TWI474277B - A Method of Counseling and Product Value Added in Decentralized Micro - Farm - Google Patents

Description

Decentralized micro-farm coaching and method of product value added

The invention relates to a method for tutoring and product value-adding of a distributed micro farm, in particular to automatically control the growth of crops on a micro farm and to quickly deliver the crops to a processing plant for reprocessing.

The Republic of China Invention Patent Bulletin No. 513653 "Production Planning Method and System", the present invention discloses a production planning method and system for linking a manufacturer's network to a production planning system, which is transmitted by the production planning system according to the customer. The purchase order of the product will be drafted immediately, so that the manufacturer can keep up with the latest production and shipment status. First, the production planning system analyzes the product items in the product purchase order that the customer may send in the near future, so that the purchasing unit can The raw material data of the stock is pre-processed for the purchase of the raw materials; the production planning system determines whether the customer has received the purchase order of the product, and if the purchase order of the product from the customer is received, the production planning system analyzes the purchase order of the product. The product item is given a model type according to different models, and the identification number corresponding to the product purchase order is respectively established according to the product purchase order to which the different model type belongs, and the production plan is prepared according to the model type. Painting, and the production plan is stored in the production plan In the library; the production execution unit reads the production plan stored in the production plan database for production and stores the production operation related data in the production plan database; whether the production execution unit transmits the production execution system When the finished product completes the production message, if the finished product completion message is received, the production planning system searches for the product purchase order to which the product belongs according to the identification number of the finished product to the production plan database, according to the product purchase order to which the finished product belongs. Assembly, packaging and shipping processing.

Although the above-mentioned pre-existing case reveals that the purchase order received by the product manufacturer at any time can be analyzed, and the finished product or semi-finished product on the production line is used to formulate the production plan, the production execution unit performs production according to the production plan to effectively control The production status of the pipe, but the shortcomings of rural outflow, planting technology can not be broken, the product economic value is not high and so on can not be improved.

Based on the improvement of conventional knowledge, the rural outflow, the inability to break through planting techniques, and the low economic value of the product cannot be improved. Therefore, the inventors have made efforts to study the method of creating a decentralized miniature farm for counseling and product value-adding.

A decentralized crop cultivation coaching method includes the following steps:

A. Set a server so that the server is connected to at least one database;

B. setting a plurality of incubators, each incubator is provided with a signal detecting unit and a signal transmitting unit, and connecting the incubator to the server through the network;

C. planting the crop in the above incubator, causing the signal detecting unit to extract a practical parameter and a state parameter of the crop growing in the incubator, and transmitting the actual parameter and the state parameter to the signal transmission unit Servo terminal

D. The server compares the actual parameters with the built-in environment parameters of the database, and outputs a comparison message;

E. the incubator adjusts the environment of the incubator according to the comparison message to meet the environmental parameter, so that the crops in the incubator grow under the environmental parameter;

F. Establishing a trading platform, the trading platform includes a display interface and a transaction interface, the trading platform is connected to the server by the network and receiving the state parameter, and the display interface is used to display the state in which the crop grows in the incubator Parameters for the user to browse, the transaction interface is for the user to enter an order and transmit to the server via the network.

Further, the actual parameters and the environmental parameters refer to light color, temperature, carbon dioxide concentration, oxygen concentration, nutrient, moisture, and humidity.

Further, the state parameter refers to the current growth status of the crop.

Further, the present invention further includes the following steps: connecting an electronic device at the remote end to the server through a network, and the electronic device obtains the actual parameter of the incubator from the server.

Further, the electronic device transmits a control command to the server, and the server performs message transmission with the incubator according to the control command.

Further, the present invention includes the following steps: another value-added module network is connected to the server to manage the transportation of the crops cultivated in the E step to the processing plant, and the crops are reprocessed to produce a processed crop. Things.

Further, the reprocessing is a supercritical low temperature extraction process for obtaining at least one active ingredient from the crop.

Further, the incubator is provided with an environmental control device for receiving the comparison message to adjust its environmental parameters.

Further, the environmental control device comprises a light emitting diode lamp set, a gas module, a nutrient module, and a humidity control module.

Advantages of the invention:

1. The invention activates the old houses of rural areas or cities by the micro-farm mode, so that the old houses can become agricultural product breeding bases and sightseeing spots, and create the value of old houses and enjoy sightseeing.

2. The present invention provides the output of the hardware construction and planting technology to the mentee, so that the planting quality is improved and controlled, and the uniformity of the product quality can be ensured.

3. The present invention further re-values the products of the micro-farm to make the product a semi-finished or finished product of high economic value, thereby profiting and profiting.

4. The present invention provides a trading platform for marketing the above-mentioned finished products or semi-finished products in the city, so that both the mentee and the counseling team can make a profit.

In the first embodiment of the present invention, please refer to the first to third figures. The method for tutoring and product value addition of a distributed micro farm includes the following steps:

A. Set a server (1) in the master unit, so that the server (1) is connected to at least one database (2), and the master unit can be a coaching team.

B. setting a plurality of incubators (3), each incubator (3) is provided with a signal detecting unit (32) and a signal transmitting unit (33), and the incubator (3) and the servo end (1) The incubator (3) is provided with an environmental control device (31), which can be installed in a farmhouse, a house or an old house to form a miniature farm, the miniature farm The manager is a mentee.

C. planting the crop in the above incubator (3), causing the signal detecting unit (32) to extract one of the crop parameters and a state parameter of the crop grown in the incubator (3), and the actual parameter and the The state parameter is transmitted to the servo terminal (1) through the signal transmission unit (33), and the actual parameter is the actual light color, temperature, carbon dioxide concentration, oxygen concentration, nutrient, moisture, and humidity of the current crop. The parameter refers to the current growth status of the crop, such as: how long the germination, how long the flowering, the health is unhealthy, etc., and the remote end has an electronic device (5) connected to the servo end (1) through the network to receive the actual parameter. At the same time, the electronic device (5) can also transmit a control command to the servo end (1), and the servo end (1) performs message transmission with the incubator (3) according to the control command to adjust the incubator (3) The growth environment.

D. The servo end (1) adjusts the growth environment of the incubator (3), the procedure is as follows, the servo end (1) compares the actual parameters with the built-in environmental parameters of the database (2), and Output a comparison message, the environmental parameters can be set light color, temperature, carbon dioxide concentration, oxygen concentration, nutrient, moisture and humidity, so the comparison message can convey the growth environment color of the current incubator (3) How much darkness, how much temperature difference, how much difference in carbon dioxide concentration...etc.

E. The incubator (3) is provided with an environmental control device (31), the environment control device (31) adjusts the environment of the incubator (3) according to the comparison message to meet the environmental parameter; and may also provide a value added The module (6) is connected to the server (1), and the value-added module (6) can notify the carrier to dispatch the truck to transport the cultivated crops to a designated processing factory for reprocessing and reprocessing the crops. To make the crop produce a semi-finished or finished product of high economic value (for example, tomato processing into tomato sauce, frozen fruits and vegetables, cured meat, pickled shades, preserved fruit, etc.), and further, super-process low-temperature extraction can be used for further processing. Processing for extracting at least one active ingredient from the crop, for example, extracting red pepper to obtain capsaicin, which is an effective component for anti-tumor and analgesia; carotenoids in chrysanthemum and marigold can be widely used in food, cosmetics and feed Adding to the industry; Spirulina contains a large amount of β-carotene, which is an excellent raw material for anti-free radicals; lycopene in tomato is a very strong antioxidant.

F. Establish a trading platform (4), the trading platform (4) includes a display interface (41) and a transaction interface (42), the trading platform (4) is connected to the server (1) and received by the network The status parameter, the display interface (41) is used to display the state parameters of the growth of the crop in the incubator (3) for the user to browse, and the user observes the growth status of the crop (eg, how long the germination, how long the flowering, Unhealthy, fruit maturity, cultivar), determine whether it is necessary to purchase or need processed products, and can input an order via the trading interface (42), the order network is transmitted to the server (1), the server (1) Transfer the order message to the value-added module (6). The value-added module (6) notifies the carrier to dispatch the truck, transports the purchased crops to a designated processing plant for processing, or processes the unprocessed crops. Ship to the address provided by the user.

Referring to the third figure, it is further explained that the E-step incubator (3) adjusts the environment of the incubator (3) to meet the environmental parameters, so that the crops in the incubator (3) grow under the environmental parameters, as follows: The environment control device (31) of the incubator (3) comprises a light emitting diode lamp set (311), a gas module (312), a nutrient module (313), and a humidity control module (314). The light-emitting diode lamp set (311) adjusts the light color of the environment, the gas module (312) adjusts the oxygen or carbon dioxide concentration of the environment, and the nutrient module (313) provides fertilizer or nutrient of different components of the environment, the control The wet module (314) adjusts the humidity of the environment. With the above various adjustments, the crops in the incubator (3) can grow in a standard environment, greatly reducing the incidence of diseases and ensuring the uniformity of product quality.

It can be seen from the above embodiments that the micro farm model can activate old houses in rural areas or cities, so that old houses can become agricultural product breeding bases and sightseeing spots, create old house values and enjoy sightseeing, and reduce rural outflows; the trading platform ( 4) Using an internet marketing method to extend the sales channel to the world, the trading platform (4) cooperates with the value-added module (6) to enable rapid shipment of agricultural products or processed products, saving consumers waiting time. To make the coaching team and the mentee profitable.

The above is only a preferred embodiment of the present invention, and is not intended to limit the technical scope of the present invention. Therefore, any minor modifications, equivalent changes and modifications made to the above embodiments in accordance with the technical spirit of the present invention are still It is within the scope of the technical solution of the present invention.

(1). . . Servo end

(2). . . database

(3). . . Incubator

(31). . . Environmental control device

(311). . . Light-emitting diode lamp set

(312). . . Gas module

(313). . . Nutrient module

(314). . . Humidity control module

(32). . . Signal detection unit

(33). . . Signal transmission unit

(4). . . Trading platform

(41). . . Display interface

(42). . . Trading interface

(5). . . Electronic device

(6). . . Value added module

The first figure is a flow chart of the operation of the present invention.

The second figure is a block diagram of the present invention.

The third figure is a schematic diagram of the operation of the environmental control device of the present invention.

(1). . . Servo end

(2). . . database

(3). . . Incubator

(31). . . Environmental control device

(4). . . Trading platform

(41). . . Display interface

(42). . . Trading interface

(5). . . Electronic device

(6). . . Value added module

Claims (9)

A decentralized crop cultivation coaching method includes the following steps:
A. Set a server so that the server is connected to at least one database;
B. setting a plurality of incubators, each incubator is provided with a signal detecting unit and a signal transmitting unit, and connecting the incubator to the server through the network;
C. planting the crop in the above incubator, causing the signal detecting unit to extract a practical parameter and a state parameter of the crop growing in the incubator, and transmitting the actual parameter and the state parameter to the signal transmitting unit to the signal transmission unit The servo end;
D. The server compares the actual parameters with the built-in environment parameters of the database, and outputs a comparison message;
E. the incubator adjusts the environment of the incubator according to the comparison message to meet the environmental parameter, so that the crops in the incubator grow under the environmental parameter;
F. Establishing a trading platform, the trading platform includes a display interface and a transaction interface, the trading platform is connected to the server by the network and receiving the state parameter, and the display interface is used to display the state in which the crop grows in the incubator Parameters for browsing, the transaction interface is for inputting an order message and transmitting to the server via the network. For example, in the decentralized crop cultivation counseling method described in claim 1, the actual parameters and the environmental parameters refer to light color, temperature, carbon dioxide concentration, oxygen concentration, nutrient, moisture, and humidity. For example, in the decentralized crop cultivation counseling method described in claim 1, the state parameter is the current growth state of the crop. The decentralized crop cultivation counseling method according to claim 1, further comprising the steps of: connecting an electronic device at a remote end to the server through a network, the electronic device obtaining the cultivation by the server The actual parameters of the box. The decentralized crop cultivation coaching method of claim 4, wherein the electronic device further transmits a control command to the server, and the server transmits the message to the incubator according to the control command. The decentralized crop cultivation counseling method according to claim 1, further comprising the steps of: providing a value-added module to connect the server, the value-adding module for managing the crops cultivated in the E step Transportation procedures, reprocessing procedures. The method of cropping a crop cultivation according to claim 6, wherein the reprocessing program is a supercritical low temperature extraction process for obtaining at least one active ingredient from the crop. For example, in the decentralized crop cultivation counseling method described in claim 1, the incubator is provided with an environmental control device for receiving the comparison message to adjust its environmental parameters. For example, in the decentralized crop cultivation counseling method described in claim 8, the environmental control device comprises a light-emitting diode lamp set, a gas module, a nutrient module, and a humidity control module.