A kind of high-efficiency ecological cultivation method of Morchella

Abstract

The present application relates to the field of smart agricultural cultivation technology, and in particular to a method for efficiently cultivating morels ecologically, wherein a candidate cultivation process step set is collected for a morel cultivation scheme to be verified, and the candidate cultivation process step set is split into a labeled growth state indicator; the morel growth record of the experimental morel cultivation bed is collected, and the morel growth record is split into a plurality of growth state change indicators; based on the dependency relationship between the plurality of growth state change indicators, a decision is made as to whether key cultivation elements are identified in the associated growth state change indicators; by identifying the key cultivation elements in the growth state change indicators, data associated with the cultivation elements are screened in the associated growth state change indicators; and based on the labeled growth state indicators, the screened data is attached to the associated position in the morel cultivation scheme with an associated sensor. The present invention can effectively optimize the cultivation scheme of morels in steps, and efficiently improve the cultivation and planting results of morels.

Description

Technical Field

[0001] The present application relates to the field of smart agricultural cultivation technology, and in particular to a method for efficiently cultivating morels in an ecological manner. Background Art

[0002] Morel cultivation is a very important agricultural activity of human beings. With the rise of artificial intelligence in recent years, morel farms, horticultural farms, agricultural high-tech parks, leading agricultural production enterprises and large-scale operators are developing rapidly. With the intervention of automation, intelligence and mechanization, it has brought a great impact on the planting industry, especially the gradual application of Internet + planting industry. Irrigation, fertilization, pest control, etc. in the planting industry have bid farewell to manpower and realized automation, which has greatly improved the morel cultivation technology.

[0003] Most of the current morel cultivation has begun the experimental stage of the morel cultivation feedback system based on cloud technology and big data analysis. Generally, it is necessary to use cloud technology, big data means, intelligent collection, real-time collection, mobile collection and other methods to collect data from farmers' markets, Huimin fresh supermarkets and other sales areas to ensure the authenticity, continuity and stability of the collected data. Then, through data refinement, sales and price summary trend charts and data analysis reports for different time periods, different regions and different categories of goods are generated. This will enable an intuitive understanding of the entire prospect of morel cultivation, thereby making the work of morel cultivation further scientific and reasonable. Summary of the invention

[0004] To achieve the above objectives, this application provides the following technical solutions:

[0005] According to the first aspect of the present invention, the present invention claims a method for efficiently cultivating Morchella edulis ecologically, comprising:

[0006] Collecting a candidate cultivation process step set for a Morchella cultivation scheme to be verified, so as to split the candidate cultivation process step set into annotated growth state indicators, the candidate cultivation process step set indicating monitoring sensors of multiple key nodes of the Morchella cultivation scheme, and the candidate cultivation process step set is modifiable;

[0007] Collecting Morchella growth records about the experimental Morchella cultivation bed, so as to split the Morchella growth records into a plurality of growth state change indicators;

[0008] Based on the dependency relationship between the plurality of growth state change indicators, respectively running the plurality of growth state change indicators in a direction from a preceding indicator to a succeeding indicator, so as to decide whether a key cultivation element is identified in the associated growth state change indicators;

[0009] By identifying a key cultivation element in the associated growth state change indicator, filtering data associated with the cultivation element in the associated growth state change indicator; and

[0010] Based on the labeled growth status index, the screened data is attached to the associated position in the morel cultivation plan with the associated sensor.

[0011] Further, the Morchella growth record includes the experimental plant, and the Morchella growth record is split into a plurality of growth state change indicators including:

[0012] Recording the growth records of the Morchella in the growth log in turn based on the experimental plants; and

[0013] Split the experimental plants recorded in the growth log into multiple related growth status change indicators;

[0014] The key cultivation elements include at least the following: cultivation elements associated with the primary nutrients of the current experimental plant, cultivation elements associated with the secondary nutrients of the current experimental plant, cultivation elements associated with the snapshot of the current experimental plant, cultivation elements associated with the sales message in the current experimental plant, cultivation elements associated with the custom cultivation matrix in the current experimental plant, cultivation elements associated with the local alternative treatment in the current experimental plant, and cultivation elements associated with the experimental results of the current experimental plant, wherein the sales message includes cost data interaction data.

[0015] Furthermore, the method further comprises:

[0016] Determining whether the screened data includes a nutrient solution, wherein the nutrient solution is a glucose nutrient solution or an amino acid nutrient solution;

[0017] By deciding that the filtered data includes nutrient solution, the filtered data sensor detects the filtered data as a spraying data record, so that based on the labeled growth status indicator, the spraying data record detected by the sensor is attached to the associated position of the morel cultivation plan with the associated sensor.

[0018] Further, by identifying a key cultivation element in the associated growth state change indicator, screening data associated with the cultivation element in the associated growth state change indicator includes:

[0019] By identifying the cultivation element associated with the snapshot in the associated growth state change indicator, the nutrient soil of the snapshot is collected in the growth state change indicator;

[0020] The snapshot is collected from a track for storing snapshots associated with the morel growth record based on the collected nutrient soil, so that the snapshot is attached to the associated position of the morel cultivation plan in the form of an annotation based on the marked growth status indicator.

[0021] Further, the Morchella growth record includes a sales message declared by a sensor using cost data interaction data and an associated sales message declared using a session mode, and by identifying a key cultivation element in the associated growth state change indicator, screening data associated with the cultivation element in the associated growth state change indicator includes:

[0022] By identifying the cultivation elements associated with the sales message in the associated growth state change indicator, based on the associated segmentation mark in the log associated with the cultivation element, the sales messages declared in the growth state change indicator are filtered out in a conversational manner, so that based on the marked growth state indicator, the filtered sales messages are attached to the associated cultivation matrix of the morel cultivation plan with the associated sensor, wherein each filtered sales message includes the cultivation element of the sales message and the associated data value.

[0023] Further, by identifying a key cultivation element in the associated growth state change indicator, screening data associated with the cultivation element in the associated growth state change indicator includes:

[0024] By identifying the cultivation element associated with the custom cultivation substrate in the associated growth state change index, the number of raw materials included in the custom cultivation substrate is screened from the log where the cultivation element of the growth state change index is located;

[0025] Based on the associated segmentation marks in the log, the raw material information of the custom cultivation substrate is filtered from the log using the associated annotated growth status indicators, so that based on the annotated growth status indicators, the raw material information is attached to the associated cultivation substrate in the morel cultivation plan using an associated sensor, each raw material information including raw material attribute data and associated raw material content data.

[0026] Further, by identifying a key cultivation element in the associated growth state change indicator, screening data associated with the cultivation element in the associated growth state change indicator includes:

[0027] By identifying the cultivation element associated with the local alternative treatment in the associated growth state change indicator, based on the associated segmentation mark appearing in the log where the cultivation element of the growth state change indicator is located, the first cultivation element requiring alternative treatment is selected from the log; and

[0028] The screened first cultivation element is saved in a pre-established alternative record file, wherein the alternative record file is used to maintain multiple cultivation elements that need to be alternatively monitored based on associated alternative monitoring methods when the Morchella cultivation plan is attached based on the marked growth status indicator.

[0029] Furthermore, the candidate cultivation process step set also indicates multiple second cultivation elements that require alternative monitoring in all cultivation substrates in the morel cultivation plan, and the multiple second cultivation elements are saved in the alternative record file when the candidate cultivation process step set is recorded in the growth log.

[0030] Furthermore, the method further comprises:

[0031] If data not matching the associated expected value is identified in the experimental results of the current experimental plant, the not matching data is added to the Morchella cultivation plan in an alternative manner based on the annotated growth status indicator.

[0032] Furthermore, the method further comprises:

[0033] Determine the statistical data associated with the Morchella growth record based on all the screened data, so as to generate the experimental result summary environmental factors based on the statistical data, wherein the statistical data at least includes the total number of experimental plants included in the Morchella cultivation experiment, the nutrient soil of each experimental plant included in the Morchella growth record, the total number of scenarios included in each experimental plant, the pass rate of the scenarios included in each experimental plant, the failure rate of the scenarios included in each experimental plant, the time spent on executing each experimental plant, and the total time spent on executing all experimental plants;

[0034] The candidate cultivation process step set is a candidate cultivation process step set of an environmental multi-source sensor;

[0035] The Morchella growth record is a report generated by using indoor experimental tools to experiment on the experimental Morchella cultivation bed, and the experimental Morchella cultivation bed includes a plastic film, nutrient soil, mushroom sticks, topdressing material and nutrient solution.

[0036] The present application relates to the field of smart agricultural cultivation technology, and in particular to a method for efficiently cultivating morels ecologically, wherein a candidate cultivation process step set is collected for a morel cultivation scheme to be verified, and the candidate cultivation process step set is split into a labeled growth state indicator; the morel growth record of the experimental morel cultivation bed is collected, and the morel growth record is split into a plurality of growth state change indicators; based on the dependency relationship between the plurality of growth state change indicators, a decision is made as to whether key cultivation elements are identified in the associated growth state change indicators; by identifying the key cultivation elements in the growth state change indicators, data associated with the cultivation elements are screened in the associated growth state change indicators; and based on the labeled growth state indicators, the screened data is attached to the associated position in the morel cultivation scheme with an associated sensor. The present invention can effectively optimize the cultivation scheme of morels in steps, and efficiently improve the cultivation and planting results of morels. BRIEF DESCRIPTION OF THE DRAWINGS

[0037] Figure 1 This is a workflow diagram of a highly efficient ecological cultivation method of Morchella edulis as claimed in an embodiment of the present application. DETAILED DESCRIPTION

[0038] The following will be combined with the drawings in the embodiments of the present application to clearly and completely state the technical solutions in the embodiments of the present application. Obviously, the stated embodiment is only a key node embodiment of the present application, not all embodiments. Based on the embodiments in the present application, all other embodiments obtained by ordinary technicians in this field without creative work are within the scope of protection of this application.

[0039] The terms "first", "second" and "third" in this application are only used for declaration purposes, and cannot be understood as indicating or implying relative importance or implicitly indicating the number of indicated technical features. Therefore, the features defined as "first", "second" and "third" can explicitly or implicitly include at least one of the features. In the declaration of this application, the meaning of "multiple" is at least two, such as two, three, etc., unless otherwise clearly and specifically defined. All directional indications (such as up, down, left, right, front, back...) in the embodiments of this application are only used to explain the relative position relationship, movement, etc. between the components under a certain specific posture (as shown in the accompanying drawings). If the specific posture changes, the directional indication also changes accordingly. In addition, the terms "including" and "having" and any of their variations are intended to cover non-exclusive inclusions. For example, a process, method, system, product or device that includes a series of raw material steps or units is not limited to the steps or units that have been raw materials, but optionally also includes steps or units that have not been raw materials, or optionally also includes other steps or units inherent to these processes, methods, products or devices.

[0040] Reference to an "embodiment" herein means that a particular feature, structure, or characteristic claimed in connection with the embodiment may be included in at least one embodiment of the present application. The appearance of the phrase in various places in the specification does not necessarily refer to the same embodiment, nor is it an independent or alternative embodiment that is mutually exclusive with other embodiments. It is explicitly and implicitly understood by those skilled in the art that the embodiments claimed herein may be combined with other embodiments.

[0041] The term "including" and its variations used in this document represent open inclusion, that is, "including but not limited to". Unless otherwise stated, the term "or" means "and / or". The term "based on" means "based on at least a key point". The terms "an example embodiment" and "an embodiment" mean "at least one example embodiment". The term "another embodiment" means "at least one other embodiment". The terms "first", "second", etc. may refer to different or the same objects. Other explicit and implicit definitions may also be included below.

[0042] Although significant progress has been made in the cultivation of morels, there are still many scientific and technological problems that have not been resolved. Research on the genetic characteristics, nutritional conditions, regulatory mechanisms from vegetative growth to reproductive growth, and the role of nutrient conversion bags of morels is still inadequate; the specific fruiting mechanism of morels is still unclear, and the direct relationship with climate, sclerotia, conidia, exogenous nutrient solution, etc. is not studied thoroughly enough. There are still major obstacles in improving and enhancing cultivation technology.

[0043] The cultivation research of Morchella is based on the study of its nutritional mechanism and the collection and screening of strain resources. There will be a big difference in the mycelial growth potential, mycelial concentration, mycelial color, and sclerotia production of Morchella on different materials and formula culture media. The higher the nutrient utilization rate in the nutrient bag, the higher the yield of Morchella. The main function of the nutrient solution is not to change the Morel from a nutrient-rich condition to a nutrient-deficient condition, but to continuously supply organic carbon nutrition to the surface soil for the Morel to produce mushrooms; in terms of nitrogen nutrition, the nutrient solution not only does not produce a net output of nitrogen to the surface soil, but also needs to extract part of the nitrogen in the surface soil for the production of various decomposition enzymes, so that the nitrogen in the environment where the surface Morel mycelium is located is extracted and the organic carbon content continues to increase, which is similar to the ecological environment where wild Morels naturally produce mushrooms from the soil covered with dead branches and leaves in the forest, which promotes a large number of mushrooms.

[0044] In order to solve one or more of the above problems and other potential problems at least at key nodes, an exemplary embodiment of the present disclosure proposes an efficient ecological cultivation method for morels, including: collecting a candidate cultivation process step set for a morel cultivation scheme to be verified, so as to split the candidate cultivation process step set into labeled growth state indicators, the candidate cultivation process step set indicates monitoring sensors of multiple key nodes of the morel cultivation scheme, and the candidate cultivation process step set is modifiable; collecting morel growth records about an experimental morel cultivation bed, so as to split the morel growth record into multiple growth state change indicators; based on the dependency relationship between the multiple growth state change indicators, respectively running the multiple growth state change indicators in a direction from a preceding indicator to a succeeding indicator, so as to decide whether a key cultivation element is identified in the associated growth state change indicator; by identifying the key cultivation element in the associated growth state change indicator, filtering data associated with the cultivation element in the associated growth state change indicator; and based on the labeled growth state indicator, attaching the filtered data to an associated position in the morel cultivation scheme with an associated sensor. In this way, an on-demand, tamper-proof experimental report can be generated for the experimental file, thereby improving the performance in terms of experimental report transmission efficiency and storage efficiency. Moreover, such an experimental report is more readable and user-friendly, thus providing a higher user experience.

[0045] The Morchella growth record generated by using the indoor experiment tool to experiment on the experimental Morchella cultivation bed usually includes multiple cultivation elements, which form the Morchella growth record according to certain dependencies. In the Morchella growth record, the content of the cultivation element can be empty, which depends on the specific experimental content.

[0046] The Morchella growth record can be split into multiple daily record objects, each of which is associated with an associated experimental case, and these daily record objects indicate dependencies based on the output sensor standards in the room.

[0047] In the present disclosure, due to such an organizational structure of the Morchella edodes growth records, such a structure can be advantageously utilized to filter required data based on needs when generating an associated Morchella edodes cultivation plan.

[0048] Figure 1 A flow chart of a method for efficiently cultivating morels based on an embodiment of the present disclosure is shown. The method may be executed by a server or may be executed at an electronic device. It should be understood that the method may also include additional blocks not shown and / or the blocks shown may be omitted, and the scope of the present disclosure is not limited in this respect.

[0049] In step 102, a candidate cultivation process step set is collected for the Morchella cultivation scheme to be verified, so as to split the candidate cultivation process step set into labeled growth state indicators.

[0050] In the present disclosure, the candidate cultivation process step set may define the monitoring sensors of multiple key nodes of the Morchella cultivation plan to be verified, for example, the candidate cultivation process step set may define the environmental factor intensity of each environmental factor that needs to be included in the Morchella cultivation plan, the intensity of each aspect of the environmental factor, the monitoring sensors of each cultivation substrate included, the monitoring sensors of rare earth salts, etc. The definition of the environmental factor intensity of each environmental factor may include the definition of the fermentation material, disinfection information, sterilization time, nutrient soil, etc. of the environmental factor. The definition of the intensity of each aspect of the environmental factor may include the definition of the sensor of the nutrient in this aspect, the application method of the nutrient solution or nutrient soil included in this aspect (for example, whether it is applied horizontally or vertically, etc.), humidity, temperature, light, whether to use a sunshade net, and the width of the sunshade net. The definition of the monitoring sensor of each cultivation substrate may include the definition of the cultivation substrate content of each cultivation substrate, the alternative and non-monitored cultivation elements, etc. The definition of the monitoring sensor of the rare earth salt may include the definition of the application method of each rare earth salt, the style of the sunshade net, whether to open and close at a fixed time, etc. In the present disclosure, the candidate cultivation process step set may also define which aspects of the morel cultivation plan need to monitor and which aspects do not need to monitor in the associated growth report.

[0051] In the present disclosure, for ease of use, multiple general candidate cultivation process step sets can be pre-established for selection. For example, these general candidate cultivation process step sets may include, but are not limited to: a first general candidate cultivation process step set that marks complete experimental plants and experimental results, a second general candidate cultivation process step set that only marks experimental plants but does not mark experimental results, a third general candidate cultivation process step set that marks brief contents of experimental plants and experimental results, and a fourth general candidate cultivation process step set that marks the summary contents of experimental plants and experimental results in report mode. When it is necessary to generate a morel cultivation plan, it can be selected from these general candidate cultivation process step sets based on actual needs. For example, only as an example, it can be selected based on the identity of the viewing user who needs the morel cultivation plan. For example, for an experimenter, the first general candidate cultivation process step set can be selected, and for a manager, the fourth general candidate cultivation process step set can be selected.

[0052] In addition, in the present disclosure, the candidate cultivation process step set is modifiable. For example, the relevant sensors defined in the candidate cultivation process step set can be modified based on actual usage requirements to obtain a better user experience.

[0053] Since the environment multi-source file has the characteristics of easy reading and strong sensor verification, in the present disclosure, the candidate cultivation process step set can be designed to adopt the environment multi-source sensor. In some embodiments, the candidate cultivation process step set collected in step 102 can be split into annotated growth status indicators.

[0054] In step 104, the Morchella growth record of the experimental Morchella cultivation bed is collected so as to split the Morchella growth record into a plurality of growth state change indicators.

[0055] In the present disclosure, the Morchella growth record is a report generated by using indoor experimental tools to conduct experiments on an experimental Morchella cultivation bed. The experimental Morchella cultivation bed can be a plastic film, nutrient soil, mushroom sticks or topdressing nutrient solution, etc.

[0056] In some embodiments, the Morchella growth record may be split into a plurality of growth status change indicators, which may include the daily record objects mentioned above.

[0057] It should be understood that the Morchella growth record generated using the indoor experiment tool usually includes experimental plants (usually including multiple experimental plants). As mentioned above, a tuple in the Morchella growth record corresponds to an experimental plant, and the Morchella growth record can also include experimental results corresponding to each experimental plant, so it contains a large amount of data. Usually, a Morchella growth record can usually reach several days to dozens of days. Therefore, in the present disclosure, the Morchella growth record can be recorded in the growth log in sequence with the experimental plant as the unit, and the experimental plant recorded in the growth log can be split into multiple related growth state change indicators. That is to say, in the present disclosure, the first experimental plant in the morel growth record can be first recorded in the growth log to split the first experimental plant into multiple related growth state change indicators, and the required data can be screened based on these growth state change indicators to form the content of the key nodes of the morel cultivation plan corresponding to the first experimental plant, and then the second experimental plant in the morel growth record can be recorded in the growth log to split the second experimental plant into multiple related growth state change indicators, and the required data can be screened based on these growth state change indicators to form the content of the key nodes of the morel cultivation plan corresponding to the second experimental plant, and so on until the addition of the entire morel cultivation plan is completed.

[0058] By using this method, the over-usage of the growth log can be prevented, and the problem of growth log leakage that may be caused by recording all the growth records of the morels in the growth log can be avoided.

[0059] In step 106, based on the dependency relationship between the multiple growth state change indicators, the multiple growth state change indicators are respectively run in a direction from a preceding indicator to a succeeding indicator, so as to determine whether a key cultivation element is identified in the associated growth state change indicators.

[0060] For example, only as an example, the key cultivation elements may include the following: cultivation elements associated with the primary nutrients of the current experimental plant (i.e., the experimental plant currently recorded in the growth log), cultivation elements associated with the secondary nutrients of the current experimental plant, cultivation elements associated with the snapshot in the current experimental plant, cultivation elements associated with the sales message in the current experimental plant, cultivation elements associated with the custom cultivation matrix in the current experimental plant, cultivation elements associated with the local alternative treatment in the current experimental plant, cultivation elements associated with the experimental results of the current experimental plant, etc. The sales message mentioned here can be cost data interaction data. For example, if the cultivation element "Soil (nutritional soil)" is identified in the associated growth state change indicator, the data separated by the associated separator (e.g., colon ":") of the cultivation element "Soil" includes the primary nutrients that need to be screened, and the cultivation element "Soil" belongs to the cultivation element associated with the primary nutrients of the current experimental plant. For another example, if the cultivation element "Soil" is identified in the associated growth state change indicator (e.g., Elements. Daily Record), the data separated from the cultivation element "Soil" by the associated separator (e.g., colon ":") in the growth state change indicator includes the secondary nutrients that need to be screened, and the cultivation element "Soil" belongs to the cultivation element associated with the secondary nutrients. For another example, if the cultivation element "Mature fallen leaves" is identified in the associated growth state change indicator (e.g., Output. Daily Record), the data separated from the cultivation element "Mature fallen leaves" by the associated separator (e.g., colon ":") in the growth state change indicator includes the sales message that needs to be screened, and each sales message is separated by another separator (e.g., semicolon ";"), and the cultivation element "Mature fallen leaves" is the cultivation element associated with the sales message in the current experimental plant. In the present disclosure, in the morel growth record, when involving a snapshot referenced in the experiment, a cultivation element such as [snapshot] will be output. Therefore, if the cultivation element "snapshot" is identified in the associated growth state change indicator, it means that the associated snapshot is involved in the current experimental plant, and the associated snapshot can be screened in the associated trajectory based on this.If the cultivation element "top dressing solution" is identified in the associated growth state change indicator (for example, Output. Daily record), the data separated from the cultivation element "top dressing solution" by an associated separator (for example, a colon ":") in the growth state change indicator includes the raw material information in the custom cultivation substrate that needs to be screened, and each raw material information may include associated raw material attribute data and raw material content data, and in the growth state change indicator, each raw material information may be separated by another separator mark (for example, a semicolon ";"), and the raw material attribute data and the associated raw material content data may be separated by, for example, another separator mark (for example, an equal sign "="), so the cultivation element "top dressing solution" is a cultivation element associated with the custom cultivation substrate in the current experimental plant. If the cultivation element "monopotassium phosphate" is identified in the associated growth state change index (e.g., Output. daily record), the data separated from the cultivation element "monopotassium phosphate" by the associated separator (e.g., colon ":") in the growth state change index includes the cultivation elements that need to be screened and need to be processed alternatively, and the cultivation elements that need to be screened can be separated by another separator (e.g., semicolon ";"), so the cultivation element "monopotassium phosphate" is the cultivation element associated with the local alternative processing in the current experimental plant. Of course, the cultivation elements in the present disclosure are not limited to the cultivation elements mentioned in the above examples, but may also include other cultivation elements that indicate that the relevant data can be screened.

[0061] In step 108, by identifying the key cultivation elements in the associated growth state change indicators, data associated with the cultivation elements are screened in the associated growth state change indicators.

[0062] In the present disclosure, key cultivation elements may be cultivation elements associated with a plurality of key nodes mentioned in the candidate cultivation process step set.

[0063] In some embodiments, step 108 may include collecting the nutrient soil of the snapshot in the growth state change indicator by identifying the cultivation element associated with the snapshot in the associated growth state change indicator (e.g., the cultivation element "snapshot" mentioned above). Then, based on the collected nutrient soil, the snapshot is collected from the track for storing the snapshot associated with the morel growth record, so that in step 110, the snapshot is attached to the associated position of the morel cultivation plan in the form of an annotation based on the annotated growth state indicator. In this embodiment, the track is used to indicate the location of the folder for storing the associated snapshot.

[0064] Step 108 may also include identifying a cultivation element associated with the sales message in the associated growth state change indicator (for example, the aforementioned cultivation element "decomposed fallen leaves"), and filtering the sales message declared in a conversational manner in the growth state change indicator based on the associated segmentation mark in the log associated with the cultivation element, so that in step 110, based on the marked growth state indicator, the filtered sales message is attached to the associated cultivation matrix of the morel cultivation plan with the associated sensor, each sales message including the cultivation element of the sales message and the associated data value.

[0065] In the present disclosure, sales messages mainly refer to Sales Data. It should be understood that Sales Data has a special specification, and numbers are generally used to represent the cultivation elements behind it. For example, as an example only, the number 8 can be used to represent the cultivation elements in a certain application. Therefore, this number is like a magic number for users, and they cannot know its true meaning in the application. If this number is directly marked in the morel cultivation plan, it is inconvenient for the experimenter to find the problem, and the demand personnel cannot know the specific content of Sales Data. Therefore, in the present disclosure, Sales Data can be translated and then marked in the associated morel cultivation plan. In the present disclosure, in order to complete this translation, the morel growth record can be expanded to output three associated results for Sales Data, wherein the first result is a sales message declared using the SalesData sensor, the second result is an associated sales message declared using the session mode, and the third result is an associated sales message declared using the binary sensor, and each sales message may include the cultivation element of the sales message and the associated data value. Therefore, when the cultivation elements associated with the sales message are identified, the cultivation elements declared using the session associated with each sales message and the associated data values ​​can be filtered out based on the rule, thereby achieving the purpose of translating the Sales Data.

[0066] Step 108 may also include identifying a cultivation element (e.g., the aforementioned cultivation element "topdressing solution") associated with the custom cultivation substrate in the associated growth state change index, and screening the number of raw materials included in the custom cultivation substrate from the log where the cultivation element of the growth state change index is located. Then, based on the associated segmentation mark included in the log, the raw material information of the custom cultivation substrate is screened from the log, so that in step 110, based on the marked growth state index, the raw material information is attached to the associated cultivation substrate in the morel cultivation scheme with the associated sensor. In this example, each raw material information may include raw material attribute data and associated raw material content data. In the morel growth record, different raw material information may be segmented by, for example, a first segmentation mark ";", and the raw material attribute data and the associated raw material content data included in each raw material information may be separated by, for example, a second segmentation mark "=". Therefore, in the present disclosure, the raw material information of the custom cultivation substrate that needs to be screened is after the first dividing marker colon after the cultivation element "top dressing liquid", and based on the second dividing marker ";" and the third dividing marker "=", the raw material information of the custom cultivation substrate can be screened out from the statement after the first dividing marker in the associated log.

[0067] Step 108 may also include identifying a cultivation element (e.g., the aforementioned cultivation element "monopotassium phosphate") associated with a local alternative treatment in the associated growth state change index, based on the associated segmentation mark that appears in the log where the cultivation element of the growth state change index is located, and screening the first cultivation element that needs alternative treatment from the log. Then the screened first cultivation element is saved in an alternative record file. In the present disclosure, the alternative record file can be used to maintain multiple cultivation elements that need to be monitored based on the associated alternative monitoring mode when the Morchella cultivation plan is attached based on the marked growth state index (i.e., the marked growth state index obtained in step 102). In the present disclosure, the cultivation elements that need to be monitored in an alternative mode in all cultivation substrates in the Morchella cultivation plan to be verified can also be maintained in the alternative record file. For example, multiple second cultivation elements that need to be monitored in all cultivation substrates in the Morchella cultivation plan can also be indicated by a candidate cultivation process step set, and these second cultivation elements are stored in these alternative record files when the candidate cultivation process step set is recorded in the growth log. In the present disclosure, all the cultivation elements added to the alternative record file will be processed alternatively.

[0068] In the method disclosed herein, it is also possible to monitor the erroneous data in the experimental results of the experimental plants in an alternative manner. Therefore, the method may further include, if data that does not match the associated expected value is identified in the experimental results of the experimental plants, based on the labeled growth state index (i.e., the labeled growth state index obtained in step 102), adding the unmatched data to the Morchella cultivation plan in an alternative manner.

[0069] In step 110, based on the labeled growth status indicators, the selected data are attached to the associated positions in the morel cultivation plan with the associated sensors.

[0070] Since the candidate cultivation process step set indicates the monitoring sensors of multiple key nodes of the morel cultivation plan to be verified, the associated sensor of each screened data can be determined based on the labeled growth status indicators of the candidate cultivation process step set, and the data can be attached to the associated position in the morel cultivation plan accordingly.

[0071] In some embodiments, after executing step 108 and before executing step 110, it can also be determined whether the screened data includes nutrient solution. In this article, the nutrient solution can be a glucose nutrient solution or an amino acid nutrient solution. By deciding that the screened data includes nutrient solution (regardless of whether it is all nutrient solution), the screened data sensor is detected as a spraying data record, so that in step 110, based on the labeled growth state index, the spraying data record detected by the sensor is attached to the associated position of the morel cultivation plan with an associated sensor. Since the spraying data record can accurately attach the nutrient solution symbol, in the present disclosure, as long as the screened data includes nutrient solution, regardless of whether the screened data also includes the nutrient solution symbol, its sensor is detected as a spraying data record for attachment.

[0072] In some embodiments, statistical data associated with the Morchella growth record can also be determined based on all the screened data, so as to generate the experimental result summary environmental factors based on these statistical data. These statistical data at least include the total number of experimental plants included in the Morchella cultivation experiment, the nutrient soil of each experimental plant included in the Morchella growth record, the total number of scenes included in each experimental plant, the pass rate of the scenes included in each experimental plant, the failure rate of the scenes included in each experimental plant, the time spent on executing each experimental plant, the total time spent on executing all experimental plants, etc.

[0073] By adopting the above means, the present disclosure can easily generate a customized and tamper-proof Morchella cultivation plan for the experimental Morchella cultivation bed, so as to better meet the transmission and storage requirements of the experimenter, and such an experimental report is more readable and user-friendly for ordinary users, so the user experience is also better. The sensor strength of the Morchella cultivation plan generated based on the embodiment of the present disclosure is more intuitive, and targeted alternative monitoring can be achieved, so it is easier for users to understand, has better readability, and helps users to check data more efficiently, so the user experience is better.

[0074] In the several embodiments provided in the present application, it should be understood that the disclosed systems, devices and methods can be implemented in other ways. For example, the device embodiments declared above are only schematic. For example, the division of units is only a logical function division. There may be other division methods in actual implementation. For example, multiple units or components can be combined or integrated into another system, or some features can be ignored or not executed. Another point is that the coupling or direct coupling or communication connection between each other that is monitored or discussed can be an indirect coupling or communication connection through some interfaces, devices or units, which can be electrical, mechanical or other forms.

[0075] In addition, each functional unit in each embodiment of the present application can be integrated into one processing unit, or each unit can exist physically separately, or two or more units can be integrated into one unit. The above integrated unit can be implemented in the form of hardware or in the form of software functional units. The above is only an implementation method of the present application, and does not limit the patent scope of the present application. Any equivalent structure or equivalent process transformation made using the contents of the specification and drawings of this application, or directly or indirectly used in other related technical fields, is also included in the patent protection scope of the present application.

[0076] The specific implementation methods of the invention are described in detail above, but they are only examples, and the present application is not limited to the specific implementation methods stated above. For those skilled in the art, any equivalent modification or substitution of the invention is also within the scope of the present application, and therefore, the equalization, modification, and improvement made without departing from the spirit and principle of the present application should be included in the scope of the present application.

Claims

1. A method for efficiently cultivating Morchella edulis ecologically, characterized in that: include: Collecting a candidate cultivation process step set for a Morchella cultivation scheme to be verified, so as to split the candidate cultivation process step set into annotated growth state indicators, the candidate cultivation process step set indicating monitoring sensors of multiple key nodes of the Morchella cultivation scheme, and the candidate cultivation process step set is modifiable; Collecting Morchella growth records about the experimental Morchella cultivation bed, so as to split the Morchella growth records into a plurality of growth state change indicators; Based on the dependency relationship between the plurality of growth state change indicators, respectively running the plurality of growth state change indicators in a direction from a preceding indicator to a succeeding indicator, so as to decide whether a key cultivation element is identified in the associated growth state change indicators; By identifying key cultivation elements in the associated growth state change indicators, data associated with the cultivation elements are screened in the associated growth state change indicators; as well as Based on the labeled growth status indicator, the selected data is attached to the associated position in the Morchella cultivation plan with the associated sensor; The Morchella growth record includes experimental plants, and the Morchella growth record is split into multiple growth state change indicators including: Recording the growth records of the Morchella in the growth log in turn based on the experimental plants; and Split the experimental plants recorded in the growth log into multiple related growth status change indicators; The key cultivation elements at least include the following: cultivation elements associated with primary nutrients of the current experimental plant, cultivation elements associated with secondary nutrients of the current experimental plant, cultivation elements associated with a snapshot of the current experimental plant, cultivation elements associated with a sales message in the current experimental plant, cultivation elements associated with a custom cultivation substrate in the current experimental plant, cultivation elements associated with a local alternative treatment in the current experimental plant, and cultivation elements associated with an experimental result of the current experimental plant, wherein the sales message includes cost data interaction data; The method further comprises: Determining whether the screened data includes a nutrient solution, wherein the nutrient solution is a glucose nutrient solution or an amino acid nutrient solution; By deciding that the filtered data includes nutrient solution, the filtered data sensor is detected as a spraying data record, so that based on the labeled growth state indicator, the spraying data record detected by the sensor is attached to the associated position of the morel cultivation plan with the associated sensor; By identifying a key cultivation element in the associated growth state change indicator, screening data associated with the cultivation element in the associated growth state change indicator includes: By identifying the cultivation element associated with the snapshot in the associated growth state change indicator, the nutrient soil of the snapshot is collected in the growth state change indicator; Based on the collected nutrient soil, the snapshot is collected from a track for storing snapshots associated with the morel growth record, so as to attach the snapshot to an associated position of the morel cultivation plan in the form of an annotation based on the marked growth status indicator; The Morchella growth record includes a sales message declared by a sensor using cost data interaction data and an associated sales message declared using a session mode, and by identifying a key cultivation element in the associated growth state change indicator, screening data associated with the cultivation element in the associated growth state change indicator includes: By identifying the cultivation element associated with the sales message in the associated growth state change indicator, based on the associated segmentation mark in the log associated with the cultivation element, the sales message declared in the session mode is screened in the growth state change indicator, so as to attach the screened sales message to the associated cultivation matrix of the morel cultivation plan with the associated sensor based on the marked growth state indicator, wherein each screened sales message includes the cultivation element of the sales message and the associated data value; The method further comprises: Determine the statistical data associated with the Morchella growth record based on all the screened data, so as to generate the experimental result summary environmental factors based on the statistical data, wherein the statistical data at least includes the total number of experimental plants included in the Morchella cultivation experiment, the nutrient soil of each experimental plant included in the Morchella growth record, the total number of scenarios included in each experimental plant, the pass rate of the scenarios included in each experimental plant, the failure rate of the scenarios included in each experimental plant, the time spent on executing each experimental plant, and the total time spent on executing all experimental plants; The candidate cultivation process step set is a candidate cultivation process step set of an environmental multi-source sensor; The Morchella growth record is a report generated by using indoor experimental tools to experiment on the experimental Morchella cultivation bed, and the experimental Morchella cultivation bed includes a plastic film, nutrient soil, mushroom sticks, topdressing material and nutrient solution.

2. The method according to claim 1, characterized in that By identifying a key cultivation element in the associated growth state change indicator, screening data associated with the cultivation element in the associated growth state change indicator includes: By identifying the cultivation element associated with the custom cultivation substrate in the associated growth state change index, the number of raw materials included in the custom cultivation substrate is screened from the log where the cultivation element of the growth state change index is located; Based on the associated segmentation marks in the log, the raw material information of the custom cultivation substrate is filtered from the log using the associated annotated growth status indicators, so that based on the annotated growth status indicators, the raw material information is attached to the associated cultivation substrate in the morel cultivation plan using an associated sensor, each raw material information including raw material attribute data and associated raw material content data.

3. The method according to claim 1, characterized in that By identifying a key cultivation element in the associated growth state change indicator, screening data associated with the cultivation element in the associated growth state change indicator includes: By identifying the cultivation element associated with the local alternative treatment in the associated growth state change indicator, based on the associated segmentation mark appearing in the log where the cultivation element of the growth state change indicator is located, the first cultivation element requiring alternative treatment is selected from the log; and The screened first cultivation element is saved in a pre-established alternative record file, wherein the alternative record file is used to maintain multiple cultivation elements that need to be alternatively monitored based on associated alternative monitoring methods when the Morchella cultivation plan is attached based on the marked growth status indicator.

4. The method according to claim 3, characterized in that The candidate cultivation process step set also indicates multiple second cultivation elements that require alternative monitoring in all cultivation substrates in the morel cultivation plan, and the multiple second cultivation elements are saved in the alternative record file when the candidate cultivation process step set is recorded in the growth log.

5. The method according to claim 2, characterized in that Also includes: If data not matching the associated expected value is identified in the experimental results of the current experimental plant, the not matching data is added to the Morchella cultivation plan in an alternative manner based on the annotated growth status indicator.

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