CN201332617Y - Soilless culture device - Google Patents
Soilless culture device Download PDFInfo
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- CN201332617Y CN201332617Y CNU2008202359733U CN200820235973U CN201332617Y CN 201332617 Y CN201332617 Y CN 201332617Y CN U2008202359733 U CNU2008202359733 U CN U2008202359733U CN 200820235973 U CN200820235973 U CN 200820235973U CN 201332617 Y CN201332617 Y CN 201332617Y
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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
- Y02P—CLIMATE CHANGE MITIGATION TECHNOLOGIES IN THE PRODUCTION OR PROCESSING OF GOODS
- Y02P60/00—Technologies relating to agriculture, livestock or agroalimentary industries
- Y02P60/20—Reduction of greenhouse gas [GHG] emissions in agriculture, e.g. CO2
- Y02P60/21—Dinitrogen oxide [N2O], e.g. using aquaponics, hydroponics or efficiency measures
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Abstract
A soilless culture device comprises a culture device body, a light supplementing mechanism and a supporting mechanism for fixing the light supplementing mechanism and a base with an accommodating chamber arranged at the bottom part, as well as a control circuit component for driving the water pump of the culture device body and the light supplementing mechanism to work. The lower end of the supporting mechanism is fixed behind the base; the light supplementing mechanism is fixed at the upper end of the supporting mechanism; the culture device body is arranged on the base; the control circuit component comprises a button operating panel and is arranged in the accommodating chamber of the base; the button operating panel is arranged on the front lateral surface of the base; and each keystroke corresponding to each button on the button operating panel is electrically connected with the control circuit component after passing through the front lateral surface of the base. The soilless culture device has the advantages of small volume, convenient movement and operation, attraction and elegance, cleanness and sanitation, saved management time and the like, is particularly suitable for families, emporiums, hotels, offices and other occasions, and can be used as decorations and suitable for planting cultured plants with different heights.
Description
[technical field]
The utility model relates to cultivation of plants, and particularly water planting or soilless culture relates in particular to water planting or soilless culture Special Equipment that occasions such as being fit to family, market, hotel, office is used.
[background technology]
Raising along with people's living standard, the mankind more and more pay attention to the greening of indoor and outdoor surroundings and beautify layout, the particularly development of industrial technology, various industrial pollution make human living environment more and more abominable, the greening of human habitat seems more urgent, so occasions such as human habitat such as family, market, hotel, office have been planted many potted plant formula flower plants, the equipment that prior art is used for plant cultivation comprises:
1, soil is planted method, the earth of in the foraminate flowerpot of basin tail band, packing into, and cultivated plant again on earth, this cultivation method range of application is wider; Shortcoming is: unclean health, not attractive in appearance, and also the T/A that waters and apply fertilizer is difficult to hold, and maintenance work is heavy; When the user remembers, just water and fertilising, work one is busy, replenishes moisture content and fertilizer in time for described plant, will cause described plant withered, and especially the user is on business trips for a long time, and is all the more so;
2, hydroponics, cultivated plant in the container of water is housed, this cultivation method range of application is little, and is also not attractive in appearance;
3, tank farming, this cultivation method is compared soil and is planted the method sanitation and hygiene, and maintenance work is easy, so be subjected to liking of users deeply.But the structure that the isolated plant of prior art tank farming has is very simple and not attractive in appearance, as Chinese utility model patent, the patent No. 200320108374.2, patent name: soilless culture equipment, comprise outer basin, be used for being provided with nutrient solution liquid storage box, liquid-feeding tube, buoy, plant the material and liquid-guiding rope, liquid storage box places in the outer basin, is made up of box body and lid, on lid, be equipped with three holes at least: fluid-adding tube hole, buoy hole and guiding fluid hole; Liquid-feeding tube is inserted in the liquid storage box by the fluid-adding tube hole on the lid of liquid storage box, is made up of body and stopper that two ends are communicated with; Buoy is inserted in the liquid storage box by the buoy hole on the lid of liquid storage box, is made up of buoy cover, the pole beacon that is equipped with scale mark and Buoyage barrel; Planting material and place above the lid of the liquid storage box in the outer basin, is charcoal and float stone mixture; Liquid-guiding rope is by the guiding fluid hole on the lid of liquid storage box, and an end places in the box body and is immersed in nutrient solution, and the other end is embedded at plants in the material; Though this device cost is not high, management is saved trouble, saved time, and is not attractive in appearance, and is not suitable for there be not the place cultivation of sunlight, moves also inconvenient.
The prior art tank farming also have a kind of isolated plant structure complicated, move and use inconveniently, be not suitable for occasions such as family, market, hotel, office and use; As Chinese utility model patent, the patent No. 200820082529.2, patent name: polynary three-dimensional soilless planting device, comprise vertical support body, bottom in the support body is provided with foster liquid bath, the upper end of supporting liquid bath is provided with plants pipe, plant layer between top to the support body top of pipe and establish the layer frame of installation hole basin, support in the liquid bath and be provided with water pump, the shunting of the water pipe of water pump one end is connected in the reservoir that basin below, each layer cave and layer frame be connected and plants in the pipe, the opposite side of each reservoir also is provided with discharging tube and is connected to the outer waste liquid tank of support body, though this device is easy to operate, whole cyclicity is good etc., but also not attractive in appearance, moves with use inconvenient, volume is bigger, is not suitable for family, the market, the hotel, occasions such as office are used.
[utility model content]
The technical problems to be solved in the utility model is to avoid above-mentioned the deficiencies in the prior art part and soilless culture equipment that a kind of structure uniqueness is provided, have that volume is little, mobile and easy to operate, elegant in appearance, advantage such as save time is saved trouble in sanitation and hygiene and management, be particularly suitable for occasions uses such as family, market, hotel, office, but also can be used as the cultivation thing of ornament and suitable planting differing heights.
The technical scheme that the utility model solve the technical problem employing is:
A kind of soilless culture equipment is provided, comprises the supporting mechanism of cultivator main body, light filling mechanism and fixing described light filling mechanism, and drive the water pump of cultivator main body and the control circuit assembly of light filling mechanism work; Described soilless culture equipment comprises that also the bottom is provided with the base of cavity volume; Described supporting mechanism lower end is fixed on described base back, and described light filling mechanism is fixed on the upper end of described supporting mechanism; Described cultivator main body is arranged on the described base; Described control circuit assembly comprises the push-botton operation panel, described control circuit assembly is arranged in the described base cavity volume, described push-botton operation panel is arranged on the leading flank of described base, and each button of each button correspondence is connected with described control circuit electrical component after passing through described base leading flank on the described push-botton operation panel.
Described base upper surface inwardly is provided with groove; Described cultivator main body comprises and is used for the liquid storage basin of splendid attire nutrient solution, described liquid storage basin is ship shape substantially, its bottom surface connects a flat boss with the equal wall thickness of described ship shape liquid storage basin, and the housing size of described flat boss and described base groove inside casing size are adaptive; Flat boss by described liquid storage basin bottom surface snaps in the described base groove, and described cultivator main body is arranged on the described base reposefully.
Compare with prior art, the beneficial effect of the utility model soilless culture equipment is:
Described soilless culture device structure design is unique, design concept by desk lamp and ship, dexterously cultivator main body and the setting of light filling mechanism are installed on the base, simultaneously dexterously water pump, liquid inlet, leakage hole and pouring mouth all are arranged in the inner chamber of the less described ship shape liquid storage basin of volume, only need the user carrying fixed leg when mobile, just can move on to suitable place easily; Advantage such as save time that the utility model soilless culture equipment has that volume is little, mobile and easy to operate, elegant in appearance, sanitation and hygiene and management are saved trouble is particularly suitable for occasions such as family, market, hotel, office to use, but also can be used as ornament; Because the distance between light filling mechanism and the cultivator main body can be regulated the cultivation thing of suitable planting differing heights.
[description of drawings]
Fig. 1 is the axonometric projection schematic diagram of the utility model soilless culture equipment;
Fig. 2 is the axonometric projection schematic diagram of another direction of the utility model soilless culture equipment;
Fig. 3 is the base of described soilless culture equipment and the axonometric projection schematic diagram that last fixed leg is assembled together;
Fig. 4 is the axonometric projection schematic diagram of liquid storage basin in the cultivator main body of described soilless culture equipment, and the liquid storage basin is an inversion state, and promptly the liquid storage basin bottom part up;
Fig. 5 is that the master of the basin of liquid storage described in Fig. 4 looks schematic diagram;
Fig. 6 is the cross-sectional schematic of A-A among Fig. 5;
Fig. 7 is the axonometric projection schematic diagram that liquid storage basin enclosing cover in the cultivator main body of described soilless culture equipment, liquid storage basin inner cap, bracing frame are assembled together, and water pump is not installed on the bracing frame;
Fig. 8 is the elevational schematic view that liquid storage basin enclosing cover in the cultivator main body of described soilless culture equipment, liquid storage basin inner cap, bracing frame are assembled together, and water pump is not installed on the bracing frame;
Fig. 9 is that the master that liquid storage basin enclosing cover in the cultivator main body of described soilless culture equipment, liquid storage basin inner cap, bracing frame are assembled together looks schematic diagram, and water pump and broken section have been installed on the bracing frame;
Figure 10 is the elevational schematic view of liquid storage basin enclosing cover in the cultivator main body of described soilless culture equipment;
Figure 11 is the cross-sectional schematic of B-B among Figure 10;
Figure 12 is the schematic top plan view of liquid storage basin inner cap in the cultivator main body of described soilless culture equipment;
The elevational schematic view of liquid storage basin inner cap in the cultivator main body of the described soilless culture equipment of Figure 13;
Figure 14 is the cross-sectional schematic of C-C among Figure 13;
The axonometric projection schematic diagram that the light filling mechanism of the described soilless culture equipment of Figure 15 and last fixed leg are assembled together;
Figure 16 is the elevational schematic view of Figure 15;
The elevational schematic view of the base of the described soilless culture equipment of Figure 17 has been equipped with the control circuit assembly among the figure;
The schematic top plan view of the base cover of the described soilless culture equipment of Figure 18.
[embodiment]
Below in conjunction with each accompanying drawing the utility model is described in further detail.
Referring to Fig. 1, Fig. 2, Figure 17 and Figure 18, a kind of soilless culture equipment, comprise the supporting mechanism 40 of cultivator main body 20, light filling mechanism 30 and fixing described light filling mechanism 30, and drive the water pump of cultivator main body 20 and the control circuit assembly 50 of light filling mechanism 30 work; Described soilless culture equipment comprises that also the bottom is provided with the base 10 of cavity volume 11; Described supporting mechanism 40 lower ends are fixed on described base 10 back, and described light filling mechanism 30 is fixed on the upper end of described supporting mechanism 40; Described cultivator main body 20 is arranged on the described base 10; Described control circuit assembly 50 comprises push-botton operation panel 51, described control circuit assembly 50 is arranged in described base 10 cavity volumes 11, control circuit assembly 50 generally is fixed in described base 10 cavity volumes 11 with screw 52, described push-botton operation panel 51 is arranged on the leading flank 12 of described base 10, each button (not drawing among the figure) of each button correspondence is electrically connected with described control circuit assembly 50 after passing through described base 10 leading flanks 12 on the described push-botton operation panel 51, as design on the push-botton operation panel 51 of the utility model soilless culture equipment the open/close button 511 of lamp is arranged, function selector button 512 and reset button 513 etc.After control circuit assembly 50 was connected with Qi Ge conductor wire (not drawing among the figure) and fixes, base 10 bottoms covered with base cover 19.
Referring to Fig. 3 to Fig. 6, described base 10 upper surfaces inwardly are provided with groove 13; Described cultivator main body 20 comprises and is used for the liquid storage basin 21 of splendid attire nutrient solution, described liquid storage basin 21 is ship shape substantially, its bottom surface connects a flat boss 211 with described ship shape liquid storage basin 21 equal wall thickness, and the housing size of described flat boss 211 and described base 10 grooves 13 inside casing sizes are adaptive; Flat boss 211 by described liquid storage basin 21 bottom surfaces snaps in described base 10 grooves 13, and described cultivator main body 20 is arranged on the described base 10 reposefully.
Referring to Fig. 3 to Fig. 6, described base 10 grooves 13 inner bottom surfaces are provided with two convex tendons 131 that are " eight " font; Accordingly, the inner bottom surface of the flat boss 211 of described liquid storage basin 21 is provided with two and is " eight " font and convex tendons 214 flat boss 211 equal wall thickness, at convex tendon 214 places, the outer bottom of the flat boss 211 of described liquid storage basin 21 inwardly forms two grooves 215 that are " eight " font simultaneously.
When described cultivator main body 20 is arranged on the described base 10, when the flat boss 211 of described liquid storage basin 21 bottom surfaces snaps in described base 10 grooves 13, two " eight " font convex tendons 131 of described base 10 grooves 13 inner bottom surfaces just embed in two " eight " font grooves 215 of flat boss 211 outer bottoms of described liquid storage basin 21, and described cultivator main body 20 is arranged on the described base 10 reposefully.
Referring to Fig. 5 to Figure 14, described cultivator main body 20 also comprises liquid storage basin enclosing cover 23, liquid storage basin inner cap 24, bracing frame 25 and a plurality of netted object 26 that is used for fixing the cultivation thing.
Described liquid storage basin enclosing cover 23 bottom surfaces are connected with the identical inside and outside sealing convex tendon 232,233 of two loop-shaped, inner sealing convex tendon 232 everywhere thickness identical, be to connect into by many curves, outer closure convex tendon 233 everywhere thickness also identical, also be to connect into by many curves; The height h of described inner sealing convex tendon 232 is littler than the height H of described outer closure convex tendon 233, surrounds a closed groove 234 between the described two inside and outside sealing convex tendons 232,233; Be provided with and the adaptive through hole 231 of described netted object 26 outer shape this through hole 231 and described netted object 26 equivalent amounts in the zone 235 that described inner sealing convex tendon 232 surrounds; Also be respectively arranged with the concentric cylindrical shape projection 236 of corresponding through hole with each 231 in described regional 235, the internal diameter of the internal diameter of described cylindrical shape projection 236 and described through hole 231 is equal; Also be provided with many screw columns 237 in the zone 235 that described inner sealing convex tendon 232 surrounds.
Described liquid storage basin inner cap 24 outer shape are identical with closed groove 234 shapes of described liquid storage basin enclosing cover 23 bottom surfaces, and described liquid storage basin inner cap 24 upper surfaces are connected with and the adaptive chimb 244 of described liquid storage basin enclosing cover 23 closed grooves 234 along outward flange; Described liquid storage basin inner cap 24 is provided with than the smaller through hole 241 of described liquid storage basin enclosing cover 23 through holes 231 internal diameters, described two through hole 241,231 equivalent amounts, each through hole 241 edge of described liquid storage basin inner cap 24 bottom surfaces are respectively arranged with nutrient solution and flow out to the pouring mouth 243 to outer lug of cultivating on the thing; Described liquid storage basin inner cap 24 upper surfaces be respectively arranged with described each corresponding through hole 241 concentric in, outer cylindrical projection 245,246, the height h1 of described inner cylindrical projection 245 is littler than the height H 1 of described outer cylindrical projection 246, the internal diameter of the internal diameter of described inner cylindrical projection 245 and described through hole 241 is equal, the internal diameter of the cylindrical shape projection 236 of the external diameter of described inner cylindrical projection 245 and described liquid storage basin enclosing cover 23 bottom surfaces is adaptive, the internal diameter of described outer cylindrical projection 246 is bigger than the external diameter of the cylindrical shape projection 236 of described liquid storage basin enclosing cover 23 bottom surfaces, in described two, outer cylindrical projection 245, surround groove 247 between 246, all have breach 2461 on described each outer cylindrical projection 246, described each pouring mouthful 243 inner cylindrical projection 245 that each is corresponding are cut the back that opens a gap and are connected with described groove 247; Described liquid storage basin inner cap 24 is provided with the screw through-hole 248 with screw column 237 equivalent amounts of described liquid storage basin enclosing cover 23 bottom surfaces; Described liquid storage basin inner cap 24 bottom surfaces are provided with the cavity volume 2491 that is surrounded by sealing projection 249 near the middle part, are provided with the liquid inlet 242 that nutrient solution flows in this cavity volume 2491, are provided with screw column 2492 in the described cavity volume 2491.
Support frame as described above 25 heads 252 are adaptive with sealing projection 249 inside casings of described liquid storage basin inner cap 24 bottom surfaces; Be connected with a dividing plate 253 in the support frame as described above 25, this dividing plate 253 is divided into upper and lower two cavity volumes 254,255 with support frame as described above 25; Dividing plate 253 in the described cavity volume 255 down is provided with the cylinder 251 of band through hole 2511, and described through hole 2511 is connected with the described cavity volume 254 of going up; Also be provided with on the described dividing plate 253 and the suitable screw through-hole 2531 of described liquid storage basin inner cap 24 bottom surface screw columns 2492; Support frame as described above 25 bottom periphery are outward extended with four feets 256,257,258,259, the bottom surface of the bottom surface of described each feet and support frame as described above 25 at grade, described four feets 256,257,258,259 respectively are provided with breach 2561,2571,2581,2591.
With each screw 28 described liquid storage basin inner cap 24 is fixed on the described liquid storage basin enclosing cover 23, the chimb 244 of described liquid storage basin inner cap 24 upper surfaces just snaps in the closed groove 234 of described liquid storage basin enclosing cover 23 bottom surfaces, and each cylindrical shape projection 236 of described liquid storage basin enclosing cover 23 bottom surfaces is inserted in described liquid storage basin inner cap 24 upper surfaces two, outer cylindrical projection 245, in the groove 247 that surrounds between 246, and the inner ring of described cylindrical shape projection 236 is close to the outer ring of described inner cylindrical projection 245, and the inner ring of the outer ring of described cylindrical shape projection 236 and described outer cylindrical projection 246 has certain clearance.Form a cavity volume between described liquid storage basin inner cap 24 upper surfaces and liquid storage basin enclosing cover 23 bottom surfaces, the hole, cultivation cave 27 that the common with one heart formation of each self-corresponding two through hole 241,231 is held each netted object 26 on described liquid storage basin inner cap 24 and the liquid storage basin enclosing cover 23.
Support frame as described above 25 heads 252 insert in the cavity volume 2491 that described liquid storage basin inner cap 24 bottom surfaces surround by sealing projection 249, with screw fixing after, the last cavity volume 254 of support frame as described above 25 and described liquid storage basin inner cap 24 bottom surfaces constitute into the liquid cavity volume jointly by sealing the cavity volume 2491 that projection 249 surrounds.Described water pump 22 is fixed in the following cavity volume 255 of support frame as described above 25, and the delivery port of described water pump 22 is connected by the cylinder 251 in described tube connector 221 and the support frame as described above 25; Described tube connector 221 comprises hard tube connector 2211 and hose connector 2212, hard tube connector 2211 is connected with the delivery port of described water pump 22, hose connector 2212 couples together the cylinder 251 in hard tube connector 2211 and the support frame as described above 25, hard tube connector 2211 usefulness engineering plastics shot moulding, hose connector 2212 materials are rubber.
When being installed on the described liquid storage basin 21 after described liquid storage basin enclosing cover 23, liquid storage basin inner cap 24, bracing frame 25, water pump 22 and each netted object 26 assemble, the bottom surface of support frame as described above 25 and four feets 256,257,258,259 on it are pressed on the inner bottom surface of described liquid storage basin 21 flat boss 211, and each breach 2561,2571,2581,2591 on described four feets 256,257,258,259 is just avoided each corresponding convex tendon 214.Water pump 22 on the bracing frame 25 is arranged in the nutrient solution of liquid storage basin 21.
Referring to Figure 12 to Figure 14, described liquid storage basin inner cap 24 upper bottom surfaces are provided with groove 240, and the outer wall 2401 of this groove 240 is positioned at the outside of described liquid storage basin inner cap 24 bottom surfaces sealing projection 249, and described groove 240 bottom surfaces are provided with leakage hole 2402; Between the liquid inlet 242 of described liquid storage basin inner cap 24 upper bottom surfaces described each outer cylindrical projection 246 adjacent, be provided with retaining liquid boss 2403 with leakage hole 2402 both sides, in Figure 12, be positioned at the liquid inlet 242 of described liquid storage basin inner cap 24 upper bottom surfaces and described each outer cylindrical projection 246 of leakage hole 2402 both sides and have four, be provided with retaining liquid boss 2403 between every adjacent two described each outer cylindrical projectioies 246, be provided with three retaining liquid boss 2403 altogether; The height of described retaining liquid boss 2403 and the height H 1 of described outer cylindrical projection 246 are equal.So nutrient solution flows out and breach 2461 backs that can promptly flow to described each outer cylindrical projection 246 are flowed out on the cultivation thing by described pouring mouthfuls 243 from the liquid inlet 242 of described liquid storage basin inner cap 24, the leakage hole 2402 from described groove 240 flow back in the described liquid storage basin 21 and there is the fraction nutrient solution can only walk around after described liquid inlet 242 outflows after the outer cylindrical projection 246 on described liquid storage basin inner cap 24 upper bottom surface both sides at leisure; That is to say that nutrient solution flows to the distance of breach 2461 of described each outer cylindrical projection 246 from liquid inlet 242 shorter, and nutrient solution is longer from the distance that liquid inlet 242 flows to leakage hole 2402; In the cavity volume between described liquid storage basin inner cap 24 upper surfaces and liquid storage basin enclosing cover 23 bottom surfaces nutrient solution more for a long time, leakage hole 2402 also plays the effect of a shunting, and a part of nutrient solution is flow back in the described liquid storage basin 21.
Referring to Fig. 5 to Fig. 8, described liquid storage basin 21 inwalls are provided with many location rib 213, and described upper surface 2131 of respectively locating rib 213 is on same plane and lower than described liquid storage basin 21 upper surfaces.
Accent is adaptive in the housing of described liquid storage basin enclosing cover 23 and the described liquid storage basin 21, when being installed on the described liquid storage basin 21 after described liquid storage basin enclosing cover 23, liquid storage basin inner cap 24, bracing frame 25, water pump 22 and a plurality of netted object 26 assemble, described upper surface 2131 of respectively locating rib 213 withstands on the lower surface of described liquid storage basin enclosing cover 23.
Referring to Fig. 5 and Fig. 6, be provided with the cylinder 212 of a hollow in the described liquid storage basin 21, the upper surface of described cylinder 212 has a through hole 2121, and the lower bottom part circumferential edge of described cylinder 212 has a breach 2122, and cylinder 212 inner chambers of described hollow are provided with a ball float (among the figure for drawing); By from described through hole 2121, observing the position of described ball float, be used for judging in the described liquid storage basin 21 whether add nutrient solution.
Referring to Fig. 1 and Fig. 7 to Figure 10, described liquid storage basin enclosing cover 23 fronts also are provided with one and rotaryly renovate 239; To renovate 239 and open, can observe the position of ball float in the cylinder 212 in the described liquid storage basin 21; Also can be directly nutrient solution be poured in the described liquid storage basin 21 after opening renovating 239.
Above-mentioned base 10, liquid storage basin 21, liquid storage basin enclosing cover 23, liquid storage basin inner cap 24, bracing frame 25 and renovate 239 usefulness engineering plastics shot moulding.
Referring to Fig. 1 to Fig. 3 and Figure 15, described supporting mechanism 40 comprises down fixed leg 41 and last fixed leg 42, and the described lower end of fixed leg down is fixed on described base 10 back, and described light filling mechanism 30 is fixed on described upper end of going up fixed leg 42.
Described fixed leg 41 down is the cylinder of hollow, described upward fixed leg 42 also is the cylinder of hollow, the hollow reservoir 411 of the outer shape of described upward fixed leg 42 and described fixed leg 41 down is adaptive, descending fixed leg 41 as described is the oval cylinder of hollow, and described upward fixed leg 42 also is the oval cylinder of hollow; Or described fixed leg 41 down is the cylinder of hollow, and described upward fixed leg 42 also is the cylinder of hollow; Described fixed leg 41 back down have a plurality of locating holes 412 that are connected with described hollow reservoir 411, as shown in Figure 2, are provided with seven locating holes 412 altogether; Described fixed leg 42 back of going up have " U " shape groove 422, should be connected with the described hollow reservoir that goes up fixed leg 42 by " U " shape groove, make the middle part of described " U " shape groove form movable shell fragment 423, the free end of described shell fragment 423 is provided with outside projection 4231, and the external dimensions of described projection 4231 is slightly less than the aperture of described locating hole 412.
Move up and down in the hollow reservoir 411 of the described fixed leg 41 down of described upward fixed leg 42 insertions, projection 4231 under this moment is described on the shell fragment 423 of the described upward fixed leg 42 of hollow reservoir 411 inwalls of fixed leg 41 compressing makes the free end of described shell fragment 423 move in the hollow reservoir of described upward fixed leg 42 together with the projection on it 4231; When needs with described when going up fixed leg 42 and being fixed on a certain locating hole 412 of described fixed leg 41 down, make the projection 4231 on the described shell fragment 423 of going up fixed leg 42 move to this locating hole 412 places, under described shell fragment 423 elastic force effects, described projection 4231 passes from this locating hole 412, so the described fixed leg 42 of going up just rests on suitable position on the described fixed leg 41 down.
The light filling mechanism 30 of the utility model soilless culture equipment and the distance between the cultivator main body 20 are subjected to the degree of depth of the described hollow reservoir 411 of fixed leg 41 down, the length that goes up fixed leg 42 and the restriction of locating hole 412 quantity; As depicted in figs. 1 and 2, following fixed leg 41 is provided with seven locating holes 412 altogether, so can there be seven different sizes in light filling mechanism 30 with distance between the cultivator main body 20, so light filling mechanism 30 is radiated at the seven kinds of different light intensities that have of cultivation thing on the cultivator main body 20; And according to each the cultivation thing height, regulate the distance between light filling mechanism 30 and the cultivator main body 20, if any the cultivation thing than higher, just need with between light filling mechanism 30 and the cultivator main body 20 apart from the accent far point.
Referring to Figure 16, described light filling mechanism 30 comprises and is fixed on the described lampshade 31 of going up fixed leg 42 upper ends, and is installed in two lamps 32 in the described lampshade 31, and described two lamps 32 are the setting of " eight " font at described lampshade 31.
Referring to Fig. 1 to Figure 18, describe the operation principle of the utility model soilless culture equipment below in detail:
With the liquid storage basin enclosing cover 23 of the cultivator main body 20 of the utility model soilless culture equipment be provided with two rows totally seven through holes 231 be example, netted accordingly object 26 also is seven.
During cultivation, on the netted object 26 at 27 places, hole, cultivation cave that liquid storage basin enclosing cover 23 through holes 231 and liquid storage basin inner cap 24 through holes 241 are formed jointly as described in cultivation thing (as seed or the seedling of plants such as tomato, strawberry, various flowers) can being shelved on, among Fig. 1 and Fig. 2, have only in the cultivation hole, cave 27 to be placed with netted object 26, netted object 26 does not draw among other six cultivation hole, the cave 27 last figure; Can plant seven kinds of cultivation things simultaneously; Be loaded with nutrient solution in the liquid storage basin 21; The program that to cultivate thing by each button on the push-botton operation panel 51 sets, energising makes water pump 22 work, water pump 22 work extract the nutrient solution in the liquid storage basin 21 through tube connector 221 out, the last cavity volume 254 that the through hole 2511 of support frame as described above 25 inner cylinders 251 is delivered to support frame as described above 25 is made of in the liquid cavity volume the cavity volume 2491 that sealing projection 249 surrounds jointly with described liquid storage basin inner cap 24 bottom surfaces, flow in the cavity volume that forms between described liquid storage basin inner cap 24 and the liquid storage basin enclosing cover 23 by this liquid inlet 242 of going in the liquid cavity volume then, by pouring mouthfuls 243 nutrient solution is delivered to the root or netted object 26 bottoms of cultivation thing behind the gap between cylindrical shape projection 246 inner rings outside cylindrical shape projection 236 outer rings that flow into described liquid storage basin enclosing cover 23 through the breach 2461 on each outer cylindrical projection 246 of described liquid storage basin inner cap 24 by this cavity volume and the described liquid storage basin inner cap 24 again, make and cultivate thing and absorb nutrient solution.
When the utility model soilless culture equipment is placed on the place of sunlight,, can not need to open light filling mechanism 30 as outdoor; Be placed on the place that does not have sunlight and work as described soilless culture equipment, as indoor, then need to open light filling mechanism 30, can cultivate the growth characteristics of thing according to difference in different time sections, regulate the distance between light filling mechanism 30 and the cultivator main body 20, make the light emitting source of light filling mechanism 30 be radiated at the light intensity difference of different cultivation things, allow the cultivation thing fully absorb light, make cultivation thing healthy growth promptly in different time sections.
The utility model soilless culture equipment and prior art structure are different fully, design concept by desk lamp and ship, dexterously cultivator main body 20 and 30 settings of light filling mechanism are installed on the base 10, simultaneously dexterously with water pump 22,, liquid inlet 242, leakage hole 2402 and pouring mouthfuls 243 all be arranged in the inner chamber of the less described ship shape liquid storage basin 21 of volume, only need the user carrying fixed leg 41 when mobile, just can move on to suitable place easily; Advantage such as save time that the utility model soilless culture equipment has that volume is little, mobile and easy to operate, elegant in appearance, sanitation and hygiene and management are saved trouble is particularly suitable for occasions such as family, market, hotel, office to use, but also can be used as ornament; Because the distance between light filling mechanism 30 and the cultivator main body 20 can be regulated the cultivation thing of suitable planting differing heights.
The above embodiment has only expressed preferred implementation of the present utility model, and it describes comparatively concrete and detailed, but can not therefore be interpreted as the restriction to the utility model claim; Should be pointed out that for the person of ordinary skill of the art under the prerequisite that does not break away from the utility model design, can also make some distortion and improvement, these all belong to protection domain of the present utility model; Therefore, all equivalents and modifications of being done with the utility model claim scope all should belong to the covering scope of the utility model claim.
Claims (10)
1. soilless culture equipment, comprise the supporting mechanism (40) of cultivator main body (20), light filling mechanism (30) and fixing described light filling mechanism (30), and drive the water pump of cultivator main body (20) and the control circuit assembly (50) of light filling mechanism (30) work; It is characterized in that:
Comprise that also the bottom is provided with the base (10) of cavity volume (11); Described supporting mechanism (40) lower end is fixed on described base (10) back, and described light filling mechanism (30) is fixed on the upper end of described supporting mechanism (40); Described cultivator main body (20) is arranged on the described base (10); Described control circuit assembly (50) comprises push-botton operation panel (51), described control circuit assembly (50) is arranged in described base (10) cavity volume (11), described push-botton operation panel (51) is arranged on the leading flank (12) of described base (10), and described push-botton operation panel (51) upward each button of each button correspondence is electrically connected with described control circuit assembly (50) after passing through described base (10) leading flank (12).
2. soilless culture equipment according to claim 1 is characterized in that:
Described base (10) upper surface inwardly is provided with groove (13); Described cultivator main body (20) comprises and is used for the liquid storage basin (21) of splendid attire nutrient solution, described liquid storage basin (21) is ship shape substantially, its bottom surface connect one with described ship shape liquid storage basin (21) the flat boss (211) of wall thickness on an equal basis, the housing size of described flat boss (211) and described base (10) groove (13) inside casing size are adaptive; Flat boss (211) by described liquid storage basin (21) bottom surface snaps in described base (10) groove (13), and described cultivator main body (20) is arranged on the described base (10) reposefully.
3. soilless culture equipment according to claim 2 is characterized in that:
Described base (10) groove (13) inner bottom surface is provided with two convex tendons (131) that are " eight " font; Accordingly, the inner bottom surface of the flat boss (211) of described liquid storage basin (21) is provided with the convex tendon (214) of two that be " eight " font and the equal wall thickness of flat boss (211), locate at convex tendon (214) simultaneously, the outer bottom of the flat boss (211) of described liquid storage basin (21) inwardly forms two grooves (215) that are " eight " font;
When described cultivator main body (20) is arranged on the described base (10), the flat boss (211) of described liquid storage basin (21) bottom surface snaps in described base (10) groove (13) when interior, and two " eight " font convex tendons (131) of described base (10) groove (13) inner bottom surface just embed in two " eight " font grooves (215) of flat boss (211) outer bottom of described liquid storage basin (21).
4. soilless culture equipment according to claim 3 is characterized in that:
Described cultivator main body (20) also comprises liquid storage basin enclosing cover (23), liquid storage basin inner cap (24), bracing frame (25) and a plurality of netted object (26) that is used for fixing the cultivation thing;
Described liquid storage basin enclosing cover (23) bottom surface is connected with the identical inside and outside sealing convex tendon (232,233) of two loop-shaped, the height (h) of described inner sealing convex tendon (232) is littler than the height (H) of described outer closure convex tendon (233), surrounds a closed groove (234) between the described two inside and outside sealing convex tendons (232,233); Be provided with the through hole (231) adaptive in the zone (235) that described inner sealing convex tendon (232) surrounds, this through hole (231) and described netted object (26) equivalent amount with described netted object (26) outer shape; Also be respectively arranged with the concentric cylindrical shape projection (236) of corresponding through hole with each (231) in described zone (235), the internal diameter of the internal diameter of described cylindrical shape projection (236) and described through hole (231) is equal; Also be provided with many screw columns (237) in the zone (235) that described inner sealing convex tendon (232) surrounds;
Described liquid storage basin inner cap (24) outer shape is identical with closed groove (234) shape of described liquid storage basin enclosing cover (23) bottom surface, and described liquid storage basin inner cap (24) upper surface is connected with the chimb (244) adaptive with described liquid storage basin enclosing cover (23) closed groove (234) along outward flange; Described liquid storage basin inner cap (24) is provided with the through hole (241) more smaller than described liquid storage basin enclosing cover (23) through hole (231) internal diameter, described two through hole (241,231) equivalent amount, described liquid storage basin inner cap (24) each through hole of bottom surface (241) edge are respectively arranged with nutrient solution and flow out to the pouring mouth (243) to outer lug of cultivating on the thing; Described liquid storage basin inner cap (24) upper surface be respectively arranged with described each corresponding through hole (241) concentric in, outer cylindrical projection (245,246), the height (h1) of described inner cylindrical projection (245) is littler than the height (H1) of described outer cylindrical projection (246), the internal diameter of the internal diameter of described inner cylindrical projection (245) and described through hole (241) is equal, the internal diameter of the cylindrical shape projection (236) of the external diameter of described inner cylindrical projection (245) and described liquid storage basin enclosing cover (23) bottom surface is adaptive, the internal diameter of described outer cylindrical projection (246) is bigger than the external diameter of the cylindrical shape projection (236) of described liquid storage basin enclosing cover (23) bottom surface, in described two, outer cylindrical projection (245,246) surround groove (247) between, all have breach (2461) on described each outer cylindrical projection (246), described each pouring mouthful (243) inner cylindrical projection (245) that each is corresponding is cut the back that opens a gap and is connected with described groove (247); Described liquid storage basin inner cap (24) is provided with the screw through-hole (248) with screw column (237) equivalent amount of described liquid storage basin enclosing cover (23) bottom surface; Described liquid storage basin inner cap (24) bottom surface is provided with the cavity volume (2491) that is surrounded by sealing projection (249) near the middle part, is provided with the liquid inlet (242) that nutrient solution flows in this cavity volume (2491), is provided with screw column (2492) in the described cavity volume (2491);
Support frame as described above (25) head (252) is adaptive with sealing projection (249) inside casing of described liquid storage basin inner cap (24) bottom surface; Be connected with a dividing plate (253) in the support frame as described above (25), this dividing plate (253) is divided into upper and lower two cavity volumes (254,255) with support frame as described above (25), dividing plate (253) in the described cavity volume (255) down is provided with the cylinder (251) of band through hole (2511), and described through hole (2511) is connected with the described cavity volume (254) of going up; Also be provided with and the suitable screw through-hole (2531) of described liquid storage basin inner cap (24) bottom surface screw column (2492) on the described dividing plate (253); Support frame as described above (25) bottom periphery is outward extended with four feets (256,257,258,259), the bottom surface of the bottom surface of described each feet and support frame as described above (25) at grade, described four feets (256,257,258,259) respectively are provided with breach (2561,2571,2581,2591);
With each screw (28) described liquid storage basin inner cap (24) is fixed on the described liquid storage basin enclosing cover (23), the chimb (244) of described liquid storage basin inner cap (24) upper surface just snaps in the closed groove (234) of described liquid storage basin enclosing cover (23) bottom surface, and each cylindrical shape projection (236) of described liquid storage basin enclosing cover (23) bottom surface is inserted in described liquid storage basin inner cap (24) upper surface two, outer cylindrical projection (245,246) in the groove that surrounds between (247), and the inner ring of described cylindrical shape projection (236) is close to the outer ring of described inner cylindrical projection (245), and the inner ring of the outer ring of described cylindrical shape projection (236) and described outer cylindrical projection (246) has certain clearance; Form a cavity volume between described liquid storage basin inner cap (24) upper surface and liquid storage basin enclosing cover (23) bottom surface, described liquid storage basin inner cap (24) and liquid storage basin enclosing cover (23) are gone up the hole, cultivation cave (27) that the common with one heart formation of each self-corresponding two through hole (241,231) is held each netted object (26);
Support frame as described above (25) head (252) inserts in the cavity volume (2491) that described liquid storage basin inner cap (24) bottom surface surrounds by sealing projection (249), with screw fixing after, the last cavity volume (254) of support frame as described above (25) is gone into the liquid cavity volume with described liquid storage basin inner cap (24) bottom surface by the common formation of cavity volume (2491) that sealing projection (249) surrounds; Described water pump (22) is fixed in the following cavity volume (255) of support frame as described above (25), and the delivery port of described water pump (22) is connected by the interior cylinder (251) of described tube connector (221) and support frame as described above (25);
When being installed on the described liquid storage basin (21) after described liquid storage basin enclosing cover (23), liquid storage basin inner cap (24), bracing frame (25), water pump (22) and each netted object (26) assemble, the bottom surface of support frame as described above (25) and four feets (256,257,258,259) on it are pressed on the inner bottom surface of the flat boss of described liquid storage basin (21) (211), and each breach (2561,2571,2581,2591) on described four feets (256,257,258,259) is just avoided each corresponding convex tendon (214).
5. soilless culture equipment according to claim 4 is characterized in that:
Described liquid storage basin inner cap (24) upper bottom surface is provided with groove (240), and the outer wall (2401) of this groove (240) is positioned at the outside of described liquid storage basin inner cap (24) bottom surface sealing projection (249), and described groove (240) bottom surface is provided with leakage hole (2402); Be positioned at and be provided with retaining liquid boss (2403) between the liquid inlet (242) of described liquid storage basin inner cap (24) upper bottom surface described each outer cylindrical projection (246) adjacent with leakage hole (2402) both sides, the height (H1) of the height of described retaining liquid boss (2403) and described outer cylindrical projection (246) on an equal basis.
6. soilless culture equipment according to claim 4 is characterized in that:
Described liquid storage basin (21) inwall is provided with many location rib (213), and described upper surface (2131) of respectively locating rib (213) is on same plane and lower than described liquid storage basin (21) upper surface;
The housing of described liquid storage basin enclosing cover (23) and the interior accent of described liquid storage basin (21) are adaptive, when being installed on the described liquid storage basin (21) after described liquid storage basin enclosing cover (23), liquid storage basin inner cap (24), bracing frame (25), water pump (22) and a plurality of netted object (26) assemble, described upper surface (2131) of respectively locating rib (213) withstands on the lower surface of described liquid storage basin enclosing cover (23).
7. soilless culture equipment according to claim 6 is characterized in that:
Be provided with the cylinder (212) of a hollow in the described liquid storage basin (21), the upper surface of described cylinder (212) has a through hole (2121), the lower bottom part circumferential edge of described cylinder (212) has a breach (2122), and the cylinder of described hollow (212) inner chamber is provided with a ball float.
8. according to each described soilless culture equipment of claim 4～7, it is characterized in that:
Described liquid storage basin enclosing cover (23) front also is provided with rotary renovating (239).
9. soilless culture equipment according to claim 1 is characterized in that:
Described supporting mechanism (40) comprises fixed leg (41) and last fixed leg (42) down, and the described lower end of fixed leg down is fixed on described base (10) back, and described light filling mechanism (30) is fixed on described upper end of going up fixed leg (42);
Described fixed leg (41) down is the cylinder of hollow, and described upward fixed leg (42) also is the cylinder of hollow, and the hollow reservoir (411) of the outer shape of described upward fixed leg (42) and described fixed leg (41) down is adaptive; Described fixed leg (41) back down has a plurality of locating holes (412) that are connected with described hollow reservoir (411); Described fixed leg (42) back of going up has " U " shape groove (422), should be connected with the described hollow reservoir that goes up fixed leg (42) by " U " shape groove, make the middle part of described " U " shape groove form movable shell fragment (423), the free end of described shell fragment (423) is provided with outside projection (4231), and the external dimensions of described projection (4231) is slightly less than the aperture of described locating hole (412);
Move up and down in the hollow reservoir (411) of the described fixed leg (41) down of described upward fixed leg (42) insertion, projection (4231) under this moment is described on the shell fragment (423) of the described upward fixed leg (42) of hollow reservoir (411) inwall of fixed leg (41) compressing makes the free end of described shell fragment (423) move in the hollow reservoir of described upward fixed leg (42) together with the projection on it (4231); When needs are fixed on a certain locating hole (412) of described fixed leg (41) down with described upward fixed leg (42), making projection (4231) on the described shell fragment (423) of going up fixed leg (42) move to this locating hole (412) locates, under described shell fragment (423) elastic force effect, described projection (4231) passes from this locating hole (412), so the described fixed leg (42) of going up just rests on upward suitable position of described fixed leg (41) down.
10. soilless culture equipment according to claim 9 is characterized in that:
Described light filling mechanism (30) comprises the lampshade (31) that is fixed on described upward fixed leg (42) upper end, and is installed in two lamps (32) in the described lampshade (31), and described two lamps (32) are the setting of " eight " font at described lampshade (31).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNU2008202359733U CN201332617Y (en) | 2008-12-30 | 2008-12-30 | Soilless culture device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNU2008202359733U CN201332617Y (en) | 2008-12-30 | 2008-12-30 | Soilless culture device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN201332617Y true CN201332617Y (en) | 2009-10-28 |
Family
ID=41284260
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CNU2008202359733U Expired - Fee Related CN201332617Y (en) | 2008-12-30 | 2008-12-30 | Soilless culture device |
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| Country | Link |
|---|---|
| CN (1) | CN201332617Y (en) |
Cited By (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2012075783A1 (en) * | 2010-12-09 | 2012-06-14 | 北京中环易达设施园艺科技有限公司 | Table lamp-like indoor plant hydroponic culture device |
| WO2012075784A1 (en) * | 2010-12-09 | 2012-06-14 | 北京中环易达设施园艺科技有限公司 | Indoor plant production system |
| WO2012079341A1 (en) * | 2010-12-16 | 2012-06-21 | 北京中环易达设施园艺科技有限公司 | Egg-like household growing device |
| CN105230377A (en) * | 2015-02-14 | 2016-01-13 | 宁波丽景花卉园艺有限公司 | Full-automatic plant growth machine |
| CN105340718A (en) * | 2015-11-30 | 2016-02-24 | 杭州宅耕农业科技有限公司 | Household plant cultivating device |
| CN106613864A (en) * | 2016-09-30 | 2017-05-10 | 深圳市琪树科技有限公司 | Soilless culture apparatus |
| CN111771707A (en) * | 2020-08-11 | 2020-10-16 | 李茂林 | Hydroponic culture device |
-
2008
- 2008-12-30 CN CNU2008202359733U patent/CN201332617Y/en not_active Expired - Fee Related
Cited By (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2012075783A1 (en) * | 2010-12-09 | 2012-06-14 | 北京中环易达设施园艺科技有限公司 | Table lamp-like indoor plant hydroponic culture device |
| WO2012075784A1 (en) * | 2010-12-09 | 2012-06-14 | 北京中环易达设施园艺科技有限公司 | Indoor plant production system |
| WO2012079341A1 (en) * | 2010-12-16 | 2012-06-21 | 北京中环易达设施园艺科技有限公司 | Egg-like household growing device |
| CN105230377A (en) * | 2015-02-14 | 2016-01-13 | 宁波丽景花卉园艺有限公司 | Full-automatic plant growth machine |
| CN105340718A (en) * | 2015-11-30 | 2016-02-24 | 杭州宅耕农业科技有限公司 | Household plant cultivating device |
| CN106613864A (en) * | 2016-09-30 | 2017-05-10 | 深圳市琪树科技有限公司 | Soilless culture apparatus |
| CN111771707A (en) * | 2020-08-11 | 2020-10-16 | 李茂林 | Hydroponic culture device |
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Effective date of registration: 20110602 Address after: 518104 Guangdong city of Shenzhen province Baoan District manhole bridge first industrial zone A building room 509 Patentee after: Shenzhen Yelin Technology Co., Ltd. Address before: 518000, No. 55, gang Sheng Road, gang Kong Industrial Zone, manhole street, Shenzhen, Guangdong, Baoan District Patentee before: TLG (Shanghai) Electronics Co., Ltd. |
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Granted publication date: 20091028 Termination date: 20171230 |