Full-automatic fruit tree picking machine

The automatic orange washing and selecting machine was a machine that could automatically wash and select oranges. It could be used in fruit production bases, fruit and vegetable distribution centers, fruit processing plants, and other places. We can see that there are many manufacturers providing sales of automatic orange fruit washing and sorting machines, including brands such as Senyue, Kaixiang and Tengkunyuan. These machines could sort and clean the fruits according to their weight, size, and other characteristics. The specific specifications and models may vary from manufacturer to manufacturer, so if you need more detailed information, it is recommended that you contact the relevant manufacturer or supplier.

The automatic fruit and vegetable packaging machine is a machine that can automatically complete the packaging of fruit and vegetable products. You can find some related products, such as the KL-T750X vegetable packaging machine and fruit packaging machine. These machines could be customized according to the product's vibration plate, automatic counting and packaging, and were suitable for the packaging of various fruit and vegetable products. In addition, there are some other types of packaging machines, such as the KP-60F single-disc screw packaging machine and the KL-T350X cream paper packaging machine, but whether it is suitable for fruit and vegetable packaging requires further understanding. In general, automatic fruit and vegetable packaging machines can improve packaging efficiency, reduce labor costs, and are suitable for the packaging needs of various fruit and vegetable products.

Zhongnong Chunyu Fruit Picking Garden was a fruit picking base under Zhongnong Chunyu High-tech Co., Ltd., located in the east of Pi Village, Jinzhan Township, Chaoyang District, Beijing, close to Wenyu River. The picking garden covered an area of more than 300 mu and planted more than 150 excellent varieties of fruit trees at home and abroad, including cherry, peach, pear, apricot, apple, plum, grape, jujube, walnut, almond and other ten northern decision-making fruit trees. The park provided a place for leisure picking and business meetings, and there was a fruit picking feature every day. In addition, Chengdu's Jintang Lizi Village Farm was also a fruit picking garden worthy of recommendation. It focused on planting plums, grapes, mandarin oranges and other fruits for more than 20 years, providing fresh and direct supply of ecological fruits. Other areas such as Beijing, Tianjin, Zhengzhou, Nanjing, Fengxian, etc. also had their own fruit-picking gardens, providing fruit-picking activities in different seasons. The specific picking time and species could vary according to different regions and seasons.

The following are some of the fruit picking seasons: - [Red heart kiwifruit: harvested around July, but can only be eaten after ripening.] - Ehime No. 38 Jelly Orange: Pick after mid-October, the fruit will turn golden yellow. - Rake mandarin: It is picked in early December, but it has fruit acid at this time. It is pure sweet in February and March. - Banana trees: June to August is the harvest season when the fruits are ripe. - Kiwifruit: April is the best season for pollen. The yield and harvest of kiwifruit in October are related to the quality of pollen. - Green jujube: harvested from January 10th to April 20th. It is a rare tropical fruit. - Loquats: harvested from late March to April, ripens earlier than other fruits. - Peaches: harvested from mid-April to mid-June. However, the search results did not provide information on the harvesting season of other fruits.

The fruit-picking campaign was a publicity tool used to attract people to participate in fruit-picking activities and convey the characteristics and charm of the event. The document could highlight the freshness, sweetness, and health of the fruit, while emphasizing that picking was an intimate experience with nature. It could describe the joy and joy of picking, as well as the good times shared with family or friends. The script could also let people feel the beauty and tranquility of nature by describing the scenery and atmosphere of the orchard. In addition, the copywriting could also use some vivid metaphor and description to resonate with the readers and stimulate their interest and enthusiasm in participating in the harvesting activities. In short, the fruit-picking script should be accurate, attractive, and able to convey the core message and attraction of the event.

The canteen automatic food machine was a kind of intelligent equipment that could solve the workload of the university canteen. The user only needed to put the cutlery into the card slot, and after swiping the meal card, the automatic rice machine would spit out the rice balls that had been pressed into a rectangular shape. An automatic rice dispenser could meet the needs of 1000 people and could make 10 servings in 30 seconds. The advantages of the automatic rice machine included saving the time for students to queue up for food and the cost of canteen staff. At present, the self-service rice machine was mainly used in campus canteens and staff-intensive enterprises. The automatic rice machine also had the functions of ration, preventing the virus from being transmitted twice through human hands, and keeping the rice warm and moist. Yilipu and Shen Yue were two companies that focused on the development and production of smart self-service terminal equipment. Their automatic rice dispenser products had been verified in the market.

The prices of the automatic food machines in the canteen ranged from 50,000 yuan to 70,000 yuan to 80,000 yuan. However, the exact price depended on the model and brand.

The working principle of the automatic rice machine in the canteen was to put the rice into the rice storage warehouse, and then scatter the rice through the scattering mechanism before entering the rice distribution mechanism. The rice enters the mold cavity on the rice distribution wheel. When the rice needs to be served, the mold cavity filled with rice is turned to the rice outlet, and the rice falls from the rice outlet to the plate. The specific operation process may vary depending on the automatic rice dispenser.

The fruit sorting machine was a device used to sort and grade fruits according to their weight, size, appearance, and other characteristics. We can see many types of fruit sorters, such as mechanical weighing sorters using the lever principle, automatic fruit sorters, multi-functional fruit sorters, and so on. These machines could quickly and accurately sort and grade fruits according to their characteristics, improving production efficiency and product quality. In addition, the fruit sorting machine could also help remove the impurities and damage of the fruit, making the fruit more beautiful and in line with the needs of consumers. However, at present, China's fruit detection and sorting technology was relatively backward, making it difficult to really sort out high-quality fruits. In general, the fruit sorting machine was an important equipment that could improve the efficiency and quality of fruit production and processing.

The fruit picking robot was an intelligent mobile robot system based on autonomous driving and machine vision technology. The robot system had the features of autonomous driving, machine vision, maneuverability, and remote control. It installed high-precision sensors to detect the location, maturity, and size of the fruit to determine the location and method of picking. The system also included a robotic arm, an end executor, a control system, and a vision system. Using an autonomous navigation system and Slam algorithm to construct a navigation map, the robot could move independently in the orchard and identify the location of the target fruit through image processing algorithms. The robotic arm performed inverse kinematical calculations based on the coordinates of the fruit, driving the joint motor to the designated target point. The end-executor corrected the picking posture in real time to grab and cut. The design also used deep learning algorithms to identify and locate fruits and vegetables, and through the Internet of Things technology, the harvesting information and robot status were transmitted to the cloud for monitoring. In short, the design of the fruit picking robot combined autonomous driving, machine vision, and Internet of Things technology to achieve automated picking, improve the precision, efficiency, and quality of picking, and bring more benefits to agricultural production.