TWI750966B - Agricultural Machinery Management System - Google Patents

Abstract

An agricultural machinery management system includes a sensing device installed on the agricultural machinery to detect operating parameters, and an agricultural machinery management subsystem installed on the mobile device. The agricultural machinery management subsystem can control the signal of the mobile device to connect to the sensing device to receive operation parameters, update and upload the usage history data of the agricultural machinery to the cloud host according to the operation parameters, and can also be operated to send the usage history data The sharing setting is set to the cloud host, which can be operated to log in to the cloud host according to a shared connection connection obtained by the mobile device, so as to obtain the corresponding usage history data. Through the sensing device and the design of the agricultural machinery management subsystem installed on the mobile device, the usage history data of the agricultural machinery can be automatically established, which helps to improve the management efficiency of the agricultural machinery and increase the output value of the agricultural machinery.

Description

Agricultural Machinery Management System

The present invention relates to a management system, in particular to an agricultural implement management system.

In order to increase agricultural production capacity, there are currently many agricultural machines developed for various agricultural operations on the market, such as tillers, lawn mowers, harvesters, etc., so many farmers will also purchase and use a variety of agricultural machines (below referred to as agricultural machinery).

However, because crops have a certain growth cycle, the agricultural work to be done in the stage of the growth cycle of the crops is also roughly fixed, so the agricultural machinery used in each stage of the agricultural work is also roughly fixed. As a result, many agricultural machines are only used a few times a year, so many farmers feel that the cost-effectiveness of the purchased agricultural machines is low. Therefore, many farmers will choose to borrow agricultural machinery from other farmers, or buy old agricultural machinery for use. However, whether it is to borrow agricultural machinery or buy old agricultural machinery, disputes often arise, mainly because the owner of the agricultural machinery does not know the usage of the loaned agricultural machinery, and the purchaser of the agricultural machinery does not know the previous use and maintenance of the old agricultural machinery purchased. situation, so that disputes often arise because of the failure of agricultural machinery.

In addition, some agricultural machines are used for a concentrated period of time, and most agricultural machines do not display usage parameters, so most users cannot clearly understand the current usage of agricultural machines, and cannot maintain according to the recommended maintenance hours in the maintenance manual.

Accordingly, it is an object of the present invention to provide an agricultural implement management system that ameliorates at least one of the disadvantages of the prior art.

Therefore, the agricultural equipment management system of the present invention includes a sensing device installed on an agricultural machine, and an agricultural machine programmed to construct a mobile device to control the signal of the mobile device to connect the sensing device and a cloud host. management subsystem.

The sensing device includes a sensing unit for detecting and obtaining the operating parameter of the agricultural machine, and a communication unit for communicating with the mobile device to transmit the operating parameter.

The agricultural machinery management subsystem includes an agricultural machinery connection control unit, a usage history management unit, and an agricultural machinery sharing management unit, and the agricultural machinery connection control unit can be used to control the mobile device to connect to the communication unit to receive the operation parameter, the usage history The management unit is operable to create a usage history data for the agricultural machine, analyze the operation parameters to obtain an operation data, update the usage history data according to the operation data, and control the mobile device to update the usage history Data is sent to the cloud host.

The agricultural machinery sharing management unit includes a sharing setting module and a sharing The sharing setting module is operable to control the mobile device to send a sharing setting to the cloud host for the usage history data, and correspondingly generate a sharing link, and the sharing setting module is operable to operate according to the action A shared link obtained by the device is used to log in to the cloud host, so as to obtain the usage history data corresponding to the shared setting.

The effect of the present invention is: through the design of the sensing device installed on the agricultural machinery and the agricultural machinery management subsystem installed on the mobile device, the use history of the agricultural machinery can be automatically established when using it or sharing the use of others. Data can help to improve the management efficiency of agricultural machinery and increase the output value of agricultural machinery.

200: Agricultural Machinery Management System

3: Sensing device

31: Sensing unit

32: Communication unit

4: Agricultural machinery management subsystem

41: User Management Unit

42: Agricultural machinery connection control unit

43: Use the Journey Snap-in

44: Agricultural machinery sharing management unit

440: Shared Link

441: Shared Settings Module

442: Shared Undertaking Module

45: Agricultural machinery transfer management unit

450: Transfer Link

451: Transfer Settings Module

452: Transfer Undertaking Module

46: Agricultural machinery maintenance management unit

461: Periodic operation data statistics module

462: Maintenance reminder module

463: Maintenance record module

47: Support Services Unit

471: Repair station query module

472: Call the repair module

473: Use the Teaching Query Module

48: Safety reminder unit

480: Status confirmation interface

800: Cloud hosting

801: Mobile Devices

900: Agricultural Machinery

Other features and effects of the present invention will be clearly presented in the embodiments with reference to the drawings, wherein: FIG. 1 is a schematic structural diagram of an embodiment of the agricultural machinery management system of the present invention when used with agricultural machinery, a mobile device and a cloud host ; And FIG. 2 is a functional block diagram of this embodiment.

Before the present invention is described in detail, it should be noted that in the following description, similar elements are designated by the same reference numerals.

Referring to FIGS. 1 and 2 , an embodiment of an agricultural implement management system 200 of the present invention includes a plurality of sensing devices 3 installed on a plurality of agricultural machinery 900 , and an agricultural machinery management system 801 programmed to be constructed on a mobile device 801 . Subsystem 4. The agricultural machinery management subsystem 4 can connect the sensing devices 3 through the signal of the mobile device 801, and control the mobile device 801 to connect to a cloud host 800 through wired communication technology and/or wireless communication technology signals, so as to communicate with the cloud host 800 for communication and data transfer. The wireless communication technologies include, but are not limited to, currently known wireless network technologies such as wifi, and mobile communication technologies such as 4G and 5G. The mobile device 801 is, for example, but not limited to, an electronic device with a communication function and an image display function, such as a mobile phone, a tablet computer, a notebook computer, a smart watch, a wristband, and glasses.

Each sensing device 3 includes a sensing unit 31 for sensing the operating state of the corresponding agricultural machine 900 to obtain an operating parameter, a communication unit 32 for communicating with the mobile device 801 , and a supplying A power unit (not shown) of the power required for the operation of the sensing unit 31 and the communication unit 32 . The sensing unit 31 can sense data such as, but not limited to, the starting operation hours, remaining power and/or engine speed (rpm) of the agricultural machine 900 through various currently known sensing technologies, so as to obtain the corresponding operation parameter. For example, a Hall sensor is used to sense the operation of a rotating shaft or a wheel shaft, or a power sensing technology is used to sense the change of the battery output of an agricultural machine 900 to determine the battery level and the time of starting and closing the agricultural machine 900. Or use an inductive element to sense when the spark plug is driven to ignite.

The power unit may use a disposable battery or a rechargeable battery as a power source, and will output a power parameter for the current remaining power. The communication unit 32 can transmit the operating parameter and the power parameter to the mobile device 801 connected to the signal through the currently known wireless communication technology and/or wired communication technology. Since the wireless communication technology is the existing technology and there are many ways, Therefore, it will not be described in detail.

When the sensing devices 3 are used, one sensing device 3 or a plurality of sensing devices 3 can be installed on an agricultural machine 900 according to the sensing function of the sensing unit 31 of each sensing device 3, Each sensing device 3 on the agricultural machine 900 obtains the operating parameters of the corresponding function.

The agricultural machinery management subsystem 4 can be implemented and constructed on a mobile device 801 in the form of an APP (mobile application) or other programming languages, and has a plurality of built-in agricultural machinery options corresponding to various agricultural machinery 900. Each agricultural machinery option is preset with a An agricultural machine type parameter of the corresponding agricultural machine 900. The agricultural machinery management subsystem 4 includes a user management unit 41, an agricultural machinery connection control unit 42, a usage history management unit 43, an agricultural machinery sharing management unit 44, an agricultural machinery transfer management unit 45, an agricultural machinery maintenance management unit 46, and an agricultural machinery maintenance management unit 46. A support service unit 47 , and a safety reminder unit 48 .

The user management unit 41 is operable to create a user data, such as but not limited to identity data and communication data. The operation input method can be through the input interface of the mobile device 801, such as but not limited to a touch screen The input interface or voice input method is the same for the following units for operating the input data, and will not be described in detail since there are many methods.

The agricultural machine link control unit 42 is operable to control the mobile device 801 to establish a communication link with each sensing device 3 , and then control the mobile device 801 to receive the operating parameter sent by each sensing device 3 to which the signal is connected. . In addition, the agricultural machinery connection control unit 42 is triggered by a transfer confirmation signal corresponding to one of the sensing devices 3, and controls the mobile device 801 to delete the communication link with the one of the sensing devices 3, so that the mobile device 801 The operating parameter sent by one of the sensing devices 3 cannot be received anymore.

The usage history management unit 43 is operable to create a usage history data for the agricultural machine option corresponding to each sensing device 3 that has established the communication link, and controls the mobile device 801 to transmit the usage history data to the agricultural machinery option. Cloud host 800 storage. The content of the usage history data includes, but is not limited to, the type parameters of the agricultural machine, the name of the agricultural machine, the date of purchase, the owner, the accumulated usage hours, the last usage time, the maintenance and repair records, the sharing records and the transfer records, etc. of the agricultural machine options, and It also includes power information of the sensing device 3 .

The usage history management unit 43 can analyze the operation parameter and the power parameter currently received by the mobile device 801 to obtain an operation data of the corresponding agricultural machine 900, and obtain the corresponding remaining power data of the sensing device 3, and according to The sensing device 3 corresponding to the operating parameter compares the corresponding usage history data, and according to the The operation data and the remaining battery data are updated with the comparison of the usage history data, such as but not limited to updating the usage hours, and the mobile device 801 is controlled to display all or part of the usage history data for the user to view , for example, the accumulated usage hours, the last usage time, maintenance and repair records, sharing records and transfer records, etc. are displayed, as well as the power information of the sensing device 3 . Moreover, the usage history management unit 43 also controls the mobile device 801 to transmit the updated usage history data to the cloud host 800 for storage.

In addition, the usage history management unit 43 is also triggered by a transfer confirmation signal corresponding to one of the sensing devices 3 to cancel the permission to update the corresponding usage history data, and cancel the uploading of the corresponding usage history via the mobile device 801 Permission for data to the cloud host 800 .

The agricultural machinery sharing management unit 44 includes a sharing setting module 441 and a sharing receiving module 442 . The sharing setting module 441 is operable to establish a sharing setting for the usage history data of one of the sensing devices 3 that have established the communication link, and can choose to set the sharing setting as one-time sharing or permanent sharing, A sharing period, such as one week, is set for one-time sharing, and there is no sharing period for the permanent sharing. Then, the mobile device 801 is controlled to transmit the sharing setting to the cloud host 800 . In addition, the sharing setting module 441 generates a sharing link 440 for the sharing setting. In this embodiment, the shared link 440 is a barcode image that is displayed on the mobile device 801 and can be scanned and read by another mobile device 801 . Such as but not limited to QR codes.

The sharing interface module 442 is operable to control the mobile device 801 to scan and read a shared link 440 displayed by another mobile device 801 , and to control the mobile device 801 to log in to the cloud host 800 via the shared link 440 , so as to The usage history data corresponding to the sharing setting corresponding to the sharing link 440 is obtained, and the obtained usage history data is stored in the mobile device 801 . The usage history management unit 43 can update and upload the usage history data obtained by the sharing receiving module 442 to the cloud host 800 . If the sharing setting corresponding to the obtained sharing link is a one-time sharing, the usage history management unit 43 will delete the usage history data corresponding to the update and upload to the usage history when the sharing period set in the sharing setting expires. Permission of cloud host 800.

The agricultural machinery transfer management unit 45 includes a transfer setting module 451 and a transfer accepting module 452 . The transfer setting module 451 is operable to create a transfer setting for the usage history data of one of the sensing devices 3 that have established the communication link, and control the mobile device 801 to transmit the transfer setting to the cloud host 800 . In addition, the transfer setting module 451 generates a transfer link 450 for the transfer setting. In this embodiment, the transfer link 450 is a barcode image that is displayed on the mobile device 801 and can be scanned and read by another mobile device 801, such as but not limited to a QR code.

The transfer accepting module 452 is operable to control the scanning of the mobile device 801 Scan and read a transfer link 450 displayed by another mobile device 801 , and control the mobile device 801 to log in to the cloud host 800 via the transfer link 450 to obtain the use corresponding to the transfer setting corresponding to the transfer link 450 and store the obtained usage history data in the mobile device 801 . The usage history management unit 43 can update and upload the usage history data obtained by the transfer accepting module 452 to the cloud host 800 .

In addition, after controlling the mobile device 801 to obtain the usage history data through the transfer link 450, the cloud host 800 will return a transfer confirmation signal corresponding to the transfer setting to the mobile device 801 that sent the transfer setting. At this time, The agricultural machinery connection control unit 42 and the usage history management unit 43 of the agricultural machinery management subsystem 4 of the mobile device 801 are both triggered by the transfer confirmation signal to control the mobile device 801 to delete the sensing corresponding to the connection. The link setting of the device 3 and the permission to upload the corresponding usage history data via the mobile device 801 are deleted.

The agricultural machinery maintenance management unit 46 builds a plurality of maintenance cycle conditions and a plurality of maintenance implement data for each agricultural machinery option, and each maintenance cycle condition and each maintenance implement data have a maintenance implement parameter. The maintenance cycle conditions refer to the conditions under which machinery/consumables such as engine oil, gear oil, spark plugs, air filters, chains or transmission belts, brakes or blades need to be replaced or maintained. The maintenance equipment information refers to the vendors and prices of the aforementioned equipment/consumables.

Specific examples are described below to correspond to the agricultural machinery options of the lawn mower. For example, the maintenance cycle condition is set to be replaced every six months for the motor oil or gear oil used by the lawn mower, while the maintenance cycle condition for the blades used is set to be used for 50 hours or more. 100 hours. Taking the maintenance cycle conditions of the agricultural machine option corresponding to the cultivator as an example, for the engine oil or gear oil used by the cultivator, the set maintenance cycle conditions are to be replaced every six months, or the cumulative driving time is 50 hours or For 200 hours, the maintenance cycle condition for the air filter in use is set to a cumulative use of three months, and the maintenance cycle condition for the used tool is set to a cumulative use of 200 hours. In addition, there are maintenance cycle conditions that are common to all agricultural machines 900. For example, if the machine has not been used for more than a predetermined period of time (eg, 6 months), the entire machine must be maintained once.

The agricultural machinery maintenance management unit 46 includes a periodic operation data statistics module 461 , a maintenance reminder module 462 , and a maintenance record module 463 . The periodic operation data statistics module 461 will statistically analyze each usage history data that can be updated by the usage history management unit 43, and will be triggered by a maintenance reset signal corresponding to one of the usage history data. At this point, start to count all the operating parameters corresponding to the usage history data that are subsequently updated to obtain a cycle of operation data. The content of the cycle operation data includes but is not limited to the cumulative operating hours, cumulative mileage, and cumulative unused time, etc. , and the cycle operation data statistics module 461 will compare the corresponding agricultural machine options according to the usage history data corresponding to the cycle operation data, and analyze the cycle operation data according to the maintenance cycle conditions corresponding to the agricultural machine options, and will When comparing and judging that the cycle operation data meets one of the maintenance cycle conditions, A maintenance trigger signal is generated correspondingly.

The maintenance reminder module 462 is triggered and activated by the maintenance trigger signal, and compares the corresponding maintenance tool data according to the maintenance tool parameter of the maintenance cycle condition corresponding to the maintenance trigger signal, and integrates the maintenance cycle condition and the maintenance tool data. The maintenance equipment data creates a maintenance reminder message, and drives the mobile device 801 to display the maintenance reminder message.

The maintenance record module 463 is operable to create a maintenance record for the periodic operation data corresponding to the maintenance reminder message, and to generate the maintenance reset signal for the maintenance record. The usage history management unit 43 will be triggered by the maintenance reset signal, and the usage history data will be updated according to the maintenance record, and the periodic operation data statistics module 461 will be triggered by the maintenance reset signal, and the usage history data will be re-stated since All operation data added after it is triggered to obtain new cycle operation data.

The support service unit 47 includes a maintenance station inquiry module 471 , a repairing module 472 , and a use teaching inquiry module 473 . The maintenance station query module 471 is operable to activate a maintenance station query function for one of the agricultural machinery options. When the maintenance query function is activated, the current positioning data of the mobile device 801 and the agricultural machinery type parameter of the agricultural machinery option are aggregated To create a maintenance station query request, and control the mobile device 801 to send the maintenance station query request to the cloud host 800, and control the mobile device 801 to display a query returned by the cloud host 800 for the maintenance station query request result. The query results have one or more repair station options.

The repair-calling module 472 is operable to activate a repair-calling function for one of the repair station options in the query result. When the repair-calling function is activated, the current positioning data of the mobile device 801 and the corresponding agricultural machine type are compiled. parameters and the user data to create a repair request, and control the mobile device 801 to send the repair request to the cloud host 800 . In addition, the repair-calling module 472 is also triggered and activated by the safety reminder unit 48, and integrates the current positioning data of the mobile device 801, the user data, and the corresponding agricultural machine type parameters to create a repair-calling request, and controls the The mobile device 801 sends the repair request to the cloud host 800 .

During implementation, in another embodiment of the present invention, the repair-calling module 472 is also operable to directly activate the repair-calling function for one of the agricultural machinery options, and will collect the current positioning data of the mobile device 801 and the agricultural machinery options. Corresponding to the agricultural machine type parameter and the user data, the repair call request is established, and the mobile device 801 is controlled to send the repair call request to the cloud host 800 .

The use teaching query module 473 is operable to activate a teaching request function for one of the agricultural machinery options. When the teaching request function is activated, the mobile device 801 is controlled to send to the cloud host 800 a message containing the agricultural machinery option. A teaching request for agricultural machinery type parameters, and controlling the mobile device 801 to display the teaching data replied by the cloud host 800 in response to the teaching request.

The safety reminder unit 48 has a built-in reminder message about the safety rules for the use of agricultural machinery. Trigger to start, and immediately control the mobile device 801 to output the reminder message in the form of sound and/or image, such as playing a reminder message of voice type, or displaying a reminder message of reminder text type, etc., so as to remind the user to abide by the safety usage rules , and pay attention to the status of the currently operating agricultural machinery 900, and control the mobile device 801 to display a status confirmation interface 480 for the user to operate. The status confirmation interface 480 has a normal option representing the normal operation of the agricultural machinery, and a For the abnormal option, when the normal option is operated, the status confirmation interface 480 will be closed. When the abnormal option is operated, the status confirmation interface 480 will switch to display a condition exclusion option and a repair option. When the status exclusion option is operated, the status confirmation interface 480 is closed, and when the repair call option is operated, the trigger is triggered according to the agricultural machine type parameter of the agricultural machine 900 corresponding to the sensing device 3 corresponding to the operation parameter that is triggered. Start the repair module 472.

When the agricultural machinery management system 200 of the present invention is used, the sensing devices 3 can be installed on each agricultural machinery 900 to monitor the operation state, and the agricultural machinery management subsystem 4 can be installed on the mobile device 801 to be used, and the agricultural machinery can be operated. The user management unit 41 of the management subsystem 4 establishes the user data, and controls the mobile device 801 and the sensing devices 3 signal connection through the agricultural machinery connection control unit 42 to establish a communication link, and then uses the usage history The management unit 43 establishes a usage history data for the agricultural machine 900 corresponding to each sensing device 3 that has been signally connected.

The use of one of the agricultural machines 900 is taken as an example for description. installed on the farm Each sensing device 3 of the 900 will immediately sense the predetermined operating parameters of the agricultural machine 900 when the agricultural machine 900 is running, and transmit the measured operating parameters and its own power parameters to the mobile device 801 . The safety reminder unit 48 is triggered and activated when the mobile device 801 receives the operating parameter, and immediately controls the mobile device 801 to issue a reminder message, and controls the mobile device 801 to display the status confirmation interface 480 for the user Operation confirmed. The safety reminder unit 48 closes the state confirmation interface 480 or triggers the repair call module 472 according to the operation result of the state confirmation interface 48 . The usage history management unit 43 updates the corresponding usage history data according to each received operating parameter and power parameter, displays the usage history data on the mobile device 801, and uploads the updated usage history data to The cloud host 800.

When the agricultural machine 900 is to be shared with others, the agricultural machine sharing management unit 44 can be operated to create and send the sharing link 440 to the cloud host 800 for the usage history data, and display the sharing link 440 on the mobile device 801 It can be scanned and read by the mobile device 801 held by the sharer. The shared person can obtain the usage history data of the shared agricultural machine 900 through the mobile device 801 held, and can use the agricultural machine 900 through the mobile device 801 installed in the mobile device 801 in the process of using the agricultural machine 900. The agricultural machinery management subsystem 4 receives the operating parameters transmitted by each sensing device 3, and updates and uploads the usage history data. With this design, both the owner and the sharer of the agricultural machine 900 can refer to the usage history data of the agricultural machine 900 to know whether the function of the agricultural machine 900 is normal, and help clarify the use problem in the event of failure or damage.

When the agricultural machine 900 is to be transferred to another person, the agricultural machine transfer management unit 45 can create and transmit the transfer setting to the cloud host 800 for the usage history data, and the transferee can scan the corresponding data through the mobile device 801 in use. The transfer link 450 is connected to the cloud host 800 to view the content of the corresponding usage history data, confirm the maintenance record and operation performance of the agricultural machine 900, and when deciding to accept the transfer, obtain the update authority of the usage history data, And obtain the signal connection authority with all the sensing devices 3 installed in the agricultural machine 900 . And the agricultural machinery management subsystem 4 of the mobile device 801 held by the transferor will lose the authority to update and upload the corresponding usage history data, and lose the signal connection with all the sensing devices 3 installed on the agricultural machinery 900 permission.

During the use of the agricultural machine 900, the agricultural machine maintenance management unit 46 will analyze the usage history data to obtain the cycle operation data, and when the cycle operation data meets one of the corresponding maintenance cycle conditions, according to the corresponding machine tool The mobile device 801 is controlled to display the maintenance reminder message with the information of the manufacturer that sells the machine. When the agricultural machinery maintenance management unit 46 is operated to create a maintenance record in response to the maintenance reminder message, it re-statistics the periodic operation data. The usage history management unit 43 updates the usage history data according to the maintenance record and uploads it to the cloud host 800 .

To sum up, the agricultural machinery management subsystem 4 is designed through the sensing devices 3 installed on the agricultural machinery 900 and the agricultural machinery management subsystem 4 installed on the mobile device 801 to control the signal connection between the mobile device 801 and the sensing devices 3 , through this usage history management list The unit 43 automatically analyzes the operating parameters measured by the sensing devices 3, and updates the usage history data of each agricultural machine 900, which helps to establish complete usage history information for each agricultural machine 900 for understanding the operation of the agricultural machine 900. efficacy. Further, through the design of the agricultural machinery sharing management unit 44 and the agricultural machinery transfer management unit 45, the agricultural machinery 900 can be used by others or directly transferred to others. The corresponding usage history data is updated so that the sharer and the shareee can understand the maintenance history and operation performance of the shared agricultural machine 900 with each other. The transferee can also decide whether to accept the transfer through the corresponding usage history data.

In addition, the agricultural machinery maintenance management unit 46 can automatically analyze whether the cycle operation data of each agricultural machinery 900 is consistent with one of the corresponding maintenance cycle conditions, and automatically provide maintenance reminder messages, so that users can quickly understand the maintenance cycle. Where to buy the corresponding equipment/consumables. Through the design of the support service unit 47 , it is convenient to find the corresponding maintenance station for various types of agricultural machinery 900 , to perform repair service, and to query and use teaching materials. The design of the safety reminder unit 48 can immediately remind the use of safety rules when the agricultural machine 900 is started, and requires the user to confirm the state of the agricultural machine first, which helps to improve the use safety of the agricultural machine 900 .

Summarizing the above, it can be seen that the agricultural implement management system 200 of the present invention is indeed a rather innovative, convenient and practical creative design, which helps to improve the management efficiency of agricultural implements and increase the output value of agricultural implements. Therefore, the object of the present invention can surely be achieved.

However, the above are only examples of the present invention, and should not be Limiting the scope of implementation of the present invention, all simple equivalent changes and modifications made according to the scope of the patent application of the present invention and the content of the patent specification are still within the scope of the patent of the present invention.

200: Agricultural Machinery Management System

3: Sensing device

31: Sensing unit

32: Communication unit

4: Agricultural machinery management subsystem

41: User Management Unit

42: Agricultural machinery connection control unit

43: Use the Journey Snap-in

44: Agricultural machinery sharing management unit

441: Shared Settings Module

442: Shared Undertaking Module

45: Agricultural machinery transfer management unit

451: Transfer Settings Module

452: Transfer Undertaking Module

46: Agricultural machinery maintenance management unit

461: Periodic operation data statistics module

462: Maintenance reminder module

463: Maintenance record module

47: Support Services Unit

471: Repair station query module

472: Call the repair module

473: Use the Teaching Query Module

48: Safety reminder unit

480: Status confirmation interface

800: Cloud host

801: Mobile Devices

Claims (15)

An agricultural machinery management system, comprising a sensing device installed in an agricultural machinery, and an agricultural machinery management subsystem for programmatically constructing a mobile device to control the signal of the mobile device to connect the sensing device and a cloud host , wherein: the sensing device includes a sensing unit for detecting and obtaining the operating parameters of the agricultural machinery, and a communication unit for communicating with the mobile device to transmit the operating parameters; the agricultural machinery management subsystem includes an agricultural machinery A connection control unit, a usage history management unit, and an agricultural machinery transfer management unit. The agricultural machinery connection control unit can be used to control the mobile device to signal connection to the communication unit to receive the operation parameter. The usage history management unit is operable to target the agricultural machinery. Create a usage history data, analyze the operation parameters to obtain an operation data, update the usage history data according to the operation data, and control the mobile device to transmit the updated usage history data to the cloud host, the agricultural machine The transfer management unit includes a transfer setting module and a transfer accepting module, the transfer setting module is operable to control the mobile device to send a transfer setting to the cloud host for the usage history data, and correspondingly generate a transfer link , the transfer accepting module is operable to log in to the cloud host according to a transfer link obtained by the mobile device, so as to obtain the usage history data corresponding to the transfer setting, and the usage history management unit will be controlled by the action The device receives from the cloud host, and triggers a transfer confirmation signal for the transfer configuration generated by the transfer configuration module, and cancels the upload Corresponding to the authority of the usage history data to the cloud host, the agricultural machinery connection control unit will be triggered by the transfer confirmation signal, and control the mobile device to cancel the communication authority with the sensing device installed on the corresponding agricultural machinery. The agricultural machinery management system according to claim 1, wherein the agricultural machinery management subsystem further includes an agricultural machinery sharing management unit, and the agricultural machinery sharing management unit includes a shared setting module and a shared receiving module, and the shared setting module It is operable to control the mobile device to send a sharing setting to the cloud host for the usage history data, and correspondingly generate a sharing link, and the sharing receiving module is operable to log in according to a sharing link connection obtained by the mobile device The cloud host can obtain the usage history data corresponding to the shared setting, and the agricultural machinery connection control unit can control the mobile device signal to connect to the corresponding sensing device according to the usage history data to receive the operation parameter. The history management unit can analyze the operation parameter to update the usage history data, and upload the updated usage history data to the cloud host. The agricultural implement management system of claim 2, wherein the sharing setting module is operable to select and set the sharing setting as one-time sharing or permanent sharing, and operable to set the sharing of the one-time sharing Set a sharing period. If the sharing setting corresponding to the sharing link obtained by the sharing module is a one-time sharing, the usage history management unit will delete the update when the sharing period set by the sharing setting expires. The permission to upload the usage history data to the cloud host. The agricultural implement management system of claim 2, wherein the sharing setting module controls the mobile device to display the sharing link in the form of a barcode for another mobile device to scan and read. The agricultural implement management system according to claim 2, wherein the sharing setting module can control the mobile device to transmit the sharing link to a predetermined mobile device through wired communication technology and/or wireless communication technology. The agricultural implement management system of claim 1, wherein the transfer setting module controls the mobile device to display the transfer link in the form of a barcode for another mobile device to scan and read the shared link. The agricultural implement management system of claim 1, wherein the transfer setting module controls the mobile device to transmit the transfer link to a predetermined mobile device through wired communication technology and/or wireless communication technology. The agricultural machine management system according to claim 1 or 2, wherein the agricultural machine management subsystem further comprises a support service unit, and a plurality of agricultural machine options representing specific agricultural machines are built in the support service unit, and each agricultural machine option has An agricultural machinery type parameter, and includes a maintenance station query module, when the maintenance station query module is operated to activate a maintenance station query function for one of the agricultural machinery options, the current positioning data of the mobile device is combined with the one of the An agricultural machinery type parameter of the agricultural machinery option to create a maintenance station query request, and control the mobile device to send the maintenance station query request to the cloud host, and the maintenance station query module will control the mobile device to display the cloud host for the maintenance station. The query result returned by the station query request. The agricultural implement management system according to claim 8, wherein the query result has At least one maintenance station option, wherein the agricultural machinery management subsystem further includes a user management unit operable to create a user profile, the support service unit further includes a repairing module, and the repairing module will be When the at least one maintenance station option is selected by the operator to activate a repair call function, the current positioning data of the mobile device, the corresponding parameters of the agricultural machine type and the user data are assembled to create a repair call request, and the mobile device is controlled Send the repair request to the cloud host. The agricultural machinery management system according to claim 8, wherein the agricultural machinery management subsystem further includes a user management unit operable to create a user profile, the support service unit further includes a repair module, the When the repair call module is operated to select one of the agricultural machine options to activate the repair call function, it will collect the current positioning data of the mobile device, the corresponding parameters of the type of the agricultural machine and the user data to create a repair call request, and Controlling the mobile device to send the repair request to the cloud host. The agricultural implement management system according to claim 8, wherein the support service unit further comprises a usage teaching query module, the usage teaching query module can be operated to activate a teaching request function for one of the agricultural machinery options, The mobile device is controlled to send to the cloud host a teaching request containing the agricultural machine type parameter of the one of the agricultural machine options, and the mobile device is controlled to display the teaching data replied by the cloud host to the teaching request. The agricultural machinery management system according to claim 8, wherein the agricultural machinery management subsystem further includes an agricultural machinery maintenance management unit, and the agricultural machinery maintenance management unit is built with a plurality of maintenance cycle conditions and conditions corresponding to the corresponding agricultural machinery options. A plurality of maintenance equipment data, each maintenance cycle condition and each maintenance equipment data have a maintenance equipment parameter, the agricultural machinery maintenance management unit includes a periodic operation data statistical module and a maintenance reminder module. The periodic operation data statistical module The group will count all the new operation data of the usage history data after a predetermined time point to obtain a cycle operation data, and trigger the activation of the maintenance reminder module when it is judged that the cycle operation data meets the conditions of one of the maintenance cycles. The reminder module will compare the corresponding maintenance equipment data according to the maintenance equipment parameters of the one of the maintenance cycle conditions, and create a maintenance reminder message according to the one of the maintenance period data and the maintenance equipment data, and drive the mobile device to display The maintenance reminder message. The agricultural machinery management system according to claim 12, wherein the agricultural machinery maintenance management unit further comprises a maintenance record module, and the maintenance record module is operable to establish a maintenance record for the periodic operation data, and responds to the corresponding The maintenance record generates a maintenance reset signal, the usage history management unit will be triggered by the maintenance reset signal, and the usage history data will be updated according to the maintenance record, and the periodic operation data statistics module will be triggered by the maintenance reset signal, Re-statistic all operation data added after the usage history data is triggered to obtain new cycle operation data. The agricultural machinery management system according to claim 10, wherein the agricultural machinery management subsystem further comprises a safety reminder unit, the safety reminder unit has a built-in reminder message, and the mobile device receives the operation of the sensing device parameter is triggered to start, and control the mobile device in the form of sound and/ Or output the reminder message in the form of video. The agricultural implement management system according to claim 14, wherein when the safety reminder unit is activated, it controls the mobile device to display a status confirmation interface, and when a repair option on the status confirmation interface is operated, According to the agricultural machine type parameter of the agricultural machine corresponding to the sensing device, the called repair module is triggered and activated, and the called repair module will be triggered to collect the current positioning data of the mobile device, the agricultural machine type parameter and the user data to create a A repair call request, and control the mobile device to send the call repair request to the cloud host.

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