fig. 7 for left side) have fixed part 35 with for from outside, (left side) covers the occlusion part 34 of the left side edge of heat collector 40.Figure 7 shows that the top mounting bracket 30 on top of the left side that is arranged in two heat collectors 40 side by side of left and right, in present embodiment, also comprise that is arranged on that the top mounting bracket (not shown) on top of right side, the structure of the top mounting bracket 30 shown in itself and Fig. 7 is symmetrical.
In addition, in the present embodiment, bottom at heat collector 40 does not arrange support, and this is to consider, heat collector 40 is obliquely installed up and down along roof, thereby, current flow from the top down, from the bottom of heat collector 40, discharge, can not flow on roof for the chamber (not shown) of heat collector 40 is installed, thereby, can support be set in heat collector bottom 40.Certainly, even if it is also passable that mounting bracket is set in bottom, for example, the mounting bracket that major part is same as said structure when being horizontally disposed with, heat collector 40 is preferably also set in bottom.
The foregoing is only preferred embodiment of the present invention, in order to limit the present invention, within the spirit and principles in the present invention not all, any modification of doing, be equal to replacement, improvement etc., within all should being included in protection scope of the present invention.
For example, in the above-described embodiment, take left and right installs side by side two heat collectors 40 and is illustrated as example, yet the present invention is not limited to this, can be also for example more than three, now as long as correspondingly increase the quantity of middle mounting bracket 20, in addition, also can be only to install one, mounting bracket 20 in the middle of now just not needing to arrange.
In addition, in the above-described embodiment, used sidepiece mounting bracket 10, middle mounting bracket 20 and top mounting bracket 30, yet the present invention is not limited to this simultaneously, also can uses separately the combination of any two of this three or they.
In the above-described embodiment, on the outer peripheral face of the edge frame made of aluminum profiles 41 of heat collector 40, form groove 41c, the lower limb of the heat collector Embedded Division 13 of sidepiece mounting bracket 10 stretches in this groove 41c; In addition, the upper edge of heat collector 40 is formed with the 41b of eaves portion, the lower edge portion of the heat collector Embedded Division 23 of middle mounting bracket 20 is connected on the bight of this 41b of eaves portion and outer peripheral face formation, for example, yet the present invention is not limited to this,, also can on other positions of the outer peripheral face of heat collector 40, form in addition other grooves, eaves portion, or, can not be groove, and be only form an opening toward the outer side, the bight of below.
In addition, in the above-described embodiment, the heat collector 40 of take is arranged on roof as example is illustrated, yet the present invention is not limited to this, as object, for example, can be arranged in other parts of building, or be arranged on special-purpose structure-steel framing.
Moreover, in the above-described embodiment, take the edge of heat collector 40 and there is edge frame made of aluminum profiles 41 and be illustrated as example, for example, yet the present invention is not limited to this,, can form frame by other materials, or, also go for not having the situation of such frame portion.
In addition, in the above-described embodiment, the cantilever connecting portion 12 of sidepiece mounting bracket 10 has quarter bend folding part, the cantilever connecting portion 32 of top mounting bracket 30 has oblique lower extension, yet the present invention is not limited to this, also can form oblique lower extension at the cantilever connecting portion 12 of sidepiece mounting bracket 10, on the cantilever connecting portion 32 of top mounting bracket 30, form quarter bend folding part, or, kink and oblique extension can be omitted.In addition, sidepiece mounting bracket 10 has bending with the tail end 11,31 of top mounting bracket 30, yet, can not yet.
In addition, in the above-described embodiment, the flat plate collector of take is illustrated as example, yet the present invention is not limited to this, also goes for other forms of heat collector.
About the formation material of mounting bracket assembly (sidepiece mounting bracket 10, middle mounting bracket 20, top mounting bracket 30), take metal as good, especially take steel as good, yet, adopt the plastics with some strength also can.
Claims (10)
1. a heat collector installing support frame assembly, at least comprise and be respectively used to the left side edge portion of described heat collector (40) and the supporting of right edge edge to be arranged on a pair of the 1st mounting bracket (10) on object, it is characterized in that, described the 1st mounting bracket (10) is formed by sheet material, and comprise: for being fixed on the tail end (11) on object, for the described left side edge portion of described heat collector or the heat collector Embedded Division (13) of described right edge edge embedding, and the cantilever connecting portion (12) that is connected to the specific length between described heat collector Embedded Division (13) and described tail end (11),
Described heat collector Embedded Division (13) has upper edge (13a) and lower edge portion (13b), and the described left side edge portion of described heat collector or right edge edge are by this upper edge (13a) and these two clamping of lower edge portion (13b).
2. heat collector installing support frame assembly according to claim 1, it is characterized in that, described the 1st mounting bracket forms like this: an end of sheet material is curved and is roughly letter C shape, remainder extends to the rear side in contrast to front openings side of this letter C shape from the upper edge of this letter C shape, by the part that is described letter C shape, form described heat collector Embedded Division (13), the upper edge of this letter C shape forms described upper edge (13a), the lower edge portion of this letter C shape forms described lower edge portion (13b), the other end by sheet material forms described tail end (11), part between the top edge of this other end and described letter C shape forms described cantilever connecting portion (12).
3. heat collector installing support frame according to claim 2, is characterized in that, described upper edge (13a) is to the open outer side of described letter C shape, to downward-extension.
4. heat collector installing support frame assembly according to claim 1, it is characterized in that, this heat collector installing support frame assembly is installed two above described heat collectors (40) abreast for left and right, also comprise for being connected to the 2nd mounting bracket (20) between two adjacent heat collectors, the 2nd mounting bracket (20) is formed by sheet material, and comprise: left side heat collector Embedded Division (23), right side heat collector Embedded Division (23) and middle interconnecting piece (22), this left side heat collector Embedded Division (23) and right side heat collector Embedded Division (23) opposing setting on left and right directions, for the right edge edge of in adjacent two heat collectors and another left side edge portion, embed respectively, described middle interconnecting piece (22) is connected between this left side heat collector Embedded Division (23) and right side heat collector Embedded Division (23),
Described left side heat collector Embedded Division (23) has the upper edge (23a) and lower edge portion (23b) of the right edge edge of in described adjacent two heat collectors of clamping,
Described right side heat collector Embedded Division (23) has another the upper edge (23a) and lower edge portion (23b) of left side edge portion of clamping in described adjacent two heat collectors.
5. heat collector installing support frame assembly according to claim 4, it is characterized in that, described the 2nd mounting bracket (20) forms like this: the both ends of sheet material are roughly curved respectively to letter C shape, part between both ends is connected between the upper edge of these two letter C shapes, by two parts that are letter C shape, form respectively described left side heat collector Embedded Division (23) and described right side heat collector Embedded Division (23), the part being connected between the upper edge of these two letter C shapes forms described middle interconnecting piece (22).
6. heat collector installing support frame assembly according to claim 5, it is characterized in that, the described upper edge (23a) of described left side heat collector Embedded Division (23) and described right side heat collector Embedded Division (23) is to the open outer side of described letter C shape, to downward-extension, the lower edge portion of described left side heat collector Embedded Division (23) and described right side heat collector Embedded Division (23) is to the open outer side of described letter C shape, extend upward, and under installment state, on left and right directions, the outermost end of this upper edge (23a) is positioned at the outside of the outermost end of this lower edge portion (23b).
7. according to the heat collector installing support frame assembly described in any one in claim 1 ~ 6, it is characterized in that, also comprise for the upper edge supporting of described heat collector is arranged on to the 3rd mounting bracket (30) on described object, described the 3rd mounting bracket (30) is formed by sheet material, and comprise: for be fixed on tail end (31) on object, the heat collector Embedded Division (33) embedding for the described upper edge of described heat collector and be connected to this tail end (31) and this heat collector Embedded Division (33) between the cantilever connecting portion (32) of specific length
This heat collector Embedded Division (33) has the upper edge (33a) and lower edge portion (33b) of the upper edge of the described heat collector of clamping.
8. heat collector installing support frame assembly according to claim 7, it is characterized in that, described the 3rd mounting bracket is to form like this: an end of sheet material is curved and is roughly letter C shape, and the described upper edge of described letter C shape is to the open outer side of this letter C shape, to downward-extension, the remainder of described sheet material extends to the rear side in contrast to front openings side of this letter C shape from the upper edge of this letter C shape, by the part that is described letter C shape, form described heat collector Embedded Division (33), the other end by sheet material forms described tail end (31), part between the top edge of this other end and described letter C shape forms described cantilever connecting portion (32).
9. a heat collector mounting structure, described heat collector integral body is tabular, the edge of this heat collector consists of section bar frame, it is characterized in that, right to use requires the heat collector installing support frame assembly described in any one in 1 ~ 8 that heat collector (40) is arranged on object.
10. heat collector mounting structure according to claim 9, is characterized in that,
Right to use require in 4 ~ 6 the heat collector installing support frame assembly described in any one by two above described heat collectors left and right abreast supporting be arranged on object, and described heat collector presents respectively the state having a down dip,
On the outer peripheral face of described heat collector, be formed with opening the 1st bight and the 2nd bight of below toward the outer side, the lower edge portion of the described heat collector Embedded Division (13) of described the 1st mounting bracket (10) is connected to the 1st bight, and the outer circumferential side pushing by the 1st bight to described heat collector (40)
The lower edge portion of the described left side heat collector Embedded Division of described the 2nd mounting bracket (20) and described right side heat collector Embedded Division is connected to respectively the 2nd bight of two heat collectors (40), and by the 2nd bight, is pushed to the right with left side respectively.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201210292734.2A CN103591719B (en) | 2012-08-16 | 2012-08-16 | Collector mounting rack assembly and collector mounting structure |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201210292734.2A CN103591719B (en) | 2012-08-16 | 2012-08-16 | Collector mounting rack assembly and collector mounting structure |
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| CN103591719A true CN103591719A (en) | 2014-02-19 |
| CN103591719B CN103591719B (en) | 2017-05-10 |
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| CN201210292734.2A Active CN103591719B (en) | 2012-08-16 | 2012-08-16 | Collector mounting rack assembly and collector mounting structure |
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| CN106123376A (en) * | 2016-07-07 | 2016-11-16 | 芜湖贝斯特新能源开发有限公司 | Solar panels the linkage of side edge |
| CN106196659A (en) * | 2016-07-07 | 2016-12-07 | 芜湖贝斯特新能源开发有限公司 | A kind of solar panels splicing mounting structure |
| CN106196652A (en) * | 2016-07-07 | 2016-12-07 | 芜湖贝斯特新能源开发有限公司 | Solar panels mounting structure |
| CN107560485A (en) * | 2017-09-08 | 2018-01-09 | 真木农业设备（安徽）有限公司 | A kind of flat plate collector diaphragm plate fixing card |
| CN107588565A (en) * | 2017-09-08 | 2018-01-16 | 真木农业设备（安徽）有限公司 | A kind of flat plate collector diaphragm plate fixing means |
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| CN102338495A (en) * | 2010-07-16 | 2012-02-01 | 徐泽山 | Support for installing flat-plate solar collector on balcony |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN106123376A (en) * | 2016-07-07 | 2016-11-16 | 芜湖贝斯特新能源开发有限公司 | Solar panels the linkage of side edge |
| CN106196659A (en) * | 2016-07-07 | 2016-12-07 | 芜湖贝斯特新能源开发有限公司 | A kind of solar panels splicing mounting structure |
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| CN106123376B (en) * | 2016-07-07 | 2019-06-18 | 芜湖贝斯特新能源开发有限公司 | Solar panels the linkage of side edge |
| CN107560485A (en) * | 2017-09-08 | 2018-01-09 | 真木农业设备（安徽）有限公司 | A kind of flat plate collector diaphragm plate fixing card |
| CN107588565A (en) * | 2017-09-08 | 2018-01-16 | 真木农业设备（安徽）有限公司 | A kind of flat plate collector diaphragm plate fixing means |
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| CN103591719B (en) | 2017-05-10 |
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