CN206310765U - A kind of luffer boards formula solar heat-preservation device - Google Patents

Abstract

The utility model is related to a kind of luffer boards formula solar heat-preservation device, including collecting plate and storage heater, and collecting plate includes the light-passing board, plate of water route, collecting plate and the supporting plate that stack gradually；Runner wherein in plate of water route includes two symmetrically arranged buffer runners, buffer runner extends along the width of plate of water route, connected by some branch flow passages between two groups of buffer runners, integrally running through on supporting plate, collecting plate has one group of water inlet and one group of discharge outlet；Storage heater includes heat-insulation chamber, it is provided with heat-insulation chamber into water cavity, draining cavity and thermal, wherein water inlet cavity is connected with water inlet, cold water inlet is also associated with water inlet cavity, draining cavity is connected with discharge outlet, thermal is connected between water inlet cavity and draining cavity, wherein being connected with transfer tube between thermal and water inlet cavity；Storage heater includes heat sink, and the two ends of heat sink are connected between water cavity and water tank and between draining cavity and transfer tube by triple valve respectively.

Description

A kind of luffer boards formula solar heat-preservation device

Technical field

The utility model is related to a kind of luffer boards formula solar heat-preservation device, belongs to solar water heater accessory.

Background technology

Heat collection type solar water heater has already been through the development and innovation in many generations at the beginning of the interview till now, from early stage Array tube type solar collector heat-collecting-plate type solar thermal collector till now, wherein array tubular type collector has small volume Etc. advantage, but for heat-collecting-plate type, the heat-collecting-plate type convenience that either scalability is still installed and aesthetics Traditional thermal-collecting tube type will be better than, but still connected by connecting tube between present heat-collecting-plate type solar thermal collector, Utilization rate to soil or roof is still relatively low, and aesthetics remains unchanged deficiency, and water resistance is larger between connecting tube and holds Extra thermosteresis is also easy to produce, it is relatively inefficient.

Utility model content

The technical problems to be solved in the utility model is：Overcome in the prior art Conventional plate-type heat collector to soil or room A kind of low and less efficient technical problem of top area utilization rate, there is provided luffer boards formula solar heat-preservation device.

The utility model solves the technical scheme that its technical problem used：

A kind of luffer boards formula solar heat-preservation device, including collecting plate and storage heater, the collecting plate are saturating including what is stacked gradually Tabula rasa, plate of water route, collecting plate and supporting plate, are fixedly connected between the light-passing board and supporting plate by screw, plate of water route and collection Hot plate is clamped between light-passing board and supporting plate, wherein the light-passing board is used, rigid transparent material is made and light-passing board is for double-deck Heat insulation structural, the plate of water route is made up of light transmissive material, and the runner flowed through for thermal-arrest fluid, collecting plate are provided with plate of water route It is made of Heat Conduction Material and surface blacking；Runner wherein in plate of water route includes two symmetrically arranged buffer runners, described Buffer runner extends along the width of plate of water route, is connected by some branch flow passages between two groups of buffer runners, in the branch Integrally through having one group of water inlet and one group of discharge outlet on fagging, collecting plate, wherein water inlet is symmetricly set on it including two In one group of buffer runner both sides point water inlet, discharge outlet includes two point drainings for being symmetricly set on one group of buffer runner both sides Mouthful；The storage heater includes a heat-insulation chamber, and heat-insulation chamber is installed on the supporting plate, is provided with the heat-insulation chamber empty into water Chamber, draining cavity and thermal, wherein water inlet cavity is connected with two points of water inlets respectively, one are also associated with water inlet cavity Individual cold water inlet, the draining cavity is connected with two points of discharge outlet respectively, between the water inlet cavity and draining cavity A thermal is connected with, wherein a transfer tube is connected between the thermal and water inlet cavity, will by transfer tube Current in draining cavity are pumped into thermal；The storage heater also includes a heat sink, and radiating plate surface is provided with convex Tooth is played, the heat sink is internally provided with a water conservancy diversion cavity, and the two ends of water conservancy diversion cavity are connected into water by triple valve respectively Between cavity and water tank and between draining cavity and transfer tube.

As further innovation of the present utility model, the width of the middle part width more than buffer runner both sides of the buffer runner Degree.

Used as further innovation of the present utility model, the branch flow passage is mutual by some U-shaped runners being mutually centrosymmetric It is connected and forms, a linear expanded channel is additionally provided with the line of symmetry in the middle part of U-shaped runner.

As further innovation of the present utility model, a projection for annular is additionally provided with the supporting plate, it is annular Projection is contacted between light-passing board edge, and the plate of water route and collecting plate are embedded into the projection of annular.

Used as further innovation of the present utility model, the supporting plate is made of polyformaldehyde, and the collecting plate uses copper It is made.

Used as further innovation of the present utility model, the light-passing board is made of interlayer safety glass.

Used as further innovation of the present utility model, the plate of water route is made of acrylic.

As further innovation of the present utility model, insulated foam coating is coated with outside the thermal.

The beneficial effects of the utility model are：

1st, the utility model may be mounted at metope for simulating the solar water heater of luffer boards by a kind of, realize too Sun irradiation lower chamber every cold, heat-insulated, can be fixedly connected by support between this structure, and pipeline can back by Embedding pipeline connection, outward appearance is more attractive in appearance and also of a relatively high to the area utilization of metope, and this structure can not only be realized storing Heat, while the heat extraction to inside cavity space can also be realized by waterway switching, it is ensured that internal is warm.

2nd, the utility model is heated using solar energy to copper coin, and sets plate of water route so as to reality by copper coin surface Now to the cooling of copper coin, the heating to fluid in plate of water route, thermosteresis is low, and heating effect is obvious.

3rd, reducing buffer runner of the present utility model, by reducing the resistance of middle part runner, improving the resistance of two side runners Come ensureing the uniform of water-carrying capacity in branch flow passage.

4th, the lines and expanded channel of U-shaped are under limited area, it is ensured that the closeness of runner, improve to copper coin The speed of radiating, preventing copper coin from overheating causes to produce influence to the heat endurance of total.

5th, acrylic is easy to process, cheap, and light transmittance is good.

Brief description of the drawings

The utility model is further illustrated with reference to the accompanying drawings and examples.

Fig. 1 is structural representation of the present utility model；

Fig. 2 is generalized section of the present utility model.

In figure：1st, plate of water route；2nd, buffer runner；3rd, water inlet is divided；4th, branch flow passage；5th, expanded channel；6th, collecting plate；7、 Supporting plate；8th, light-passing board；9th, it is raised；10th, discharge outlet is divided；11st, draining cavity；12nd, water inlet cavity；13rd, transfer tube；14th, accumulation of heat Chamber；15th, triple valve A；16th, triple valve B；17th, cold water inlet；18th, heat sink；19th, heat-insulation chamber.

Specific embodiment

The utility model is described in further detail presently in connection with accompanying drawing.These accompanying drawings are simplified schematic diagram, Basic structure of the present utility model is only illustrated in a schematic way, therefore it only shows the composition relevant with the utility model.

As shown in Fig. 2 the utility model is a kind of luffer boards formula solar heat-preservation device, including collecting plate and storage heater, it is described Collecting plate includes the light-passing board, plate of water route, collecting plate and the supporting plate that stack gradually, and spiral shell is passed through between the light-passing board and supporting plate Nail is fixedly connected, and a projection for annular is additionally provided with the supporting plate, and the projection of annular is contacted between light-passing board edge, The plate of water route and collecting plate are embedded into the projection of annular, and are clamped between light-passing board and supporting plate, wherein the printing opacity Plate is made of interlayer safety glass, and the plate of water route is made up of acrylic material, is provided with plate of water route for collection hot fluid The runner for flowing through, collecting plate is made of copper and surface blacking；

As Fig. 1, the wherein runner in plate of water route include two symmetrically arranged buffer runners, the buffer runner is along water route The width of plate extends, the width of the middle part width more than buffer runner both sides of the buffer runner, two groups of buffer runners it Between connected by some branch flow passages, be equally spaced between branch flow passage, the branch flow passage is mutually centrosymmetric by some U-shaped runner interconnect and form, a linear expanded channel is additionally provided with the line of symmetry in the middle part of U-shaped runner；

Integrally through having one group of water inlet and one group of discharge outlet on the supporting plate, collecting plate, wherein water inlet includes Two point water inlets for being symmetricly set on one of which buffer runner both sides, discharge outlet is symmetricly set on one group of buffering including two Point discharge outlet of runner both sides；Water inlet and a point discharge outlet is divided to be helicitic texture；

As Fig. 2, the storage heater include a heat-insulation chamber, heat-insulation chamber is installed on the supporting plate, set in the heat-insulation chamber It is equipped with into water cavity, draining cavity and thermal, wherein water inlet cavity is connected by two screwed pipes and two points of water inlets respectively It is logical, a cold water inlet is also associated with water inlet cavity, the draining cavity passes through two screwed pipes and two points respectively Discharge outlet is connected；The fixation of heat-insulation chamber and supporting plate is realized by the connection of four screwed pipes, in water inlet cavity and the row A thermal is connected between water cavity, wherein being connected with a transfer tube between the thermal and water inlet cavity, is led to Be pumped into current in draining cavity in thermal by pump of overdriving；The storage heater also includes a heat sink, and heat sink leads to Cross screw to be fixed on the shell of heat-insulation chamber, radiating plate surface is provided with raised tooth, and the heat sink is internally provided with one and leads Stream cavity, the two ends of water conservancy diversion cavity respectively by triple valve be connected between water cavity and water tank and draining cavity with drive Between pump；

During installation, this product can be fixed on metope or window face by fixed frame, and will be each by pipeline group Individual pipeline is attached, the place larger for solar radiation intensity, by two discharge outlet, two points of water inlets can be divided to all to connect It is connected on circulation line to improve the rate of heat addition；During water filling, triple valve B regulations are connected to water inlet cavity with thermal, led to Subcooled water inlet injects in thermal, water inlet cavity, draining cavity cold water, then closure cold water inlet；During heat accumulation, will Triple valve B regulations are connected to water inlet cavity with thermal, and triple valve A regulations are connected to draining cavity with transfer tube, and current exist Under the driving of transfer tube, circulated between plate of water route, draining cavity, thermal, water inlet cavity, sunshine passes through light-passing board Shone directly on collecting plate with after plate of water route, collecting plate is heated under the irradiation of sunshine, while heat is improved in plate of water route Water in water route is pulled away, and realizes the radiating of collecting plate and the heating of water；During heat extraction, by triple valve B regulations to thermal Connected with heat-generating pipe one end, triple valve A regulations are connected to transfer tube with the heat-generating pipe other end, driving of the heat in circulating pump Under, discharged by heat sink, realize the heating of air in house, this structure can realize metope every cold and heat-insulated, while Freezing for metope can be effectively prevented by reversely adding hot water.

With above-mentioned according to desirable embodiment of the present utility model as enlightenment, by above-mentioned description, related work people Member can carry out various changes and amendments in the range of without departing from this utility model technological thought completely.This reality The content on specification is not limited to new technical scope, it is necessary to its technology is determined according to right Property scope.

Claims (8)

1. a kind of luffer boards formula solar heat-preservation device, it is characterized in that：Including collecting plate and storage heater, the collecting plate includes layer successively Folded light-passing board, plate of water route, collecting plate and supporting plate, are fixedly connected, water route between the light-passing board and supporting plate by screw Plate and collecting plate are clamped between light-passing board and supporting plate, wherein the light-passing board is made and light-passing board of rigid transparent material It is double thermal insulation structure, the plate of water route is made up of light transmissive material, and the runner flowed through for thermal-arrest fluid is provided with plate of water route, Collecting plate is made and surface blacking of Heat Conduction Material；Runner wherein in plate of water route includes two symmetrically arranged buffer streams Road, the buffer runner extends along the width of plate of water route, is connected by some branch flow passages between two groups of buffer runners, Integrally through having one group of water inlet and one group of discharge outlet on the supporting plate, collecting plate, wherein water inlet symmetrically sets including two Put point water inlet of one group of buffer runner both sides wherein, discharge outlet includes that two are symmetricly set on one group of buffer runner both sides Divide discharge outlet；The storage heater include a heat-insulation chamber, heat-insulation chamber install on the supporting plate, be provided with the heat-insulation chamber into Water cavity, draining cavity and thermal, wherein water inlet cavity is connected with two points of water inlets respectively, are also connected with water inlet cavity There is a cold water inlet, the draining cavity is connected with two points of discharge outlet respectively, in water inlet cavity and the draining cavity Between be connected with a thermal, wherein the thermal and water inlet cavity between be connected with a transfer tube, by drive Be pumped into current in draining cavity in thermal by pump；The storage heater also includes a heat sink, and radiating plate surface is set There is raised tooth, the heat sink is internally provided with a water conservancy diversion cavity, and the two ends of water conservancy diversion cavity are connected to by triple valve respectively Between water inlet cavity and water tank and between draining cavity and transfer tube.

2. a kind of luffer boards formula solar heat-preservation device as claimed in claim 1, it is characterized in that：The middle part width of the buffer runner More than the width of buffer runner both sides.

3. a kind of luffer boards formula solar heat-preservation device as claimed in claim 2, it is characterized in that：The branch flow passage is in mutually by some Centrosymmetric U-shaped runner is interconnected and formed, and a linear extension is additionally provided with the line of symmetry in the middle part of U-shaped runner Runner.

4. a kind of luffer boards formula solar heat-preservation device as claimed in claim 1, it is characterized in that：One is additionally provided with the supporting plate The projection of individual annular, the projection of annular is contacted between light-passing board edge, and the plate of water route and collecting plate are embedded into the convex of annular In rising.

5. a kind of luffer boards formula solar heat-preservation device as claimed in claim 1, it is characterized in that：The supporting plate uses polyformaldehyde system Into the collecting plate is made of copper.

6. a kind of luffer boards formula solar heat-preservation device as claimed in claim 1, it is characterized in that：The light-passing board uses interlayer tempering Glass is made.

7. a kind of luffer boards formula solar heat-preservation device as claimed in claim 1, it is characterized in that：The plate of water route uses acrylic system Into.

8. a kind of luffer boards formula solar heat-preservation device as claimed in claim 1, it is characterized in that：Bubble is coated with outside the thermal Foam thermal insulation layer.