KR20160052314A - Automatic Management System for a production-process-record-book of forest products - Google Patents

Abstract

The present invention relates to a system for automatically generating and managing a production process record that records work contents in the process of producing a specially managed forest product (for example, goat ginseng) by a producer.
The production process recording section automatic management system according to the present invention includes an administrator system and a plurality of production process recording terminals. Wherein the manager system comprises: a communication unit connected to the plurality of production process recording terminals via the Internet; Farm information on each farm, local information on each farm, record of the production process installed on each farm, terminal information, general status of the farmer, production year of the goat gins cultivated on each farm, and a number of operations A database for storing contents data in association with each other; A recording unit generating unit for generating a production process recording unit based on the plurality of pieces of work content data; The work content data inputted through the other production process recording terminal installed in the same area as the farm and the work content data inputted through the other production process record terminal installed in the area other than the farm, A work type determination unit that determines work type and time information to be performed; And a guidance message sending unit for informing the producer of the farm type of the job type and the time information determined by the job type determination unit.

Description

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to an automatic management system for forest products,

More particularly, the present invention relates to a system for automatically generating and managing a production process recording unit that records work contents in the process of producing a specially-managed forest product (for example, goat ginseng) .

The present invention also relates to a system for automatically and periodically recording and monitoring the growth environment and growth process of special management forest products in a plurality of monitoring areas of a farm.

The present invention also relates to a system for determining and directing the type of work to be performed by an arbitrary producer based on results of work content input by producers in other regions and other producers in the same region.

Special management for quality management of special management forest products such as goat juice As the quality control system for forest products is enforced from July 25, 2011, those who are producing or producing goat ginseng have to report to the county when they are obliged to do so. In addition, the producer of the goat ginseng produces and records the production process record that records the process of producing the goat ginseng, and the specialized institution (National Forestry Academy) checks the production process record recorded by the producer and inspects the residual pesticide . The present production process log is provided to producers in the form of a notebook, and the producer must record the production process of goatsam in the production process log.

In this method, the producer records the work contents in the production process log in a faithful manner on each work day, but most producers do not record the work contents accurately every work day but drive them at the same time It is plausible to rely on memorization or to copy and record production records recorded by other producers.

Thus, even if the production process log is falsely manipulated, the professional organization has no way of confirming the authenticity of the production process log, so it has no choice but to perform the inspection based on the items recorded in the production process log record, It is inevitable that consumers purchasing authentic goat ginseng based on the production process log will be damaged.

Korean Patent Laid-Open Publication No. 2013-0033199 discloses a technology for automatically managing the production and shipment of swine as a conventional technology for managing agricultural products and livestock products using a server-client-based computer system. As another prior art, Korean Patent Registration No. 0463110 discloses a system for controlling a greenhouse environment on-line, and a server for managing a history (work date, a worker, a work execution time, a work content, a work tool, Discloses a technique for displaying the current status and result of a greenhouse in accordance with an operation signal of each sensor in the greenhouse environment measuring apparatus, separately operating the devices of the greenhouse environment measuring apparatus of the user terminal, and recording and storing the current status in the greenhouse have.

However, these prior arts only describe the technology for remotely checking the status of individual farms, housing, greenhouses, etc., recording the status, managing and inquiring.

In addition, it has been difficult to continuously manage the growth environment and the growing process of the agricultural products, and the producers only managed the cultivation experience by confirming the growth condition of the agricultural products with the naked eye.

Korean Patent Publication No. 2013-0033199

Korean Patent No. 0463110

The present invention enables the producer to easily record the work contents required for the production of the goat ginseng and to prevent the user from arbitrarily manipulating the work on a different date so that the work contents can be recorded on the day of the work, The present invention aims to provide an automatic management system for a production process recording section that guides smooth production of goat's ginseng by guiding the kinds of work to be performed next based on the results of records of work contents inputted by other producers.

In addition, this invention periodically monitors and records the growth state, soil condition, and external environment condition of the goat ginseng grown in at least two or more monitoring areas of a farm, so that even if the producer does not visit the farm every day, The present invention is directed to a system and method for automatically managing production process records.

In order to achieve the above object, according to the present invention, there is provided an automatic management system for a production process recording unit including a manager system and a plurality of production process recording terminals installed in a plurality of farms,

Wherein the manager system comprises: a communication unit connected to the plurality of production process recording terminals via the Internet; Farm information on each farm, local information on each farm, record of the production process installed on each farm, terminal information, general status of the farmer, production year of the goat gins cultivated on each farm, and a number of operations A database for storing contents data in association with each other; A recording unit generating unit for generating a production process recording unit based on the plurality of pieces of work content data; The work content data inputted through the other production process recording terminal installed in the same area as the farm and the work content data inputted through the other production process record terminal installed in the area other than the farm, A work type determination unit that determines work type and time information to be performed; And a guidance message forwarding unit for guiding the producer of the farm to the work type and time information determined by the work type determination unit,

Wherein the production record recording terminal includes a main body and at least two monitoring terminals installed in a monitoring area of the farm,

Wherein the main body unit comprises: a communication unit connected to the manager system via the Internet; Information on the farm where the production record terminal is installed, local information of the farm, production record record terminal information, producer general status of the farmer, annual production of goat gins cultivated on the farm, and a plurality A work type selection screen for registering the work content data, screen information for searching for a work content data, and screen information for searching for the work content data; A control unit for automatically calculating a job date and time at which the job content data is registered, a job start time, a job end time, and a job execution time and storing the data in association with the job content data; A camera for capturing an image during the task execution time; A touch screen for performing an interface with a user in the job content data registration and job content data search process; A growth state in each of the monitoring terminals including a number of a growing population in a monitoring area, a new registration date for each individual entity, and key information of an individual entity for each individual entity; a soil condition and an external environment condition for each monitoring area; And a monitoring terminal management unit for receiving and storing the new population information and comparing the growth conditions according to the soil condition and the external environmental condition to derive an optimum growth environment,

The monitoring terminal monitors the number of growing individuals in the monitoring area, a new registration date for each individual entity, a growth status for each individual entity including key information of each entity, a soil condition and an external environment condition for each monitoring area, And collects and transmits the collected information to the monitoring terminal management unit.

According to the present invention, when a producer inputs a work content on a work day, the work content record is stored in the server so that a production process record portion necessary for authentication can be automatically generated.

The management system accesses the server and verifies and verifies the production process of the producer by comparing and verifying the work contents recorded by the producer on the actual production site.

In addition, the server collects the work content records inputted by the producers in various regions, and records the work contents inputted by the producers of other local producers and the work content records inputted by the same local producers, , It is possible to provide an environment that enables the farmer to farm the goat ginseng smoothly even if the farmer is a beginner.

In addition, in various monitoring areas of farms in a specific area or on various farms in various areas, by continuously monitoring individual growth conditions and collecting the results, optimum growth conditions according to region, soil condition, and external environment condition are derived .

BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a block diagram of a system for automatically managing production process records according to the present invention; FIG.
2 is an internal configuration block diagram of an administrator system according to the present invention.
3 is an internal block diagram of a production record terminal according to the present invention.
4 is a block diagram of the internal configuration of a monitoring terminal according to the present invention.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, a production process recording unit automatic management system according to an embodiment of the present invention will be described in detail with reference to the accompanying drawings.

BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a block diagram of a system for automatically managing production process records according to the present invention; FIG.

The production process recording section automatic management system according to the present invention includes an administrator system 110 installed in a professional organization (preferably, the National Forestry Academy) and a plurality of production process recording terminals 120 installed in a plurality of goat ginseng producing areas. One or more production process recording terminals may be installed on one farm depending on the size of the farms of the ginseng production sites or the kinds of the production ginsengs produced on the farms.

The production process recording terminal 120 includes information such as farm information, local information, terminal identification information, producer general status, production year of the farm, and the like. The farm information includes the unique identification information of the farm and the farm area information given to each farm in the administrator system 110 of the expert institution based on the area and the farm address. The local information means the city / county address information, and if two or more farms have the same city / count, it is judged to be located in the same area, and if the city / county is not the same, Normally, the same climate is the same climate and the same soil environment, but the timing of the work is similar. However, the climate and the soil environment are different in other regions. For example, there are many cities / counties in Gangwon-do, Gangwon-do, Gyeongsang-do and Jeolla-do. Gangwon-do and Jeollanam-do have different temperature and soil characteristics. There is a difference depending on the area. Therefore, by knowing the optimal time difference between the two regions, it is possible to predict the optimum type of farms located in Jeollanam - do based on the work contents of farms located in Gangwon - do. The terminal identification information is unique identification information given to the terminal by the terminal manufacturer. The producer general status includes information such as the producer name, producer login information, producer contact information, and the farm visit date of the producer. Annual production of farm means annual production of goat ginseng cultivated on the farm.

The production process recording terminal 120 enables the producer to record new work contents or to inquire the producers or the administrators of the professional organizations about the work contents input to the production process recording terminal 120. It is desirable that the producer login or the administrator login authentication be performed when the new job content is recorded and the input job content is viewed. Also, it is preferable that the production process recording terminal 120 displays a screen for selecting the job content registration or the job content search on the initial screen.

When the producer intends to input a new job content, the production process recording terminal 120 outputs a job type selection screen and a worker selection screen, and receives the job type selected from the producer and the worker information. When the job type and job number are selected, the job start button is displayed on the screen. When the producer clicks the job start button, the job date and the job start time are recorded, the camera is driven to shoot the job image, and the job end button is displayed on the screen do. Thereafter, when the producer clicks the job end button, the job end time is recorded, the job execution time from the job start time to the job end time is calculated, the camera operation is stopped to store the job image, And then the transfer button is displayed on the screen. At this time, when the producer clicks the immediate job content button, the production process recording terminal 120 transmits the terminal identification information and the job content data to the manager system 110. [ The producer ends the job by clicking the Submit button after the job description. The above-mentioned kinds of work include handwriting removal, sowing, food, weed removal, daughter picking, chess and so on.

In addition, a screen menu of the production process recording terminal 110 may include an item for transferring a non-transfer job content so that the producer can transfer the transfer job contents not yet transferred to the manager system 110 collectively.

The manager system 110 receives the job content (job type, job number, job execution time) from the plurality of production process recording terminals 120 distributed in a plurality of regions and stores the received job details together with the terminal identification information in the database. In this database, it is preferable that farm information, local information, terminal identification information, producer general status, and production year of the relevant production record recording terminal are stored.

The manager system can automatically generate and manage a production process record to be recorded by each producer based on the work content data received from a plurality of production process recording terminals.

In addition, if the manager system performs a specific job type or more than a critical number of producers belonging to a specific region, the manager system may perform the specific job type to other producers who have not performed the specific job type among the producers belonging to the specific region And sends a recommendation message.

In addition, the manager system calculates the average workload per unit time and unit area for each job type based on the number of workers per work type, the farm area and the work execution time, and automatically calculates the work time according to the work type for each job type, And transmits a guidance message.

In addition, the administrator system stores the regional difference value for each type of work. Calculating an appropriate timing of the specific type of work in the target area based on a timing difference value between the specific area and the target area when the critical number of the producers belonging to the specific area performs a specific job type, To the producers of the farms belonging to the farm.

2 is an internal configuration block diagram of an administrator system according to the present invention.

The management system according to the present invention includes a communication unit 111 connected to a plurality of production process recording terminals via the Internet; Information about the farm information, the area information of the farm, the production record record terminal information set on the farm, the producer general status of the farmer, the production year of the goat germ cultivated on the farm, and the production record terminal A database 112 for storing a plurality of job content data in association with each other; A recording unit generation unit (113) for generating a production process recording unit based on the plurality of job content data; The work content data inputted through the other production process recording terminal installed in the same area as the farm and the work content data inputted through the other production process record terminal installed in the area other than the farm, A work type determination unit 114 that determines work type and time information to be performed; And a guidance message sending unit (115) for guiding the producer of the farm to the work type and time information determined by the work type determination unit.

According to the present invention, there is provided an administrator system, comprising: a plurality of production process recording terminals, each of which includes a plurality of production process recording terminals, And a work plan calculating unit (116) for calculating a work amount and planning a worker and a working time according to a work type and a farm area.

The guidance message sending unit 115 can guide the producer to the worker and the work time information according to the work type and the farm area calculated by the work plan calculating unit 116. [

The manager control unit 117 of the manager system manages the database 112, the recording unit creation unit 113, the work type determination unit 114, the guidance message sending unit 115, and the work plan calculation unit 116 And controls.

The administrator control unit 117 of the above-described administrator system determines whether or not the farm information, the local information of the farm, the production record record terminal information installed on the farm, the general condition of the producer, And stores the information on the production year of the production process in the database 112, and stores a plurality of job content data input through the production process recording terminal in association with each other. Under the control of the manager control unit 117, the recording unit generation unit 113 automatically generates a production process recording unit required by the special management forest product quality control system and provides the production process recording unit to a professional organization or a producer.

The work type determination unit 114 determines the work type data input through the other production process recording terminal installed in the same area as the farm and the work content data inputted through the other production process record terminal installed in an area different from the farm, The type of work to be performed and the time information to be performed next are determined in the farm. For example, if the farm has not performed the specific type of work, the type of the next type of the farm is determined as the type of the specific type of work. Alternatively, if the difference of the time difference between the region where the farm is located and the other region is less than the threshold value, the type of the next performing operation of the farm is determined as the specific operation type . The guidance message sending unit 115 transmits a guidance message to the producer of the farm about the type and timing of the next performing job.

The work plan calculator 116 calculates the work time per unit area and the unit area per work type based on the number of workers per work type, the farm area, and the work execution time included in the work content data input through a plurality of production process recording terminals in a plurality of regions Calculate the average workload, automatically calculate the work time according to the type of work, and send a message to the producers.

3 is an internal block diagram of a production record terminal according to the present invention. The production process recording terminal includes a main body and a plurality of monitoring terminals 210 for continuously monitoring the soil condition, the external environment condition, and the individual growth process of the respective monitoring gypsy objects in the monitoring area do.

The main body unit includes a communication unit 121 connected to the manager system via the Internet; Information on the farm where the production record terminal is installed, local information of the farm, production record record terminal information, producer general status of the farmer, annual production of goat gins cultivated on the farm, and a plurality A main body storage unit 122 for storing work content data of the work content data, a work type selection screen for registering the work content data, a worker selection screen, and screen information for searching the work content data; A main body control unit (123) for automatically calculating a job date and time at which the job content data is registered, a job start time, a job end time, and a job execution time and storing the data in association with the job content data; A main body camera 124 for capturing an image during the task execution time; And a touch screen 125 for performing an interface with a user in the job content data registration and job content data search process.

In addition, the body part of the production process recording terminal according to the present invention may further include a human body detection sensor 126 for determining whether a moving object approaches the production process recording terminal and whether the approaching object is a human body or an animal have. Korean Patent Publication No. 2011-0095132, Korean Patent Publication No. 2002-0082476, etc. can be used as a conventional technique for identifying whether an object to be accessed is a human body or an animal. The main body control unit 123 requests authentication when it is determined that an object approaching the production record recording terminal is a human body, and sends a warning alarm to the producer of the farm if authentication is not performed during the critical time.

Usually, the goat ginseng farm is located in an environment that is suitable for growing goat's ginseng, such as forests, mountainside, wetlands, mountain peaks, etc., which are rarely accessible to human beings. Therefore, it is not easy to visit the farm every day to check and record the growth condition of the goat ginseng even if it is a producer. In the present invention, the monitoring status of the goat ginseng cultivated in the goat ginseng farm is continuously monitored using the monitoring terminal management unit 127 of the main body unit and a plurality of monitoring terminals 210 installed in the plurality of monitoring areas of the farm, This study proposes a technique to derive optimum growth environment information by comparing the growth state of goat ginseng to the area.

The monitoring terminal management unit 127 and the plurality of monitoring terminals 210 may communicate with each other through a short distance wireless communication or the Internet, or may be connected by wire, and may include at least one communication method.

The monitoring terminal management unit 127 receives from the plurality of monitoring terminals 210 the number of growing individuals in the monitoring area, the new registration date for each individual entity, the growing status (including the key information of the individual entity) And the number of new breeding newborns, and then, based on the information, the growth conditions of the wild plants are compared according to soil conditions and external environmental conditions to derive an optimum growth environment do.

The optimum growth environment can be obtained from the region, the soil condition, and the external environment condition in which the growth period after the new registration becomes shorter than the critical speed is the shortest. Or the optimal growth environment can be derived from the area having the largest height after the new registration is made, the soil condition, and the external environment condition after the growth rate becomes less than the critical speed. Or the optimal growth environment can yield the regions, soil conditions, and external environmental conditions that have the greatest number of new breeding population. Or optimum growth conditions may be derived based on the number of leaves of the individual. It is clear that the criteria for deriving the optimal growth environment conditions may vary depending on the growth characteristics of the individual.

The monitoring terminal 210 monitors the monitoring area information, the number of individuals growing in the monitoring area, the new registration date for each individual entity, the growing status (including the key information of the individual entity) for each individual entity, And transmits the collected information to the monitoring terminal management unit 127.

4 is a block diagram of the internal configuration of a monitoring terminal according to the present invention.

The monitoring terminal 210 includes a monitoring camera 211 for capturing an image of a monitoring area and an image of objects growing in the monitoring area and a camera moving part 211 for moving the monitoring camera 211 in a horizontal direction and a vertical direction A soil detecting unit 213 for detecting a soil condition in the monitoring area, an environment detecting unit 214 for detecting an external environmental condition of the monitoring area, a key measuring unit for measuring a key of the object, A key measurement unit moving unit 216 for moving the key measurement unit 215 to a position for measuring a key of the entity, a key measurement unit 210 for detecting a position of a new entity from the monitoring area image, The controller 210 controls the monitoring camera 211, the east moving part 212, the key measuring part 215 and the key measuring part moving part 216 so that the moving objects Acquiring an image and measures the key includes a monitoring control unit 218 to store the monitor storage section 217.

The key measuring unit 215 stores the distance from the key measuring unit 215 to the ground in advance and measures the distance between the key measuring unit 215 and the uppermost leaf of the object. By subtracting the difference in distance, the key of the object can be measured.

The monitoring control unit 218 compares the image or key of the specific entity measured in the current cycle with the image or key of the specific entity measured in the previous cycle to determine whether the abnormality is abnormal. do. That is, when the goat ginseng is illegally stolen or harvested, the subject disappears from the monitoring region image, and the key measurement value is suddenly changed at the time of measuring the key at the position of the subject. In this case, the monitoring control unit 218 may determine that it is in an abnormal state and notify directly to the contact of the producer or notify the contact of the producer through the monitoring terminal management unit 127.

The camera east portion 212 and the key measurement portion 216 can be implemented in separate or integrated configurations.

The soil sensing unit 213 includes a temperature sensing sensor, a humidity sensing sensor, and a component sensing sensor. The environment sensing unit 214 includes a temperature sensor, a humidity sensor, a carbon dioxide sensor, an airflow sensor, a wind speed sensor, an illuminance sensor, and a rainfall sensor.

The monitoring camera 211 supports 360 degrees PTZ, full HD resolution, and is fixed to the jig and mounted on the east side 212 of the camera. The camera moving part 212 moves the jig on which the monitoring camera 211 is mounted along the horizontal guide so that one camera can move and shoot images of all the objects growing in the monitoring area. In addition, the camera moving unit 212 moves the jig on which the monitoring camera 211 is mounted along the vertical guide, thereby allowing the user to take images at various angles with respect to one object.

The operation of the monitoring terminal 210 will be described. A monitoring terminal according to the present invention is installed in a specific monitoring area of the farm. The camera moving part 212 moves the monitoring camera 211 and the key measuring part moving part 216 is installed to move the key measuring part 215.

The monitoring camera 211 captures a monitoring area global image under the control of the monitoring control unit 218. The monitoring control unit 218 compares the monitoring global image with a previous image to read whether a new object has been created. When a new entity is created, an identifier is assigned to the new entity, the position is grasped, and the position information, the identifier, and the image of the new entity are newly registered in the monitoring storage unit 217. When the new entity is detected, the monitoring control unit 218 increases the number of newly breed newborns.

The monitoring control unit 218 controls the camera moving unit 212 and the key measuring unit 210, the monitoring camera 211 and the key measuring unit 215 to monitor the camera 211 and the key measuring unit 215, And stores the image and key information of each individual under development in the monitoring area in the monitoring storage unit 217. The monitoring control unit 218 stores the soil information and the environment information obtained through the soil detection unit 213 and the environment detection unit 214 in the monitoring storage unit 217.

The monitoring control unit 218 monitors the monitoring area information stored in the monitoring storage unit 217, the number of individuals growing in the monitoring area, the new registration date for each individual entity, the growing state (including the key information of the individual) Periodically, to the monitoring terminal management unit 127, information such as the soil condition and the external environment condition for each day of the monitoring area, and the number of new breeding new population.

The monitoring control unit 218 compares the image or key of the specific entity measured in the current period with the image or key of the specific entity measured in the previous period to determine whether the specific entity is abnormal. For example, if the particular image does not exist in the image or if the measured key of the particular entity is rapidly changed beyond a threshold value, it is judged to be in an abnormal state. The monitoring control unit 218 can send an alarm message to the producer, the monitoring terminal management unit 127,

The monitoring terminal management unit 127 acquires monitoring area information from the plurality of monitoring terminals distributed in the farm, the number of individuals growing in the monitoring area, a new registration date for each object, and a growing state per individual object (including key information of the object) ), Information on the soil condition and the external environment condition for each monitoring area, and the number of new breeding new species. The monitoring terminal management unit 127 compares the growth state of the corresponding goat ginseng according to the soil condition and the external environmental condition to at least two monitoring areas to derive an optimal growth environment and transmits the optimum growth environment information thus derived to the manager system 110).

The manager system 110 collects the growth state information of the goat ginseng according to the soil condition and the external environment condition from the farms distributed in a plurality of regions and derives the region, soil condition, and external environment conditions in which the growth and quality of the goat ginseng are maximized can do.

While the present invention has been described in connection with what is presently considered to be the most practical and preferred embodiments, it is to be understood that the invention is not limited to the disclosed embodiments. In addition, it is a matter of course that various modifications and variations are possible without departing from the scope of the technical idea of the present invention by anyone having ordinary skill in the art.

110: Administrator system 120: Production process recording terminal
111: communication unit 112: database
113: writing section generating section 114:
115: Information message forwarding unit 116: Operation plan calculating unit
117: administrator control unit 121: communication unit
122: body storage unit 123: body control unit
124: main body camera 125: touch screen
126: human body detection sensor 127: monitoring terminal management unit
210: Monitoring terminal 211: Monitoring camera
212: eastern part of the camera 213: soil detection unit
214: environment detection unit 215: key measurement unit
216: key measurement unit 217: monitoring storage unit
218: Monitoring control unit

Claims (5)

A production process record management system including an administrator system and a plurality of production process recording terminals installed in a plurality of farms,
Wherein the manager system comprises: a communication unit connected to the plurality of production process recording terminals via the Internet; Farm information on each farm, local information on each farm, record of the production process installed on each farm, terminal information, general status of the farmer, production year of the goat gins cultivated on each farm, and a number of operations A database for storing contents data in association with each other; A recording unit generating unit for generating a production process recording unit based on the plurality of pieces of work content data; The work content data inputted through the other production process recording terminal installed in the same area as the farm and the work content data inputted through the other production process record terminal installed in the area other than the farm, A work type determination unit that determines work type and time information to be performed; And a guidance message forwarding unit for guiding the producer of the farm to the work type and time information determined by the work type determination unit,
Wherein the production record recording terminal includes a main body and at least two monitoring terminals installed in a monitoring area of the farm,
Wherein the main body unit comprises: a communication unit connected to the manager system via the Internet; Information on the farm where the production record terminal is installed, local information of the farm, production record record terminal information, producer general status of the farmer, annual production of goat gins cultivated on the farm, and a plurality A work type selection screen for registering the work content data, screen information for searching for a work content data, and screen information for searching for the work content data; A control unit for automatically calculating a job date and time at which the job content data is registered, a job start time, a job end time, and a job execution time and storing the data in association with the job content data; A camera for capturing an image during the task execution time; A touch screen for performing an interface with a user in the job content data registration and job content data search process; A growth state in each of the monitoring terminals including a number of a growing population in a monitoring area, a new registration date for each individual entity, and key information of an individual entity for each individual entity; a soil condition and an external environment condition for each monitoring area; And a monitoring terminal management unit for receiving and storing the new population information and comparing the growth conditions according to the soil condition and the external environmental condition to derive an optimum growth environment,
The monitoring terminal monitors the number of growing individuals in the monitoring area, a new registration date for each individual entity, a growth status for each individual entity including key information of each entity, a soil condition and an external environment condition for each monitoring area, Collecting information on the number of individuals and transmitting the information to the monitoring terminal management unit. The management system according to claim 1, wherein the manager system is configured to calculate a unit time and an average per unit area based on the work area, the farm area, and the work execution time included in the work content data input through at least two production process recording terminals, And a work plan calculating unit for calculating a work amount and planning a worker and a work time according to a work type and a farm area. [Claim 3] The method according to claim 2, wherein the guide message sending unit sends a guidance message to the producer, the information message including a worker number and a work time information according to a work type and a farm area calculated by the work plan calculating unit, Management system. The production record recording terminal according to claim 1, wherein the production record recording terminal further comprises a human body detection sensor for determining whether a moving object is approaching to the production record recording terminal and whether the object to be approached is a human body or an animal. Production process log automatic management system. The monitoring terminal according to claim 1, wherein the monitoring terminal comprises: a camera for capturing an image of the monitoring area and an image of objects growing in the monitoring area; a camera easter unit for moving the camera in a horizontal direction and a vertical direction; An environment sensing unit for sensing an external environmental condition of the monitoring area, a key measuring unit for measuring a key of the object, a key measuring unit for measuring a key of the object, And a control unit for controlling the camera, the east portion of the camera, the key measurement unit, and the key measurement unit movement unit to acquire images of the individuals growing in the monitoring area at predetermined intervals, measure the key And a control unit for storing the data in the storage unit.

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