Search｜Photos & Images & Videos｜KYODO NEWS IMAGES INC

Penglai-Caribbean Route First Cargo Ship in Yantai

YANTAI, CHINA - JULY 31, 2024 - The first cargo ship "Yixing" of the "Penglai-Caribbean" route leaves the Penglai Port area in Yantai, Shandong province, China, July 31, 2024. On July 31, 2024, the "Yixing" ship loaded with engineering vehicles and building materials set sail from Yantai Port Penglai Port area to Guyana, marking the official opening of Shandong's first liner route to the Caribbean region.

E

Penglai-Caribbean Route First Cargo Ship in Yantai

YANTAI, CHINA - JULY 31, 2024 - The first cargo ship "Yixing" of the "Penglai-Caribbean" route leaves the Penglai Port area in Yantai, Shandong province, China, July 31, 2024. On July 31, 2024, the "Yixing" ship loaded with engineering vehicles and building materials set sail from Yantai Port Penglai Port area to Guyana, marking the official opening of Shandong's first liner route to the Caribbean region.

E

Penglai-Caribbean Route First Cargo Ship in Yantai

YANTAI, CHINA - JULY 31, 2024 - The first cargo ship "Yixing" of the "Penglai-Caribbean" route leaves the Penglai Port area in Yantai, Shandong province, China, July 31, 2024. On July 31, 2024, the "Yixing" ship loaded with engineering vehicles and building materials set sail from Yantai Port Penglai Port area to Guyana, marking the official opening of Shandong's first liner route to the Caribbean region.

E

Penglai-Caribbean Route First Cargo Ship in Yantai

YANTAI, CHINA - JULY 31, 2024 - The first cargo ship "Yixing" of the "Penglai-Caribbean" route leaves the Penglai Port area in Yantai, Shandong province, China, July 31, 2024. On July 31, 2024, the "Yixing" ship loaded with engineering vehicles and building materials set sail from Yantai Port Penglai Port area to Guyana, marking the official opening of Shandong's first liner route to the Caribbean region.

E

Penglai-Caribbean Route First Cargo Ship in Yantai

YANTAI, CHINA - JULY 31, 2024 - The first cargo ship "Yixing" of the "Penglai-Caribbean" route leaves the Penglai Port area in Yantai, Shandong province, China, July 31, 2024. On July 31, 2024, the "Yixing" ship loaded with engineering vehicles and building materials set sail from Yantai Port Penglai Port area to Guyana, marking the official opening of Shandong's first liner route to the Caribbean region.

E

Penglai-Caribbean Route First Cargo Ship in Yantai

YANTAI, CHINA - JULY 31, 2024 - The first cargo ship "Yixing" of the "Penglai-Caribbean" route leaves the Penglai Port area in Yantai, Shandong province, China, July 31, 2024. On July 31, 2024, the "Yixing" ship loaded with engineering vehicles and building materials set sail from Yantai Port Penglai Port area to Guyana, marking the official opening of Shandong's first liner route to the Caribbean region.

E

Penglai-Caribbean Route First Cargo Ship in Yantai

YANTAI, CHINA - JULY 31, 2024 - The first cargo ship "Yixing" of the "Penglai-Caribbean" route leaves the Penglai Port area in Yantai, Shandong province, China, July 31, 2024. On July 31, 2024, the "Yixing" ship loaded with engineering vehicles and building materials set sail from Yantai Port Penglai Port area to Guyana, marking the official opening of Shandong's first liner route to the Caribbean region.

E

Penglai-Caribbean Route First Cargo Ship in Yantai

YANTAI, CHINA - JULY 31, 2024 - The first cargo ship "Yixing" of the "Penglai-Caribbean" route leaves the Penglai Port area in Yantai, Shandong province, China, July 31, 2024. On July 31, 2024, the "Yixing" ship loaded with engineering vehicles and building materials set sail from Yantai Port Penglai Port area to Guyana, marking the official opening of Shandong's first liner route to the Caribbean region.

E

Penglai-Caribbean Route First Cargo Ship in Yantai

YANTAI, CHINA - JULY 31, 2024 - The first cargo ship "Yixing" of the "Penglai-Caribbean" route leaves the Penglai Port area in Yantai, Shandong province, China, July 31, 2024. On July 31, 2024, the "Yixing" ship loaded with engineering vehicles and building materials set sail from Yantai Port Penglai Port area to Guyana, marking the official opening of Shandong's first liner route to the Caribbean region.

E

#CHINA-DRAGON BOAT FESTIVAL-CELEBRATION (CN)

(240610) -- YIXING, June 10, 2024 Photo by Xinhua/ABACAPRESS.COM) -- Contestants participate in a dragon boat race in Yixing City, east China's Jiangsu Province, June 10, 2024. The Dragon Boat Festival, also known as Duanwu Festival, is a traditional holiday in China. It is celebrated on the fifth day of the fifth month of the Chinese lunar calendar and fell on Monday this year. (Photo by Ding Huanxin/Xinhua/ABACAPRESS.COM

E

#CHINA-DRAGON BOAT FESTIVAL-CELEBRATION (CN)

(240610) -- YIXING, June 10, 2024 (Xinhua) -- Contestants participate in a dragon boat race in Yixing City, east China's Jiangsu Province, June 10, 2024. The Dragon Boat Festival, also known as Duanwu Festival, is a traditional holiday in China. It is celebrated on the fifth day of the fifth month of the Chinese lunar calendar and fell on Monday this year. (Photo by Ding Huanxin/Xinhua)

E

Intelligent Aquaculture Robot

YIXING, CHINA - JUNE 2, 2024 - Members of the intelligent team of Nantong Institute of Technology put the "Qichuang Intelligent Aquaculture robot" into a pool for a silent test at the aquaculture base in Xinexin Village, Yixing city, Jiangsu province, China, June 2, 2024. Yin Jiangang, an aquaculture farmer in Gengxin Village, Yangxiang Town, Yixing City, Jiangsu province, uses an "intelligent aquaculture robot" developed by a team from Nantong Institute of Technology to feed drinks to his fish and crabs. The robot has a modular design and is equipped with image acquisition equipment, lighting system, safety sensors, pressure sensors, humidity and temperature sensors, attitude sensors and inertial navigation modules. Mainly through the pH detection, ammonia nitrogen content detection and other instruments, can effectively improve the efficiency of water quality detection; And the robot can feed intelligently in different water depths and heights, improving the quality and efficiency for the development of mod

E

Intelligent Aquaculture Robot

YIXING, CHINA - JUNE 2, 2024 - Members of the intelligent team of Nantong Institute of Technology put the "Qichuang Intelligent Aquaculture robot" into a pool for a silent test at the aquaculture base in Xinexin Village, Yixing city, Jiangsu province, China, June 2, 2024. Yin Jiangang, an aquaculture farmer in Gengxin Village, Yangxiang Town, Yixing City, Jiangsu province, uses an "intelligent aquaculture robot" developed by a team from Nantong Institute of Technology to feed drinks to his fish and crabs. The robot has a modular design and is equipped with image acquisition equipment, lighting system, safety sensors, pressure sensors, humidity and temperature sensors, attitude sensors and inertial navigation modules. Mainly through the pH detection, ammonia nitrogen content detection and other instruments, can effectively improve the efficiency of water quality detection; And the robot can feed intelligently in different water depths and heights, improving the quality and efficiency for the development of mod

E

Intelligent Aquaculture Robot

YIXING, CHINA - JUNE 2, 2024 - An intelligent team member of Nantong Institute of Technology controls an "intelligent aquaculture robot" to arrive at the feeding point at the aquaculture base in Xinexin Village, Yixing city, Jiangsu province, China, June 2, 2024. Yin Jiangang, an aquaculture farmer in Gengxin Village, Yangxiang Town, Yixing City, Jiangsu province, uses an "intelligent aquaculture robot" developed by a team from Nantong Institute of Technology to feed drinks to his fish and crabs. The robot has a modular design and is equipped with image acquisition equipment, lighting system, safety sensors, pressure sensors, humidity and temperature sensors, attitude sensors and inertial navigation modules. Mainly through the pH detection, ammonia nitrogen content detection and other instruments, can effectively improve the efficiency of water quality detection; And the robot can feed intelligently in different water depths and heights, improving the quality and efficiency for the development of modern agric

E

Intelligent Aquaculture Robot

YIXING, CHINA - JUNE 2, 2024 - An intelligent team member of Nantong Institute of Technology controls an "intelligent aquaculture robot" to arrive at the feeding point at the aquaculture base in Xinexin Village, Yixing city, Jiangsu province, China, June 2, 2024. Yin Jiangang, an aquaculture farmer in Gengxin Village, Yangxiang Town, Yixing City, Jiangsu province, uses an "intelligent aquaculture robot" developed by a team from Nantong Institute of Technology to feed drinks to his fish and crabs. The robot has a modular design and is equipped with image acquisition equipment, lighting system, safety sensors, pressure sensors, humidity and temperature sensors, attitude sensors and inertial navigation modules. Mainly through the pH detection, ammonia nitrogen content detection and other instruments, can effectively improve the efficiency of water quality detection; And the robot can feed intelligently in different water depths and heights, improving the quality and efficiency for the development of modern agric

E

Intelligent Aquaculture Robot

YIXING, CHINA - JUNE 2, 2024 - Members of the Creative Intelligence team of Nantong Institute of Technology test an "intelligent aquaculture robot" at the aquaculture base of Innovation Village in Yixing, Jiangsu province, China, June 2, 2024. Yin Jiangang, an aquaculture farmer in Gengxin Village, Yangxiang Town, Yixing City, Jiangsu province, uses an "intelligent aquaculture robot" developed by a team from Nantong Institute of Technology to feed drinks to his fish and crabs. The robot has a modular design and is equipped with image acquisition equipment, lighting system, safety sensors, pressure sensors, humidity and temperature sensors, attitude sensors and inertial navigation modules. Mainly through the pH detection, ammonia nitrogen content detection and other instruments, can effectively improve the efficiency of water quality detection; And the robot can feed intelligently in different water depths and heights, improving the quality and efficiency for the development of modern agriculture.

E

Intelligent Aquaculture Robot

YIXING, CHINA - JUNE 2, 2024 - Members of the intelligent team of Nantong Institute of Technology put the "Qichuang Intelligent Aquaculture robot" into the water for a deep-water test at the aquaculture base of Innovation Village in Yixing city, Jiangsu province, China, June 2, 2024. Yin Jiangang, an aquaculture farmer in Gengxin Village, Yangxiang Town, Yixing City, Jiangsu province, uses an "intelligent aquaculture robot" developed by a team from Nantong Institute of Technology to feed drinks to his fish and crabs. The robot has a modular design and is equipped with image acquisition equipment, lighting system, safety sensors, pressure sensors, humidity and temperature sensors, attitude sensors and inertial navigation modules. Mainly through the pH detection, ammonia nitrogen content detection and other instruments, can effectively improve the efficiency of water quality detection; And the robot can feed intelligently in different water depths and heights, improving the quality and efficiency for the develo

E

Intelligent Aquaculture Robot

YIXING, CHINA - JUNE 2, 2024 - Members of the intelligent team of Nantong Institute of Technology put the "Qichuang Intelligent Aquaculture robot" into the water for a deep-water test at the aquaculture base of Innovation Village in Yixing city, Jiangsu province, China, June 2, 2024. Yin Jiangang, an aquaculture farmer in Gengxin Village, Yangxiang Town, Yixing City, Jiangsu province, uses an "intelligent aquaculture robot" developed by a team from Nantong Institute of Technology to feed drinks to his fish and crabs. The robot has a modular design and is equipped with image acquisition equipment, lighting system, safety sensors, pressure sensors, humidity and temperature sensors, attitude sensors and inertial navigation modules. Mainly through the pH detection, ammonia nitrogen content detection and other instruments, can effectively improve the efficiency of water quality detection; And the robot can feed intelligently in different water depths and heights, improving the quality and efficiency for the develo

E

Intelligent Aquaculture Robot

YIXING, CHINA - JUNE 2, 2024 - Members of the intelligent team of Nantong Institute of Technology put the "Qichuang Intelligent Aquaculture robot" into the water for a deep-water test at the aquaculture base of Innovation Village in Yixing city, Jiangsu province, China, June 2, 2024. Yin Jiangang, an aquaculture farmer in Gengxin Village, Yangxiang Town, Yixing City, Jiangsu province, uses an "intelligent aquaculture robot" developed by a team from Nantong Institute of Technology to feed drinks to his fish and crabs. The robot has a modular design and is equipped with image acquisition equipment, lighting system, safety sensors, pressure sensors, humidity and temperature sensors, attitude sensors and inertial navigation modules. Mainly through the pH detection, ammonia nitrogen content detection and other instruments, can effectively improve the efficiency of water quality detection; And the robot can feed intelligently in different water depths and heights, improving the quality and efficiency for the develo

E

Intelligent Aquaculture Robot

YIXING, CHINA - JUNE 2, 2024 - Members of the Creative Intelligence team of Nantong Institute of Technology test an "intelligent aquaculture robot" at the aquaculture base of Innovation Village in Yixing, Jiangsu province, China, June 2, 2024. Yin Jiangang, an aquaculture farmer in Gengxin Village, Yangxiang Town, Yixing City, Jiangsu province, uses an "intelligent aquaculture robot" developed by a team from Nantong Institute of Technology to feed drinks to his fish and crabs. The robot has a modular design and is equipped with image acquisition equipment, lighting system, safety sensors, pressure sensors, humidity and temperature sensors, attitude sensors and inertial navigation modules. Mainly through the pH detection, ammonia nitrogen content detection and other instruments, can effectively improve the efficiency of water quality detection; And the robot can feed intelligently in different water depths and heights, improving the quality and efficiency for the development of modern agriculture.

E

Intelligent Aquaculture Robot

YIXING, CHINA - JUNE 2, 2024 - Members of the intelligent team of Nantong Institute of Technology put the "Qichuang Intelligent Aquaculture robot" into the water for a deep-water test at the aquaculture base of Innovation Village in Yixing city, Jiangsu province, China, June 2, 2024. Yin Jiangang, an aquaculture farmer in Gengxin Village, Yangxiang Town, Yixing City, Jiangsu province, uses an "intelligent aquaculture robot" developed by a team from Nantong Institute of Technology to feed drinks to his fish and crabs. The robot has a modular design and is equipped with image acquisition equipment, lighting system, safety sensors, pressure sensors, humidity and temperature sensors, attitude sensors and inertial navigation modules. Mainly through the pH detection, ammonia nitrogen content detection and other instruments, can effectively improve the efficiency of water quality detection; And the robot can feed intelligently in different water depths and heights, improving the quality and efficiency for the develo

E

Intelligent Aquaculture Robot

YIXING, CHINA - JUNE 2, 2024 - Members of the Creative Intelligence team of Nantong Institute of Technology test an "intelligent aquaculture robot" at the aquaculture base of Innovation Village in Yixing, Jiangsu province, China, June 2, 2024. Yin Jiangang, an aquaculture farmer in Gengxin Village, Yangxiang Town, Yixing City, Jiangsu province, uses an "intelligent aquaculture robot" developed by a team from Nantong Institute of Technology to feed drinks to his fish and crabs. The robot has a modular design and is equipped with image acquisition equipment, lighting system, safety sensors, pressure sensors, humidity and temperature sensors, attitude sensors and inertial navigation modules. Mainly through the pH detection, ammonia nitrogen content detection and other instruments, can effectively improve the efficiency of water quality detection; And the robot can feed intelligently in different water depths and heights, improving the quality and efficiency for the development of modern agriculture.

E