50 results about "Farm work" patented technology

The invention discloses a service life prediction method, device and equipment for a sealing element and a storage medium, the rack service life of a first sealing element is obtained, the rack service life is used for indicating the effective duration of the first sealing element on a test rack, and the test rack is used for simulating the working condition environment of a wind power plant; based on the rack service life of the first sealing element and a service life prediction model, obtaining the predicted field service life of the first sealing element, the predicted field service life being used for indicating the effective duration of the first sealing element in the working condition environment of the wind power plant, and the service life prediction model being used for indicating the corresponding relationship between the rack service life and the predicted field service life; the life prediction model is determined based on the rack life of a sample seal set and the actual on-site life of the sample seal set, and the sample seal set comprises at least one seal that has been applied in the wind farm working condition environment. The service life of the sealing element under the working condition of the wind power plant can be accurately predicted in combination with the service life of the sealing element on the test bench.

Efficiency of farm work is improved. A support device 2 according to one embodiment of the present disclosure includes: an image acquisition unit (imaging unit 20) for acquiring an image of a plant body in a field; a control unit 10 for determining, on the basis of the image, work to be executed on the plant body by a worker during a period in which the plant body is planted in the field; and a marking unit 30 for attaching a mark indicating the determined work.

To provide a farm working machine capable of determining the reliability of fertility detection data, taking into account that a conventional fertilizing working machine detects the fertilizing degree of a field by a fertilizing degree sensor and adjusts a fertilizing amount according to the fertilizing degree of each field section, and solving the problem that the fertilizing amount is adjusted using instantaneous point data acquired at 1 piece / 0.2 sec, and cannot be appropriately adjusted due to dispersion in the detection data of a fertilizing degree depending on a traveling state.SOLUTION: In the farm working machine in which a fertilizing device whose fertilizing amount is adjusted by fertilizing degree data of a field detected by a fertilizing degree sensor 75 is mounted on a traveling vehicle body, the standard deviation of the fertilizing degree data in a prescribed section is calculated and when the standard deviation is larger than a prescribed value, it is determined that the dispersion of the fertilizing degree data is large and the reliability is set to a small value.SELECTED DRAWING: Figure 2

The application discloses a kind of breeding operation work ship, it is related to ship technology field, the breeding operation work ship includes hull, propelling device, shipborne cruise control module, at least two feed cabin, feeding device and net cage identification module;Propelling device is set on hull;Shipborne cruise control module is used to obtain the net cage coordinate sent by shore-based monitoring system and is converted into cruise path, and control propelling device drive hull and travel to each breeding net cage according to cruise path;Feed cabin is set on hull and respectively stores different kinds of fish feed;The feeding end of feeding device is connected with feed cabin;Net cage identification module is used to identify the type of breeding net cage and control feeding device and fish feed in corresponding feed cabin are sent to corresponding breeding net cage.The breeding operation work ship can solve the current mode of feeding fish feed to breeding net cage by artificial way, and the technical problem that relatively low efficiency is relatively consumed manpower cost, and the degree of automation and intelligentization is not high.

To provide a system.SOLUTION: A system includes: means for entering information such as a type of farm work, region, crop, and work plan; generative AI means for generating an optimal farm work schedule in accordance with the entered information; and means for outputting the generated schedule.SELECTED DRAWING: Figure 1

To provide a farm work machine control system capable of increasing safety in control of changing between a work state and a storage state of a work machine that is mounted on a tractor and performs farm work.SOLUTION: A farm work machine control system applied to a work machine 2 including a work part mounted on a tractor 1 and performing farm work, includes: a control part 21; and an actuator 22 that can be changed between a storage state and a work state by moving the whole or a part of the work part by control of the control part 21. At the time of changing the whole or a part of the work part, the control part 21 turns on a middle flag when the whole or a part of the work part is in the middle of moving.SELECTED DRAWING: Figure 1

The invention provides an intelligent agricultural information automatic acquisition method and system based on visual identification. The system comprises a visual acquisition module, a far-field RFID module and an intelligent micro-gateway module. The visual acquisition module is used for acquiring image information of field crops; the far-field RFID module is used for remotely identifying an RFID tag attached to an agricultural input; the intelligent micro-gateway module is in communication connection with the visual acquisition module and the far-field RFID module; the intelligent micro-gateway module is configured to respond to an identification event of the far-field RFID module, trigger the visual acquisition module to capture an image, intelligently analyze the image, perform data fusion on RFID identification information and a visual analysis result, and generate a structured farming operation record, and relates to the technical field of intelligent agriculture and Internet of Things. Through intelligent triggering and linkage of RFID and vision, recording of the whole process of farming operation can be automatically completed without manual intervention, and the data acquisition efficiency and accuracy are greatly improved.

To support determination of the order of priority of work machines for which operation should be requested to achieve a target amount of work in farm work.SOLUTION: A work machine management method includes the steps of: acquiring position information representing the latest position obtained by measuring the position of a work machine (2) lastly, and machine information including at least operation information representing the operating state of the work machine (S1); determining, on the basis of the operation information for each work machine, whether the work machine is an operating work machine currently in operation, an operated work machine having operated on that day and currently not in operation, or a prepared work machine not in operation on that day and having operated in a period from a predetermined days before that day until the previous day (S2); and outputting, as information for a user to determine the order of priority of the work machines for which operation should be requested to achieve a predetermined target amount of work, information representing the latest position of the operating work machine, information representing the latest position of the operated work machine, and information representing the latest position of the prepared work machine (S6).SELECTED DRAWING: Figure 5

To provide a farm working machine enabling a worker to judge whether the inclination of the farm working machine is suitable for the work or not, i.e., enabling the worker to easily judge the propriety of the work.SOLUTION: A farm working machine comprising: a mounting portion 1 that is vertically movably connectable to a traveling vehicle body 7; a working portion 3 that receives power from the traveling vehicle body 7 to perform a predetermined work; and an offset mechanism portion 2 that connects the mounting portion 1 and the working portion 3 to each other and moves the working portion 3 in a left-right direction.SELECTED DRAWING: Figure 8

The present invention relates to an agricultural work activity tracking system comprising: an information processing unit for extracting, from a crop cultivation information DB, a standard work schedule for a cultivated crop identified from user input information, and generating user-personalized work indication information in which the extracted standard work schedule reflects at least one of cultivation environment information and agricultural work activity tracking information; and a system operation unit for providing the user-personalized work indication information via a crop cultivation application program for farmers used by a corresponding user, and when the agricultural work activity tracking information corresponding to the user-personalized work indication information is received or collected, causing the agricultural work activity tracking information to be recorded in an agricultural activity information DB via the crop cultivation application program for farmers used by the user.

To provide a farm working machine capable of protecting an actuator when lifting up and holding a land roller.SOLUTION: A farm working machine includes: a rotary working part mounted on a travel machine body, having a plurality of tilling claws, and performing tilling work; a roller part disposed at the rear side of the rotary working part; a roller part moving mechanism capable of moving the roller part to the rotary working part; and a restriction part for restricting the movement of the roller part by the roller part moving mechanism. In the farm working machine, the roller part moving mechanism includes an arm part for supporting the roller part, the arm part includes a rotary working part side end part rotatably connected to a rotary shaft disposed in the rotary working part, and a roller part side end part connected to the roller part, and the roller part moving mechanism may rotate the arm part around the rotary shaft and move the roller part.SELECTED DRAWING: Figure 1

The invention discloses a farming planning management method and system, and relates to the technical field of digital agriculture. A specific embodiment of the method comprises the steps of collecting growth state data of crop varieties in a target region; analyzing the growth state data through a timed task so as to judge whether the crop variety meets farm work issuing conditions or not; and generating a farming plan of the crop variety in the target region under the condition that the crop variety meets farming issuing conditions. According to the embodiment, the real-time growth state of the crop variety in the target region can be obtained, the farming planning is updated under the condition that the farming issuing condition is met, the problems that an existing farming planning method is weak in adaptive capacity and low in reference value are solved, and meanwhile the quality and yield of the crop variety can be improved to a certain extent.

1. The name of the design product: intelligent unmanned electric tractor (Hunan agricultural clothing EAD684). 2. The use of the design product: for farming work. 3. The design points of the design product: in its shape. 4. The picture or photo that best indicates the design points: perspective view 1. 5. The bottom of the design product is not often seen during use, and the bottom view is omitted.

To provide a farm working machine capable of accurately detecting the lock of an extended working part for extending the working part of the working machine attached to a tractor and carrying out farm working.SOLUTION: The working part includes a basic working part 60, an extension working part 61 rotatable with respect to the basic working part 60 through a rotation mechanism 70, and a lock mechanism 80 for locking the extension working part 61 in a position where the extension working part 61 is extended with respect to the basic working part 60 to perform agricultural work, and the actuator 32 rotates the extension working part 61 with respect to the basic working part 60 and locks the lock mechanism 80 by control of a control part 21, and the sensor 31 can detect rotation of the rotation mechanism 70 and locking of the lock mechanism 80.SELECTED DRAWING: Figure 1

To provide a field work machine which can perform ridge gathering traveling which can easily identify a location of supplying work material and easily moves a traveling vehicle body along a ridge.SOLUTION: The field work machine has: a satellite positioning unit which can set a specific side made up of a side of an outer shape of a field as a material supply side for agricultural material to be consumed, and which can detect a position of a traveling machine body using a satellite navigation; and a work device which can perform work on the field. A traveling vehicle body can calculate a field shape based on a traveling trajectory of the traveling machine body acquired by timely detection of a position of the traveling machine body during circulation travel of the traveling vehicle body. The field shape is determined based on positional information of at least a corner of the field. The positional information corresponding to the corner of the field is acquired by being triggered by the start of the work by the work device, or the stop of the work of the work device or a vertical movement of the work device.SELECTED DRAWING: Figure 4

To suppress a strut from becoming an obstacle in a farm work in a photovoltaic power generation system for farm sites.SOLUTION: A photovoltaic power generation system for farm sites includes an L-type photovoltaic power generation unit and a T-type photovoltaic power generation unit. The L-type photovoltaic power generation unit includes a plurality of struts arranged along one direction, and a plurality of solar panels installed above a farm land by the plurality of struts. The plurality of solar panels are disposed on only one side in the horizontal direction with respect to the plurality of struts. The T-type photovoltaic power generation unit includes a plurality of struts arranged along one direction, and a plurality of solar panels installed above the farm land by the plurality of struts. The plurality of solar panels are disposed on both sides in a horizontal direction with respect to the plurality of struts. The plurality of struts of the L-type photovoltaic power generation unit stands at causeway provided at a boundary of the farm land, and the plurality of struts of the T-type photovoltaic power generation unit stands at causeway provided inside the farm land.SELECTED DRAWING: Figure 1

To support recovery from troubles encountered during target agricultural work by remote operation or autonomous operation of a working machine.SOLUTION: The remote control device (51) comprises a monitoring processing unit (73) that acquires the work status of a working machine (10) performing target agricultural work through remote operation or autonomous operation, and a trouble processing unit (74) that determines whether recovery from trouble is possible through remote operation of the working machine or autonomous operation of the working machine when the trouble occurs in the target agricultural work, and notifies a request for help to an emergency contact when such recovery is not possible.SELECTED DRAWING: Figure 1

A farm work machine (1) is provided with: a steering operation member (41) for steering; a travel control unit that controls travel of a machine body having a travel device; a mode switching unit that switches a control mode of the travel control unit between a first mode and a second mode; an orientation determination unit that determines a reference orientation for automatic steering; the travel control unit controls travel of the machine body based on the reference orientation or a travel path (GL) calculated from the reference orientation when the control mode of the travel control unit is the first mode, the machine body travels in accordance with an operation of the steering operation member (41) when the control mode of the travel control unit is the second mode, and the orientation determination unit performs orientation change processing that changes a direction of the reference orientation or the travel path (GL) in accordance with an operation of a human operation member (45) when the control mode of the travel control unit is the first mode.

To improve agricultural work efficiency and quality.SOLUTION: A system includes means for recording weather and air temperature, means for obtaining weather forecast information, and means for generating an instruction to support farm work such as a crop farming plan, caring, and harvesting.SELECTED DRAWING: Figure 1

To provide a farm work vehicle capable of changing a height of a farm field work machine to a proper height automatically, in a specific operation of the farm work vehicle.SOLUTION: A farm work vehicle 1 comprises a travel machine body 10, a farm field work machine 20, a lifting device 30, and a control part 60. The travel machine body 10 can travel in a farm field. The farm field work machine 20 is coupled to the travel machine body 10. The lifting device 30 lifts up and down the farm field work machine 20. The control part 60 controls the travel machine body 10, the farm field work machine 20, and the lifting device 30. The lifting device 30 lifts up and down the farm field work machine 20, so that a height for supporting the farm field work machine 20 becomes the highest position or a set height which is lower than the highest position. The control part 60 controls the lifting device 30 so that the height becomes the set height, according to a specific operation of the farm work vehicle 1 according to operation of an operator.SELECTED DRAWING: Figure 1

To improve agricultural productivity by proposing an optimal farm work task according to a resource of a user by utilizing information such as a progress situation of farm work, weather information, and a sales situation of vegetables.SOLUTION: A system includes: means for collecting information such as a progress situation of the farm work, weather information, and the selling situation of the vegetable, and proposing the optimum farm work task according to the resource of the user, and an AI.SELECTED DRAWING: Figure 1

To provide a farm field work machine capable of specifying a place where work materials are to be replenished easily and capable of performing pulling-over traveling for pulling over a travelling vehicle body to a levee easily.SOLUTION: A farm field work machine includes: a satellite positioning unit capable of setting a specific side consisting of contour sides of a farm field as a material replenishing side for an agricultural material to be consumed, and capable of detecting a travelling machine body using a navigation satellite; a work device capable of performing work for the farm field; and a farm field shape calculation unit capable of calculating a farm field shape on the basis of a travelling track of the travelling machine body acquired by the detection over time of the position of the travelling machine body while the travelling machine body is travelling around. A work travelling control unit is capable of performing pulling-over travelling for pulling over the travelling machine body to a levee for replenishing the agricultural material from a starting end or a terminal region of a turning route, in which replenishing automatic travelling control for pulling over the traveling machine body to the material replenishing side or remote operation travelling control for pulling over the traveling machine body to the material replenishing side by a manual operation through an operation of a remote operation tool is executed.SELECTED DRAWING: Figure 4

We provide the system. [Solution] Means for receiving crop and soil condition data acquired by flying machines and ground-based machines, A means for analyzing information including the received data to evaluate the growth status of crops and generate a proposal for optimal farm work, Means for providing the aforementioned proposal to users, A means of conducting crop monitoring in urban environments using drones and soil sensors, A means of utilizing the analysis results to optimize watering timing, fertilization types, and pest and disease control in urban agriculture, A system that includes this.

To provide a ridge height detection device that can correctly measure the height of a top surface of a ridge even when a relative positional relationship in a width direction with respect to the ridge varies.SOLUTION: A ridge height detection device B incudes: a support base for fixing a slide rail with a longitudinal direction thereof being arranged in parallel with the right and left in travel direction in a rear of a cover part G which covers an upper part of a reap blade part F having a plurality of reap blades 23; a sensor bracket 33 which can move on the slide rail and fixes a sensor 36 capable of detecting a ridge height; a pair of first arms 34A rotationally connected to the support base; a pair of second arms rotationally connected to the first arms; a third arm rotationally connected to the support base and connected to the sensor bracket 33 and the second arm; and a guide arm 34D rotationally connected at lower ends of the first arms 34A and having a guide means 34E which makes contact with a side surface of the ridge U.SELECTED DRAWING: Figure 1

To provide a farm working machine capable of performing proper soil gathering work.SOLUTION: The agricultural implement 1 is equipped with an inner side soil gathering body 61 and an outer side soil gathering body 81 for performing soil gathering work for gathering soil to the groove part side of the traveling track of the tractor. The inner soil gathering body 61 has a plate-like inner soil gathering plate part 72 for performing soil gathering work. The outer side soil gathering body 81 has a plate-like outer side soil gathering plate part 117 for performing soil gathering work. When the outer soil-pressing body 81 is installed at a position on the side of the central working part 11, the front end of the inner soil-pressing plate part 72 of the inner soil-pressing body 62 is positioned behind the rear end of the outer soil-pressing plate part 117 of the outer soil-pressing body 81 in a side view.SELECTED DRAWING: Figure 12

To provide a puddling machine having high workability.SOLUTION: A program causes a computer to execute calculating worked region information indicating a region where work has been performed by a farm work machine on the basis of positional information of a communication terminal, and causing a display unit of the communication terminal to display the calculated worked region information. The program may further cause the computer to execute calculating work height information of the farm work machine and causing the display unit of the communication terminal to display the work height information.SELECTED DRAWING: Figure 11

To provide an agricultural implement capable of improving durability.SOLUTION: This farm working machine 1 is equipped with a central working part 2 connected to a tractor and right and left extended working parts rotatable to the central working part 2. Further, the central machine body 11 of the central working portion 2 has a frame pipe portion 24 which is elongated in the left-right direction. An electric wire cover body 72 covering the electric wire 71 and long in the lateral direction is detachably attached to the frame pipe part 24.SELECTED DRAWING: Figure 3

This invention provides a farm work record creation device that allows for easy recording of farm work without the need for a special motion detection unit. [Solution] An agricultural work record creation device that creates agricultural work records based on information from an information terminal, comprising: a movement trajectory acquisition unit 11 that acquires a movement trajectory including date and time information from an information terminal; a feature extraction unit 12 that extracts work features based on the movement trajectory; a work type estimation unit 13 that estimates the work type from the work features; and an agricultural work record creation unit 14 that creates agricultural work records by associating the movement trajectory and the work type. The work features include the speed of movement of a portion that can be considered a straight line extracted from the movement trajectory, the width which is the distance between straight lines, crop information based on the position information of the movement trajectory, and time information based on the date and time the movement trajectory was recorded.