CN207893841U

CN207893841U - Winter greenhouse energy-gathering device

Info

Publication number: CN207893841U
Application number: CN201820265436.7U
Authority: CN
Inventors: 越树德
Original assignee: Individual
Current assignee: Individual
Priority date: 2018-02-24
Filing date: 2018-02-24
Publication date: 2018-09-21
Anticipated expiration: 2028-02-24

Abstract

The utility model provides winter greenhouse energy-gathering device, including knob, greenhouse door, greenhouse body, Mobile base, movable pulley, intelligent cabinet, cumulative silk floss block, temperature sensor, greenhouse top, cumulative circulation pipe structure and adjustable energy saving harden structure, the knob screw are connected to the right side centre position of greenhouse door；Right lower quadrant entrance of the greenhouse door longitudinal direction hinge connection in greenhouse body.The energy saving power supply board of the utility model, the setting of accumulator and photovoltaic charger are conducive to economize on resources, and are powered instead of existing electric power using new energy, so as to be more energy-saving and environmentally friendly；Display screen, intelligent controller, the setting of touch screen and master control switch are conducive to carry out the intelligent control device, and safety in utilization, intelligent can be improved；Energy-absorbing silk floss layer, the setting of protection block and energy storage silk floss block are conducive to improve cumulative effect, it is ensured that heat insulation effect.

Description

Winter greenhouse energy-gathering device

Technical field

The utility model belongs to winter greenhouse energy-gathering device technical field more particularly to winter greenhouse energy-gathering device.

Background technology

Winter greenhouse is generally heated by floor heating, heating, when heating be susceptible to temperature it is inconsistent and can not cumulative release Can, this reduces indoor temperatures.

Floor heating is the abbreviation of floor panel heating, and English is Radiant Floor Heating, be with entire ground is scattered Hot device is evenly heated entire ground by the heating agent in flooring radiation layer, is radiated upwards using the accumulation of heat on ground itself and heat Rule conducted from the bottom to top, to achieve the purpose that heating.

Water floor heating refers to that water is heated to certain temperature, is transported to underfloor water pipe pipe radiating network, is generated heat by floor And realize a kind of heating mode of heating purpose.

Low-temperature ground heating agent forms the temperature gradient that sole to head is gradually successively decreased indoors, cool to give warm of foot Comfort.Ground radiation heating meets the fitness theory of Chinese medicine " temperature foot top is cool ", is the heating system of current the most comfortable, and The symbol of modern life quality.

Warm up with being divided into water from thermal medium electricity floor heating two major classes, from paving structure with being divided into wet type with warming up dry type Two kinds warm, dry floor heating does not need peastone backfill (belonging to ultrathin)；With being divided into floor type from the surface finish floor tile that warms up Type floor heating；Functionally it is divided into the far-infrared ground heating that commonly warms up.

But there is also can not cumulative cycle, heat insulation effect difference and not energy-efficient environmental protection for existing winter greenhouse energy-gathering device The problem of.

Therefore, invention winter greenhouse energy-gathering device is very necessary.

Utility model content

In order to solve the above-mentioned technical problem, the utility model provides winter greenhouse energy-gathering device, to solve existing winter Greenhouse energy-gathering device there is can not cumulative cycle, the problem of heat insulation effect difference and not energy-efficient environmental protection.Winter greenhouse energy-gathering device, Including knob, greenhouse door, greenhouse body, Mobile base, movable pulley, intelligent cabinet, cumulative silk floss block, temperature sensor, greenhouse top, cumulative Circulation pipe structure and adjustable energy saving harden structure, the knob screw are connected to the right side centre position of greenhouse door；Described Right lower quadrant entrance of the greenhouse door longitudinal direction hinge connection in greenhouse body；The greenhouse body bolt is mounted on the upper of Mobile base Portion centre position；The movable pulley difference bolt is mounted on the bottom four corners position of Mobile base；The intelligent cabinet bolt peace Mounted in the inside right wall upper position of greenhouse body；The cumulative silk floss block longitudinal bolt is mounted on the inside left wall of greenhouse body Centre position；The temperature sensor screw is mounted on the inside bottom right end position of greenhouse body；The greenhouse top is taken It build the upper position of greenhouse body in；Described cumulative circulation pipe structure one end is fixed on the top of greenhouse top, and the other end is laid with In the inside bottom of greenhouse body；The top that energy saving harden structure is adjusted and is mounted on cumulative circulation pipe structure；Described It includes level-one fixed seat, mounting base, two level fixed seat, telescopic rod, fixing pipe, adjusting bolt, support that energy saving harden structure, which is adjusted, Seat and energy saving power supply board, the level-one cage bolt are mounted on the lower left quarter of mounting base；Telescopic rod one end grafting In the inside upper part of fixing pipe, other end axis is connected on the lower inside of level-one fixed seat；The adjusting bolt is threaded in The junction of telescopic rod and fixing pipe；Upper left quarter of the fixing pipe longitudinal measure in support base；The two level fixed seat One end axis connects the inside right end of mounting base, and the other end is welded on the upper right quarter of support base；The energy saving power supply crab bolt installation In the upper right side centre position of mounting base.

Preferably, the energy saving power supply board specifically uses polycrystalline silicon solar panel.

Preferably, the cumulative circulation pipe structure includes water heater, outlet pipe, diversion pipe, electromagnetic valve, circulating pump and Floor heating pipe, the outlet pipe threaded one end connect water heater right end exit, the other end be threadedly coupled electromagnetic valve into Mouth end；The left end entrance of the diversion pipe threaded one end connection water heater, the other end are threadedly coupled the outlet end of circulating pump； The input end of the floor heating pipe threaded one end connection circulating pump, the other end are threadedly coupled the outlet end of electromagnetic valve.

Preferably, the floor heating pipe specifically uses length for 30 meters to 50 meters snakelike PERT pipes.

Preferably, the diversion pipe is specifically enclosed with the PVC flexible plastic tubes of nylon fiber layer using outer surface.

Preferably, the outlet pipe is specifically enclosed with the metal hose of rubber insulating layer using outer surface.

Preferably, the outside of the floor heating pipe is enclosed with energy-absorbing silk floss layer；The rear surface splicing of the energy-absorbing silk floss layer has Protection block；The rear surface splicing of the protection block has energy storage silk floss block.

Preferably, the energy-absorbing silk floss layer specifically uses carbon fiber rock wool heat-sink shell；The energy-absorbing silk floss layer is provided with more Layer.

Preferably, the protection block specifically uses rubber block.

Preferably, the energy storage silk floss block specifically uses the sponge block of built-in cotton layer.

Preferably, the intelligent cabinet includes display screen, intelligent controller, touch screen, master control switch, accumulator and photovoltaic Charger, the display screen and intelligent controller from top to bottom successively bolt be mounted on intelligent cabinet inside upper part；Described Touch screen and master control switch from top to bottom the inside centre position that bolt successively is mounted on intelligent cabinet；The accumulator and photovoltaic Charger from left to right successively bolt be mounted on intelligent cabinet lower inside.

Preferably, the touch screen specifically uses multiple spot capacitance touching control liquid crystal display.

Preferably, the accumulator and photovoltaic charger are electrically connected；The energy saving power supply board and photovoltaic charger It is electrically connected.

Preferably, the intelligent control implement body uses the PLC of model FX2N-48.

Preferably, the display screen is electrically connected the output end of intelligent controller.

Preferably, the touch screen is electrically connected the input terminal of intelligent controller.

Preferably, master control switch is electrically connected the input terminal of intelligent controller.

Preferably, the electromagnetic valve is electrically connected the output end of intelligent controller.

Preferably, the circulating pump is electrically connected the output end of intelligent controller.

Preferably, the temperature sensor is electrically connected the input terminal of intelligent controller.

Preferably, the support base connects setting with water heater bolt and nut.

Preferably, the electromagnetic valve bolt is mounted on the left side middle and lower part of greenhouse body, the circulating pump bolt Mounted on the inside bottom left position of greenhouse body.

Preferably, the diversion pipe runs through the lower-left wall position of greenhouse body.

Preferably, the outlet pipe extends transversely through the inside centre position of greenhouse top.

Preferably, the water heater connects setting with greenhouse top bolt and nut.

Preferably, the water heater specifically uses capacity for the solar energy heating water heater of six decaliters.

Preferably, the display screen, intelligent controller, touch screen, master control switch, electromagnetic valve and circulating pump are electric respectively Property connection accumulator.

Preferably, the movable pulley specifically uses the mute universal stainless steel caster of nylon；The movable pulley is provided with It is multiple.

Preferably, the cumulative silk floss block specifically uses the sponge block of built-in cotton layer.

Compared with prior art, the beneficial effects of the utility model are：

1. in the utility model, the energy saving power supply board, the setting of accumulator and photovoltaic charger is conducive to save money Source is powered using new energy instead of existing electric power, so as to be more energy-saving and environmentally friendly.

2. in the utility model, the display screen, intelligent controller, the setting of touch screen and master control switch is conducive to The intelligent control device is carried out, safety in utilization, intelligent can be improved.

3. in the utility model, the energy-absorbing silk floss layer, the setting of protection block and energy storage silk floss block is conducive to improve cumulative effect Fruit, it is ensured that heat insulation effect.

4. in the utility model, the water heater, outlet pipe, diversion pipe, electromagnetic valve, circulating pump and floor heating pipe are set It sets, is conducive to carry out cumulative cycle, ensures indoor temperature, improve cumulative effect.

5. in the utility model, the water heater specifically uses capacity for the solar energy heating water heater of six decaliters, has Conducive to solar energy heating is carried out, cumulative efficiency can be improved, economize on resources.

6. in the utility model, the level-one fixed seat, mounting base, two level fixed seat, telescopic rod, fixing pipe, adjusting Bolt, the setting of support base and energy saving power supply board are conducive to the position that energy saving power supply board is adjusted according to cumulative demand, ensure Power supply volume, so as to be more energy-saving and environmentally friendly.

Description of the drawings

Fig. 1 is the structural schematic diagram of the utility model.

Fig. 2 is the structural schematic diagram that energy saving harden structure is adjusted of the utility model.

Fig. 3 is the structural schematic diagram of the cumulative circulation pipe structure of the utility model.

Fig. 4 is the structural schematic diagram of the intelligent cabinet of the utility model.

Fig. 5 is the electrical wiring schematic diagram of the utility model.

In figure：

1, it shakes hands；2, greenhouse door；3, greenhouse body；4, Mobile base；5, movable pulley；6, intelligent cabinet；61, display screen；62, intelligence It can controller；63, touch screen；64, master control switchs；65, accumulator；66, photovoltaic charger；7, cumulative silk floss block；8, temperature sensing Device；9, greenhouse top；10, cumulative circulation pipe structure；101, water heater；102, outlet pipe；103, diversion pipe；104, electromagnetic valve； 105, circulating pump；106, floor heating pipe；1061, energy-absorbing silk floss layer；1062, protection block；1063, energy storage silk floss block；11, energy-saving board is adjusted Structure；111, level-one fixed seat；112, mounting base；113, two level fixed seat；114, telescopic rod；115, fixing pipe；116, it adjusts Bolt；117, support base；118, energy saving power supply board.

Specific implementation mode

The utility model is described further below in conjunction with attached drawing：

Embodiment：

As shown in attached drawing 1 to attached drawing 5

The utility model provides winter greenhouse energy-gathering device, including knob 1, greenhouse door 2, greenhouse body 3, Mobile base 4, shifting Driving wheel 5, intelligent cabinet 6, cumulative silk floss block 7, temperature sensor 8, greenhouse top 9, cumulative circulation pipe structure 10 and adjustable energy saving hardened Structure 11,1 screw of knob are connected to the right side centre position of greenhouse door 2；The longitudinal hinge connection of the greenhouse door 2 is in temperature The right lower quadrant entrance of room main body 3；3 bolt of greenhouse body is mounted on the upper middle position of Mobile base 4；The shifting Driving wheel 5 distinguishes the bottom four corners position that bolt is mounted on Mobile base 4；6 bolt of intelligent cabinet is mounted on the interior of greenhouse body 3 Side right wall upper position；7 longitudinal bolt of cumulative silk floss block is mounted on the inside left wall centre position of greenhouse body 3；It is described 8 screw of temperature sensor be mounted on greenhouse body 3 inside bottom right end position；The greenhouse top 9 is built in greenhouse master The upper position of body 3；Described 10 one end of cumulative circulation pipe structure is fixed on the top of greenhouse top 9, and the other end is laid on greenhouse The inside bottom of main body 3；The adjustable energy saving harden structure 11 is mounted on the top of cumulative circulation pipe structure 10；Described can Energy-saving adjusting harden structure 11 includes level-one fixed seat 111, mounting base 112, two level fixed seat 113, telescopic rod 114, fixing pipe 115, adjusting bolt 116, support base 117 and energy saving power supply board 118,111 bolt of level-one fixed seat are mounted on mounting base 112 lower left quarter；Described 114 one end of telescopic rod is plugged on the inside upper part of fixing pipe 115, and other end axis is connected on level-one and fixes The lower inside of seat 111；The adjusting bolt 116 is threaded in the junction of telescopic rod 114 and fixing pipe 115；It is described 115 longitudinal measure of fixing pipe support base 117 upper left quarter；113 one end axis of two level fixed seat connects mounting base 112 Inside right end, the other end are welded on the upper right quarter of support base 117；118 bolt of energy saving power supply board is mounted on mounting base 112 Upper right side centre position.

In above-described embodiment, specifically, the energy saving power supply board 118 specifically uses polycrystalline silicon solar panel.

In above-described embodiment, specifically, the cumulative circulation pipe structure 10 includes water heater 101, outlet pipe 102 is led Flow tube 103, electromagnetic valve 104, circulating pump 105 and floor heating pipe 106,102 threaded one end of outlet pipe connect water heater 101 Right end exit, the other end be threadedly coupled electromagnetic valve 104 input end；103 threaded one end of the diversion pipe connection heat The left end entrance of hydrophone 101, the other end are threadedly coupled the outlet end of circulating pump 105；106 threaded one end of floor heating pipe connects The input end of circulating pump 105 is connect, the other end is threadedly coupled the outlet end of electromagnetic valve 104.

In above-described embodiment, specifically, the floor heating pipe 106 specifically uses length snakelike for 30 meters to 50 meters PERT is managed.

In above-described embodiment, specifically, the diversion pipe 103 is specific to be enclosed with nylon fiber layer using outer surface PVC flexible plastic tubes.

In above-described embodiment, specifically, the outlet pipe 102 is specifically enclosed with the gold of rubber insulating layer using outer surface Belong to hose.

In above-described embodiment, specifically, the outside of the floor heating pipe 106 is enclosed with energy-absorbing silk floss layer 1061；The suction The rear surface splicing of energy silk floss layer 1061 has protection block 1062；The rear surface splicing of the protection block 1062 has energy storage silk floss block 1063。

In above-described embodiment, specifically, the energy-absorbing silk floss layer 1061 specifically uses carbon fiber rock wool heat-sink shell；Described Energy-absorbing silk floss layer 1061 is provided with multilayer.

In above-described embodiment, specifically, the protection block 1062 specifically uses rubber block.

In above-described embodiment, specifically, the energy storage silk floss block 1063 specifically uses the sponge block of built-in cotton layer.

In above-described embodiment, specifically, the intelligent cabinet 6 includes display screen 61, intelligent controller 62, touch screen 63, Master control switch 64, accumulator 65 and photovoltaic charger 66, the display screen 61 and intelligent controller 62 spiral shell successively from top to bottom Bolt is mounted on the inside upper part of intelligent cabinet 6；Bolt is mounted on intelligence to the touch screen 63 and master control switch 64 successively from top to bottom The inside centre position of energy cabinet 6；From left to right bolt is mounted on intelligent cabinet 6 to the accumulator 65 and photovoltaic charger 66 successively Lower inside.

In above-described embodiment, specifically, the touch screen 63 specifically uses multiple spot capacitance touching control liquid crystal display.

In above-described embodiment, specifically, the accumulator 65 and photovoltaic charger 66 are electrically connected；The energy saving confession Battery plate 118 and photovoltaic charger 66 are electrically connected.

In above-described embodiment, specifically, the intelligent controller 62 specifically uses the PLC of model FX2N-48.

In above-described embodiment, specifically, the display screen 61 is electrically connected the output end of intelligent controller 62.

In above-described embodiment, specifically, the touch screen 63 is electrically connected the input terminal of intelligent controller 62.

In above-described embodiment, specifically, the master control switch 64 is electrically connected the input terminal of intelligent controller 62.

In above-described embodiment, specifically, the electromagnetic valve 104 is electrically connected the output end of intelligent controller 62.

In above-described embodiment, specifically, the circulating pump 105 is electrically connected the output end of intelligent controller 62.

In above-described embodiment, specifically, the temperature sensor 8 is electrically connected the input terminal of intelligent controller 62.

In above-described embodiment, specifically, the support base 117 connects setting with 101 bolt and nut of water heater.

In above-described embodiment, specifically, 104 bolt of electromagnetic valve is mounted on the left side middle and lower part of greenhouse body 3, 105 bolt of circulating pump is mounted on the inside bottom left position of greenhouse body 3.

In above-described embodiment, specifically, the diversion pipe 103 runs through the lower-left wall position of greenhouse body 3.

In above-described embodiment, specifically, the outlet pipe 102 extends transversely through the inside centre position of greenhouse top 9.

In above-described embodiment, specifically, the water heater 101 connects setting with 9 bolt and nut of greenhouse top.

In above-described embodiment, use capacity for the solar energy heating of six decaliters heat specifically, the water heater 101 is specific Hydrophone.

In above-described embodiment, specifically, the display screen 61, intelligent controller 62, touch screen 63, master control switch 64, Accumulator 65 is electrically connected in electromagnetic valve 104 and circulating pump 105.

In above-described embodiment, specifically, the movable pulley 5 specifically uses the mute universal stainless steel caster of nylon；It is described Movable pulley 5 be provided with it is multiple.

In above-described embodiment, specifically, the cumulative silk floss block 7 specifically uses the sponge block of built-in cotton layer.

Operation principle

In the utility model, a kind of moveable thermal insulation house is devised, and intelligence control can be carried out by touching touch screen 63 Hot water inside water heater 101 is constantly sucked out by circulating pump 105, floor heating pipe 106 is oriented to by outlet pipe 102 by the device Inside carries out cycle heating work, has if temperature reaches preset temperature by the constantly detection indoor temperature of temperature sensor 8 Intelligent controller 62 controls electromagnetic valve 104 and circulating pump 105 is stopped, and passes through energy-absorbing silk floss layer 1061,1062 He of protection block Energy storage silk floss block 1063 constantly carries out absorption thermal energy, if indoor temperature declines, can by cumulative silk floss block 7 and energy-absorbing silk floss layer 1061 into Row release heat, ensures indoor temperature, and by the work of 62 real-time control electromagnetic valve 104 and circulating pump 105 of intelligent controller State, can Intelligent control.

Using technical solution described in the utility model or those skilled in the art in technical solutions of the utility model Under inspiration, similar technical solution is designed, and reaches above-mentioned technique effect, is the protection model for falling into the utility model It encloses.

Claims

1. winter greenhouse energy-gathering device, which is characterized in that the winter greenhouse energy-gathering device includes knob (1), greenhouse door (2), temperature Room main body (3), Mobile base (4), movable pulley (5), intelligent cabinet (6), cumulative silk floss block (7), temperature sensor (8), greenhouse top (9), Cumulative circulation pipe structure (10) and adjustable energy saving harden structure (11), the knob (1) screw are connected to the right side of greenhouse door (2) Side centre position；Right lower quadrant entrance of the longitudinal hinge connection of the greenhouse door (2) in greenhouse body (3)；The greenhouse Main body (3) bolt is mounted on the upper middle position of Mobile base (4)；Bolt is mounted on Mobile base to the movable pulley (5) respectively (4) bottom four corners position；Described intelligent cabinet (6) bolt is mounted on the inside right wall upper position of greenhouse body (3)；It is described Cumulative silk floss block (7) longitudinal bolt be mounted on greenhouse body (3) inside left wall centre position；The temperature sensor (8) Screw is mounted on the inside bottom right end position of greenhouse body (3)；The greenhouse top (9) is built in the upper of greenhouse body (3) Portion position；Described cumulative circulation pipe structure (10) one end is fixed on the top of greenhouse top (9), and the other end is laid on greenhouse body (3) inside bottom；The top that energy saving harden structure (11) is adjusted and is mounted on cumulative circulation pipe structure (10)；Described It includes level-one fixed seat (111), mounting base (112), two level fixed seat (113), telescopic rod that energy saving harden structure (11), which is adjusted, (114), fixing pipe (115), adjusting bolt (116), support base (117) and energy saving power supply board (118), the level-one fixed seat (111) bolt is mounted on the lower left quarter of mounting base (112)；Described telescopic rod (114) one end is plugged on the interior of fixing pipe (115) Upper lateral part, other end axis are connected on the lower inside of level-one fixed seat (111)；The adjusting bolt (116), which is threaded in, stretches The junction of contracting bar (114) and fixing pipe (115)；Upper left of fixing pipe (115) longitudinal measure in support base (117) Portion；Two level fixed seat (113) one end axis connects the inside right end of mounting base (112), and the other end is welded on support base (117) Upper right quarter；Described energy saving power supply board (118) bolt is mounted on the upper right side centre position of mounting base (112).

2. winter greenhouse energy-gathering device as described in claim 1, which is characterized in that cumulative circulation pipe structure (10) packet Water heater (101), outlet pipe (102), diversion pipe (103), electromagnetic valve (104), circulating pump (105) and floor heating pipe (106) are included, The right end exit of outlet pipe (102) threaded one end connection water heater (101), the other end are threadedly coupled electromagnetic valve (104) input end；The left end entrance of diversion pipe (103) threaded one end connection water heater (101), other end screw thread Connect the outlet end of circulating pump (105)；The input end of floor heating pipe (106) threaded one end connection circulating pump (105), it is another End is threadedly coupled the outlet end of electromagnetic valve (104).

3. winter greenhouse energy-gathering device as claimed in claim 2, which is characterized in that the external packet of the floor heating pipe (106) It is wrapped with energy-absorbing silk floss layer (1061)；The rear surface splicing of the energy-absorbing silk floss layer (1061) has protection block (1062)；The protection The rear surface splicing of block (1062) has energy storage silk floss block (1063).

4. winter greenhouse energy-gathering device as described in claim 1, which is characterized in that the intelligent cabinet (6) includes display screen (61), intelligent controller (62), touch screen (63), master control switch (64), and accumulator (65) and photovoltaic charger (66) are described Bolt is mounted on the inside upper part of intelligent cabinet (6) successively from top to bottom for display screen (61) and intelligent controller (62)；Described touches Touch screen (63) and master control switch (64) from top to bottom successively bolt be mounted on intelligent cabinet (6) inside centre position；The storage From left to right bolt is mounted on the lower inside of intelligent cabinet (6) successively for battery (65) and photovoltaic charger (66).

5. winter greenhouse energy-gathering device as described in claim 1, which is characterized in that the energy saving power supply board (118) is specific Using polycrystalline silicon solar panel.

6. winter greenhouse energy-gathering device as claimed in claim 2, which is characterized in that the floor heating pipe (106) specifically uses Length is 30 meters to 50 meters snakelike PERT pipes.

7. winter greenhouse energy-gathering device as claimed in claim 2, which is characterized in that the diversion pipe (103) specifically uses Outer surface is enclosed with the PVC flexible plastic tubes of nylon fiber layer.

8. winter greenhouse energy-gathering device as claimed in claim 2, which is characterized in that the outlet pipe (102) specifically uses Outer surface is enclosed with the metal hose of rubber insulating layer.

9. winter greenhouse energy-gathering device as claimed in claim 3, which is characterized in that the energy-absorbing silk floss layer (1061) is specifically adopted With carbon fiber rock wool heat-sink shell；The energy-absorbing silk floss layer (1061) is provided with multilayer；The protection block (1062) specifically uses Rubber block；The energy storage silk floss block (1063) specifically uses the sponge block of built-in cotton layer.

10. winter greenhouse energy-gathering device as claimed in claim 2, which is characterized in that the water heater (101) specifically uses Capacity is the solar energy heating water heater of six decaliters.