37results about How to "Improve picking rate" patented technology

Methods and apparatuses for the processing of receptacles containing heterogeneous inventory items in materials handling facilities are generally described. Dirty picking may be described as a mechanism for the “batch” processing of a receptacle which includes multiple heterogeneous inventory items with different identification codes in a materials handling facility as if all of the items in the receptacle have been ordered, even though one or more of the items may have not been ordered. Through the implementation of a dirty pick mechanism, instead of processing individual items in a receptacle, the entire receptacle may be “dirty picked” and all of the items within the receptacle may be processed “downstream” at a processing station, during which needed items for processing may be selected, and “overage” items may be put aside to be disposed, e.g. by being restocked.

The invention relates to a vibration-type wolfberry fruit picking mechanism and belongs to the technical field of agricultural machinery. A fixed frame of the mechanism is formed by fixedly connecting door-shaped brackets on the left and right sides, front and rear slide ways and a middle connecting beam; the two sides of the front and rear slide ways, and left and right hoisting opening/closing frames from left and right horizontal movement pair respectively; two opening/closing air cylinders are mounted in the middle of the middle connecting beam; stretching-out piston rod ends of the opening/closing air cylinders are fixedly connected with the left and right hoisting opening/closing frames respectively; each hoisting opening/closing frame is a rectangular framework; front and rear vertical beams, and upper and lower vibration rod mechanisms with opposite vibration directions form vertical movable pairs respectively; a hoisting air cylinder is mounted in the middle of an upper transverse beam; a piston rod end of the hoisting air cylinder is fixedly connected with the vibration rod mechanisms; each vibration rod mechanism comprises horizontal slide rails, and the horizontal slide rails, and upper and lower rows of vibration rod rows form front and rear horizontal movement pairs; the vibration rod rows are in transmission connection with an output shaft mounted on a hydraulic motor. By virtue of the vibration-type wolfberry fruit picking mechanism, the picking efficiency and the picking rate are effectively improved; a needed excitation force is relatively small, and injuries to branches, caused by the picking excitation force, is remarkably reduced.

The invention discloses a double-vibration forest fruit picking trolley. The double-vibration forest fruit picking trolley comprises a crawler-type walking mechanism, a vibration mechanism for clamping trunks to shake off fruits, and a pickup mechanism used for catching the fruits shaken off, wherein the pickup mechanism is installed at the front end of the walking mechanism, and can conduct fan-shaped opening or folding on peripheries of the trunks, the vibration mechanism comprises an auxiliary vibration part, suspended over the pickup mechanism, and a main vibration part installed on the pickup mechanism, the main vibration part is located under the auxiliary vibration part, the main vibration part and the auxiliary vibration part separately clamp the trunks and transfer vibration, andall positions, clamped by the main vibration part and the auxiliary vibration part, of the trunks can be adjusted. In the double-vibration forest fruit picking trolley, all clamping positions of the main vibration part and the auxiliary vibration part can be adjusted according to positions and the thickness of the trunks and fruit distribution to meet the picking requirements of different fruit trees, thus the picking rate is increased, and integrated automatic work from picking to collection is achieved, so that picking and collection of the fruits are more convenient, the working efficiencyis greatly improved, and the vibration picking requirement and the shake-off collection requirement of the forest fruits in uneven mountains and hills are met.

The invention relates to a hobbing cutter and a cutter assembly for processing seaweed materials. A main body part of the hobbing cutter is driven by the power to rotate around a rotation axis, the main body part is provided with a peripheral wall, the peripheral wall is in a closed curve shape on a cross section perpendicular to the rotation axis, the peripheral wall is provided with a plurality of cutting edges which are in a closed curve shape, and each cutting edge which is in the closed curve shape defines a groove corresponding to the shape of the cutting edge. The cutter assembly comprises the hobbing cutter and an elastic fastener. The hobbing cutter is suitable for being pressed against the elastic fastener and rolls on the elastic fastener, so that the chopping operation of the seaweed materials can be realized; and meanwhile, foreign matters such as nylon threads in the seaweed materials can be prevented from being cut, and the original shape of the foreign matters can be kept, so that not only is the production efficiency increased, but also a condition is created for subsequently sorting the foreign matters.

The invention discloses a mulberry leaf picking device of an automatic rocker type driving mulberry picking machine. The mulberry leaf picking device is characterized by comprising a hook-shaped guide rail, a guide rail sliding block, a U-shaped block, a guide wheel and a cutter bar shaft, wherein the hook-shaped guide rail is symmetrically arranged left and right, the guide rail sliding block is embedded into the hook-shaped guide rail, the U-shaped block and the guide wheel are arranged at the bottom of the hook-shaped guide rail, the U-shaped block is connected with the guide wheel through a guide wheel pin roll, the cutter bar shaft is sleeved with the guide rail sliding block, the rear portion of the cutter bar shaft is sleeved with a hard spring and abuts against the U-shaped block, and cutter bar shaft and the U-shaped block are located in a groove of the guide rail sliding block together. The mulberry leaf picking device is high in picking speed and mulberry leaf picking rate. The automatic rocker type driving mulberry picking machine provided with the mulberry leaf picking device can lower labor intensity of mulberry farmers, help the mulberry farmers to be free themselves from heavy work, increase mulberry leaf picking speed and the picking rate, lower labor cost, and be convenient to use.

The invention discloses a multi-mechanical-arm cooperative coal gangue sorting system based on vision and force information fusion perception. The multi-mechanical-arm cooperative coal gangue sortingsystem comprises a recognition positioning subsystem, a main control subsystem, a multi-mechanical-arm sorting subsystem, a belt conveyor, a belt speed detection device and a gangue recovery belt conveyor. The identification result, position information and volume parameters of gangue are obtained through coal gangue visual inspection, gangue standard mass is calculated in combination with ganguestandard density, gangue detection mass at the moment of clamping of a force-sensitive pneumatic manipulator is compared, secondary identification of gangue is completed, meanwhile, a sorting track ofthe mechanical arm for gangue target tasks is planned, a sorting task is efficiently and accurately completed, and the coal gangue recognition rate and the system gangue sorting rate are increased.

The invention relates to a rolling type mechanical picking device for picking blueberries and applications thereof. The device includes a picking device, a conveying device and a collecting device; the picking device includes a support main body, a motor, driving pulleys, driven pulleys, a belt and picking claws; the driving pulleys and the driven pulleys are symmetrically installed on the two sides of the support main body and connected to each other through the belt; the belt is provided with multiple picking claws; the conveying device includes discharging pipes, a three-way pipe and a falling pipe which are successively connected; the discharging pipes communicate with the two sides of the support main body; the collecting device includes a collecting box; and the collecting box is connected to the falling pipe. Compared with the prior art, the device is ingenious in structural design, small in land-occupying space and high in blueberry-picking rate; and therefore, centralized collection can be realized, manpower can be greatly saved, and picking efficiency can be enhanced.

The invention relates to a cultivation method of yellow-inside baby cabbage and belongs to the field of vegetable cultivation. The cultivation method herein comprises the steps of applying 60-70 tonsof organic fertilizer per mu before seeding, and leveling a land; performing seeding in batch in March to April; after seedlings emerge, removing local seedlings of too high density in time, and removing diseased weak seedlings; applying pyrethroids in the seedling stage; irrigating at regular time to keep the soil moist; applying fertilizers; preventing and treating pest damage; harvesting. The cultivation method has the advantages that picking rate is high and resistance to pest threat is good.

The invention provides a method for timely applying a defoliating and ripening agent to machine-harvested cotton in an arid region. The method for timely applying a defoliating and ripening agent to machine-harvested cotton in an arid region comprises the following steps: S100, ploughing in autumn and irrigating in winter and preparing soil before sowing; S200, sowing at a suitable period and carrying out rapid and early sowing; S300, carrying out timely chemical regulation and control according to seedlings; and S400, timely defoliating and ripening. Compared with the prior art, the method for timely applying a defoliating ripening agent effectively solves a problem that cotton bolls at top parts of cotton plants are immature, reduces damage to the cotton bolls, and improves quality of fibers of machine-harvested cotton.

The invention relates to the technical field of blueberry tea planting, and discloses a high-yield cultivation and management method for a berry tea garden. The high-yield cultivation and management method for the berry tea garden comprises the following steps of S1, field management; S2, soil measuring formulating; S3, irrigation installation; S4, seedling transplanting planting; S5, weed control; and S6, disease and pest control. According to the method, the land at the tea garden is collected and subjected to sample measurement, targeted fertilizer compounding is performed according to analysis values by taking alkaline hydrolysis nitrogen, quick-acting phosphorus, quick-acting potassium, organic matter and the PH value as analysis data, fertilization can be performed according to time and soil, the cost is effectively reduced, the fertilizer utilization rate is increased, due to targeted fertilization, the production rate of the berry tea garden can be effectively improved, the whole tea garden is stable and high in yield, meanwhile, the tea quality can be improved, a micro-storage and micro-irrigation system is adopted, the water supplementing amount of tea leaves is stable and sufficient, the yield of summer and autumn tea leaves is effectively increased, the summer and autumn tea leaves can be softened, and later processing and forming are facilitated.

The invention discloses an LED packaging module detection method and detection apparatus. The LED packaging module detection method includes the steps: providing an LED packaging module including a plurality of serial-connected LED chips; applying one detection current to the LED packaging module; detecting the total voltage and/or total brightness of the LED packaging module; determining whether the total voltage and/or total brightness are in the preset range; if so, determining that the plurality of LED chips do not leak electricity; and if not, determining that at least one LED chip leaks electricity. The LED packaging module detection method and detection apparatus can detect whether the LED packaging module with the plurality of serial-connected LED chips leaks electricity by means of the mode of applying the detection current to detect the total voltage and/or total brightness, and are simple and reliable in the detection process, and can effectively improve the pick out rate of the electric leakage LED packaging modules.

The invention discloses a semi-automatic mulberry leaf picking machine. The machine comprises an electric control system, a walking device, a gantry mechanism, a mulberry twig holding device, an upperlimit push rod assembly, a lower limit push rod assembly and a mulberry leaf picking device. By assembly of the walking device and the gantry mechanism, walking across mulberry trees in mulberry plantations can be achieved; induction travel switches are arranged at different positions of the electric control system to control connection and disconnection of a circuit in sections, so that a mulberry twig holding servo motor and a driver of the mulberry twig holding servo motor are prompted to drive the mulberry twig holding device to be opened and closed, a mulberry leaf picking servo motor and a driver of the mulberry leaf picking servo motor are prompted to drive the mulberry leaf picking device to achieve closing and downward movement and opening and upward movement between the upper limit push rod assembly and the lower limit push rod assembly, and finally, mulberry holding and picking are achieved by sequential cyclic action of mulberry leaf picking. Labor intensity of mulberry farmers is further reduced, the farmers are helped to be liberated from heavy work, human-machine combination is achieved, the machine runs flexibly, and the picking speed and picking rate of mulberry leaves are increased.

A picking roller suitable for picking agaric from agaric fungus bags belongs to agricultural machinery. A plurality of rectangular strip teeth in a concave cambered surface shape are evenly distributed on the outer surface of a cylinder of a cylindrical agaric picking roller made of a non-metal flexible material in the axial direction of a roller shaft, and the radian size of the concave camberedsurface of each rectangular strip tooth is matched with the diameter size of a picked agaric fungus bag. The roller is simple, novel, unique, reasonable and compact in structure, low in manufacturingcost, high in ripe agaric picking rate, small in breakage, high in quality, low in unripe agaric picking rate, small in damage and good in operation effect.