CN2907237Y

CN2907237Y - Equipment for automatic growing sprouts vegetables

Info

Publication number: CN2907237Y
Application number: CNU2006200124077U
Authority: CN
Inventors: 李茂盛
Original assignee: Individual
Current assignee: Individual
Priority date: 2006-04-17
Filing date: 2006-04-17
Publication date: 2007-06-06
Anticipated expiration: 2016-04-17

Abstract

The utility model provides an automatic sprouts nursery machine containing a main body. The main body comprises a container chamber with outlet arranged on the lower side; a valve case arranged for the container chamber to be opened or closed; a water vessel arranged for outlets of the container chamber for collecting extra water in the container chamber; a culture dish arranged inside the container chamber for culturing sprouts; a humidifier connected with a pipe and thereby is linked up with the container chamber; a control member connected with the humidifier for setting the on and off of the humidifier and thereby makes the humidifier adjust the temperature and moisture of the container chamber automatically, and moreover provides the container chamber with stable temperature and moisture for nursing sprouts, which enables the growing of sprouts to get rid of impacts posed by changes in temperature so as to achieve such effect as that the output of sprouts are stable through the year, and further to isolate the pollution out of the growing space of sprouts.

Description

Automatic bean sprout culture machine

One, technical field

The utility model relates to vegetable cultivation equipment, relates in particular to a kind of automatic bean sprout culture machine that conforms with bud dish growth conditions that is set with.

Two, background technology

Consult shown in Figure 1ly, be existing bean sprout culture equipment structure chart, it is the closely knit container in a bottom 1, provides the growing space of bud dish 11 in this container 1, and end shield has a breathable lid 12 on the container 1; In addition, the incubation of this bud dish 11 is to utilize to accumulate 11 growth of moisture impregnation catalyst bud dish in container 1, during as water deficient, must lift except that lid 12 adding moisture.

The general temperature that is fit to 11 growth of bud dish is between 12 degree are spent to 20, but by above-mentioned existing equipment, there is no the function of adjusting temperature in its production process, so output will inevitably be subjected to season and climatic influences; In addition, bud dish 11 be catalyzed into growth process, mainly utilize the moisture dipping, its dipping process and covering of container 1 are sealed up for safekeeping, all have the problem of growing germ; Again, lid 12 lifts and removes when adding water, will inevitably make bud Lay 11 contact atmosphere and increase exposed amount, and then increase bud dish 11 contamination of heavy; Moreover this incubation must often add water, tour by manpower, so there is the labor intensive problem in incubation.

In view of this, the with good grounds the problems referred to above of the utility model creator are urgently thought to improve, and according to the practical experience of being engaged in related industry for many years, and in line with the principle that this technology lean is looked for novelty, research and develop, design the utility model.

Three, utility model content

Main purpose of the present utility model is to overcome the above-mentioned shortcoming that existing product exists, and a kind of automatic bean sprout culture machine is provided, and this cultivating machine is provided with chamber, puts for culture dish, utilizes culture dish to lay for the bud Lay; Its chamber is the growing space of bud dish, and the temperature in this space, humidity control are to finish by members such as the control element Comprehensive Control humidifier relevant with chamber, perceptron, heater, cooler and diversion fans; This control element changes by temperature, the humidity that perceptron records in the chamber; Have, control element makes chamber conform with the breeding condition of bud dish according to temperature, humidity in variation numerical operation humidifier, heater, cooler and the diversion fan adjusting chamber of temperature, humidity, has the function that can cultivate the bud dish automatically again; In addition, after this cultivating machine process control element adjusted, allow chamber be stabilized in to conform with temperature, the humidity of bean sprout culture, make bud dish developmental process can break away from the influence of temperature Change fully, reach the effect that all can stablize bud dish output throughout the year, pollution source are isolated in beyond the bud dish growing space effectively.

Another purpose is to provide a kind of automatic bean sprout culture machine, and its chamber correspondence is provided with the door body that can open or close, the just culture dish operation of taking out or inserting from chamber of supplier.

A purpose is to provide a kind of automatic bean sprout culture machine again, but layering has been set up web plate for culture dish increase placement amount in this chamber, and culture dish and all non-closely knit member of web plate, so can effectively avoid the pollution problem of ponding dipping.

The purpose of this utility model is realized by following technical scheme.

The automatic bean sprout culture machine of the utility model comprises body; It is characterized in that described body comprises: chamber, the lower end is equipped with delivery port; The door body is corresponding chamber setting, opens or closes for chamber; Water vessel is the delivery port setting of corresponding chamber, for the excessive moisture of collecting chamber; Culture dish is arranged on chamber inside, for bean sprout culture; Humidifier, its linking has conduit, and is connected perforation with chamber by conduit; Control element is to be connected with humidifier, sets the humidifier startup and closes by control element, regulates chamber humidity and temperature automatically for humidifier.

Aforesaid automatic bean sprout culture machine, wherein chamber has additional web plate, and this web plate layering is erected in the chamber, for the holding culture dish.

Aforesaid automatic bean sprout culture machine, wherein the chamber periphery has additional a touch switch, this touch switch has connected a lamp body, this lamp body is located in the chamber, touch switch is conflicted at closing time for the door body, when the door body was opened or do not closed with chamber, this touch switch drove lamp body light-emitting caution user immediately.

Aforesaid automatic bean sprout culture machine, wherein humidifier has additional cooling piece and heat radiation fin keel, and this cooling piece simultaneously is affixed to humidifier, and face pastes the fin keel that dispels the heat admittedly in addition, and cooling piece and heat radiation fin keel are for the humidifier cooling.

Aforesaid automatic bean sprout culture machine, wherein humidifier has additional air intake vent, fan and oral siphon, and this air intake vent place is provided with fan, and the corresponding conduit setting of air intake vent, and this conduit is connected perforation with chamber, supply with the humidifier required water by oral siphon.

Aforesaid automatic bean sprout culture machine, wherein humidifier linking oral siphon place has additional a float switch, the automatic supply of control humidifier required water.

Aforesaid automatic bean sprout culture machine, wherein humidifier linking oral siphon place has additional an inverted water bottle, for the supply of humidifier required water.

Aforesaid automatic bean sprout culture machine, wherein chamber is provided with a perceptron, and this perceptron is connected in control element, and control element records the numerical value of chamber temperature and humidity by perceptron, and according to the startup of Numerical Control humidifier or close.

Aforesaid automatic bean sprout culture machine, wherein chamber has additional heater, and this heater is connected in control element, and control element records the temperature and the humidity of chamber by perceptron, and start or close heater according to numerical value, for auxiliary adjustment chamber temperature.

Aforesaid automatic bean sprout culture machine, wherein chamber has additional a cooler, and this cooler is connected in control element, and control element records the temperature and the humidity of chamber by perceptron, and start or close cooler according to numerical value, for auxiliary adjustment chamber temperature.

Aforesaid automatic bean sprout culture machine, wherein chamber has additional diversion fan, this diversion fan is connected in control element, control element records the temperature and the humidity of chamber by perceptron, and drive diversion fan air inlet, exhaust or close according to numerical value, for auxiliary adjustment chamber temperature and humidity.

Aforesaid automatic bean sprout culture machine, wherein the humidifier bottom has additional substrate and oscillator, this substrate is connected in control element, control element records the temperature and the humidity of chamber by perceptron, and according to numerical value substrate is given in transmission, by the startup of substrate control electromagnetic shaker and humidifier or close.The beneficial effect of the automatic bean sprout culture machine of the utility model is that its body is provided with the chamber of putting for culture dish, utilizes culture dish to lay for the bud Lay; Chamber is the growing space of bud dish, and the temperature in this space, humidity control are to finish by members such as the control element Comprehensive Control humidifier relevant with chamber, perceptron, heater, cooler and diversion fans; Control element changes by temperature, the humidity that perceptron records in the chamber, again according to temperature, humidity in variation numerical operation humidifier, heater, cooler and the diversion fan adjusting chamber of temperature, humidity, make chamber conform with the breeding condition of bud dish, have the function that to cultivate the bud dish automatically; After this cultivating machine process control element adjusted, allow chamber be stabilized in to conform with temperature, the humidity of bean sprout culture, make bud dish developmental process can break away from the influence of temperature Change fully, reach the effect that all can stablize bud dish output throughout the year, and pollution source are isolated in beyond the bud dish growing space effectively; This chamber correspondence is provided with the door body that can open or close, the just culture dish operation of taking out or inserting from chamber of supplier; Increase the placement amount but web plate has been set up in layering in the chamber for culture dish, and culture dish and all non-closely knit member of web plate, so can effectively avoid the pollution problem of ponding dipping; It can effectively promote bud Lay output in little space, and can plant in cultivating machine and plant the crop approximate with the bud Lepidium; This cultivating machine takes up space little, is convenient to manipulate in the family, and the existing equipment of also can forgoing is subject to climatic effect and bud dish immersion pollution problems, provides a kind of equipment that safe food is produced that increases to the consumer.

Four, description of drawings

Fig. 1 is the enforcement view of existing bean sprout culture equipment.

Fig. 2 is the utility model combining structure schematic diagram.

Fig. 3 is the utility model combining structure end view.

Fig. 4 is the local enlarged diagram of the utility model combining structure.

Fig. 5 implements the state schematic side view for the utility model.

Fig. 6 implements the state enlarged diagram for the utility model.

Fig. 7 is another embodiment schematic diagram of the utility model.

Major label description in figure: 1 container, 11 bud Lays, 12 lids, 2 cultivating machine bodies, 21 chambers, 211 touch switch, 212 lamp bodies, 22 delivery ports, 23 perceptrons, 24 heaters, 25 coolers, 26 diversion fans, 3 bodies, 4 water vessels, 5 web plates, 6 culture dishes, 61 seeds, 62 bud dishes, 7 humidifiers, 71 cooling pieces, 72 heat radiation fin keels, 73 air intake vents, 74 fans, 75 oral siphons, 751 joining places, 76 conduits, 77 float switches, 78 substrates, 79 electromagnetic shakers, the inverted water bottle of 7A, 8 control elements.

Five, embodiment

Consult Fig. 2, Fig. 3, shown in Figure 4, be respectively the local enlarged diagram of combining structure, combining structure side-looking, combining structure of the automatic bud Lay cultivating machine that the utility model provides; This cultivating machine body 2 comprises: chamber 21, door body 3, water vessel 4, web plate 5, culture dish 6, humidifier 7 and control element 8; This chamber 21 is located in the cultivating machine 2, and chamber 21 lower ends are equipped with delivery port 22, and corresponding delivery port 22 places are provided with the water vessel 4 of collecting chamber 21 excessive moistures; In addition, chamber 21 disposes perceptron 23, heater 24, cooler 25 and diversion fan 26; Again, chamber 21 peripheries can have additional a touch switch 211, this touch switch 211 has connected a lamp body 212, lamp body 212 is located at chamber 21 upper ends, touch switch 211 is to conflict with door body 3 when chamber 21 driving fits, when being used for a body 3 and opening chambers 21 or when not closing, drive lamp body 212 light-emitting caution users door body 3 and chamber 21 are closed tightly with chamber 21; Moreover chamber 21 interior laminate layer are put web plate 5, and these web plate 5 holdings have culture dish 6, can lay seed 61 in this culture dish 6, as the cultivation vessel of no solar radiation crop; Also have, chamber 21 is connected a humidifier 7 (please comprehensively consulting shown in Figure 3), this humidifier 7 is provided with cooling piece 71 and heat radiation fin keel 72, and these cooling piece 71 one sides are affixed to humidifier 7 and absorb heat, and another side pastes intrinsic heat radiation fin keel 72 and the heat energy that cooling piece 71 is absorbed loose remove; Humidifier 7 is provided with air intake vent 73, fan 74 and oral siphon 75; These air intake vent 73 places are provided with fan 74, supply with the required wind-force of humidifier 7, and corresponding air intake vent 73 places are provided with conduit 76, by conduit 76 humidifier 7 are connected perforation with chamber 21; Humidifier 7 is provided with a float switch 77 with the joining place 751 of oral siphon 75, with this automatic supply control as humidifier 7 required waters; These humidifier 7 bottoms are provided with substrate 78 and oscillator 79; One control element 8, be to be set with adjusting numerical value, set numerical value Comprehensive Control humidifier 7 by this, perceptron 23, heater 24, cooler 25 and diversion fan 26 members such as grade, control element 8 changes numerical value by temperature and the humidity that perceptron 23 records in the chamber 21, again according to numerical value synthetic operation humidifier 7, heater 24, cooler 25, diversion fan 26 members such as grade, reach by humidifier 7 and increase chamber 21 humidity, and by the temperature in the cooling piece 71 indirect reduction chambers 21 of humidifier 7, by the intensification function of heater 24 and the cooling function of cooler 25, temperature in the auxiliary adjustment chamber 21.

Consult shown in Figure 5ly, be that the utility model implements the state schematic side view, when presenting opening as door body 3, it is luminous that touch switch 211 drives lamp bodies 212; At this moment, culture dish 6 can be for taking out or inserting chamber 21 on web plate 5; When water vessel 4 collected water yield collection are expired, can take out it is removed.

Consult shown in Figure 6ly, be that the utility model implements the state enlarged diagram, lay seeds 61 in this culture dish 6, the synthetic operation through control element 8 makes seed 61 can grow into bean sprouts 62 state in chamber 21.

Consult shown in Figure 7ly, be another embodiment schematic diagram of the utility model, the oral siphon 75 that this humidifier 7 is connected extends upward, and its oral siphon 75 upper ends are provided with one and are inverted water bottle 7A, the supply that this inverted water bottle 7A can auxiliary humidification machine 7 required waters.

The above, it only is preferred embodiment of the present utility model, be not that the utility model is done any pro forma restriction, every foundation technical spirit of the present utility model all still belongs in the scope of technical solutions of the utility model any simple modification, equivalent variations and modification that above embodiment did.

Claims

1, a kind of automatic bean sprout culture machine comprises body; It is characterized in that described body comprises: chamber, the lower end is equipped with delivery port; The door body is corresponding chamber setting, opens or closes for chamber; Water vessel is the delivery port setting of corresponding chamber; Culture dish is arranged on chamber inside; Humidifier, its linking has conduit, and is connected perforation with chamber by conduit; Control element is to be connected with humidifier, sets the humidifier startup and closes by control element.

2, automatic bean sprout culture machine according to claim 1 is characterized in that described chamber has additional web plate, and this web plate layering is erected in the chamber, for the holding culture dish.

3, automatic bean sprout culture machine according to claim 1 is characterized in that, described chamber periphery has additional a touch switch, and this touch switch has connected a lamp body, and this lamp body is located in the chamber.

4, automatic bean sprout culture machine according to claim 1 is characterized in that, described humidifier has additional cooling piece and heat radiation fin keel, and this cooling piece simultaneously is affixed to humidifier, and face pastes the fin keel that dispels the heat admittedly in addition.

5, automatic bean sprout culture machine according to claim 1 is characterized in that described humidifier has additional air intake vent, fan and oral siphon, this air intake vent place is provided with fan, and the corresponding conduit setting of air intake vent, this conduit is connected perforation with chamber, supply with the humidifier required water by oral siphon.

6, automatic bean sprout culture machine according to claim 5 is characterized in that, described humidifier is connected the oral siphon place and has additional a float switch, the automatic supply of control humidifier required water.

7, automatic bean sprout culture machine according to claim 5 is characterized in that, described humidifier is connected the oral siphon place and has additional an inverted water bottle, for the supply of humidifier required water.

8, automatic bean sprout culture machine according to claim 1, it is characterized in that described chamber is provided with a perceptron, this perceptron is connected in control element, control element records the numerical value of chamber temperature and humidity by perceptron, and according to the startup of Numerical Control humidifier or close.

9, automatic bean sprout culture machine according to claim 8, it is characterized in that, described chamber has additional heater, this heater is connected in control element, control element records the temperature and the humidity of chamber by perceptron, and start or close heater according to numerical value, for auxiliary adjustment chamber temperature.

10, automatic bean sprout culture machine according to claim 8, it is characterized in that, described chamber has additional a cooler, this cooler is connected in control element, control element records the temperature and the humidity of chamber by perceptron, and start or close cooler according to numerical value, for auxiliary adjustment chamber temperature.

11, automatic bean sprout culture machine according to claim 8, it is characterized in that, described chamber has additional diversion fan, this diversion fan is connected in control element, control element records the temperature and the humidity of chamber by perceptron, and drive diversion fan air inlet, exhaust or close according to numerical value, for auxiliary adjustment chamber temperature and humidity.

12, automatic bean sprout culture machine according to claim 8, it is characterized in that, described humidifier bottom has additional substrate and oscillator, this substrate is connected in control element, control element records the temperature and the humidity of chamber by perceptron, and according to numerical value substrate is given in transmission, by the startup of substrate control electromagnetic shaker and humidifier or close.