CN200996737Y

CN200996737Y - Solar heat collecter

Info

Publication number: CN200996737Y
Application number: CNU200620048018XU
Authority: CN
Inventors: 林志儒
Original assignee: Individual
Current assignee: Individual
Priority date: 2006-11-22
Filing date: 2006-11-22
Publication date: 2007-12-26
Anticipated expiration: 2016-11-22

Abstract

The utility model relates to a solar heat collector, which comprises a feed water pipe (21) (22) at both sides, a plurality of water branch pipes (23) arranged between water feed pipe (21) and water feed pipe (22). A plurality of heat collecting plates (24a) of accommodating part (240) is closely attached on lower edge of water branch pipe (13). The utility model is characterized in that one side of this heat collecting plate (24) is upwards arranged and is bent in parallel to form a fixing and an attaching section (241) at one side of accommodating section (240), while the other side of the heat collecting plate (24) is arranged upwards and is bent in parallel to form a fixing and attaching section (242) at the other side. The heat collecting plate (24) and the adjoining heat collecting plate (24a) are respectively and correspondingly jointed and fixed in parallel with a fixing and attaching sections (241) and (242) at two sides. A buckle section (230) is arranged at both sides of this water branch pipe (23).

Description

Solar thermal collector

Technical field:

A kind of solar thermal collector refers to that especially a kind of see through curvedly establish the thermal-arrest plate of formation, and can connecting, it is firm and can improve the heat collector of durability to form a structure.

Background technology:

Known, most on the market heat collectors all will carry the water in heat collector to heat with the thermal-arrest plate at present, see also Figure 1 and Figure 2, the heat collector of commonly using 1 comprises two water-supply-

pipes

11,12, plural number distributive pipe 13 and plural pieces thermal-

arrest plate

14,14a, this water-supply-pipe 11 wherein, 12 are located at heat collector 1 two sides, and water-supply-pipe 11 peripheries in a side are provided with plurality of fixed hole 110 with respect to other side water-supply-pipe 12, side water-supply-pipe 12 also together in addition, utilize these distributive pipe 13 2 ends to be welded in water-supply-pipe 11, in 12 fixing holes 110, and thermal-arrest plate 14 upper edge surfaces form a holding part 140, this holding part 140 is used to fit in distributive pipe 13 lower edges, again with welding manner with thermal-

arrest plate

14,14a and distributive pipe 13 solid weldings, and utilize the adjacent thermal-arrest plate 14a of thermal-arrest plate 14 serial connections, form a solar thermal collector 1.

Wherein this thermal-arrest plate 14 is connected in series the place with adjacent thermal-arrest plate 14a, most no firm combined structure, therefore when distributive pipe 13 and thermal-

arrest plate

14,14a junction because of expanding with heat and contract with cold or foeign element when causing damage or generation crack, thermal-

arrest plate

14,14a can't keep its good fixed position, therefore cause solar thermal collector 1 can't bring into play optimal efficacy easily and are main disappearance.

The utility model content:

The utility model provides a kind of solar thermal collector, solves structure more firmly and can improve the technical problem of durability again.

Technical problem to be solved in the utility model is:

A kind of solar thermal collector, comprise the plural number of water-supply-pipe between water-supply-pipe and water-supply-pipe of being located at both sides and prop up the thermal-arrest plate that distributive pipe and plural pieces have the holding part of fitting with the distributive pipe lower edge, it is characterized in that: this thermal-arrest plate is on holding part one side direction and the parallel curved solid subsides portion that forms a side that establishes, in addition under the side direction and the parallel curved solid subsides portion that forms other side that establishes, this thermal-arrest plate and adjacent thermal-arrest plate respectively with corresponding the applyings series connection of solid subsides portion of two sides also combination fix; These distributive pipe two ends are respectively equipped with jog.

Described solar thermal collector is characterized in that: fit up and down with the solid subsides portion of two sides between described thermal-arrest plate and the adjacent thermal-arrest plate and connect and fixing to weld.

Described solar thermal collector is characterized in that: fit up and down with the solid subsides portion of two sides between described thermal-arrest plate and the adjacent thermal-arrest plate and connect and fix with locked assembly.

Described solar thermal collector is characterized in that: described locked assembly is screw or rivet.

The utlity model has effect as described below:

1, structure is firm: this thermal-arrest plate is arranged with a holding part downwards in upper edge surfaces, and upwards reach curved establishing respectively downwards in holding part two sides and form the portion of subsides admittedly, when the thermal-arrest plate fits in the distributive pipe lower edge, because of the thermal-arrest plate can utilize the solid subsides portion of its adjacent thermal-arrest plate to fit up and down, and do solid welding in two side engagement places up and down in subsides portion admittedly, the joint of thermal-arrest plate and distributive pipe is also done joint action with welding again, reaches the firm purpose of its structure.

2, improve durability: the holding part that this thermal-arrest plate utilizes its upper edge surfaces to be arranged with downwards, and holding part two sides respectively upwards and the curved downwards solid subsides portion that establishes, utilize the holding part of each thermal-arrest plate to fit in each distributive pipe lower edge, this thermal-arrest plate fits in adjacent thermal-arrest plate up and down with subsides portion admittedly again, and do the action of solid welding with the solid subsides portion that welding manner joins thermal-arrest plate and distributive pipe and thermal-arrest plate and thermal-arrest plate, by this, can reach the purpose that improves durability.

Description of drawings:

Fig. 1 is the front perspective view of commonly using.

Fig. 2 is distributive pipe and the thermal-arrest plate cutaway view of commonly using.

Fig. 3 is a front perspective view of the present utility model.

Fig. 4 is distributive pipe of the present utility model and thermal-arrest plate cutaway view.

The specific embodiment:

Now closing specific embodiments and the drawings is described in further detail the utility model.

See also Fig. 3 and shown in Figure 4, the utility model solar thermal collector 2 is with two side water-supply-

pipes

21,22 conveyance conduits as water inlet and water outlet, and utilize two water-supply-pipes 21, each distributive pipe 23 between 22, make it see through a side water-supply-pipe 21 water inlets and can be scattered in each distributive pipe 23, after utilizing solar thermal energy to make raising in the distributive pipe 23 with coolant-temperature gage, the water that will heat via the water-supply-pipe 22 of other side is delivered to the aqua storage tank 20 of solar thermal collector 2 tops for user's water again, its structure includes two water-supply-pipes 21 at least, 22, plural number distributive pipe 23 and plural pieces thermal-

arrest plate

24,24a, wherein:

This water-supply-

pipe

21,22 is arranged at heat collector 2 two sides, and in the peripheral surface place of a side water-supply-pipe 21 with respect to opposite side water-supply-pipe 22, be provided with plurality of fixed hole 210, it is used for each distributive pipe 23 2 ends are fastened in the fixing hole 210 of two side water-supply-

pipes

21,22, and with welding manner with distributive pipe 23 and water-supply-

pipe

21,22 solid weldings, order carries the water in water-supply-pipe 21 can be scattered in each distributive pipe 23.

These distributive pipe 23 2 ends are respectively equipped with jog 230, and it fastens respectively in the fixing hole 210 of two side water-supply-pipes, 21,22 peripheries, and utilize welding that its distributive pipe 23 and the joint of water-supply-

pipe

21,22 are done solid welding, wherein this jog 230 is to prevent that heat collector 2 is caused by climatic factor and expands with heat and contract with cold, avoid making distributive pipe 23 and water-supply-

pipe

21,22 to cause the situation of getting loose, and utilize welding manner also can reduce its on-the-spot built-up time.

This thermal-

arrest plate

24,24a is a thin shape lamellar body, its upper edge surfaces is arranged with a holding part 240 downwards and fits in distributive pipe 23 lower edges, and holding part 240 2 sides upwards reach parallel curved establishing respectively downwards and form the portion of subsides admittedly 241,242, utilize thermal-

arrest plate

24,24a holding part 240 fits in distributive pipe 23 lower edges, and this thermal-arrest plate 24 is with the solid subsides portion 241 of two sides, the solid subsides portion 242 of 242 two thermal-arrest plate 24as two sides adjacent with front and back, 241 corresponding up and down respectively applyings, make this thermal-

arrest plate

24,24a can form series system, again in distributive pipe 23 and thermal-arrest plate 24, the 24a joint, utilize the welding manner combination, and each thermal-arrest plate 24, utilize two adjacent sides subsides portion 241 admittedly in conjunction with system between the 24a, 242 solid weldings in addition, wherein, this each thermal-arrest plate 24, combination between the 24a also can be utilized screw, rivet, ... wait locked assembly to do locking.

Again, aforementioned two side water-supply-

pipes

21,22 and each distributive pipe 23 2 end are all set firmly with welding, distributive pipe 23 2 ends are provided with jog 230 again, make distributive pipe 23 cause when expanding with heat and contract with cold in exposing to the sun and rain, can do through jog 230 and slow down the phenomenon that distributive pipe 23 stretches, make this distributive pipe 23 and the steadiness of water-supply-

pipe

21,22 improve greatly.

Again, aforementioned thermal-

arrest plate

24,24a be the curved downwards holding part 240 that is provided with in edge surface thereon, and respectively be provided with upwards and the parallel downwards curved solid subsides portion 241,242 that establishes in holding part 240 2 sides, this thermal-

arrest plate

24,24a see through holding part 240 and fit in distributive pipe 23 lower edges, the solar thermal energy that thermal-

arrest plate

24,24a are absorbed can effectively heat the water in the distributive pipe 23, thermal-

arrest plate

24,24a and distributive pipe 23 joints are fixing to weld again, make solar thermal collector 2 steadiness improve.

Again, the solid subsides portion 241,242 of aforementioned thermal-

arrest plate

24,24a lies in holding part 240 2 lateral bendings and establishes and form, and when thermal-arrest plate 24 fits in distributive pipe 23 lower edges, utilizing portion of subsides admittedly 241,242 and adjacent thermal-arrest plate 24a to do connects, utilize welding that solid subsides portion 241,242 joints of thermal-

arrest plate

24,24a two sides are done the solid welding action again, make the robustness of its binding of increase between thermal-

arrest plate

24,24a and each distributive pipe 23.

Claims

1, a kind of solar thermal collector, comprise the water-supply-pipe (21) of being located at both sides, (22), be positioned at plural number between water-supply-pipe (21) and the water-supply-pipe (22) and prop up the thermal-arrest plate (24a) that distributive pipe (23) and plural pieces have the holding part (240) of fitting with distributive pipe (13) lower edge, it is characterized in that: this thermal-arrest plate (24) is on holding part (240) one side direction and the parallel curved solid subsides portions (241) that form a side that establish, in addition under the side direction and the parallel curved solid subsides portions (242) that form other side that establish, this thermal-arrest plate (24) and adjacent thermal-arrest plate (24a) are respectively with the solid subsides portions (241) of two sides, (242) the corresponding series connection of fitting is also in conjunction with fixing; These distributive pipe (23) two ends are respectively equipped with jog (230).

2, solar thermal collector according to claim 1 is characterized in that: fit up and down with solid subsides portions (241), (242) of two sides between described thermal-arrest plate (24) and the adjacent thermal-arrest plate (24a) and connect and fixing to weld.

3, solar thermal collector according to claim 1 is characterized in that: fit up and down with solid subsides portions (241), (242) of two sides between described thermal-arrest plate (24) and the adjacent thermal-arrest plate (24a) and connect and fix with locked assembly.

4, solar thermal collector according to claim 3 is characterized in that: described locked assembly is screw or rivet.