69 results about "Harvest" patented technology

vertical regenerative parallel-flow kiln comprising at least two vessels (1,2) interconnected by a gas transfer channel (3), each vessel comprising, in the in-service or out-of-service position, a loading inlet (5) for carbonate mineral rock at the top of the vessel, means for firing the rock, a discharge outlet (8) for the decarbonated calcined material produced at the bottom of the vessel, a cooling air inlet (7) at the bottom of the vessel for counter-cooling the calcined material produced, and a central collecting element (21) having, at its upper end, a collection opening (24) for the cooling air heated by the calcined material and, at its lower end, an extraction outlet (22), each vessel further comprising a protective cap-shaped element (25) which is fixed in the vessel in a position independent of the central collecting element (21),by covering and surrounding its upper end down to a level lower than the harvest opening (24), so as to leave, between this upper end and the cap (25), a free passage for the collection of heated cooling air through the harvest opening (24).

To reduce the time and effort required for a producer of agricultural products to input commodity information for an EC site, and keep the commodity information fresh.SOLUTION: An information processing system includes a control unit. The control unit receives, from a producer terminal of a producer of agricultural products, commodity information of the agricultural products and estimated harvest period information indicating an estimated harvest period of the agricultural products, transmits, based on the estimated harvest period information, when the day which is predetermined days before a date included in the estimated harvest period of the agricultural products arrives, a confirmation notice for confirming whether the agricultural products can be shipped or not, to the producer terminal, and places, when receiving shipment-available reply information from the producer terminal in response to the confirmation notice, the commodity information on a web page on which orders can be accepted from consumer terminals of consumers or generates a catalog containing the commodity information so as to be printed.SELECTED DRAWING: Figure 11

An agricultural harvesting system includes one or more processors and memory storing instructions, executable by the one or more processors, that, when executed by the one or more processors, cause the one or more processors to perform steps comprising: obtaining harvesting logistics data; identifying, based, at least, on the harvesting logistics data, one or more harvest zones, each harvest zone indicative of a respective area of a worksite to be harvested; selecting, based, at least, on the one or more harvest zones, one or more unloading zones, each unloading zone indicative of a respective area at the worksite at which a material receiving machine is to be positioned to receive harvested material; and generating a control signal based, at least, on the one or more unloading zones.

The invention discloses polyethylene ethanol coating preservative paper and a preparation method thereof, and belongs to the field of fruit preservation. The fresh-keeping paper is used for keeping fresh of picked fresh agricultural products, especially grapes. The preservative paper is characterized in that a paper base is coated with a preservative functional layer, the functional layer is formed by compounding two food additives, namely furanone (4-hydroxy-2, 5-dimethyl-3 (2H)-furanone) and methyl cyclopentenolone (3-methyl 2-hydroxy-2-cyclopentene-1-ketone), and polyvinyl alcohol is used as an adhesive. The preservative paper can obviously reduce grape shattering, fruit grain mildewing and fruit stem browning, and the grape quality is maintained.

1. The name of the design product: wine bottle (North Pole red wine). 2. The use of the design product: bottle for containing wine. 3. The design points of the design product: the combination of patterns and colors. 4. The picture or photo that best shows the design points: front view. 5. The design for which protection is sought includes colors. 6. The bottom of the design product is not easily visible or not visible during use, and the bottom view is omitted.

1. The name of the product of this design: Metal door (abundant harvest). 2. Purpose of this design product: for doors installed on houses. 3. The design highlights of this appearance design product lie in the product’s shape, pattern and their combination. 4. The picture or photo that best illustrates the design points: three-dimensional picture. 5. The top view and bottom view are parts that cannot be seen during use, so they are omitted.

The present application provides a kind of based on machine learning's mark metabolite model prediction method of optimal harvest period of Chinese yam, steps are as follows: collecting Chinese yam samples of different harvest periods, obtain metabolomics data by analyzing Chinese yam samples through metabolomics technology;Metabolomics data are preprocessed;The feature related to the growth period of Chinese yam is obtained by using machine learning algorithm to select potential marker metabolite;LASSO regression method is used to screen potential marker metabolite to construct marker metabolite prediction model;The area under ROC curve is used to verify the constructed marker metabolite prediction model;The metabolomics data of new Chinese yam are input into the marker metabolite prediction model to obtain model score, and whether Chinese yam is suitable for harvesting is judged according to model score.The present application can accurately predict the optimal harvest period of Chinese yam, eliminate subjectivity and experience dependence, improve scientificity, reduce external environmental influence, realize Chinese yam production capacity maximization, and provide reliable technical support for agricultural production.

The invention belongs to the technical field of wine brewing, relates to a natural sweet wine low-sulfur brewing method for delaying white grapes until the white grapes turn red and then harvesting the white grapes, solves the health hidden danger and flavor defects caused by high-sulfur addition in the traditional sweet white wine process, and remarkably improves the flavor quality of the wine at the same time. According to the method, complete and healthy red (total anthocyanin content is greater than or equal to 5mg / kg) fruits are selected through artificial spike selection and grain selection, and the cardinal number of infectious microbes in raw materials is reduced; no commercial yeast is added, natural slow fermentation is achieved by means of microorganisms, and the finished product is good in flavor and quality; gallic acid, condensed tannin and hydrolyzed tannin with a ratio of 1: 1: 1 are compounded to prepare wine-brewing tannin, and the wine-brewing tannin and low-dose sulfur dioxide construct a synergistic system, so that the sulfur consumption of sulfur dioxide is greatly reduced, secondary fermentation of high-sugar wine liquid is prevented, and infectious microbes and wine body oxidation are effectively inhibited. The finished product biogenic amine, pesticide and heavy metal residues all meet the safety standard, mycotoxin is not detected, meanwhile, the original flavor of the wine body is prominent, the storage stability is good, and dual guarantee of health and quality is achieved.

The invention relates to the technical field of gerbera jamesonii picking and processing, and discloses a gerbera jamesonii post-harvest processing system and method based on different harvest maturity classifications, the system comprises a control module, an information acquisition module, a maturity classification module and a post-harvest processing execution module, and each module is provided with a clear priority; the method comprises the steps of information acquisition, maturity classification, post-acquisition processing, quality detection and transportation, and priority conflict processing. The information acquisition module preferentially acquires environmental data, the classification module classifies low maturity, medium maturity and high maturity based on three-dimensional logic of temperature, variety and market demand, the processing module matches pre-cooling, fresh-keeping and packaging parameters according to the maturity, and the control module processes conflicts and deviations. The method can reduce the quality loss of the picked gerbera jamesonii, improve the treatment efficiency, reduce the cost, meet different market requirements, and is suitable for large-scale treatment of the picked gerbera jamesonii.

The present invention relates to a sorter roller (1) for a sorting table allowing the removal of foreign bodies that remain mixed with the products of the harvest of small fruits, more particularly small fruits such as grape berries after destemming the grape harvest, the sorting table including a series of sorter rollers (1) arranged so as to provide a plurality of screening openings through which the small fruits to be sorted can pass and fall, the sorter roller (1) having a series and an alternation of regularly spaced grooves (10) and ridges (11), each ridge (11) extending around the longitudinal axis (X) of the sorter roller (1) in a ridge plane perpendicular to the longitudinal axis (X) of the sorter roller (1), each groove (10) having a concave outer surface resulting from the rotation of the rotational profile of the groove (10) about the longitudinal axis (X) of the sorter roller (1) and connecting two adjacent ridges (11), namely a first ridge (11) and a second ridge (11). The invention is characterised in that the rotational profile of each groove (10) is asymmetrical. The invention also relates to a sorting table comprising a series of such sorter rollers.

A harvesting assisting machine which may include: a frame having a longitudinal frame axis, the frame including: a first and second side frame portions extending in a vertical direction and disposed on opposing sides of the longitudinal frame axis, a third frame portion interconnecting the first and second side frame portion, wherein the first and second side frame portions and the third frame portion create a container space configured to accommodate a container: a plurality of wheels coupled to bottom portions of the first and second side frame portions; and a container holding and lifting assembly coupled to the frame, the container holding and lifting assembly being configured to releasably hold the container within the container space and to elevate and lower the container in the vertical direction.

An object of the system according to the embodiment is to optimize the harvest time and method and maximize the harvest amount and quality.SOLUTION: A system includes a harvest prediction data analysis unit, a weather data analysis unit, a soil data analysis unit, and a crop growth data analysis unit. The processor is configured to analyze the generated AI. The weather data analysis unit analyzes weather data based on the harvest prediction data analyzed by the harvest prediction data analysis unit. The soil data analysis unit analyzes the soil data on the basis of the weather data analyzed by the weather data analysis unit. The crop growth data analysis unit analyzes crop growth data on the basis of the soil data analyzed by the soil data analysis unit.SELECTED DRAWING: Figure 1

The invention relates to a break-off device (100) of a hop harvesting device for arrangement on a traction element (1) and with a longitudinal conveying device (101) for hop vines with respect to the direction of travel of the traction element (1) and a break-off device (150) for taking the hop vines from the longitudinal conveying device (101), wherein the longitudinal conveying device (101) has a frame (103) with at least one circumferential conveying chain (102) for conveying the hop vines and the break-off device (150) has a drum (151) and a break-off belt (152) guided along its outer circumference and circumferential. The invention further relates to a loading wagon (200) for connection with a towing device (1), which is preferably equipped with a breakaway device (100) according to one of the preceding claims, wherein the loading wagon (200) comprises a chassis (210) and a loading device (220) arranged thereon with a loading platform (224) and two side walls (221).Improvements are proposed for both the harvesting machine (100) and the loading wagon (200) to ensure a smoother hop harvesting process, increased efficiency, prevention of damage to the crop, and to make the equipment versatile and ensure it remains undamaged and low-maintenance in the long term.

1. The name of the product of this design: wine bottle (say Fengnian 5 stars). 2. Purpose of this design product: wine packaging. 3. The design key point of this appearance design product lies in the combination of shape and pattern. 4. The picture or photo that best illustrates the design points: three-dimensional picture.

There are fruits that ripen and naturally fall, but if they can be harvested with a net, it is hygienic and requires less labor. Therefore, when only pillars are stuck into the ground and a net is suspended from the pillars only at the time of harvest, a tool that can freely change the position where the net is suspended from the pillars is provided. 【Solution means】A hole is made in the tube wall of a tube having an inner diameter larger than the outer diameter of the pillar, and by inserting a lantern hanger into the hole while rotating it, it is fixed by tightening to the pillar, and by rotating it in the reverse direction to release the fixing, the attachment position can be freely moved up and down.

The present invention proposes a movement mode in which wine grapes interact with air force and an air suction harvesting device. This mode utilizes the airflow force generated by the airflow to interact with the wine grapes, adsorbs the wine grapes growing on the fruiting branches, and transports the wine grapes in the negative pressure pipe. The device includes: a chassis device, a fan device, a dual-channel collection box device, an adsorption terminal device, a seat beam device, and a conveying device. The present invention is used for mechanized grape harvesting operations under a single-arm trellis planting mode. The adsorption terminal device, the dual-channel collection box device, and the fan device form a negative pressure system to adsorb, harvest, transport, and collect grapes, and can transport the harvested grapes in the dual-channel collection box device out of the adsorption system without affecting the negative pressure environment of the adsorption system. The device causes little damage to the grapes during the harvesting process and can adsorb wine grapes in whole bunches, thereby improving the mechanization level of wine grape harvesting operations.

The invention relates to a wine grape portal frame encircling pneumatic type whole string harvesting device and a control method. The wine grape portal frame encircling pneumatic type whole string harvesting device comprises a portal frame crawler-type moving chassis, a fan device, a pneumatic pipeline device, a collecting box device, a mechanical arm device and a mechanical arm control cabinet. According to the portal frame encircling pneumatic type whole string harvesting device for the wine grapes, the whole string of wine grape fruit strings is harvested through an air suction cutting knife combination method. The device can harvest wine grape fruit bunches in the walking process, and meanwhile conveying and collecting work of the wine grape fruit bunches is completed through the fan device, the pneumatic pipeline device and the collecting box device. A grape branch summer shearing device, a grape branch winter shearing device, a surrounding type pesticide spraying device and an inter-plant bilateral weeding device are hung on the portal frame crawler-type movable chassis, and the operation functions of summer shearing, winter shearing, pesticide spraying, weeding and the like are achieved. The invention provides an operation machine for the whole process of wine grape planting, and provides technical support for mechanization of the fruit industry.

Computer-implemented techniques for determining crop harvest times during a growing season based upon hybrid seed properties and weather conditions is provided. A server computer system receives data representing hybrid seed properties, including seed type, relative maturity, and weather data. The computer system creates and stores an equilibrium moisture content time series for the specific geo-location based upon weather data, which is used to determine the rate of grain dry down. The computer system calculates R6 moisture content for a specific hybrid seed based on a plurality of hybrid seed data. The computer system creates a grain dry down time series model, based on the equilibrium moisture content time series, the R6 date, the R6 moisture content, and hybrid seed properties. The computer system determines and displays a harvest time recommendation based on the grain dry down time series and the desired moisture level of the grower.

The invention relates to the technical field of wine brewing, in particular to a method for controlling the content of ethyl carbamate in dry white wine, which comprises the following steps: planting grapes, determining a harvesting time, harvesting, selecting ears, removing stalks, selecting grains, crushing, cooling and taking juice, clarifying at low temperature, separating juice and returning temperature, fermenting at low temperature by alcohol, pouring into a tank, storing at low temperature and detecting. The method comprises the following steps: controlling the content of a key substrate urea to be at a low level, fining and clarifying, freezing, filtering, sterilizing, filling, inspecting physicochemical indexes, microbiological indexes and sensory evaluation of grape wine, filling after inspection and evaluation are qualified, and controlling the temperature to be within 20 DEG C. The method covers the whole grape wine brewing process of grape raw materials, raw wine fermentation, ageing and the like; the method is a systematic solution, and the increase of the ethyl carbamate in the dry white wine is effectively controlled.

1. Name of the product in this design: Ornament (Abundant Harvest Year After Year). 2. Purpose of this design: For use as a decorative item. 3. The key design feature of this product is its shape. 4. The image or photograph that best illustrates the design's key points: a 3D model.

1. Name of the product in this design: Electronic device with a graphical user interface for agricultural harvesting, sales and issuance of certificates of conformity. 2. Purpose of this design: An electronic device. 3. The key design features of this product are its graphical user interface content. 4. The image or photo that best illustrates the design points: Interface change state diagram 1. 5. The electronic device is an existing design, so the rear view, left view, right view, bottom view, and top view are omitted. 6. Purpose of the graphical user interface: This product design is used for online APP to record harvesting activities, sales information, and issue agricultural product qualification certificates through user interaction. 7. Description of the graphical user interface (GUI) state changes: The main view displays the workbench interface. Clicking the "Harvest" button leads to GUI state change diagram 1. In GUI state change diagram 1, clicking the box below the variety via interactive operation leads to GUI state change diagram 2. In GUI state change diagram 2, selecting the desired variety via interactive operation leads to GUI state change diagram 3. In GUI state change diagram 3, clicking the box below the plot via interactive operation leads to GUI state change diagram 4. In GUI state change diagram 4, selecting the plot to be harvested via interactive operation leads to GUI state change diagram 5. GUI state change diagram 5 displays the selected plot and area; clicking the "OK" button in the lower right corner via interactive operation leads to GUI state change diagram 5. The user proceeds to the next screen, as shown in Figure 6. Then, by clicking the "Next" button, they proceed to Figure 7. Next, they input the harvest weight and proceed to Figure 8. Finally, by clicking the "OK" button, they proceed to Figure 9. A successful operation screen is displayed in Figure 9. Clicking the "Agricultural Product Sales" button then proceeds to Figure 10. In Figure 10, the user selects the agricultural products to be sold and proceeds to Figure 11. Finally, they click the "Sell" button in the lower right corner. Enter interface state diagram 12; in interface state diagram 12, click the box below the destination via interactive operation to enter interface state diagram 13; in interface state diagram 13, you can select any sales destination, and click "OK" via interactive operation to enter interface state diagram 14; in interface state diagram 14, click the box below the seller via interactive operation to enter interface state diagram 15; in interface state diagram 15, click any seller via interactive operation to enter interface state diagram 16; in interface state diagram 16, swipe up on the screen via interactive operation to enter interface state diagram 17; in interface state diagram 17, click the box below the operator via interactive operation. Enter interface state diagram 18; in interface state diagram 18, click on any operator through interactive operation to enter interface state diagram 19; in interface state diagram 19, click the "OK" button through interactive operation to enter interface state diagram 20; in interface state diagram 20, click the "Issue Certificate" button through interactive operation to enter interface state diagram 21; in interface state diagram 21, click on any certificate style image through interactive operation to enter interface state diagram 22; in interface state diagram 22, swipe up on the screen through interactive operation to enter interface state diagram 23; in interface state diagram 23, select the basis for commitment through interactive operation to enter interface state diagram 24.In the interface change state diagram 24, by clicking the "issue qualified certificate" button through interactive operation, enter the interface change state diagram 25. 8. Other situations needing to be explained Other notes: The gray blocks in each view represent variable pictures, and "XX" in the graphical user interface represents variable numbers or words.

The invention relates to the technical field of grape cultivation, in particular to a pruning method for maintaining root growth in a grape double-harvest second-crop fruit starting stage, which is applied to the second-crop fruit starting stage in grape double-harvest cultivation, and specifically comprises the following steps: after the first-crop fruits of grapes are harvested, retaining 1-2 branches with leaves as carbon retaining branches; and carrying out gradual leaf protection pruning treatment on the rest fruiting mother branches. The core of the method is that branches and leaves of fruiting mother trees are not completely removed immediately in the second-crop fruit starting stage, part of branches and leaves are reserved for gradual transition, sudden interruption of tree body carbon flow is avoided, and sudden drop of root activity after branch tip pruning is prevented.

A harvest box holding device 1 is capable of holding a harvest box 100 that can accommodate agricultural products. The harvest box holding device 1 comprises a conveyance mechanism 20 which is for conveying a harvest box, and a holding device body 10 which has a movement restriction wall 12 for restricting the movement of the harvest box with respect to one of the conveyance directions of the harvest box.