CN208750594U - A kind of multi-functional building energy conservation illumination ventilation equipment - Google Patents
A kind of multi-functional building energy conservation illumination ventilation equipment Download PDFInfo
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- CN208750594U CN208750594U CN201821234156.6U CN201821234156U CN208750594U CN 208750594 U CN208750594 U CN 208750594U CN 201821234156 U CN201821234156 U CN 201821234156U CN 208750594 U CN208750594 U CN 208750594U
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02B—CLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO BUILDINGS, e.g. HOUSING, HOUSE APPLIANCES OR RELATED END-USER APPLICATIONS
- Y02B10/00—Integration of renewable energy sources in buildings
- Y02B10/10—Photovoltaic [PV]
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Abstract
The utility model provides a kind of multi-functional building energy conservation illumination ventilation equipment, including installation header board, through-hole, groove, light barrier, battery, can shine Unpowered ventilation barrel structure, and solar panels structure is adjusted, and be convenient for energy-saving adjusting structure of the lighting lamp, rainwater-collecting bucket structure, first reinforces slash, support column, control switch, mounting base is supported, second reinforces slash and support plate, and the through-hole is longitudinally provided with the bosom position of installation header board；The groove is provided with the inside upper right side position of installation header board.The utility model air inlet hole, the setting of turbine shaft and turbine flabellum are conducive to the inner rotation for acting on bearing by wind-force, play the effect for building interior ventilation；The setting of Acoustic controlled light is conducive to the needs according to illumination, carry out at any time illumination can play the role of it is energy-efficient；The setting of angular adjustment ring and snake-like hose is conducive to that conveniently the angle of Acoustic controlled light is adjusted.
Description
Technical field
The utility model belongs to building kind ventilation equipment technical field more particularly to a kind of multi-functional building energy conservation illumination
Ventilation equipment.
Background technique
Build be building and structures general name, be people's soil, brick, watt, stone material, timber；(modern age reinforced concrete,
Profile) etc. one kind for constituting of construction materials is for human habitation and the space that uses, be people to meet social life needs, utilize
The material technology means grasped, and the artificial environment created with certain scientific law, geomantic omen theory and aesthetic principle.
The weaker interior space illumination of building field daylighting at present is dependent on power supply (such as basement and other venues) greatly,
It turns on light within 24 hours, electricity consumption is very big, although having carried out many optimizations to existing light source, still needs to consume electric energy, exist
A large amount of energy waste；And the moist muddy and common fault of air quality in the weaker interior space of these daylightings.
China Patent Publication No. is CN106838818A, and invention and created name is that a kind of building energy conservation illuminates ventilation equipment,
Including light pipe, positioning tab is equipped at the top of light pipe, positioning tab connects optical collector by locating slot, and guide-lighting bottom of the tube is equipped with
Multiple light compensating lamps, guide-lighting bottom of the tube connect diffusing globe, intake stack are connected on the right side of light pipe, and inside is set on the right side of intake stack lower end
There is the first blower, exhaust duct is connected on the left of light pipe, exhaust duct upper outside corner is equipped with battery case, sets in battery case
There are battery and controller, inside is equipped with the second blower on the left of exhaust duct lower end, leads at the top of intake stack and exhaust duct
Cross bracket connection solar panels.But there is also ventilations and illumination to expend excessively for existing building energy conservation illumination ventilation equipment
Electric energy is not energy-efficient, does not have the problem for the angular adjustment inconvenience that the function and headlamp that utilize are collected to rainwater.
Therefore, a kind of multi-functional building energy conservation illumination ventilation equipment are invented to be very necessary.
Utility model content
In order to solve the above-mentioned technical problem, the utility model provides a kind of multi-functional building energy conservation illumination ventilation equipment,
With solve the illumination ventilation equipment ventilation of existing building energy conservation and illumination to expend excessive electric energy not energy-efficient, do not have to rainwater into
The problem of the angular adjustment inconvenience of the function and headlamp of row Collection utilization.A kind of multi-functional building energy conservation illumination ventilation is set
It is standby, including installation header board, through-hole, groove, light barrier, battery, can shine Unpowered ventilation barrel structure, adjustable node solar
Hardened structure is convenient for energy-saving adjusting structure of the lighting lamp, and rainwater-collecting bucket structure, first reinforces slash, support column, control switch, branch
Mounting base is supportted, second reinforces slash and support plate, and the through-hole is longitudinally provided with the bosom position of installation header board；Institute
The groove stated is provided with the inside upper right side position of installation header board；The light-blocking plate bolt is connected under installation header board
Surface right positions；The battery is embedded in the battery case that installation header board inner right side opens up；Described shines
Unpowered ventilation barrel structure is mounted on the upper surface middle position of installation header board；The adjustable solar panels structure is fixed
In groove；The lower surface leftward position that installation header board is mounted on convenient for energy-saving adjusting structure of the lighting lamp；Described
Rainwater-collecting bucket structure is connected with installation header board and support plate respectively；The first described reinforcing slash one end is bolted to
On the left of the lower surface for installing header board, the other end is bolted to the right upper portion position of support column；Described support column one end
It is bolted on the left of the lower surface of installation header board, the other end is bolted to the upper surface middle position of support mounting base；
The control switch is embedded in the front surface middle position of support column；The second described reinforcing slash one end is bolted to branch
The lower surface leftward position of fagging, other end screw are connected to the lower right side position of support column；The support plate transverse direction spiral shell
Bolt is connected to the lower right side position of support column；The Unpowered ventilation barrel structure that shines includes ventilator, fixed otic placode,
Support rail, bearing, ventilator housing, cowling, air inlet hole and turbine shaft, the fixation otic placode are respectively welded at ventilation
The left and right sides lower position of cylinder；The support rail cross screw is connected to the upper inside position of ventilator；Described
Bearing is embedded in the upper surface middle position of support rail；The ventilator housing screw is connected to the upper surface of ventilator；
The cowling is threaded in the upper surface location of ventilator housing；The air inlet hole is provided with the outer of ventilator housing
Surface；The inner ring of bearing is plugged on behind the bosom position of the turbine shaft longitudinally-moving grafting cowling.
Preferably, the adjustable solar panels structure includes damp-proof pedestal, cylinder, water-inlet-proof sealed loop-pad, support
Frame, solar panels and photovoltaic charger, the bolt cylinder are connected to the upper surface middle position of damp-proof pedestal；Described is anti-
Water inlet sealed loop-pad is socketed in the outer surface lower position of cylinder；The support frame is threaded in the output end of cylinder；Institute
The solar panels screw stated is connected to the upper surface location of support frame；The photovoltaic charger screw is being connected to support frame just
Surface lower portions middle position.
Preferably, described includes platform sling, snake-like hose, focused lamp cover, acoustic control photograph convenient for energy-saving adjusting structure of the lighting lamp
Bright lamp, angular adjustment ring and protection net, the snake-like hose are threaded in the lower surface middle position of platform sling；Described
Focused lamp cover is threaded in the outer surface lower position of snake-like hose；The Acoustic controlled light is threaded in protection net
Upper inside middle position；The angular adjustment ring screw is connected to the left upper portion position of focused lamp cover；Described is anti-
Protective net cover screw is connected to the lower surface position of focused lamp cover.
Preferably, the rainwater-collecting bucket structure includes rainwater storage box, aqueduct, cache box, rainwater-collecting bucket and
Screen pack, the aqueduct threaded one end are connected to the lower surface right positions of cache box, the other end and rainwater storage box
It is threadedly coupled；The rainwater-collecting bucket screw is connected to the upper surface right positions of cache box；The screen pack screw
It is connected to the intersection of cache box and rainwater-collecting bucket.
Preferably, the rainwater storage box is provided with observation window, delivery pipe, drain valve and connecting tube, the observation
Window is longitudinally embedded in the front surface middle position of rainwater storage box；The delivery pipe is threaded in the right side of rainwater storage box
Lower position；The drain valve is threaded in the upper surface leftward position of delivery pipe；The connecting tube is threaded in
The upper surface middle position of rainwater storage box.
Preferably, the connecting tube is threadedly coupled with aqueduct.
Preferably, shut-off valve is threaded on the right side of the connecting tube.
Preferably, the turbine shaft is provided with limited cap, indicates lamp bead and turbine flabellum；The limited cap bolt
It is connected to the upper end of turbine shaft；The instruction lamp bead is glued to the front surface upper position of limited cap；The turbine fan
Leaf respectively screw be connected to turbine shaft the left and right sides two positions up and down.
Preferably, the fixation otic placode and installation header board are bolted setting；The ventilator is arranged in through-hole
Top；The air inlet hole uses crescent venthole；The turbine shaft and bearing interference fit are arranged.
Preferably, the light barrier and installation header board angle angle setting 30 degree to 120 degree it
Between.
Preferably, the angle of first angle for reinforcing slash and installation header board is arranged at 30 degree to 60 degree
Between；The angle that described second reinforces the angle of slash and support plate is arranged between 30 degree to 60 degree.
Preferably, the damp-proof pedestal is bolted to the bottom inner surface of groove；The damp-proof pedestal is specifically adopted
The stainless steel base of rust preventive coating is coated with outer surface；The water-inlet-proof sealed loop-pad setting is in cylinder and installation header board
Intersection.
Preferably, the platform sling and installation header board are bolted setting；The protection net specifically uses arc
Stainless steel mesh enclosure.
Preferably, the cache box is glued to the upper surface of installation header board；The aqueduct is through installation crossbeam
The inside left position of plate；The rainwater storage box screw is connected to the upper surface of support plate.
Preferably, the rainwater-collecting bucket inside screen pack and cache box by being connected to；The cache box passes through
It is connected to inside aqueduct and rainwater storage box；It is connected to inside the delivery pipe and rainwater storage box.
Preferably, the battery is located at the left side of groove.
Preferably, control switch is electrically connected in the cylinder and Acoustic controlled light；The control switch is electrical
Connect battery；Battery is electrically connected in the cylinder and Acoustic controlled light；The solar panels are filled by photovoltaic
Electric appliance is electrically connected battery.
Preferably, the control switch specifically uses double control switch；The cylinder specifically uses model JY-100
Pneumatic cylinder；The Acoustic controlled light specifically uses the headlamp of model MD-led5w；The photovoltaic charged implement body
Using the charger of model Q1248G；The instruction lamp bead specifically uses red LED lamp bead.
Compared with prior art, the utility model has the following beneficial effects:
1. in the utility model, the air inlet hole, the setting of turbine shaft and turbine flabellum is conducive to through wind-force
The inner rotation for acting on bearing plays the effect for building interior ventilation.
2. in the utility model, the instruction lamp bead specifically uses red LED lamp bead, be conducive to the work for playing instruction
With facilitating night to identify the searching of building.
3. in the utility model, the setting of the cylinder is conducive to the difference according to building, the height of solar panel is adjusted
Degree.
4. in the utility model, the battery, the setting of solar panels and photovoltaic charger is conducive to solar energy
It is converted to electric energy, is played the role of energy-efficient.
5. in the utility model, the setting of the Acoustic controlled light is conducive to the needs according to illumination, is shone at any time
It is bright can play the role of it is energy-efficient.
6. in the utility model, the setting of the angular adjustment ring and snake-like hose, it is convenient to acoustic-control illuminating to be conducive to
The angle of lamp is adjusted.
7. in the utility model, the setting of the protection net is conducive to play a protective role, prevent in building
Acoustic controlled light is broken when mobile article.
8. in the utility model, the rainwater-collecting bucket, the setting of screen pack and rainwater storage box is conducive in rain
It is collected utilization to rainwater, and can be filtered to rainwater, increases the function of illumination ventilation equipment.
9. in the utility model, the water-inlet-proof sealed loop-pad is arranged in cylinder and installs the intersection of header board, have
Conducive to sealing is played the role of, prevent rainwater from entering in groove.
10. in the utility model, the rainwater storage box, observation window, the setting of delivery pipe and drain valve, the side of being conducive to
Just the rainwater of collection is taken.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of the utility model.
Fig. 2 is the structural schematic diagram of the Unpowered ventilation barrel structure that shines of the utility model.
Fig. 3 is the structural schematic diagram of the adjustable solar panels structure of the utility model.
Fig. 4 is the structural schematic diagram convenient for energy-saving adjusting structure of the lighting lamp of the utility model.
Fig. 5 is the structural schematic diagram of the rainwater-collecting bucket structure of the utility model.
In figure:
1, header board is installed；2, through-hole；3, groove；4, light barrier；5, battery；6, can shine Unpowered ventilation cylinder knot
Structure；61, ventilator；62, fixed otic placode；63, support rail；64, bearing；65, ventilator housing；66, cowling；67, it enters the wind
Hole；68, turbine shaft；681, limited cap；682, lamp bead is indicated；683, turbine flabellum；7, solar panels structure is adjusted；71,
Damp-proof pedestal；72, cylinder；73, water-inlet-proof sealed loop-pad；74, support frame；75, solar panels；76, photovoltaic charger；8, it is convenient for
Energy-saving adjusting structure of the lighting lamp；81, platform sling；82, snake-like hose；83, focused lamp cover；84, Acoustic controlled light；85, angular adjustment
Ring；86, protection net；9, rainwater-collecting bucket structure；91, rainwater storage box；911, observation window；912, delivery pipe；913, it drains
Valve；914, connecting tube；9141, shut-off valve；92, aqueduct；93, cache box；94, rainwater-collecting bucket；95, screen pack；10,
One reinforces slash；11, support column；12, control switch；13, mounting base is supported；14, second slash is reinforced；15, support plate.
Specific embodiment
The utility model is described further below in conjunction with attached drawing:
Embodiment:
As shown in attached drawing 1 to attached drawing 2, the utility model provides a kind of multi-functional building energy conservation illumination ventilation equipment, packet
Installation header board 1 is included, through-hole 2, groove 3, light barrier 4, battery 5, can shine Unpowered ventilation barrel structure 6, and the sun is adjusted
The hardened structure 7 of energy is convenient for energy-saving adjusting structure of the lighting lamp 8, and rainwater-collecting bucket structure 9, first reinforces slash 10, support column 11, control
Switch 12 is made, mounting base 13 is supported, second reinforces slash 14 and support plate 15, and the through-hole 2 is longitudinal to be provided with installation crossbeam
The bosom position of plate 1；Support column 11 is fixed on to the inside of building by support mounting base 13, and header board will be installed
1 is mounted on the roof of building with bolt so that installation header board 1 upper surface be arranged in it is recessed described in the outside of building
Slot 3 is provided with the inside upper right side position of installation header board 1；4 screw of light barrier is connected to the following table of installation header board 1
Right side of face position；The battery 5 is embedded in the battery case that installation 1 inner right side of header board opens up；Described shines
Unpowered ventilation barrel structure 6 is mounted on the upper surface middle position of installation header board 1；The adjustable solar panels structure 7
It is fixed in groove 3；The lower surface leftward position that installation header board 1 is mounted on convenient for energy-saving adjusting structure of the lighting lamp 8；
The rainwater-collecting bucket structure 9 is connected with installation header board 1 and support plate 15 respectively；Described first reinforces slash 10 1
End is bolted on the left of the lower surface of installation header board 1, and the other end is bolted to the right upper portion position of support column 11；Institute
11 one end of support column stated is bolted on the left of the lower surface of installation header board 1, and the other end is bolted to support mounting base
13 upper surface middle position；The control switch 12 is embedded in the front surface middle position of support column 11；Described second
The lower surface leftward position that 14 one end of slash is bolted to support plate 15 is reinforced, other end screw is connected to the right side of support column 11
Side lower part position；15 cross bolts of support plate are connected to the lower right side position of support column 11；The nothing that shines
Power ventilation barrel structure 6 includes ventilator 61, fixed otic placode 62, support rail 63, bearing 64, ventilator housing 65, cowling
66, air inlet hole 67 and turbine shaft 68, the fixation otic placode 62 are respectively welded at the left and right sides lower position of ventilator 61；
63 cross screw of support rail is connected to the upper inside position of ventilator 61；It is horizontal that the bearing 64 is embedded in support
The upper surface middle position of bar 63；65 screw of ventilator housing is connected to the upper surface of ventilator 61；The ventilation
Lid 66 is threaded in the upper surface location of ventilator housing 65；The air inlet hole 67 is provided with the appearance of ventilator housing 65
Face；The inner ring of bearing 64 is plugged on behind the bosom position of the 68 longitudinally-moving grafting cowling 66 of turbine shaft；?
Under the action of building interior air-flow and building outer gas stream, turbine flabellum 683 can be made to drive turbine shaft 68 inside bearing 64
Rotated, air-flow is excluded by air inlet hole 67, reach and wind action led to interior of building, and it is energy saving and meanwhile
When night, instruction lamp bead 682 can issue light, play the role of guide.
As shown in Fig. 3, in above-described embodiment, specifically, the adjustable solar panels structure 7 includes damp-proof pedestal
71, cylinder 72, water-inlet-proof sealed loop-pad 73, support frame 74, solar panels 75 and photovoltaic charger 76,72 bolt of cylinder
It is connected to the upper surface middle position of damp-proof pedestal 71；The water-inlet-proof sealed loop-pad 73 is socketed under the outer surface of cylinder 72
Portion position；The support frame 74 is threaded in the output end of cylinder 72；75 screw of solar panels is connected to support
The upper surface location of frame 74；76 screw of photovoltaic charger is connected to the front surface lower middle position of support frame 74；?
Under the irradiation of sunlight, solar panels 75 can be converted solar energy into electrical energy and be filled by photovoltaic charger 76 to battery 5
Electricity facilitates the electricity consumption of electrical equipment, can reach energy-efficient purpose, starts cylinder 72 by control switch 12 and adjusts support frame 74
Height, and then the height of adjustable solar panels 75 meets and actual uses needs.
As shown in Fig. 4, in above-described embodiment, specifically, described includes platform sling convenient for energy-saving adjusting structure of the lighting lamp 8
81, snake-like hose 82, focused lamp cover 83, Acoustic controlled light 84, angular adjustment ring 85 and protection net 86, the snake-like hose
82 are threaded in the lower surface middle position of platform sling 81；The focused lamp cover 83 is threaded in the appearance of snake-like hose 82
Face lower position；The Acoustic controlled light 84 is threaded in the upper inside middle position of protection net 86；The angle
Degree adjusts the left upper portion position that 85 screw of ring is connected to focused lamp cover 83；86 screw of protection net is connected to spotlight
The lower surface position of cover 83；Acoustic controlled light 84 starting can provide illumination automatically, can also lead to when sound reaches certain decibel
It crosses the starting Acoustic controlled light 84 of control switch 12 to be always on, hooks angular adjustment ring 85 with external tool, adjust snake-like hose 82
Angle, and then the angle of focused lamp cover 83 is adjusted, meet the needs of different location illumination.
As shown in Fig. 5, in above-described embodiment, specifically, the rainwater-collecting bucket structure 9 includes rainwater storage box
91, aqueduct 92, cache box 93, rainwater-collecting bucket 94 and screen pack 95,92 threaded one end of aqueduct are connected to slow
The lower surface right positions of case 93 are deposited, the other end is threadedly coupled with rainwater storage box 91；94 screw of rainwater-collecting bucket connects
Connect the upper surface right positions in cache box 93；95 screw of screen pack is connected to cache box 93 and rainwater-collecting bucket 94
Intersection；In the rainy day, rainwater-collecting bucket 94 can play the role of collecting rainwater, and rainwater is passed through to the work of screen pack 95
With being filled into cache box 93 and aqueduct 92, open 9141 rainwater of shut-off valve by connecting tube 914 and be flowed into rainwater storage box
In 91, liquid level variation is observed by observation window 911, and close shut-off valve 9141 in time, makes rainwater with drain valve 913 is opened when water
Rainwater in storage box 91 is discharged into specified containers through delivery pipe 912.
As shown in Fig. 5, in above-described embodiment, specifically, the rainwater storage box 91 is provided with observation window 911, row
Pipe 912, drain valve 913 and connecting tube 914 are put, the observation window 911 is longitudinal to be embedded in the front surface of rainwater storage box 91
Between position；The delivery pipe 912 is threaded in the lower right side position of rainwater storage box 91；913 spiral shell of drain valve
Line is connected to the upper surface leftward position of delivery pipe 912；The connecting tube 914 is threaded in the upper table of rainwater storage box 91
Face middle position.
In above-described embodiment, specifically, the connecting tube 914 is threadedly coupled with aqueduct 92.
As shown in Fig. 5, in above-described embodiment, specifically, the right side of the connecting tube 914 is threaded with shut-off valve
9141。
As shown in Fig. 2, in above-described embodiment, specifically, the turbine shaft 68 is provided with limited cap 681, instruction
Lamp bead 682 and turbine flabellum 683；The limited cap 681 is bolted to the upper end of turbine shaft 68；The instruction lamp bead
682 are glued to the front surface upper position of limited cap 681；Screw is connected to turbine shaft 68 to the turbine flabellum 683 respectively
The left and right sides two positions up and down.
In above-described embodiment, specifically, the fixation otic placode 62 and installation header board 1 are bolted setting；Described
The top of through-hole 2 is arranged in ventilator 61；The air inlet hole 67 uses crescent venthole；The turbine shaft 68 and axis
Hold the setting of 64 interference fits.
In above-described embodiment, specifically, the angle of the angle of the light barrier 4 and installation header board 1 is arranged 30
It spends between 120 degree.
In above-described embodiment, specifically, described first reinforces slash 10 and installs the angle setting of the angle of header board 1
Between 30 degree to 60 degree；The angle that described second reinforces the angle of slash 14 and support plate 15 is arranged at 30 degree extremely
Between 60 degree.
In above-described embodiment, specifically, the damp-proof pedestal 71 is bolted to the bottom inner surface of groove 3；It is described
Damp-proof pedestal 71 the stainless steel base of rust preventive coating is specifically coated with using outer surface；The water-inlet-proof sealed loop-pad 73 is set
It sets in the intersection of cylinder 72 and installation header board 1, is conducive to play the role of sealing, prevents rainwater from entering in groove 3.
In above-described embodiment, specifically, the platform sling 81 and installation header board 1 are bolted setting；The protection
Mesh enclosure 86 specifically uses curved stainless steel mesh enclosure, is conducive to play a protective role, prevents from breaking when the mobile article in building
Acoustic controlled light 84.
In above-described embodiment, specifically, the cache box 93 is glued to the upper surface of installation header board 1；Described leads
Water pipe 92 is through the inside left position of installation header board 1；91 screw of rainwater storage box is connected to the upper of support plate 15
Surface.
In above-described embodiment, specifically, the rainwater-collecting bucket 94 inside screen pack 95 and cache box 93 by connecting
It is logical；The cache box 93 inside aqueduct 92 and rainwater storage box 91 by being connected to；The delivery pipe 912 and rainwater stores
It is connected to inside case 91.
In above-described embodiment, specifically, the battery 5 is located at the left side of groove 3.
In above-described embodiment, specifically, control switch 12 is electrically connected in the cylinder 72 and Acoustic controlled light 84；
The control switch 12 is electrically connected battery 5；Battery is electrically connected in the cylinder 72 and Acoustic controlled light 84
5；The solar panels 75 are electrically connected battery 5 by photovoltaic charger 76.
In above-described embodiment, specifically, the control switch 12 specifically uses double control switch；The cylinder 72 is specific
Using the pneumatic cylinder of model JY-100；The Acoustic controlled light 84 specifically uses the headlamp of model MD-led5w；Institute
The photovoltaic charger 76 stated specifically uses the charger of model Q1248G；The instruction lamp bead 682 specifically uses red LED
Lamp bead.
Working principle
When the utility model is used, by supporting mounting base 13 that support column 11 is fixed on to the inside of building, and will
Installation header board 1 is mounted on the roof of building with bolt, so that the outer of building is arranged in the upper surface of installation header board 1
Portion；Under the action of building interior air-flow and building outer gas stream, turbine flabellum 683 can be made to drive turbine shaft 68 in bearing 64
Inside is rotated, and air-flow is excluded by air inlet hole 67, is reached and is led to wind action to interior of building, and is energy saving same
When at night, instruction lamp bead 682 can issue light, play the role of guide；Under irradiation by sunlight, solar panels 75 can incite somebody to action
Solar energy is converted into electric energy and charges by photovoltaic charger 76 to battery 5, facilitates the electricity consumption of electrical equipment, can arrive
Up to energy-efficient purpose, the height that cylinder 72 adjusts support frame 74, and then adjustable solar panels are started by control switch 12
75 height meets actual using needs；Acoustic controlled light 84 starting can provide photograph automatically when sound reaches certain decibel
It is bright, Acoustic controlled light 84 can also be started by control switch 12 and be always on, hooked angular adjustment ring 85 with external tool, adjust snake
The angle of shape hose 82, and then the angle of focused lamp cover 83 is adjusted, meet the needs of different location illumination；In the rainy day, rainwater
Collection bucket 94 can play the role of collecting rainwater, and rainwater is passed through screen pack 95, is filled into cache box 93 and water guide
In pipe 92, opens 9141 rainwater of shut-off valve and be flowed into rainwater storage box 91 by connecting tube 914, observed by observation window 911
Liquid level variation, and shut-off valve 9141 is closed in time, make the rainwater in rainwater storage box 91 through discharging with drain valve 913 is opened when water
Pipe 912 is discharged into specified containers.
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 technical effect, is the protection model for falling into the utility model
It encloses.
Claims (10)
1. a kind of multi-functional building energy conservation illuminates ventilation equipment, which is characterized in that the multi-functional building energy conservation illumination ventilation
Equipment, including installation header board (1), through-hole (2), groove (3), light barrier (4), battery (5), can shine Unpowered ventilation cylinder
Structure (6) is adjusted solar panels structure (7), is convenient for energy-saving adjusting structure of the lighting lamp (8), rainwater-collecting bucket structure (9), the
One reinforces slash (10), support column (11), and control switch (12) supports mounting base (13), and second reinforces slash (14) and support
Plate (15), the through-hole (2) are longitudinally provided with the bosom position of installation header board (1)；The groove (3) is provided with
The inside upper right side position of header board (1) is installed；Described light barrier (4) screw is connected to the lower surface of installation header board (1)
Right positions；The battery (5) is embedded in the battery case that installation header board (1) inner right side opens up；Described sends out
Light Unpowered ventilation barrel structure (6) is mounted on the upper surface middle position of installation header board (1)；The adjustable solar panels
Structure (7) is fixed in groove (3)；Described is mounted under installation header board (1) convenient for energy-saving adjusting structure of the lighting lamp (8)
Surface leftward position；The rainwater-collecting bucket structure (9) is connected with installation header board (1) and support plate (15) respectively；Institute
First reinforcing slash (10) one end stated is bolted on the left of the lower surface of installation header board (1), and the other end is bolted to
The right upper portion position of support column (11)；Described support column (11) one end is bolted to the lower surface of installation header board (1)
Left side, the other end are bolted to the upper surface middle position of support mounting base (13)；The control switch (12) is embedded in
The front surface middle position of support column (11)；Second described reinforcing slash (14) one end is bolted under support plate (15)
Surface leftward position, other end screw are connected to the lower right side position of support column (11)；The lateral spiral shell of the support plate (15)
Bolt is connected to the lower right side position of support column (11)；The Unpowered ventilation barrel structure (6) that shines includes ventilator
(61), fixed otic placode (62), support rail (63), bearing (64), ventilator housing (65), cowling (66), air inlet hole (67)
With turbine shaft (68), the fixation otic placode (62) is respectively welded at the left and right sides lower position of ventilator (61)；It is described
Support rail (63) cross screw be connected to the upper inside position of ventilator (61)；The bearing (64) is embedded in support
The upper surface middle position of cross bar (63)；Described ventilator housing (65) screw is connected to the upper surface of ventilator (61)；Institute
The cowling (66) stated is threaded in the upper surface location of ventilator housing (65)；The air inlet hole (67) is provided with logical
The outer surface of blower housing (65)；Behind the bosom position of turbine shaft (68) the longitudinally-moving grafting cowling (66)
It is plugged on the inner ring of bearing (64).
2. multi-functional building energy conservation as described in claim 1 illuminates ventilation equipment, which is characterized in that it is described it is adjustable too
The positive hardened structure (7) of energy includes damp-proof pedestal (71), cylinder (72), water-inlet-proof sealed loop-pad (73), support frame (74), solar panels
(75) and photovoltaic charger (76), the cylinder (72) are bolted to the upper surface middle position of damp-proof pedestal (71)；Institute
The water-inlet-proof sealed loop-pad (73) stated is socketed in the outer surface lower position of cylinder (72)；The support frame (74) is threadedly coupled
Output end in cylinder (72)；Described solar panels (75) screw is connected to the upper surface location of support frame (74)；Described
Photovoltaic charger (76) screw is connected to the front surface lower middle position of support frame (74).
3. multi-functional building energy conservation as described in claim 1 illuminates ventilation equipment, which is characterized in that described is convenient for adjusting
Energy-conserving light structure (8) includes platform sling (81), snake-like hose (82), focused lamp cover (83), Acoustic controlled light (84), angle tune
Section ring (85) and protection net (86), the snake-like hose (82) are threaded in the lower surface middle position of platform sling (81)；
The focused lamp cover (83) is threaded in the outer surface lower position of snake-like hose (82)；The Acoustic controlled light (84)
It is threaded in the upper inside middle position of protection net (86)；Described angular adjustment ring (85) screw is connected to spotlight
Cover the left upper portion position of (83)；Described protection net (86) screw is connected to the lower surface position of focused lamp cover (83).
4. multi-functional building energy conservation as described in claim 1 illuminates ventilation equipment, which is characterized in that the rainwater-collecting
Bucket structure (9) includes rainwater storage box (91), aqueduct (92), cache box (93), rainwater-collecting bucket (94) and screen pack
(95), the aqueduct (92) threaded one end is connected to the lower surface right positions of cache box (93), and the other end is deposited with rainwater
Storage tank (91) is threadedly coupled；Described rainwater-collecting bucket (94) screw is connected to the upper surface right positions of cache box (93)；Institute
Screen pack (95) screw stated is connected to the intersection of cache box (93) and rainwater-collecting bucket (94).
5. multi-functional building energy conservation as claimed in claim 4 illuminates ventilation equipment, which is characterized in that the rainwater storage
Case (91) is provided with observation window (911), delivery pipe (912), drain valve (913) and connecting tube (914), the observation window
(911) longitudinal front surface middle position for being embedded in rainwater storage box (91)；The delivery pipe (912) is threaded in rainwater
The lower right side position of storage box (91)；The drain valve (913) is threaded in the upper surface left lateral position of delivery pipe (912)
It sets；The connecting tube (914) is threaded in the upper surface middle position of rainwater storage box (91).
6. multi-functional building energy conservation as described in claim 1 illuminates ventilation equipment, which is characterized in that the turbine shaft
(68) it is provided with limited cap (681), indicates lamp bead (682) and turbine flabellum (683)；The limited cap (681) is bolted
In the upper end of turbine shaft (68)；The instruction lamp bead (682) is glued to the front surface upper position of limited cap (681)；Institute
The turbine flabellum (683) stated respectively screw be connected to turbine shaft (68) the left and right sides two positions up and down.
7. multi-functional building energy conservation as described in claim 1 illuminates ventilation equipment, which is characterized in that the fixation otic placode
(62) setting is bolted with installation header board (1)；Top of ventilator (61) setting in through-hole (2)；It is described into
Air holes (67) uses crescent venthole；The turbine shaft (68) and bearing (64) interference fit are arranged.
8. multi-functional building energy conservation as described in claim 1 illuminates ventilation equipment, which is characterized in that described first is reinforced
The angle of slash (10) and the angle of installation header board (1) is arranged between 30 degree to 60 degree；Described second is reinforced oblique
The angle of thick stick (14) and the angle of support plate (15) is arranged between 30 degree to 60 degree.
9. multi-functional building energy conservation as claimed in claim 2 illuminates ventilation equipment, which is characterized in that the damp-proof pedestal
(71) it is bolted to the bottom inner surface of groove (3)；The damp-proof pedestal (71) is specifically coated with antirust using outer surface
The stainless steel base of paint layer；Intersection of water-inlet-proof sealed loop-pad (73) setting in cylinder (72) and installation header board (1)
Place.
10. multi-functional building energy conservation as claimed in claim 4 illuminates ventilation equipment, which is characterized in that the cache box
(93) it is glued to the upper surface of installation header board (1)；The aqueduct (92) is through the inside left position of installation header board (1)
It sets；Described rainwater storage box (91) screw is connected to the upper surface of support plate (15).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821234156.6U CN208750594U (en) | 2018-08-01 | 2018-08-01 | A kind of multi-functional building energy conservation illumination ventilation equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821234156.6U CN208750594U (en) | 2018-08-01 | 2018-08-01 | A kind of multi-functional building energy conservation illumination ventilation equipment |
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| Publication Number | Publication Date |
|---|---|
| CN208750594U true CN208750594U (en) | 2019-04-16 |
Family
ID=66059189
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821234156.6U Active CN208750594U (en) | 2018-08-01 | 2018-08-01 | A kind of multi-functional building energy conservation illumination ventilation equipment |
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| CN (1) | CN208750594U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111550275A (en) * | 2020-04-26 | 2020-08-18 | 中铁二院工程集团有限责任公司 | Unidirectional ventilation system driven by piston wind and control method |
-
2018
- 2018-08-01 CN CN201821234156.6U patent/CN208750594U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111550275A (en) * | 2020-04-26 | 2020-08-18 | 中铁二院工程集团有限责任公司 | Unidirectional ventilation system driven by piston wind and control method |
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