CN103270909A - Plant greenhouse and stepless light-adjusting method thereof - Google Patents
Plant greenhouse and stepless light-adjusting method thereof Download PDFInfo
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- CN103270909A CN103270909A CN2013102383916A CN201310238391A CN103270909A CN 103270909 A CN103270909 A CN 103270909A CN 2013102383916 A CN2013102383916 A CN 2013102383916A CN 201310238391 A CN201310238391 A CN 201310238391A CN 103270909 A CN103270909 A CN 103270909A
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- 230000005540 biological transmission Effects 0.000 claims description 28
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- 239000004033 plastic Substances 0.000 claims description 5
- 229920003023 plastic Polymers 0.000 claims description 5
- 210000002421 cell wall Anatomy 0.000 claims description 3
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- 230000008676 import Effects 0.000 claims description 3
- 230000008901 benefit Effects 0.000 abstract description 8
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- 238000005286 illumination Methods 0.000 description 6
- 230000002787 reinforcement Effects 0.000 description 6
- 238000007789 sealing Methods 0.000 description 6
- RYGMFSIKBFXOCR-UHFFFAOYSA-N Copper Chemical compound [Cu] RYGMFSIKBFXOCR-UHFFFAOYSA-N 0.000 description 4
- 229910052802 copper Inorganic materials 0.000 description 4
- 239000010949 copper Substances 0.000 description 4
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- 239000012467 final product Substances 0.000 description 2
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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
- Y02A—TECHNOLOGIES FOR ADAPTATION TO CLIMATE CHANGE
- Y02A40/00—Adaptation technologies in agriculture, forestry, livestock or agroalimentary production
- Y02A40/10—Adaptation technologies in agriculture, forestry, livestock or agroalimentary production in agriculture
- Y02A40/25—Greenhouse technology, e.g. cooling systems therefor
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Abstract
The invention discloses a plant greenhouse which mainly comprises a greenhouse roof, greenhouse side walls, an outer net device, an inner net device, wet curtains, side windows and seedbeds. The greenhouse roof is arranged above the greenhouse side walls, the outer net device is arranged above the greenhouse roof, the inner net device is arranged below the greenhouse roof, the tops of the wet curtains are fixed on the greenhouse side walls, the side windows are arranged on the outer sides of the wet curtains, the seedbeds are arranged below the greenhouse roof, inclined through holes are densely distributed on an outer net, a vertical plane identical with the inclining direction of the inclined through holes is parallel to a vertical plane where an upper rotating shaft is positioned, and fixed supporting legs are arranged on the lower portion of each seedbed frame. The plant greenhouse has the advantages that the whole outer net can realize one inclining action, the inclined through holes are densely distributed on the outer net, and light-transmitting areas of the inclined through holes change along inclining of the outer net, so that light-transmitting effect of the outer net can be adjusted, stepless light adjusting is realized, and light-adjusting effect is better.
Description
Present patent application is the dividing an application of application for a patent for invention of (application number is 2011101945461, the applying date is 2011-7-11, name be called the plant brooder)
Technical field
The present invention relates to a kind of agricultural equipment, especially a kind of plant brooder.
Background technology
Along with the development of society and the raising of automaticity, plant factor uses more and more widely in agricultural.Plant factor mainly comprises enclosure spaces such as brooder usually, plants plant and then arranges in the brooder, and during use, the manual simulation who realizes weather by the automatic adjusting to temperature, humidity, illumination etc., thus can provide suitable production environment to plant.
Existing brooder, it mainly comprises brooder top, brooder sidewall, outer net arrangement, interior net arrangement, wet curtain, side window and seedbed, the brooder top is arranged on brooder sidewall top, outer net arrangement is arranged on top, brooder top, interior net arrangement is arranged on below, brooder top, the top of wet curtain is fixed on the brooder sidewall, and side window is arranged on the outside of wet curtain, and the seedbed is arranged on below, brooder top.Wherein, outer net and Intranet are to regulate the capital equipment of illumination, illumination is regulated mainly by opening or drawing outer net in and Intranet realizes, two states is in fact only opened and close to such working method, do not have regulating effect truly, in order can really to regulate effectively the illumination in the brooder according to sunlight strength, usually outer net or Intranet arrange multilayer, and light transmittance difference between each layer net, open different nets as required, though such mode regulating effect is good, has complex structure, cost height, the inconvenient shortcoming of control.
Wet curtain then is the capital equipment of regulating humidity in the brooder, existing wet curtain is in order to keep moistening, after certain time interval, must carry out the water filling humidification to wet curtain with pump, the water that the pump transportation is come flows down from wet curtain top and makes whole wet curtain drenched, but there are following 2 deficiencies in such mode: 1, pump needs the compartment of terrain operation, and power consumption is bigger; 2, wet curtain is inhomogeneous in the humidity of water filling after-stage, high humidity during water filling, humidity is little after water filling a period of time, has brought inconvenience for like this humidity control in the brooder, humidity little during this period of time in may need to open humidifier and increase humidity, caused extra power consumption so again.
Be typically provided with side window in the wet curtain outside, side window then hangs on the brooder sidewall, the side window bottom is provided with base frame construction, the side is provided with side frame, there are the relatively poor problem of sealing in the upward hook frame of existing brooder side window, underframe, side frame place, outside air forms convection current by crack and the inner air of hook, underframe, side frame easily, and this has brought inconvenience for the temperature control of brooder and humidity control.
Existing seedbed is generally and fixedly installs, for the ease of maintenance, between the seedbed, be provided with the passageway, though such structure is convenient to operation, but have following deficiency: namely the spatial accommodation of brooder is limited, seedbed and passageway have occupied bigger space, thereby must reduce the plantation amount of brooder, and then influence output.
Therefore, for efficient and the production effect that improves agricultural production, be necessary existing brooder is improved.
Summary of the invention
The objective of the invention is a kind of plant brooder that can effectively regulate lighting effect of designing for the deficiency that solves above-mentioned technology.
The plant brooder that the present invention is designed, it mainly comprises the brooder top, the brooder sidewall, outer net arrangement, interior net arrangement, wet curtain, side window and seedbed, the brooder top is arranged on brooder sidewall top, outer net arrangement is arranged on top, brooder top, interior net arrangement is arranged on below, brooder top, the top of wet curtain is fixed on the brooder sidewall, side window is arranged on the outside of wet curtain, the seedbed is arranged on brooder top below, it is characterized in that: described outer net arrangement mainly by on draw in the net beam, last film-pressing line, pop-up film line, outer net, on drive the net piece, the bottom surface is provided with the upper rack bar of tooth bar, the upper rack pole socket, cog, the outer net motor, last motor cabinet, last turning cylinder and last rotating shaft base are formed;
Driving net piece, upper rack bar, upper rack pole socket on described is aluminium alloy; Aluminium alloy has firm light weight corrosion-resistant advantage; Certainly drive net piece, upper rack bar, upper rack pole socket on described and also can be stainless steel or copper or rigid plastics;
On draw in the net totally two and lay respectively at both sides, brooder top top on beam;
Last film-pressing line and pop-up film line present down arrange and two ends be connected to both sides on draw in the net on the beam;
Described outer net between last film-pressing line and pop-up film line, an end of outer net be fixedly connected on a side on draw in the net on the beam, the other end with on drive the net piece and be connected;
At least one on described upper rack bar, and parallel be positioned at outer net below and with on drive the net piece and fixedly connected, the other end of upper rack bar passes the upper rack pole socket movably, that end that described upper rack pole socket is positioned at the motor cabinet homonymy is connected on the brooder top by hinge arrangement, and the other end is open setting;
Described outer net motor and last turning cylinder are in transmission connection, and the described turning cylinder of going up is vertically set on upper rack bar below, and described cogging is fixedly installed on the turning cylinder and meshes with tooth bar on the described upper rack bar;
The described motor cabinet of going up mainly is made up of end installing plate, connecting plate for electric motor, inner bearing collar, hinge-rod, balancing spring, and end installing plate is set in parallel in the connecting plate for electric motor below; The hinge-rod lower end is fixedly connected on the middle part of end installing plate, and hinge-rod upper end hinge is connected the connecting plate for electric motor middle part; Inner bearing collar is vertically set on connecting plate for electric motor one end; Balancing spring is connected between end installing plate and the connecting plate for electric motor and is positioned at that end away from inner bearing collar; Described outer net motor is fixedly connected on the connecting plate for electric motor, and inner bearing collar is passed in the cooperation of described upward turning cylinder; Installing plate of the described end is fixedly installed on top, brooder top;
The described rotating shaft base of going up mainly is made up of mount pad, both sides chute, slide block, outer collar bearing, servomotor and screw mandrel; Described both sides chute is vertically set on the mount pad; Described slide block is equipped with in the chute of both sides, and described outer collar bearing is fixedly connected on the slide block top; Be provided with screw in the described slide block, described screw mandrel one end is equipped with in this screw, and the other end and servomotor are in transmission connection; Described servomotor is connected on the mount pad; Described mount pad is fixedly installed on the brooder top; Described end of going up turning cylinder is equipped with in described outer collar bearing;
Be densely covered with oblique through hole on the net outside described, the vertical plane consistent with this oblique through hole inclination aspect parallels with the vertical plane at last turning cylinder place;
Described outer net motor is AC servo motor (also can adopt DC servo motor, stepper motor, threephase asynchronous machine or single-phase asynchronous motor to replace), but AC servo motor has the control accuracy of being easy to and the strong advantage of load capacity simultaneously.。
As preferably, described in net arrangement mainly by draw in the net down beam, lower pressed film line, subiculum film line, Intranet, down drive net piece, volume net bar, volume net bearing, servo volume net motor, bottom surface be provided with the following rack bar of tooth bar, down tooth bar pole socket, lower gear, Intranet motor, turning cylinder and following rotating shaft base are formed down;
Driving the net piece under described, descending rack bar, descend the tooth bar pole socket is aluminium alloy; Aluminium alloy has firm light weight corrosion-resistant advantage; Certainly drive the net piece under described, descend rack bar, descend the tooth bar pole socket also can be stainless steel or copper or rigid plastics;
Under draw in the net totally two and lay respectively at both sides, brooder top below on beam;
Lower pressed film line and subiculum film line are presented down and are arranged and two ends are connected to both sides following drawing in the net on the beam;
Described volume net bar two ends are arranged in the volume net bearing, draw in the net under volume net bearing fixing is connected wherein one on the beam; Volume net boom end and servo volume net motor are in transmission connection, and servo volume net motor is connected below, brooder top;
Described Intranet is between lower pressed film line and subiculum film line, and an end of Intranet is fixedly connected on the volume net bar, the other end with under drive the net piece and be connected;
At least one of described down rack bar, and parallel be positioned at the Intranet below and with drive the net piece down and fixedly connected, the other end of following rack bar passes down the tooth bar pole socket movably, following tooth bar pole socket is fixedly connected on below brooder pushes up;
Described Intranet motor is in transmission connection with following turning cylinder, described turning cylinder down is vertically set on down the rack bar below, described lower gear be fixedly installed on down on the turning cylinder and with described rack bar down under the tooth bar engagement, described Intranet motor is fixedly connected on below, brooder top;
Described turning cylinder end down is connected down on the rotating shaft base, and following rotating shaft base is fixedly connected on below, brooder top; Described Intranet motor is AC servo motor (also can adopt DC servo motor, stepper motor, threephase asynchronous machine or single-phase asynchronous motor to replace).
An interior web frame like this, its benefit are after Intranet integral body is opened, and rotate by servo volume net motor, Intranet can be changeed on volume net bar, so just can pull tight Intranet, pull more tightly theoretically, the Intranet light transmittance is bigger, and like this, Intranet has also possessed dimming effect.
As preferably, drive on described the net piece with under drive the net block structure and drive the net block body identical all comprising, in the longitudinal section, drive net block body top and be provided with the first slot groove that opening makes progress, its underpart is provided with the second slot groove that Open Side Down, and its side is provided with sideways the 3rd slot groove of opening, and its another side is provided with for connecting net, interior big outer little horn mouth groove, wherein, described slot groove is the groove structure that the inner space is big, notch is little;
Be provided with bolt and pad in the described first slot groove, the thread segment of described bolt stretches out the notch of the first slot groove, and described pad is limited in bolt head in the first slot groove; The pad below is provided with cushion rubber layer;
Be provided with the receipts wire stitcher in the described second slot groove, this is received wire stitcher and is made up of top end and bending body, and described top end width is greater than bending body and be limited in the second slot groove, and described bending body is to the bending of horn mouth groove direction;
Be provided with seal in described the 3rd slot groove, the seal is made up of fixing head and seal, and described fixedly head width is greater than seal and be limited in the 3rd slot groove, and described seal stretches out the notch of the 3rd slot groove;
Be provided with spring block in the described horn mouth groove, what spring block will be netted is fixed in the horn mouth groove;
Described cog and lower gear on all be provided with the gear sheath; Described gear sheath is provided with the inner chamber of a hollow, two sides at the gear sheath are provided with bearing, front and back at the gear sheath is provided with the tooth bar mouth, described upward turning cylinder or following turning cylinder are equipped with in bearing and pass the gear sheath, described cog or lower gear on be positioned at inner chamber, described upper rack bar or down rack bar pass the tooth bar mouth.
As preferably, described brooder sidewall is made up of the top frame that is closed form and tank frame;
Described tank frame front projection shape is identical with the top frame, at least two of quantity, and the compartment of terrain is positioned at top frame below, and fix by vertical straight connecting rod and top frame;
Described wet curtain is positioned at frame inboard, top, and top is fixedly connected on the frame of top, hierarchically is provided with the suction bar on the described wet curtain up and down, and the other end of this suction bar is arranged in the described tank frame.
Such brooder sidewall and the structure of wet curtain, moisture on the wet curtain can be drawn from tank automatically by the suction bar, this is a kind of intermolecular a kind of proper motion that reaches stable state, wet curtain one side can fully keep moisture, its humidity is uniformly on the other hand, and control provides convenience with regard to brooder humidity for this; In addition, tank frame area is big itself also can directly provide humidity as wet source.
As preferably, the link of described suction bar and wet curtain is the palm shaped structure; The part that described suction bar is positioned at tank is the sucked type structure of indent; Be provided with the locking pin of dispersion in the described tank, described locking pin and sucked type respective outer side edges, the locking pin that is positioned at the middle part is longer than the locking pin in the outside; Be interval with pneumatic the wheel in the described tank.
As preferably, also comprise the water tank consistent with tank frame quantity; Water tank can be crossed water pipe with corresponding tank frame and be connected, and is provided with ball-cock assembly at water pipe, and the ball float of ball-cock assembly is positioned at the tank of tank frame.This scheme also can realize adding water and not power consumption automatically in the tank.
As preferably, also comprise a total water tank, described brooder top is provided with gutter, and described total water tank is communicated with gutter, is provided with filter course in connection place; Be communicated with the water pipe consistent with tank frame quantity on described total water tank, water pipe is presented down setting, is provided with ball-cock assembly at water pipe, and the ball float of ball-cock assembly is positioned at the tank of corresponding tank frame; Import department at water pipe is provided with elasticity infiltration book film, and the elasticity infiltration book film elasticity that is positioned at the below is better than the elasticity infiltration book film of top.This scheme also can realize adding water and not power consumption automatically in the tank.
As preferably, the quantity of described tank frame is two; Described side window mainly by hangoff receptacle, on link up with frame, underframe, side frame, reinforcement and forms and form;
Described hangoff receptacle is fixedly connected on the frame of top, and being provided with a side at hangoff receptacle is that hook, a side are the recessed hinge of circular arc;
The described hook frame of going up is made up of the coupler body that links into an integrated entity, forms card entry slot and the first slot seal groove, described coupler body is positioned at the top, the outside of forms card entry slot, the described first slot seal groove is positioned at the side-lower of forms card entry slot, wherein said slot seal groove is that the space is big in the groove in the longitudinal section, the shape that notch is little is provided with insert seal spare in the described first slot seal groove; Described coupler body is made up of a straight sidewall and circular-arc changeover portion, and described coupler body is equipped with in recessed hinge;
Described underframe is made up of the forms card entry slot that links into an integrated entity, the second slot seal groove, the 3rd slot seal groove and the 4th slot seal groove, the described second slot seal groove is positioned at forms card entry slot inside front, described the 3rd slot seal groove is positioned at forms card entry slot inboard and is positioned at second slot seal groove below, described the 4th slot seal groove be positioned at forms card entry slot below and opening direction opposite with the 3rd slot seal groove with the second slot seal groove, in the second slot seal groove, the 3rd slot seal groove and the 4th slot seal groove, be provided with insert seal spare;
The upper surface of the lower surface of the described first slot seal groove and the second slot seal groove is adjacent to, and the lateral wall of first and second slot seal groove is concordant, and described reinforcement is between the lateral wall and side window of first and second slot seal groove;
Described side frame is made up of the forms card entry slot that links into an integrated entity and the 5th slot seal groove; The 5th slot seal groove is positioned at forms card entry slot inboard, is provided with insert seal spare in the 5th slot seal groove;
Wherein, the insert seal spare that is positioned at first and second slot seal groove sealing that matches with tank frame lateral wall in the middle of being positioned at;
The insert seal spare that is positioned at the 3rd slot seal groove sealing that matches with the tank frame lateral wall that is positioned at the bottom;
Be positioned at the insert seal spare subiculum of the 4th slot seal groove to ground and ground fitted seal;
Be positioned at that the 5th slot seal groove is embedded in the formula seal and described connecting rod is sealed and matched.
Such scheme, good airproof performance can prevent that the inside and outside air of brooder from forming convection current, thereby effectively improve humidity and temperature controlling effect in the brooder, simulates the required weather conditions of plant growth better
As preferably, also comprise the side window opener, the side window opener comprises that mainly driving motor, the power transmission shaft that is connected with driving motor, pole, gear, power transmission shaft stator, drive sleeve and bottom surface are provided with the driving rod of tooth bar, and described pole vertically is arranged on the side window outside side by side; One end of described power transmission shaft stator is provided with clutch shaft bearing, and the other end is fixed on the pole, and described power transmission shaft is horizontally set in the clutch shaft bearing; Described drive sleeve is provided with second bearing, and described power transmission shaft also is arranged in second bearing and passes drive sleeve, and gear is fixedly connected on the power transmission shaft and is positioned at drive sleeve; Described driving rod is and is obliquely installed and passes drive sleeve side by side, and the lower end of this driving rod is connected the side window bottom, the rack and pinion engagement of its bottom surface.
Such scheme can realize the automatic unlatching of side window.
As preferably, described seedbed comprises seedbed body and forcing frame;
Described seedbed body mainly is made up of brace rod, dowel, side strip and dictyosome, and described brace rod arranges at interval, is provided with two limited blocks at the middle part of every brace rod; Described dowel is vertically connected on all brace rods, and described side strip is connected the two ends of brace rod, and described dictyosome is positioned at the dowel top;
Described forcing frame upper surface is the groove structure, is provided with two roller bearings in this groove structure, and described two roller bearings are in the vertical between brace rod and the groove structure, lay respectively between the limited block of the cell wall of groove structure and brace rod in the horizontal; The end of described roller bearing is provided with runner; Described runner is the diagonal angle setting; Described seedbed body width is greater than forcing frame; Side, described seedbed end is 1/3rd of seedbed body width to the distance of limited block;
Described forcing frame bottom is leg, and leg is provided with the reduction cover, and described reduction puts and is provided with regulating tank, is provided with adjustment screw in the regulating tank, and described reduction cover is set on the leg also fastening by adjustment screw.
Such scheme, whole seedbed body is moved to the side, and opposite side just can be vacated as using in the aisle, can effectively reduce the floor space in seedbed and aisle like this, can enlarge the plantation amount of whole brooder, thereby guarantee output, in addition, between roller bearing and the brace rod for dotted line is connected, can be more laborsaving during operation.
The beneficial effect of the plant brooder of gained of the present invention is: the servomotor of going up on the rotating shaft base rotates, slide block is risen, and then make the whole oblique shape of the turning cylinder section of being of going up, and being hinge, the outer net motor is connected on the motor cabinet, upper rack pole socket one end is open, the other end also is that hinge connects, whole like this outer net can be realized a tilting action, and be densely covered with oblique through hole outward on the net, tiltedly the glazed area of through hole is along with the inclination of outer net changes, therefore the translucent effect of outer net is adjustable, and is a kind of electrodeless light modulation, and dimming effect is better.
Description of drawings
Fig. 1 is embodiment 1 structural representation;
Fig. 2 is the transmission schematic diagram of embodiment 1 outer net arrangement;
Fig. 3 is the structural representation of embodiment 1 outer net arrangement;
Fig. 4 is the structural representation of rotating shaft base on the embodiment 1;
Fig. 5 is the connection diagram of embodiment 1 upper rack pole socket;
Fig. 6 is the partial sectional view of embodiment 1 outer net;
Fig. 7 is the structural representation of net arrangement in the embodiment 2;
Fig. 8 is the connection diagram of 2 times turning cylinders of embodiment;
Fig. 9 is the structural representation of drive block on the embodiment 3;
Figure 10 is the cog structural representation of gear sheath of embodiment 3;
Figure 11 is the cog front view of gear sheath of embodiment 3;
Figure 12 is the schematic diagram of embodiment 4 brooder sidewalls;
Figure 13 is the connection diagram of embodiment 5 water tanks and tank frame;
Figure 14 is the plane of embodiment 5 tank frames;
Figure 15 is the schematic diagram of embodiment 5 suction bars;
Figure 16 is the connection diagram of embodiment 6 total water tanks;
Figure 17 is the longitudinal sectional view of embodiment 7 side windows;
Figure 18 is the enlarged drawing at A place among Figure 17;
Figure 19 is the transverse sectional view of the side of embodiment 7 side windows;
Figure 20 is the structural representation of embodiment 8 side window openers;
Figure 21 is the front view of embodiment 8 side window openers;
Figure 22 is the structural representation of embodiment 8 power transmission shaft stators;
Figure 23 is the structural representation of embodiment 8 drive sleeve;
Figure 24 is the structural representation in embodiment 9 seedbeds;
Figure 25 is the vertical view in embodiment 9 seedbeds;
Figure 26 is the vertical view of embodiment 9 seedbed bodies;
Figure 27 is the structural representation of embodiment 9 seedbed legs;
Among the figure: brooder top 1, brooder sidewall 2, outer net arrangement 3, interior net arrangement 4, wet curtain 5, side window 6, seedbed 7, on draw in the net beam 8, last film-pressing line 9, pop-up film line 10, outer net 11, on drive net piece 12, upper rack bar 13, upper rack pole socket 14, cog 15, outer net motor 16, last motor cabinet 17, last turning cylinder 18, last rotating shaft base 19, end installing plate 20, connecting plate for electric motor 21, inner bearing collar 22, hinge-rod 23, balancing spring 24, mount pad 25, both sides chute 26, slide block 27, outer collar bearing 28, servomotor 29, screw mandrel 30, oblique through hole 31, under draw in the net beam 32, lower pressed film line 33, subiculum film line 34, Intranet 35, under drive net piece 36, volume net bar 37, volume net bearing 38, servo volume net motor 39, following rack bar 40, following tooth bar pole socket 41, lower gear 42, Intranet motor 43, following turning cylinder 44, following rotating shaft base 45, the first slot groove 46, the second slot groove 47, the 3rd slot groove 48, horn mouth groove 49, bolt 50, pad 51, cushion rubber layer 52, receive wire stitcher 53, top end 54, bending body 55, seal 56, spring block 57, top frame 58, tank frame 59, connecting rod 60, suction bar 61, locking pin 62, pneumaticly take turns 63, water tank 64, ball-cock assembly 65, total water tank 66, gutter 67, filter course 68, elasticity infiltration book film 69, hangoff receptacle 70, last hook frame 71, underframe 72, side frame 73, reinforcement 74, forms 75, recessed hinge 76, coupler body 77, forms card entry slot 78, the first slot seal groove 79, insert seal spare 80, the second slot seal groove 81, the 3rd slot seal groove 82, the 4th slot seal groove 83, the 5th slot seal groove 84, side window opener 85, driving motor 86, power transmission shaft 87, pole 88, gear 89, power transmission shaft stator 90, drive sleeve 91, driving rod 92, clutch shaft bearing 93, second bearing 94, seedbed body 95, forcing frame 96, brace rod 97, dowel 98, side strip 99, dictyosome 100, groove structure 101, roller bearing 102, reduction cover 103, regulating tank 104, adjustment screw 105, hinge link 106, gear sheath 107, inner chamber 108, tooth bar mouth 109, bearing 110, water pipe 111, leg 112, limited block 113, handwheel 114.
Embodiment
The invention will be further described by reference to the accompanying drawings below by embodiment.
Embodiment 1:
As shown in Figure 1, the described plant brooder of present embodiment, it mainly comprises the brooder top, the brooder sidewall, outer net arrangement, interior net arrangement, wet curtain, side window and seedbed, the brooder top is arranged on brooder sidewall top, outer net arrangement is arranged on top, brooder top, interior net arrangement is arranged on below, brooder top, the top of wet curtain is fixed on the brooder sidewall, side window is arranged on the outside of wet curtain, the seedbed is arranged on below, brooder top, as Fig. 2,3 is characterized in that: described outer net arrangement mainly by on draw in the net beam, last film-pressing line, pop-up film line, outer net, on drive the net piece, the bottom surface is provided with the upper rack bar of tooth bar, the upper rack pole socket, cog, the outer net motor, last motor cabinet, last turning cylinder and last rotating shaft base are formed;
Wherein, driving net piece, upper rack bar, upper rack pole socket on described is aluminium alloy; Aluminium alloy has firm light weight corrosion-resistant advantage; (as the variation of present embodiment, on drive net piece, upper rack bar, upper rack pole socket also can be replaced by stainless steel or copper or rigid plastics);
On draw in the net totally two and lay respectively at both sides, brooder top top on beam;
Last film-pressing line and pop-up film line present down arrange and two ends be connected to both sides on draw in the net on the beam;
Described outer net is between last film-pressing line and pop-up film line, one end of outer net be fixedly connected on a side on draw in the net on the beam, the other end with on drive the net piece and be connected that (pop-up film line is positioned at the below of outer net, last film-pressing line is positioned at the top of outer net, from two ends up and down nethike embrane is fixed, prevent that it from being blown away by wind, but last film-pressing line and pop-up film line stand away all the time, so just tilt to provide the space to outer net, last film-pressing line and pop-up film distance between centers of tracks can be between 15 centimetres to 30 centimetres, and effect is better);
At least one on described upper rack bar, and parallel be positioned at outer net below and with on drive the net piece and fixedly connected, the other end of upper rack bar passes the upper rack pole socket movably, that end that described upper rack pole socket is positioned at the motor cabinet homonymy is connected on the brooder top by hinge arrangement, the other end is that (open setting refers to that the other end of upper rack pole socket is openable in open setting, revocable, could realize that like this inclination of upper rack pole socket is dug);
Described outer net motor and last turning cylinder are in transmission connection, and the described turning cylinder of going up is vertically set on upper rack bar below, and described cogging is fixedly installed on the turning cylinder and meshes with tooth bar on the described upper rack bar;
The described motor cabinet of going up mainly is made up of end installing plate, connecting plate for electric motor, inner bearing collar, hinge-rod, balancing spring, and end installing plate is set in parallel in the connecting plate for electric motor below; The hinge-rod lower end is fixedly connected on the middle part of end installing plate, and hinge-rod upper end hinge is connected the connecting plate for electric motor middle part; Inner bearing collar is vertically set on connecting plate for electric motor one end; Balancing spring is connected between end installing plate and the connecting plate for electric motor and is positioned at that end away from inner bearing collar; Described outer net motor is fixedly connected on the connecting plate for electric motor, and inner bearing collar is passed in the cooperation of described upward turning cylinder; Installing plate of the described end is fixedly installed on top, brooder top; A structure that goes up motor cabinet like this, connecting plate for electric motor can rotate with respect to end installing plate, can realize digging of outer net; Balancing spring can play the effect of balance support when not digging at ordinary times; And inner bearing collar can play a fixing effect to last turning cylinder when outer net is dug, and making turning cylinder is consistent with the rotation process of outer net motor all the time, prevents from damaging because of asynchronous action between them.
Shown in Fig. 4,5, the described rotating shaft base of going up mainly is made up of mount pad, both sides chute, slide block, outer collar bearing, servomotor and screw mandrel; Described both sides chute is vertically set on the mount pad; Described slide block is equipped with in the chute of both sides, and described outer collar bearing is fixedly connected on the slide block top; Be provided with screw in the described slide block, described screw mandrel one end is equipped with in this screw, and the other end and servomotor are in transmission connection; Described servomotor is connected on the mount pad; Described mount pad is fixedly installed on the brooder top; Described end of going up turning cylinder is equipped with in described outer collar bearing; After servomotor rotated, the corresponding rotation of screw mandrel was because slide block is arranged in the chute on the one hand, is connected with wire rod thread again on the one hand, screw mandrel one rotation like this, slide block just can knee-action, upwards dig the power when digging as whole outer net thereby order about turning cylinder; Servomotor can accurately be controlled rotation.
Be densely covered with oblique through hole on the net outside described, the vertical plane consistent with this oblique through hole inclination aspect parallels with the vertical plane at last turning cylinder place; Described outer net motor is AC servo motor (also can adopt DC servo motor, stepper motor, threephase asynchronous machine or single-phase asynchronous motor to replace).
The described brooder of present embodiment, net arrangement, wet curtain, side window and seedbed then adopt prior art to get final product in it.During use, servomotor on the last rotating shaft base rotates, slide block is risen, and then make the whole oblique shape of the turning cylinder section of being of going up, and being hinge, the outer net motor is connected on the motor cabinet, upper rack pole socket one end is open, the other end also is that hinge connects, whole like this outer net can be realized a tilting action, and be densely covered with oblique through hole outward on the net, tiltedly the glazed area of through hole changes along with the inclination of outer net, so the translucent effect of outer net is adjustable, and be a kind of electrodeless light modulation, dimming effect is better.The described brooder of present embodiment beneficial effect compared with prior art is that outer net has electrodeless dimming function like this.
Need to prove: present embodiment is carried and has been encircleed a kind of outer net arrangement that can electrodeless light modulation, under the enlightenment of above-mentioned technology, brightness adjustment control then is that those of ordinary skills can implement, similar with the light modulation of existing multilayer outer net, only need the closing control of opening of multilayer outer net is changed into according to illumination control servomotor and get final product (servomotor can be automatic control, also can be that artificial crawl is controlled); In addition,
Draw in the net totally two and lay respectively at both sides, brooder top top on beam on described;
Upper rack bar one end hinge arrangement is connected on the brooder top, and the other end is open setting;
Installing plate of the described end is fixedly installed on top, brooder top;
Described mount pad is fixedly installed on the brooder top;
These mechanical modes that are connected and fixed are prior aries, specifically are not described further.
Shown in Fig. 7,8, the described plant brooder of present embodiment, described as different from Example 1 in net arrangement mainly by draw in the net down beam, lower pressed film line, subiculum film line, Intranet, down drive net piece, volume net bar, volume net bearing, servo volume net motor, bottom surface be provided with the following rack bar of tooth bar, down tooth bar pole socket, lower gear, Intranet motor, turning cylinder and following rotating shaft base are formed down;
Wherein, drive under described the net piece, down rack bar, the tooth bar pole socket is aluminium alloy down; Aluminium alloy has firm light weight corrosion-resistant advantage; (as the variation of present embodiment, driving net piece, following rack bar, following tooth bar pole socket down also can be by stainless steel or copper or rigid plastics replacement; )
Under draw in the net totally two and lay respectively at both sides, brooder top below on beam;
Lower pressed film line and subiculum film line are presented down and are arranged and two ends are connected to both sides following drawing in the net on the beam;
Described volume net bar two ends are arranged in the volume net bearing, draw in the net under volume net bearing fixing is connected wherein one on the beam; Volume net boom end and servo volume net motor are in transmission connection, and servo volume net motor is connected below, brooder top;
Described Intranet is between lower pressed film line and subiculum film line, and an end of Intranet is fixedly connected on the volume net bar, the other end with under drive the net piece and be connected;
At least one of described down rack bar, and parallel be positioned at the Intranet below and with drive the net piece down and fixedly connected, the other end of following rack bar passes down the tooth bar pole socket movably, following tooth bar pole socket is fixedly connected on below brooder pushes up;
Described Intranet motor is in transmission connection with following turning cylinder, described turning cylinder down is vertically set on down the rack bar below, described lower gear be fixedly installed on down on the turning cylinder and with described rack bar down under the tooth bar engagement, described Intranet motor is fixedly connected on below, brooder top;
Described turning cylinder end down is connected down on the rotating shaft base, and following rotating shaft base is fixedly connected on below, brooder top; Described Intranet motor also is servomotor (also can adopt DC servo motor, stepper motor, threephase asynchronous machine or single-phase asynchronous motor to replace).
Like this, its benefit of net arrangement was after Intranet integral body is opened in present embodiment was described, rotate by servo volume net motor, Intranet can be changeed on volume net bar, so just can pull tight Intranet, pull more tightly theoretically, the Intranet light transmittance is bigger, like this, Intranet has also possessed dimming effect.
Like this than embodiment 1, the described brooder of present embodiment, intranet and extranet have dimming effect simultaneously, and the effect of regulating illumination further improves.
Embodiment 3
As shown in Figure 9, the described plant brooder of present embodiment, as different from Example 2: drive on described the net piece with under drive the net block structure and drive the net block body identical all comprising, in the longitudinal section, drive net block body top and be provided with the first slot groove that opening makes progress, its underpart is provided with the second slot groove that Open Side Down, its side is provided with sideways the 3rd slot groove of opening, its another side is provided with for connecting net, interior big outer little horn mouth groove, wherein, described slot groove is the groove structure that the inner space is big, notch is little;
Be provided with bolt and pad in the described first slot groove, the thread segment of described bolt stretches out the notch of the first slot groove, and described pad is limited in bolt head in the first slot groove; Pad below is provided with cushion rubber layer (the sort buffer layer can make and drive buffering of formation between net piece and the outside transmission system, and is not hard connecting mode completely, can effectively prolong the service life of associated components);
Be provided with the receipts wire stitcher in the described second slot groove, this is received wire stitcher and is made up of top end and bending body, and described top end width is greater than bending body and be limited in the second slot groove, and described bending body is to the bending of horn mouth groove direction; Receiving wire stitcher can prevent that outer net up drives outside the net piece in receiving network process and rout up.
Be provided with seal in described the 3rd slot groove, the seal is made up of fixing head and seal, and described fixedly head width is greater than seal and be limited in the 3rd slot groove, and described seal stretches out the notch of the 3rd slot groove; This seal can form sealing with the beam that draws in the net of opposite side when outer net is opened fully.
Be provided with spring block in the described horn mouth groove, what spring block will be netted is fixed in the horn mouth groove;
Shown in Figure 10,11, described cog and lower gear on all be provided with the gear sheath; Described gear sheath is provided with the inner chamber of a hollow, two sides at the gear sheath are provided with bearing, front and back at the gear sheath is provided with the tooth bar mouth, described upward turning cylinder or following turning cylinder are equipped with in bearing and pass the gear sheath, described cog or lower gear on be positioned at inner chamber, described upper rack bar or down rack bar pass the tooth bar mouth.The effect of gear sheath is that turning cylinder and rack bar can be fixed together again when realizing transmission, digs Shi Buhui at outer net like this and produces slip relatively, guarantees that outer net digs in the process and the connection effect when digging; Be involved in the gear in the time of can preventing net because of unexpected excessive sag on the other hand, avoid causing damage.
Embodiment 4
As shown in figure 12, the described plant brooder of present embodiment, described brooder sidewall is made up of the top frame that is closed form and tank frame; Described tank frame front projection shape is identical with the top frame, and quantity is two, and the compartment of terrain is positioned at top frame below, and fixes by vertical straight connecting rod and top frame; Described wet curtain is positioned at frame inboard, top, and top is fixedly connected on the frame of top, hierarchically is provided with the suction bar on the described wet curtain up and down, and the other end of this suction bar is arranged in the described tank frame.Such brooder sidewall and the structure of wet curtain, moisture on the wet curtain can be drawn from tank automatically by the suction bar, this is a kind of intermolecular a kind of proper motion that reaches stable state, wet curtain one side can fully keep moisture, its humidity is uniformly on the other hand, and control provides convenience with regard to brooder humidity for this; In addition, tank frame area is big itself also can directly provide humidity as wet source.
Shown in Figure 13,14,15, the described plant brooder of present embodiment, in conjunction with the embodiments 3 and the basis of embodiment 4 on, the link of described suction bar and wet curtain is the palm shaped structure; The part that described suction bar is positioned at tank is the sucked type structure of indent; Be provided with the locking pin of dispersion in the described tank, described locking pin and sucked type respective outer side edges, the locking pin that is positioned at the middle part is longer than the locking pin in the outside; Be interval with pneumatic the wheel in the described tank.Palm shaped structure and sucked type structure can strengthen the humidity exchange area, and sucked type structure water absorbing properties is stronger; And the structure of locking pin can make the sucked type structure open on the one hand, can be fixed again on the other hand; The pneumatic wheel then can form rotation (not additive decrementation energy) by the gas flow in the brooder, thereby makes the certain activity of water generates in the tank, accelerates the hydrone motion; Also comprise the water tank consistent with tank frame quantity; Water tank can be crossed water pipe with corresponding tank frame and be connected, and is provided with ball-cock assembly at water pipe, and the ball float of ball-cock assembly is positioned at the tank of tank frame.This scheme also can realize adding water and not power consumption automatically in the tank.
As shown in figure 16, the described plant brooder of present embodiment is to comprise a total water tank with the difference of embodiment 5, and described brooder top is provided with gutter, and described total water tank is communicated with gutter, is provided with filter course in connection place; Be communicated with the water pipe consistent with tank frame quantity on described total water tank, water pipe is presented down setting, is provided with ball-cock assembly at water pipe, and the ball float of ball-cock assembly is positioned at the tank of corresponding tank frame; Import department at water pipe is provided with elasticity infiltration book film, the elasticity infiltration book film elasticity that is positioned at the below is better than the elasticity infiltration book film of top, because the hydraulic pressure of below is bigger by force, elasticity infiltration book film is used for offsetting the pressure reduction of water level up and down, pressure in the every water pipe is remained basically stable, this scheme also can realize adding water and not power consumption automatically in the tank.
Embodiment 7
Shown in Figure 17,18,19, the described plant brooder of present embodiment, on the basis of embodiment 6, described side window mainly by hangoff receptacle, on link up with frame, underframe, side frame, reinforcement and forms and form;
Described hangoff receptacle is fixedly connected on the frame of top, and being provided with a side at hangoff receptacle is that hook, a side are the recessed hinge of circular arc;
The described hook frame of going up is made up of the coupler body that links into an integrated entity, forms card entry slot and the first slot seal groove, described coupler body is positioned at the top, the outside of forms card entry slot, the described first slot seal groove is positioned at the side-lower of forms card entry slot, wherein said slot seal groove is that the space is big in the groove in the longitudinal section, the shape that notch is little is provided with insert seal spare in the described first slot seal groove; Described coupler body is made up of a straight sidewall and circular-arc changeover portion, and described coupler body is equipped with in recessed hinge;
Described underframe is made up of the forms card entry slot that links into an integrated entity, the second slot seal groove, the 3rd slot seal groove and the 4th slot seal groove, the described second slot seal groove is positioned at forms card entry slot inside front, described the 3rd slot seal groove is positioned at forms card entry slot inboard and is positioned at second slot seal groove below, described the 4th slot seal groove be positioned at forms card entry slot below and opening direction opposite with the 3rd slot seal groove with the second slot seal groove, in the second slot seal groove, the 3rd slot seal groove and the 4th slot seal groove, be provided with insert seal spare;
The upper surface of the lower surface of the described first slot seal groove and the second slot seal groove is adjacent to, and the lateral wall of first and second slot seal groove is concordant, and described reinforcement is between the lateral wall and side window of first and second slot seal groove;
Described side frame is made up of the forms card entry slot that links into an integrated entity and the 5th slot seal groove; The 5th slot seal groove is positioned at forms card entry slot inboard, is provided with insert seal spare in the 5th slot seal groove;
Wherein, the insert seal spare that is positioned at first and second slot seal groove sealing that matches with tank frame lateral wall in the middle of being positioned at;
The insert seal spare that is positioned at the 3rd slot seal groove sealing that matches with the tank frame lateral wall that is positioned at the bottom;
Be positioned at the insert seal spare subiculum of the 4th slot seal groove to ground and ground fitted seal;
Be positioned at that the 5th slot seal groove is embedded in the formula seal and described connecting rod is sealed and matched.
Such scheme, better tightness, can prevent that the inside and outside air of brooder from forming convection current, thereby effectively improve humidity and temperature controlling effect in the brooder, simulate the required weather conditions of plant growth better, and because the special setting mode of reinforcement, can play the effect of strengthening intensity on the one hand, stressed being dispersed on the forms can be linked up with frame and underframe again on the other hand, and then be dispersed to whole side window, side window is more not fragile.
Embodiment 8
Shown in Figure 20,21, the described plant brooder of present embodiment, on the basis of embodiment 7, also comprise the side window opener, the side window opener comprises that mainly driving motor, the power transmission shaft that is connected with driving motor, pole, gear, power transmission shaft stator, drive sleeve and bottom surface are provided with the driving rod of tooth bar, and described pole vertically is arranged on the side window outside side by side; An end of described power transmission shaft stator is provided with clutch shaft bearing shown in Figure 22,23, and the other end is fixed on the pole, and described power transmission shaft is horizontally set in the clutch shaft bearing; Described drive sleeve is provided with second bearing, and described power transmission shaft also is arranged in second bearing and passes drive sleeve, and gear is fixedly connected on the power transmission shaft and is positioned at drive sleeve; Described driving rod is and is obliquely installed and passes drive sleeve side by side, and the lower end of this driving rod is connected the side window bottom, the rack and pinion engagement of its bottom surface, and this scheme can realize the automatic unlatching of side window.
Embodiment 9
As shown in figure 24, the described plant brooder of present embodiment, described seedbed comprises seedbed body and forcing frame;
Shown in Figure 25,26, described seedbed body mainly is made up of brace rod, dowel, side strip and dictyosome, and described brace rod arranges at interval, is provided with two limited blocks at the middle part of every brace rod; Described dowel is vertically connected on all brace rods, and described side strip is connected the two ends of brace rod, and described dictyosome is positioned at the dowel top;
Described forcing frame upper surface is the groove structure, is provided with two roller bearings in this groove structure, and described two roller bearings are in the vertical between brace rod and the groove structure, lay respectively between the limited block of the cell wall of groove structure and brace rod in the horizontal; The end of described roller bearing is provided with runner; Described runner is the diagonal angle setting; Described seedbed body width is greater than forcing frame; Side, described seedbed end is 1/3rd of seedbed body width to the distance of limited block;
As shown in figure 27, described forcing frame bottom is leg, and leg is provided with the reduction cover, and described reduction puts and is provided with regulating tank, is provided with adjustment screw in the regulating tank, and described reduction cover is set on the leg also fastening by adjustment screw.
Such scheme, whole seedbed body is moved to the side, and opposite side just can be vacated as using in the aisle, can effectively reduce the floor space in seedbed and aisle like this, can enlarge the plantation amount of whole brooder, thereby guarantee output, in addition, between roller bearing and the brace rod for dotted line is connected, can be more laborsaving during operation.
Such seedbed frame is a kind of innovation, can be used in the existing brooder, also can use in above-mentioned arbitrary embodiment.
Embodiment 10
The described plant brooder of present embodiment, described leg is fixed feet as different from Example 9, namely is not provided with the reduction cover on it.
The described plant brooder of present embodiment, described leg is fixed feet as different from Example 10, the leg below is provided with mobile wheel, is convenient to the seedbed and moves.
Specific embodiment described herein only is that design of the present invention is illustrated.Those skilled in the art can make various modifications or replenish or adopt similar mode to substitute described specific embodiment, but can't depart from spirit of the present invention or surmount the defined scope of appended claims.
Claims (5)
1. plant brooder, it mainly comprises the brooder top, the brooder sidewall, outer net arrangement, interior net arrangement, wet curtain, side window and seedbed, the brooder top is arranged on brooder sidewall top, outer net arrangement is arranged on top, brooder top, interior net arrangement is arranged on below, brooder top, the top of wet curtain is fixed on the brooder sidewall, side window is arranged on the outside of wet curtain, the seedbed is arranged on brooder top below, described outer net arrangement mainly by on draw in the net beam, last film-pressing line, pop-up film line, outer net, on drive the net piece, the bottom surface is provided with the upper rack bar of tooth bar, the upper rack pole socket, cog, the outer net motor, last motor cabinet, last turning cylinder and last rotating shaft base are formed;
On draw in the net totally two and lay respectively at both sides, brooder top top on beam;
Last film-pressing line and pop-up film line present down arrange and two ends be connected to both sides on draw in the net on the beam;
Described outer net between last film-pressing line and pop-up film line, an end of outer net be fixedly connected on a side on draw in the net on the beam, the other end with on drive the net piece and be connected;
At least one on described upper rack bar, and parallel be positioned at outer net below and with on drive the net piece and fixedly connected, the other end of upper rack bar passes the upper rack pole socket movably, that end that described upper rack pole socket is positioned at the motor cabinet homonymy is connected on the brooder top by hinge arrangement, and the other end is open setting;
Described outer net motor and last turning cylinder are in transmission connection, and the described turning cylinder of going up is vertically set on upper rack bar below, and described cogging is fixedly installed on the turning cylinder and meshes with tooth bar on the described upper rack bar;
The described motor cabinet of going up mainly is made up of end installing plate, connecting plate for electric motor, inner bearing collar, hinge-rod, balancing spring, and end installing plate is set in parallel in the connecting plate for electric motor below; The hinge-rod lower end is fixedly connected on the middle part of end installing plate, and hinge-rod upper end hinge is connected the connecting plate for electric motor middle part; Inner bearing collar is vertically set on connecting plate for electric motor one end; Balancing spring is connected between end installing plate and the connecting plate for electric motor and is positioned at that end away from inner bearing collar; Described outer net motor is fixedly connected on the connecting plate for electric motor, and inner bearing collar is passed in the cooperation of described upward turning cylinder; Installing plate of the described end is fixedly installed on top, brooder top;
The described rotating shaft base of going up mainly is made up of mount pad, both sides chute, slide block, outer collar bearing, servomotor and screw mandrel; Described both sides chute is vertically set on the mount pad; Described slide block is equipped with in the chute of both sides, and described outer collar bearing is fixedly connected on the slide block top; Be provided with screw in the described slide block, described screw mandrel one end is equipped with in this screw, and the other end and servomotor are in transmission connection; Described servomotor is connected on the mount pad; Described mount pad is fixedly installed on the brooder top; Described end of going up turning cylinder is equipped with in described outer collar bearing;
Be densely covered with oblique through hole on the net outside described, the vertical plane consistent with this oblique through hole inclination aspect parallels with the vertical plane at last turning cylinder place;
Described outer net motor is AC servo motor;
Described seedbed comprises seedbed body and forcing frame;
Described seedbed body mainly is made up of brace rod, dowel, side strip and dictyosome, and described brace rod arranges at interval, is provided with two limited blocks at the middle part of every brace rod; Described dowel is vertically connected on all brace rods, and described side strip is connected the two ends of brace rod, and described dictyosome is positioned at the dowel top;
Described forcing frame upper surface is the groove structure, is provided with two roller bearings in this groove structure, and described two roller bearings are in the vertical between brace rod and the groove structure, lay respectively between the limited block of the cell wall of groove structure and brace rod in the horizontal; The end of described roller bearing is provided with runner; Described runner is the diagonal angle setting; Described seedbed body width is greater than forcing frame; Side, described seedbed end is 1/3rd of seedbed body width to the distance of limited block;
It is characterized in that: described forcing frame bottom is leg, and described leg is fixed feet, namely is not provided with the reduction cover on it; Described leg below is provided with mobile wheel; Driving net piece, upper rack bar, upper rack pole socket on described is rigid plastics.
2. plant brooder according to claim 1 is characterized in that described brooder sidewall is made up of the top frame that is closed form and tank frame;
Described tank frame front projection shape is identical with the top frame, at least two of quantity, and the compartment of terrain is positioned at top frame below, and fix by vertical straight connecting rod and top frame;
Described wet curtain is positioned at frame inboard, top, and top is fixedly connected on the frame of top, hierarchically is provided with the suction bar on the described wet curtain up and down, and the other end of this suction bar is arranged in the described tank frame.
3. plant brooder according to claim 2, the link that it is characterized in that described suction bar and wet curtain is the palm shaped structure; The part that described suction bar is positioned at tank is the sucked type structure of indent; Be provided with the locking pin of dispersion in the described tank, described locking pin and sucked type respective outer side edges, the locking pin that is positioned at the middle part is longer than the locking pin in the outside; Be interval with pneumatic the wheel in the described tank.
4. plant brooder according to claim 3 is characterized in that also comprising a total water tank, and described brooder top is provided with gutter, and described total water tank is communicated with gutter, is provided with filter course in connection place; Be communicated with the water pipe consistent with tank frame quantity on described total water tank, water pipe is presented down setting, is provided with ball-cock assembly at water pipe, and the ball float of ball-cock assembly is positioned at the tank of corresponding tank frame; Import department at water pipe is provided with elasticity infiltration book film, and the elasticity infiltration book film elasticity that is positioned at the below is better than the elasticity infiltration book film of top.
5. the electrodeless light-dimming method of a plant brooder as claimed in claim 1, it is characterized in that: during use, servomotor on the last rotating shaft base rotates, slide block is risen, and then make the whole oblique shape of the turning cylinder section of being of going up, and being hinge, the outer net motor is connected on the motor cabinet, upper rack pole socket one end is open, the other end also is that hinge connects, whole like this outer net can be realized a tilting action, and is densely covered with oblique through hole outward on the net, and tiltedly the glazed area of through hole is along with the inclination of outer net changes, therefore the translucent effect of outer net is adjustable, and is a kind of electrodeless light modulation; In addition, the leg bottom in seedbed is provided with mobile wheel, and the seedbed can be moved.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201310238391.6A CN103270909B (en) | 2011-07-11 | 2011-07-11 | plant greenhouse |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201310238391.6A CN103270909B (en) | 2011-07-11 | 2011-07-11 | plant greenhouse |
Related Parent Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2011101945461A Division CN102283050B (en) | 2011-07-11 | 2011-07-11 | Plant greenhouse |
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| Publication Number | Publication Date |
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| CN103270909A true CN103270909A (en) | 2013-09-04 |
| CN103270909B CN103270909B (en) | 2014-10-01 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201310238391.6A Expired - Fee Related CN103270909B (en) | 2011-07-11 | 2011-07-11 | plant greenhouse |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103749206A (en) * | 2013-12-26 | 2014-04-30 | 贵州绿卡能科技实业有限公司 | Solar energy nursery room |
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| JPH09294462A (en) * | 1996-04-30 | 1997-11-18 | Netsutairin Saisei Gijutsu Kenkyu Kumiai | Apparatus for raising cutting seedling |
| CN2612229Y (en) * | 2002-12-27 | 2004-04-21 | 葛云震 | Assembled warm shed comprising demountable sliding curtain, plastic and coloured steel |
| EP1204310B1 (en) * | 1999-08-19 | 2004-09-01 | Instituut voor Milieu-en Agritechniek ( IMAG) B.V. | Greenhouse as well as roof element for such a greenhouse having increased light transmission |
| CN2702607Y (en) * | 2004-03-25 | 2005-06-01 | 江苏大学 | Solar panel greenhouse structure |
| KR20060001847A (en) * | 2005-11-09 | 2006-01-06 | 경상북도 농업기술원 | Structure of shading frame for ginseng cultivation |
| CN201789821U (en) * | 2010-09-15 | 2011-04-13 | 戴文育 | Vertical rotating three-dimensional multi-layer planting greenhouse |
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2011
- 2011-07-11 CN CN201310238391.6A patent/CN103270909B/en not_active Expired - Fee Related
Patent Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPH09294462A (en) * | 1996-04-30 | 1997-11-18 | Netsutairin Saisei Gijutsu Kenkyu Kumiai | Apparatus for raising cutting seedling |
| EP1204310B1 (en) * | 1999-08-19 | 2004-09-01 | Instituut voor Milieu-en Agritechniek ( IMAG) B.V. | Greenhouse as well as roof element for such a greenhouse having increased light transmission |
| CN2612229Y (en) * | 2002-12-27 | 2004-04-21 | 葛云震 | Assembled warm shed comprising demountable sliding curtain, plastic and coloured steel |
| CN2702607Y (en) * | 2004-03-25 | 2005-06-01 | 江苏大学 | Solar panel greenhouse structure |
| KR20060001847A (en) * | 2005-11-09 | 2006-01-06 | 경상북도 농업기술원 | Structure of shading frame for ginseng cultivation |
| CN201789821U (en) * | 2010-09-15 | 2011-04-13 | 戴文育 | Vertical rotating three-dimensional multi-layer planting greenhouse |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN103749206A (en) * | 2013-12-26 | 2014-04-30 | 贵州绿卡能科技实业有限公司 | Solar energy nursery room |
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| CN103270909B (en) | 2014-10-01 |
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