CN206056122U - A kind of solar heat conducts dehydrator - Google Patents

Abstract

The utility model discloses a kind of solar heat conducts dehydrator, belong to drying plant technical field, including casing and absorber plate, drying intracavity is provided with spring separator, supporting plate is connected with spring separator, spring separator includes housing and piston, piston one end is connected with push rod, the other end is connected with L-type pull bar, push rod is connected with supporting plate, spring is cased with L-type pull bar, one end of spring is connected with piston, the other end is connected with the diapire of housing, chute is provided with the side wall of casing, spacing bayonet socket is provided with chute, housing is split-type structural, including spring case and bottom, spring stack is provided with base plate, one end of spring stack is connected with bottom, the other end is connected with base plate.This utility model can be such that absorber plate is separated from each other with dried object product, it is to avoid by adustion, by spring stack, spring separator smoothly near absorber plate can enable dried object product and absorber plate good contact, ensure drying effect dried object product.

Description

A kind of solar heat conducts dehydrator

Technical field

This utility model is related to drying plant technical field, more particularly to a kind of solar heat conduction dehydrator.

Background technology

Dehydrator can be divided into it is industrial with civilian two kinds, industrial drier is also drying equipment or drying machine, civilian dehydrator It is the one kind in washing machine, typically after rinse dehydration, for the moisture in removing clothing and other textiles.By drying The difference of principle, can be divided into roller drying machine and solar energy dryer again.

The thermal source of roller drying machine from burner, using downflow type mode of heating.Therefore need the material of drying from Material feeding box slips into cylinder, and due to dehydrator slant setting, material is on the one hand in gravity and the dirty rear end of gyroscopic action, the opposing party Face material is taken up repeatedly by flight, band to upper end it is or else disconnected raise and spread, make material that uniform curtain is formed in cylinder, fully Heat exchange is carried out with the thermal current in cylinder, is raised due to material repeatedly and is spread, contained moisture is gradually oven-dried, so as to reach drying Purpose.The solar energy dryer being dried using solar energy, is to convert the solar into heat energy with heated material and make which most The intact device of drying purpose is reached eventually.From the perspective of in mechanism, dry run is to vaporize the moisture in solid material using heat energy And the process gone in being diffused into air, after surface of material obtains heat, inside heat incoming material, make contained water in material Divide and be diffused with liquid or gaseous form from inside material, gradually reach surface of material, then by the air film of surface of material And be diffused in air, in making material, contained moisture is gradually reduced, and eventually becomes drying regime.Therefore, dry run reality It is heat transfer, a process for mass transfer on border.

Publication No. CN 102353242A, publication date are that the Chinese patent literature of on 02 15th, 2012 discloses one kind Plate type solar dehydrator based on conduction of heat, it is characterised in that described solar energy dryer includes euphotic cover plate, heat absorption Plate, frame, heat-insulation layer, base plate, article drying chamber；Euphotic cover plate is absorber plate below the superiors, euphotic cover plate, under absorber plate Face is heat-insulation layer, is base plate below heat-insulation layer；There is frame euphotic cover plate, absorber plate, heat-insulation layer and base plate surrounding, and frame is fixed Euphotic cover plate, absorber plate, heat-insulation layer and base plate；Space between absorber plate and heat-insulation layer is article drying chamber.

The disclosed plate type solar dehydrator based on conduction of heat of the patent documentation, when solar radiation is irradiated to up to heat absorption During plate, absorber plate is driven by the temperature difference and for heat to be conducted to dried object product intimate contact therewith, the moisture quilt inside article Evaporate after heating, and escape dehydrator, realize the dehydration and drying of article.Due to being tight between absorber plate and dried object product Contact, the distance between absorber plate and dried object product deficiency is easily caused the heat that absorber plate passes to dried object product Excessively, in actual applications often because operator's turn-over causes dried object product not in time by adustion.

Utility model content

This utility model is in order to overcome the defect of above-mentioned prior art, there is provided a kind of solar heat conducts dehydrator, this reality Absorber plate can be made to be separated from each other with dried object product with new, it is to avoid directly contact, by absorber plate and dried object product it Between gap can buffer absorber plate transmission heat, effectively prevent absorber plate it is excessive transfer heat to dried object product, So as to avoid dried object product by adustion, by arranging spring stack, spring separator can more smoothly near suction Hot plate, enables the contact that dried object product are good with absorber plate, so as to ensure drying effect.

This utility model is achieved through the following technical solutions：

A kind of solar heat conducts dehydrator, including casing, the euphotic cover plate being arranged on casing and is arranged in casing Absorber plate, absorber plate be located at euphotic cover plate below, base plate is fixed with the inner bottom wall of casing, between base plate and absorber plate formed Drying cavity, it is characterised in that：The drying intracavity is provided with spring separator, is connected with supporting plate, institute on spring separator Stating spring separator includes housing and the piston being arranged in housing, and one end of the piston is connected with push rod, and the other end connects L-type pull bar is connected to, the push rod is connected with supporting plate through housing, on the L-type pull bar, is cased with spring, one end of spring and piston It is connected, the other end is connected with the diapire of housing, is provided with chute on the side wall of the casing, and spacing bayonet socket, institute are provided with chute State L-type pull bar to be connected with slide, the housing is split-type structural, including spring case and bottom, bottom and spring case can It is detachably connected with, one end of spring is connected with bottom, the other end of spring is connected with piston, on the base plate, is provided with spring Post, one end of spring stack are connected with bottom, and the other end is connected with base plate.

Hinge is provided with the side wall of the casing, dark slide above euphotic cover plate, is provided with, upper dark slide is by closing Page is connected with the side wall of casing.

Horizontal support plate is fixed with the side wall of the casing, telescope motor and power supply on horizontal support plate, is provided with, stretch electricity Machine is connected with power supply, and telescope motor includes expansion link and the Y type frame being connected on expansion link, and lower screening is provided with below euphotic cover plate Tabula rasa, side wall of the lower dark slide through casing, Y type frame are connected with lower dark slide.

The drying intracavity is provided with bimetal release, and bimetal release is located at below spring separator, double gold Category piece switch is connected with power supply.

The bimetal release includes insulator, bimetal leaf, the first conducting strip and the second conducting strip, the one of insulator End is connected with the first conducting strip, and the other end is connected with the second conducting strip, one end of bimetal leaf and the first conducting strip conductive contact, The other end is connected with the second conducting strip.

Multiple passages are evenly distributed with the supporting plate.

Projection, raised circular in cross-section are provided with the surface of the absorber plate.

During use, dried object product are placed on supporting plate, after a period of time, when the heat that absorber plate absorbs is excessive, By pulled down L-type pull bar, so as to compression spring, drive supporting plate to move down, make dried object product and absorber plate mutually every Open；L-type pull bar is slided on the spacing bayonet socket of chute, can just make dried object product certain distance be kept for a long time with absorber plate, Reduce dried object product institute received heat, dried object product can be prevented effectively from by adustion；Conversely, when absorber plate heat is less, L-type pull bar is skidded off from spacing bayonet socket and can just make dried object product and directly contact with absorber plate, drying effect can be ensured again Really.

The beneficial effects of the utility model are mainly manifested in following aspect：

First, this utility model, drying intracavity are provided with spring separator, and supporting plate, bullet are connected with spring separator Spring segregation apparatuss include housing and the piston being arranged in housing, and one end of piston is connected with push rod, and the other end is connected with L-type drawing Bar, push rod are connected with supporting plate through housing, and spring is cased with L-type pull bar, and one end of spring is connected with piston, the other end and housing Diapire be connected, be provided with chute on the side wall of casing, on chute, be provided with spacing bayonet socket, L-type pull bar is connected with slide, logical Cross and spring separator is set in drying intracavity, absorber plate can be made to be separated from each other with dried object product, it is to avoid directly contact, lead to The gap crossed between absorber plate and dried object product can buffer absorber plate transmission heat, effectively prevent absorber plate it is excessive general Heat transfer gives dried object product such that it is able to avoid during use because operator's turn-over causes dried object not in time Product have greatly been ensured drying effect and efficiency by adustion；Housing is split-type structural, including spring case and bottom, bottom and Spring case detachable connection, one end of spring are connected with bottom, and the other end of spring is connected with piston, and bottom and spring case can It is detachably connected with, is conveniently replaceable spring, ensure spring separator overall work reliability, the replacing and installation of spring is all suitable Convenient, maintenance cost is low；Spring stack is provided with base plate, one end of spring stack is connected with bottom, and the other end is connected with base plate, is led to Cross and set up spring stack, the elasticity of whole spring separator can be strengthened, after L-type pull bar departs from spacing bayonet socket, in spring stack In the presence of, spring separator more smoothly near absorber plate can enable dried object product good with absorber plate Contact, so as to ensure drying effect.

2nd, this utility model, is provided with hinge on the side wall of casing, and dark slide, upper screening are provided with above euphotic cover plate Tabula rasa is connected with the side wall of casing by hinge, and when optical radiation energy is larger, manually pulling dark slide just can be right Euphotic cover plate is blocked, and is weakened the light transmission rate of euphotic cover plate, and then the heat absorption of decrease absorber plate, is effectively prevented from being done Dry article is by adustion.

3rd, this utility model, is fixed with horizontal support plate, telescope motor and electricity is provided with horizontal support plate on the side wall of casing Source, telescope motor are connected with power supply, and telescope motor includes expansion link and the Y type frame being connected on expansion link, below euphotic cover plate Lower dark slide is provided with, side wall of the lower dark slide through casing, Y type frame are connected with lower dark slide, can be driven by telescope motor Dynamic lower dark slide is stretched back and forth, reaches the purpose that intermittence blocks absorber plate, is prevented from directly gathering through the light of euphotic cover plate The irradiation of collection is on absorber plate, it is to avoid absorber plate concentration of local is heated such that it is able to prevent dried object product because of local heating's temperature Spend height and cause to damage.

4th, this utility model, drying intracavity are provided with bimetal release, and bimetal release is located at spring separator Lower section, bimetal release are connected with power supply, when the temperature for drying intracavity is higher than preference temperature needed for dried object product, metal Piece deforms because of temperature rising, and bimetal release is off, and now, can just be made by starting telescope motor Lower dark slide is moved back and forth, and is reduced absorber plate and is absorbed luminous energy, and then reduce the temperature of absorber plate, it is to avoid dried object product are dried It is burnt.

5th, this utility model, bimetal release include insulator, bimetal leaf, the first conducting strip and the second conducting strip, One end of insulator is connected with the first conducting strip, and the other end is connected with the second conducting strip, and one end of bimetal leaf is conductive with first Piece conductive contact, the other end are connected with the second conducting strip, using the bimetal release of this ad hoc structure, by laminated structure The second conducting strip be connected with bimetal leaf, for the metal cap of prior art, the second conducting strip area is bigger, by increasing capacitance it is possible to increase More solder joints are made whole bimetal release structure more firm, are used for multiple times and are not susceptible to deformation fixing bimetal leaf, Bimetal release reliable long-term working is ensured.

6th, this utility model, is evenly distributed with multiple passages on supporting plate, when dried object product are placed on supporting plate, dry The heat of dry intracavity can be delivered to the lower surface of dried object product by passage, and passage adopts equally distributed mode, Even heat can be made to be distributed to the lower surface of dried object product so that the upper and lower surface of dried object product can be same Shi Jinhang is dried, and effectively raises drying efficiency.

7th, this utility model, is provided with projection, raised circular in cross-section, in absorber plate on the surface of absorber plate Arrange raised on surface, for smoother heat absorption plate surface, increase the surface area of absorber plate, absorber plate is improve to light spoke The absorption efficiency penetrated, beneficial to raising drying efficiency and drying effect.

Description of the drawings

This utility model is described in further detail below in conjunction with specification drawings and specific embodiments, its In：

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

Structural representations of the Fig. 2 for this utility model embodiment 2；

Structural representations of the Fig. 3 for this utility model embodiment 3；

Structural representations of the Fig. 4 for this utility model embodiment 4；

Fig. 5 is the structural representation of bimetal release in this utility model embodiment 4；

Fig. 6 is the structural representation of supporting plate in this utility model embodiment 4；

Labelling in figure：1st, casing, 2, euphotic cover plate, 3, absorber plate, 4, base plate, 5, drying cavity, 6, supporting plate, 7, housing, 8, Piston, 9, push rod, 10, L-type pull bar, 11, spring, 12, chute, 13, spacing bayonet socket, 19, hinge, 20, upper dark slide, 21, bullet Spring shell, 22, bottom, 23, spring stack, 24, horizontal support plate, 25, telescope motor, 26, power supply, 27, expansion link, 28, Y type frame, 29, Lower dark slide, 30, bimetal release, 31, insulator, 32, bimetal leaf, the 33, first conducting strip, the 34, second conducting strip, 35th, passage, 40, raised.

Specific embodiment

Embodiment 1

Referring to Fig. 1, a kind of solar heat conducts dehydrator, including casing 1, the euphotic cover plate 2 being arranged on casing 1 and sets The absorber plate 3 in casing 1 is put, absorber plate 3 is located at below euphotic cover plate 2, and base plate 4, base plate are fixed with the inner bottom wall of casing 1 Drying cavity 5 is formed between 4 and absorber plate 3, in the drying cavity 5, spring separator is provided with, is connected on spring separator There is supporting plate 6, the spring separator includes housing 7 and the piston 8 being arranged in housing 7, and one end of the piston 8 is connected with Push rod 9, the other end are connected with L-type pull bar 10, and the push rod 9 is connected with supporting plate 6 through housing 7, is cased with the L-type pull bar 10 Spring 11, one end of spring 11 are connected with piston 8, and the other end is connected with the diapire of housing 7, are provided with the side wall of the casing 1 Chute 12, is provided with spacing bayonet socket 13 on chute 12, the L-type pull bar 10 is slidably connected with chute 12, and the housing 7 is split Formula structure, including spring case 21 and bottom 22,21 detachable connection of bottom 22 and spring case, one end and the bottom 22 of spring 11 Connection, the other end of spring 11 are connected with piston 8, and spring stack 23, one end of spring stack 23 and bottom are provided with the base plate 4 22 connections, the other end are connected with base plate 4.

The present embodiment is most basic embodiment, and drying intracavity is provided with spring separator, on spring separator Supporting plate is connected with, spring separator includes housing and the piston being arranged in housing, and one end of piston is connected with push rod, another End is connected with L-type pull bar, and push rod is connected with supporting plate through housing, and spring, one end and the piston phase of spring are cased with L-type pull bar Even, the other end is connected with the diapire of housing, is provided with chute on the side wall of casing, is provided with spacing bayonet socket on chute, L-type pull bar and Slide connects, and by arranging spring separator in drying intracavity, absorber plate can be made to be separated from each other with dried object product, Avoid direct contact with, the heat of absorber plate transmission can be buffered by the gap between absorber plate and dried object product, it is effectively anti- What only absorber plate was excessive transfers heat to dried object product such that it is able to avoid during use because operator's turn-over is too late When and cause dried object product by adustion, greatly ensured drying effect and efficiency；Housing is split-type structural, including spring Shell and bottom, bottom and spring case detachable connection, one end of spring are connected with bottom, and the other end and the piston of spring connect Connect, bottom and spring case detachable connection, be conveniently replaceable spring, ensure spring separator overall work reliability, spring Replacing and installation all quite facilitate, maintenance cost is low；Spring stack is provided with base plate, one end of spring stack is connected with bottom, The other end is connected with base plate, by setting up spring stack, can strengthen the elasticity of whole spring separator, when L-type pull bar departs from After spacing bayonet socket, in the presence of spring stack, spring separator more smoothly near absorber plate can make dried object product Contact that can be good with absorber plate, so as to ensure drying effect.

Embodiment 2

Referring to Fig. 2, a kind of solar heat conducts dehydrator, including casing 1, the euphotic cover plate 2 being arranged on casing 1 and sets The absorber plate 3 in casing 1 is put, absorber plate 3 is located at below euphotic cover plate 2, and base plate 4, base plate are fixed with the inner bottom wall of casing 1 Drying cavity 5 is formed between 4 and absorber plate 3, in the drying cavity 5, spring separator is provided with, is connected on spring separator There is supporting plate 6, the spring separator includes housing 7 and the piston 8 being arranged in housing 7, and one end of the piston 8 is connected with Push rod 9, the other end are connected with L-type pull bar 10, and the push rod 9 is connected with supporting plate 6 through housing 7, is cased with the L-type pull bar 10 Spring 11, one end of spring 11 are connected with piston 8, and the other end is connected with the diapire of housing 7, are provided with the side wall of the casing 1 Chute 12, is provided with spacing bayonet socket 13 on chute 12, the L-type pull bar 10 is slidably connected with chute 12, and the housing 7 is split Formula structure, including spring case 21 and bottom 22,21 detachable connection of bottom 22 and spring case, one end and the bottom 22 of spring 11 Connection, the other end of spring 11 are connected with piston 8, and spring stack 23, one end of spring stack 23 and bottom are provided with the base plate 4 22 connections, the other end are connected with base plate 4.

Hinge 19 is provided with the side wall of the casing 1, dark slide 20, upper dark slide above euphotic cover plate 2, is provided with 20 are connected with the side wall of casing 1 by hinge 19.

The present embodiment is a better embodiment, is provided with hinge, is provided with above euphotic cover plate on the side wall of casing Dark slide, upper dark slide are connected with the side wall of casing by hinge, when optical radiation energy is larger, manually pull shading Plate just can be blocked to euphotic cover plate, weakened the light transmission rate of euphotic cover plate, and then the heat absorption of decrease absorber plate, had Effect prevents dried object product by adustion.

Embodiment 3

Referring to Fig. 3, a kind of solar heat conducts dehydrator, including casing 1, the euphotic cover plate 2 being arranged on casing 1 and sets The absorber plate 3 in casing 1 is put, absorber plate 3 is located at below euphotic cover plate 2, and base plate 4, base plate are fixed with the inner bottom wall of casing 1 Drying cavity 5 is formed between 4 and absorber plate 3, in the drying cavity 5, spring separator is provided with, is connected on spring separator There is supporting plate 6, the spring separator includes housing 7 and the piston 8 being arranged in housing 7, and one end of the piston 8 is connected with Push rod 9, the other end are connected with L-type pull bar 10, and the push rod 9 is connected with supporting plate 6 through housing 7, is cased with the L-type pull bar 10 Spring 11, one end of spring 11 are connected with piston 8, and the other end is connected with the diapire of housing 7, are provided with the side wall of the casing 1 Chute 12, is provided with spacing bayonet socket 13 on chute 12, the L-type pull bar 10 is slidably connected with chute 12, and the housing 7 is split Formula structure, including spring case 21 and bottom 22,21 detachable connection of bottom 22 and spring case, one end and the bottom 22 of spring 11 Connection, the other end of spring 11 are connected with piston 8, and spring stack 23, one end of spring stack 23 and bottom are provided with the base plate 4 22 connections, the other end are connected with base plate 4.

Hinge 19 is provided with the side wall of the casing 1, dark slide 20, upper dark slide above euphotic cover plate 2, is provided with 20 are connected with the side wall of casing 1 by hinge 19.

Horizontal support plate 24 is fixed with the side wall of the casing 1, telescope motor 25 and power supply on horizontal support plate 24, is provided with 26, telescope motor 25 is connected with power supply 26, and telescope motor 25 includes expansion link 27 and the Y type frame 28 being connected on expansion link 27, Lower dark slide 29 is provided with below euphotic cover plate 2, side wall of the lower dark slide 29 through casing 1, Y type frame 28 are connected with lower dark slide 29 Connect.

The present embodiment is another better embodiment, and horizontal support plate is fixed with the side wall of casing, is arranged on horizontal support plate There are telescope motor and power supply, telescope motor is connected with power supply, telescope motor includes expansion link and the Y types being connected on expansion link Frame, is provided with lower dark slide below euphotic cover plate, side wall of the lower dark slide through casing, Y type frame are connected with lower dark slide, are passed through Telescope motor can drive lower dark slide to stretch back and forth, reach the purpose that intermittence blocks absorber plate, be prevented from passing through printing opacity The irradiation that the light of cover plate is directly assembled is on absorber plate, it is to avoid absorber plate concentration of local is heated such that it is able to prevent dried object Product cause to damage because local heating's temperature is too high.

Embodiment 4

Referring to Fig. 4-Fig. 6, a kind of solar heat conducts dehydrator, including casing 1, the euphotic cover plate 2 being arranged on casing 1 With the absorber plate 3 being arranged in casing 1, absorber plate 3 be located at euphotic cover plate 2 below, base plate 4 is fixed with the inner bottom wall of casing 1, Drying cavity 5 is formed between base plate 4 and absorber plate 3, spring separator is provided with the drying cavity 5, on spring separator Supporting plate 6 is connected with, the spring separator includes housing 7 and the piston 8 being arranged in housing 7, and one end of the piston 8 connects Push rod 9 is connected to, the other end is connected with L-type pull bar 10, and the push rod 9 is connected with supporting plate 6 through housing 7, on the L-type pull bar 10 Spring 11 is cased with, one end of spring 11 is connected with piston 8, and the other end is connected with the diapire of housing 7, on the side wall of the casing 1 Chute 12 is provided with, spacing bayonet socket 13 on chute 12, is provided with, the L-type pull bar 10 is slidably connected with chute 12, and the housing 7 is Split-type structural, including spring case 21 and bottom 22,21 detachable connection of bottom 22 and spring case, one end and bottom of spring 11 Lid 22 connects, and the other end of spring 11 is connected with piston 8, is provided with spring stack 23 on the base plate 4, one end of spring stack 23 with Bottom 22 connects, and the other end is connected with base plate 4.

Hinge 19 is provided with the side wall of the casing 1, dark slide 20, upper dark slide above euphotic cover plate 2, is provided with 20 are connected with the side wall of casing 1 by hinge 19.

Horizontal support plate 24 is fixed with the side wall of the casing 1, telescope motor 25 and power supply on horizontal support plate 24, is provided with 26, telescope motor 25 is connected with power supply 26, and telescope motor 25 includes expansion link 27 and the Y type frame 28 being connected on expansion link 27, Lower dark slide 29 is provided with below euphotic cover plate 2, side wall of the lower dark slide 29 through casing 1, Y type frame 28 are connected with lower dark slide 29 Connect.

Bimetal release 30 is provided with the drying cavity 5, bimetal release 30 is located at below spring separator, Bimetal release 30 is connected with power supply 26.

The bimetal release 30 includes insulator 31, bimetal leaf 32, the first conducting strip 33 and the second conducting strip 34, One end of insulator 31 is connected with the first conducting strip 33, and the other end is connected with the second conducting strip 34, one end of bimetal leaf 32 with First conducting strip, 33 conductive contact, the other end are connected with the second conducting strip 34.

Multiple passages 35 are evenly distributed with the supporting plate 6.

Raised 40 are provided with the surface of the absorber plate 3, raised 40 circular in cross-section.

The present embodiment is preferred forms, and drying intracavity is provided with bimetal release, and bimetal release is located at bullet Below spring segregation apparatuss, bimetal release is connected with power supply, suitable needed for the temperature of drying intracavity is higher than dried object product During temperature, sheet metal deforms because of temperature rising, and bimetal release is off, now, flexible by starting Motor moves back and forth just can lower dark slide, reduce absorber plate and absorb luminous energy, and then reduce the temperature of absorber plate, it is to avoid done Dry article is by adustion.Bimetal release includes insulator, bimetal leaf, the first conducting strip and the second conducting strip, insulator One end is connected with the first conducting strip, and the other end is connected with the second conducting strip, and one end of bimetal leaf is connect with the first conducting strip conduction Touch, the other end is connected with the second conducting strip, using the bimetal release of this ad hoc structure, is led by the second of laminated structure Electric piece is connected with bimetal leaf, and for the metal cap of prior art, the second conducting strip area is bigger, by increasing capacitance it is possible to increase more to weld Put to fix bimetal leaf, make whole bimetal release structure more firm, be used for multiple times and be not susceptible to deformation, ensured double Sheet metal switchs reliable long-term working.Multiple passages are evenly distributed with supporting plate, when dried object product are placed on supporting plate, The heat of drying intracavity can be delivered to the lower surface of dried object product by passage, and passage adopts equally distributed side Formula, can make even heat be distributed to the lower surface of dried object product so that the upper and lower surface energy of dried object product It is enough to be dried simultaneously, effectively raise drying efficiency.Projection is provided with the surface of absorber plate, raised cross section is in circle Shape, on the surface of absorber plate arranges raised, for smoother heat absorption plate surface, increases the surface area of absorber plate, improve Absorption efficiency of the absorber plate to light radiation, beneficial to improving drying efficiency and drying effect.

Claims (7)

1. a kind of solar heat conducts dehydrator, including casing（1）, be arranged on casing（1）On euphotic cover plate（2）Be arranged on Casing（1）Interior absorber plate（3）, absorber plate（3）Positioned at euphotic cover plate（2）Lower section, casing（1）Inner bottom wall on be fixed with base plate （4）, base plate（4）With absorber plate（3）Between form drying cavity（5）, it is characterised in that：The drying cavity（5）Spring is provided with inside Segregation apparatuss, are connected with supporting plate on spring separator（6）, the spring separator includes housing（7）Be arranged on housing （7）Interior piston（8）, the piston（8）One end be connected with push rod（9）, the other end is connected with L-type pull bar（10）, it is described to push away Bar（9）Through housing（7）With supporting plate（6）Connection, the L-type pull bar（10）On be cased with spring（11）, spring（11）One end with Piston（8）It is connected, the other end and housing（7）Diapire be connected, the casing（1）Side wall on be provided with chute（12）, chute （12）On be provided with spacing bayonet socket（13）, the L-type pull bar（10）With chute（12）It is slidably connected, the housing（7）For split Formula structure, including spring case（21）And bottom（22）, bottom（22）And spring case（21）Detachable connection, spring（11）One End and bottom（22）Connection, spring（11）The other end and piston（8）Connection, the base plate（4）On be provided with spring stack（23）, Spring stack（23）One end and bottom（22）Connection, the other end and base plate（4）Connection.

2. a kind of solar heat according to claim 1 conducts dehydrator, it is characterised in that：The casing（1）Side wall On be provided with hinge（19）, euphotic cover plate（2）Top is provided with dark slide（20）, upper dark slide（20）By hinge（19）With Casing（1）The connection of side wall.

3. a kind of solar heat according to claim 2 conducts dehydrator, it is characterised in that：The casing（1）Side wall On be fixed with horizontal support plate（24）, horizontal support plate（24）On be provided with telescope motor（25）And power supply（26）, telescope motor（25） With power supply（26）Connection, telescope motor（25）Including expansion link（27）Be connected to expansion link（27）On Y type frame（28）, printing opacity Cover plate（2）Lower section is provided with lower dark slide（29）, lower dark slide（29）Through casing（1）Side wall, Y type frame（28）With lower shading Plate（29）Connection.

4. a kind of solar heat according to claim 3 conducts dehydrator, it is characterised in that：The drying cavity（5）Inside set It is equipped with bimetal release（30）, bimetal release（30）Below spring separator, bimetal release（30）With Power supply（26）Connection.

5. a kind of solar heat according to claim 4 conducts dehydrator, it is characterised in that：The bimetal release （30）Including insulator（31）, bimetal leaf（32）, the first conducting strip（33）With the second conducting strip（34）, insulator（31）One End and the first conducting strip（33）It is connected, the other end and the second conducting strip（34）It is connected, bimetal leaf（32）One end lead with first Electric piece（33）Conductive contact, the other end and the second conducting strip（34）Connection.

6. a kind of solar heat according to claim 5 conducts dehydrator, it is characterised in that：The supporting plate（6）It is upper uniform Multiple passages are distributed with（35）.

7. a kind of solar heat according to claim 1 conducts dehydrator, it is characterised in that：The absorber plate（3）Table Projection is provided with face（40）, it is raised（40）Circular in cross-section.