TWI726519B - Plant marketing method by monitoring planting environment during blooming period to perform plant replacement and collaborative caring - Google Patents

Abstract

The present invention relates to a plant marketing method by monitoring planting environment during blooming period to perform plant replacement and collaborative caring. The method includes the following steps: a server receiving a plant supply message inputted by a plant supply end and an order message inputted by a plant request end, wherein the plant supply message includes a plant species and a first blooming period, and the order message includes a requested plant species and a display period; the server performing a match process to compare the plant supply message with the order message, and informing the plant supply end according to a matching result in order for the plant supply end to provide the plant request end with a plant responsive to the matching result; and at least one sensor monitoring the planting environment so as to assist the plant request end in planting caring via a server platform.

Description

A plant marketing method that monitors the planting environment during the flowering period to implement flower exchange and coordinated care law

The present invention relates to a planting marketing method that monitors the planting environment during the flower viewing period to perform flower exchange and collaborative care, in particular to a server that uses a server to supply plant varieties required by the planting demand side and the display period to the plant supply The plant provided by the terminal is used as a match, and a sensor is set to detect and monitor the plant environment in the plant to perform flower replacement and coordinate care of the plant.

The Republic of China Patent No. M510504 "Mixed Vanilla Plant Customized Potted Home Delivery Service Structure", is a mixed-planted vanilla customized potted home delivery service structure, including: a server, the server through the Internet It communicates with multiple computers, so that the server can be promoted through Internet marketing, introduce various organic planting knowledge, and establish basic customer information. When a customer places an order through the computer network, it will judge and estimate the life time of vanilla plants, According to the customer’s preferences in the online order, we can customize the predetermined potted plants according to the parameters such as the required time, the type of mixed herb plants, and consumer preferences, and mix and plant different vanilla plants and distribute them to the client; and finally; , When the potted plants of mixed planting are withered, the flowerpots will be recycled, and the flowerpots will be recycled by the method of repurchase.

The above-mentioned patents provide services for customized potted plants. The industry only cultivates after the consumer places an order. Therefore, it is necessary to wait for the industry to mix and plant different vanilla plants before the required potted plants can be distributed to the client, which consumes a lot of waiting. Time does not apply to consumers with immediate needs. And on The said patent only provides for the recycling of potted plants, and does not provide assistance for the care of potted plants, and after the potted plants are recovered, there is no further cultivation and utilization.

Therefore, in order to solve the above-mentioned problems, the present inventor proposes a plant marketing method that monitors the planting environment during the flowering period to perform flower exchange and coordinated care. The method includes the following steps: input at least one plant from at least one plant supplier. Plant a plant supply message to a server, and the plant supply message includes a plant species of the plant and a first flowering period; at least one plant demand terminal inputs an order message to the server, the The order message includes a required plant variety and a display period; the server executes a matching process according to the plant supply message and the order message, and the matching process compares the plant variety with the required plant Variety, and compare the first flowering period with the display period, and obtain a matching result of the plant supply message that meets the order information; the server informs the plant supplier according to the matching result, so that the plant The plant supply end provides the plant that meets the matching result; a sensor is arranged on the plant, and the sensor detects and transmits an environmental parameter message of the plant demand end to the server, and a plant database Store a plurality of plant suggestion messages corresponding to a plurality of the environmental parameter messages, the server receives the environmental parameter message and compares it with the plant suggestion messages in the plant database, and transmits the matching plant suggestion messages to the plant Plant the demand side.

Further, the environmental parameter information is one or a combination of temperature, humidity, carbon dioxide content, and illuminance.

Furthermore, the planting suggestion message is related to changing temperature, humidity, carbon dioxide content or illuminance.

Furthermore, the server further stores one of the predicted flower decay dates of the plant, and the server provides a plant replacement message to the plant demand end based on the predicted flower decay date.

Further, the replacement plant information is one of a list of candidate plant varieties, the estimated flowering period of the candidate plant, the price of the candidate plant, the demand environmental conditions of the candidate plant, and the price of recycling the plant Or a combination.

Further, the plant demand end is to recycle the plant that has gone beyond the first flowering period but has died to the plant supply end, and the plant supply end inputs a second flowering period of the reclaimed plant to the server , The matching program further compares the second flowering period with the display period.

The above technical features have the following advantages:

1. Input plant supply information from the plant supply end to the server, and input order information from the plant demand end to the server, and the server can be used as a match to provide the plants required by the plant demand end, through matching The method can quickly supply the plants needed by the planting demand side, which saves a lot of time compared with customized services.

2. The present invention installs a sensor on the plant, the sensor can detect environmental parameters including temperature, humidity, carbon dioxide content and illuminance, and a plant database is compared to the server to transmit the corresponding plant recommendation message To the demand side of the plant to perform flower replacement and coordinate care of the plant.

3. The server stores the predicted flower decay date of the plant, and according to the predicted flower decay date, provides a plant replacement message to the plant demand end, and reminds the plant demand end to replace another plant before the plant flower decays Planting.

4. The plant demand end recycles the plant to the plant supply end for re-cultivation, and records the second flowering period, which can also be provided to another plant demand end when it blooms next time to achieve a circular economy.

1: Planting supply side

2: server

3: Planting demand side

4: sensor

5: Planting

6: Logistics preparation and delivery center

7: Planting database

8: Re-cultivating the flower field

9: Electronic device

[The first figure] is a system architecture diagram of the plant supply end, the server and the plant demand end that executes the matching program of the present invention.

[The second figure] is a system architecture diagram for monitoring the planting environment during the flower viewing period to execute the recovery of plants for re-cultivation in an embodiment of the present invention.

[Third Figure] is a system architecture diagram of the planting demand side and server that monitors the planting environment during the flowering period to perform collaborative care in an embodiment of the present invention.

[Fourth Figure] is a flow chart of the planting marketing method according to the embodiment of the present invention.

[Fifth Figure] is a flowchart of monitoring the planting environment during the flower viewing period to perform flower exchange and coordinated care according to an embodiment of the present invention.

Based on the above technical features, the main effects of the plant marketing method of monitoring the planting environment during the flower viewing period to perform flower exchange and collaborative care of the present invention will be clearly presented in the following embodiments.

Please refer to the first and second figures, this embodiment has a plurality of planting supply ends (1) and a plurality of planting demand ends (3), the aforementioned planting supply end (1) and the aforementioned planting demand end (3) ) Connect to a server (2). The aforementioned plant supply end (1) is used to supply one of the aforementioned plants (5) required by the aforementioned plant demand end (3), and a logistics preparation and delivery center (6) connects the aforementioned plant supply end (1) with the aforementioned The plant demand end (3), by which the logistics preparation and delivery center (6) transports the plant (5), and has a re-cultivation flower field (8) to recover the withered plant (5) for re-cultivation .

Please refer to the third figure, the aforementioned plant demand end (3) is connected to an electronic device (9), and the aforementioned plant (5) provided by the aforementioned plant supply end (1) is provided with at least one sensor (4), such as temperature sensor, humidity sensor, illuminance sensor and carbon dioxide sensor, etc., used to sense various environmental parameter information that will affect the growth of the plant (5), and the sensor (4) is connected to The server (2) and another plant database (7) are connected to the server (2).

Please refer to Figures 1 and 4, the aforementioned plant supply terminal (1) respectively inputs a plant supply message of the plant (5) to the server (2), and the plant supply message includes the plant Plant (5) is a plant variety and a first flowering period. For example, the plant (5) is an orchid, and the plant supply information includes the orchid species and the first flowering period of the orchid. The planting demand terminal (3) respectively inputs an order message to the server (2), and the order message includes the planting demand terminal (3) a required plant variety and a display period For example, the aforementioned planting demand end (3) inputs what kind of orchids and the display period of orchids, because the first flowering period of each species of orchid is different, so the aforementioned planting demand end (3) follows the display period, Select the orchid that meets the first flowering period of the display period, and then use the server (2) to execute a matching process based on the plant supply information and the order information. The matching process compares the plant variety with the The required plant variety, and compare the first flowering period with the display period, and obtain a matching result of the plant supply message that meets the order information; then the server (2) will notify according to the matching result The aforementioned planting supply end (1) enables the aforementioned planting supply end (1) to provide the plant (5) that meets the matching result; finally, the plant (5) is provided through the logistics preparation and delivery center (6) Delivered to the aforementioned planting demand end (3).

Please refer to the second figure, the aforementioned planting supply end (1) will provide a remaining flower viewing period to the aforementioned planting demanding end (3) based on the production history, and a predicted flower decline can be calculated through the remaining flower viewing period Date, the server (2) can store the predicted flower decay date of the plant (5), and then provide a plant replacement message to the aforementioned plant demand end (3) according to the predicted flower decay date, so as to effectively assist The plants (5) purchased from the aforementioned plant demand end (3) control and control are all in a blooming state, and the plant replacement message includes a list of candidate plant varieties, an estimation of the flowering period of the candidate plant, and the candidate plant The price of the candidate plant, the required environmental conditions of the candidate plant, and the price of recycling the plant (5), or a combination thereof, and the recovered plant (5) is sent to the re-cultivation flower field (8) for re-cultivation to achieve The purpose of circular economy. The plant demand end (3) is to recycle the plant (5) that has gone beyond the first flowering period and the flower has died to the plant supply end (1), and the plant supply end (1) recycles the plant A second flowering period of (5) is input to the server (2), and the matching program further compares the second flowering period with the display period.

Continuing to refer to the third and fifth figures, the sensor (4) can detect and transmit an environmental parameter message to the server (2). The environmental parameter message is a combination of temperature, humidity, carbon dioxide content, and illuminance One or a combination thereof, and the plant database (7) can store a plurality of plant suggestion messages corresponding to the environmental parameter information, and the server (2) receives the environmental parameter information and compares it with the plant database (7) the planting suggestion message, and send a text message or an email to the electronic device (9) through the server (2) to provide the planting request end (3) with the planting suggestion message that meets the requirement. The electronic device (9) can be a mobile phone or an electric Brain, the plant suggestion message can be a short message or an email that informs the plant (5) that more watering is needed or reminds the plant (5) that the plant (5) lacks light and needs to be moved to a place with good lighting, etc., The plant demand side (3) can adjust and change the temperature, humidity, carbon dioxide content or illuminance of the plant (5) through the plant suggestion message, so that the plant (5) can be well taken care of.

Based on the description of the above embodiments, when one can fully understand the operation and use of the present invention and the effects of the present invention, but the above embodiments are only the preferred embodiments of the present invention, and the implementation of the present invention cannot be limited by this. The scope, that is, simple equivalent changes and modifications made according to the scope of the patent application of the present invention and the content of the description of the invention, are all within the scope of the present invention.

1: Planting supply side

2: server

3: Planting demand side

5: Planting

6: Logistics preparation and delivery center

Claims (6)

A plant marketing method for monitoring the planting environment during the flower viewing period to perform flower exchange and collaborative care includes the following steps: at least one plant supply terminal inputs at least one plant and one plant supply message to a server, respectively, The plant supply message includes a plant variety of the plant and a first flowering period; at least one plant demand terminal inputs an order message to the server respectively, and the order message includes a desired plant variety and a display During the period; the server executes a matching process based on the plant supply information and the order information. The matching process compares the plant variety with the desired plant variety, and compares the first flowering period with the display During the period, a matching result of the plant supply message that meets the order information is obtained; the server notifies the plant supply end according to the match result, so that the plant supply end provides the plant supply end that meets the match result Plant to the plant demand end; set a sensor on the plant, the sensor detects and transmits an environmental parameter message of the plant demand end to the server, and a plant database stores a plurality of the environmental parameters The message corresponds to a plurality of planting suggestion messages. The server receives the environmental parameter message and compares it with the planting suggestion message in the plant database, and transmits the matching planting suggestion message to the planting demand end. According to claim 1, the planting environment of the flower viewing period is monitored to implement the planting marketing method of flower replacement and collaborative care, wherein the environmental parameter information is one or a combination of temperature, humidity, carbon dioxide content, and illuminance. As described in claim 2, the planting environment during the flower viewing period is monitored to implement the planting marketing method of flower replacement and collaborative care, and further, the planting suggestion message is related to changing temperature, humidity, carbon dioxide content, or illuminance. According to claim 1, the planting environment in the flowering viewing period is monitored to implement the planting marketing method of flower replacement and collaborative care, wherein the server further stores one of the plant’s predicted flower dying dates, and the server is based on The predicted flower dying date provides a plant replacement message to the plant demand side. As described in claim 4, the planting environment of the flowering viewing period is monitored to implement the planting marketing method of flower replacement and collaborative care, wherein the plant replacement information is a list of candidate plant varieties and the candidate plant’s Estimation of flowering period, the price of the candidate plant, the required environmental conditions of the candidate plant, and the price of recycling the plant, or a combination thereof. As described in claim 1, the planting environment during the flower viewing period is monitored to implement the planting marketing method of flower exchange and collaborative care, wherein the planting demand end will exceed the first flowering period and the plant will be recycled when the flower has died. To the plant supply end, the plant supply end inputs a second flowering period of the recovered plant to the server, and the matching process further compares the second flowering period with the display period.

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