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京津冀成立残疾儿童康复联合体 共享康复资源_我的网站

A |     4月25日，河北省残联携手北京市、天津市残联在邢台市巨鹿县举办“京津冀残疾儿童康复协作现场推进会”，康复机构代表、康复专家等近200人参加会议。

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    The 24th group of the low-orbit internet satellites aboard a Long March-12 carrier rocket is launched at 12:10 pm on August 16, 2026 from a commercial spacecraft launch site in the southern island province of Hainan. Photo: VCG
Two successful launches among China's recent frequent moves caught particular attention of space watchers - the 24th group of low-Earth orbit internet (LEO) satellites aboard a Long March-12 rocket was sent from a commercial spacecraft launch site in the southern island province of Hainan on Sunday, 12 days after the 23rd group of LEO satellites aboard a Long March-8A rocket was launched from the same Hainan site on August 4.
Sunday's mission marked the 663rd launch of the Long March series of carrier rockets, which on Monday sent an SEO satellite into preset orbit, per Xinhua.
Experts said the launches of two groups of LEO satellites within 12 days underlined that China is notably accelerating its pace of building its satellite internet constellation.
"The launch of LEO satellites has now entered a regular and cyclical rhythm, with batches of satellites continuously being sent into orbit at relatively stable intervals," Kang Guohua, a senior member of the Chinese Society of Astronautics and a professor of Aerospace Engineering at Nanjing University of Aeronautics and Astronautics, told the Global Times on Monday.
China launched the first group of LEO internet satellites on December 16, 2024, proceeding to the 24th batch in about 20 months. Kang said three major production and launch "assembly lines" are supporting the effort: satellite factories featuring centralized design in Beijing, coordinated supply chains and mass production; rockets with streamlined launch and testing procedures and multiple configurations; and launch sites capable of supporting routine constellation deployment.
The Long March-12, which played a key role in the latest LEO satellite launch, is China's first 4-meter-class single-core-stage carrier rocket and was specifically developed for commercial launch needs. It is about 62.6 meters long, has a liftoff mass of 430 tons and can carry more than 12 tons to low-Earth orbit. Its first stage is equipped with four 1,250-kilonewton pump-fed liquid oxygen-kerosene engines and uses a newly developed coal-based aerospace kerosene, according to Shanghai Academy of Spaceflight Technology.
The rocket adopts a "three-horizontal" launch preparation model: horizontal assembly, horizontal testing and horizontal transportation. Depending on mission requirements, it can use fairings with diameters of 4.2 or 5.2 meters and support both single-satellite and multi-satellite launches into different orbits.
"This flexibility makes the Long March-12 particularly suitable for the 'one rocket, multiple satellites' model required for constellation deployment, making it one of the main launch vehicles currently used for LEO constellation missions," Kang said.
The mission also highlighted the launch site's growing ability to support high-frequency launches. The rocket took only two and a half days from being transported to the launch area to liftoff, setting a record for the shortest time a rocket occupied the launch position at the site, Kang said.
Despite the rapid progress, experts cautioned that the 228 satellites currently in orbit remain some distance from the ultimate goal. China's satellite internet project has a long-term goal of deploying nearly 8,000 satellites and is now in an accelerated "weaving" phase.
China's advantage lies in its ability to control costs and boost production efficiency once satellite manufacturing reaches mass-production scale, another expert surnamed Liu told the Global Times.
"Whether it is the production capacity of AI centers or the factory in Hainan, which has an annual satellite manufacturing capacity of 1,000 units, satellite production itself is not the problem," Liu said. "More bottlenecks lie in the operational efficiency of launch pads and the rocket payload and recovery technology."
The real challenge lies in rocket reusability. Only by lowering launch costs and increasing launch frequency can China sustain a pace of more than one launch per week. This is also the strategic significance of accelerating the development of reusable rocket technology, including the Long March-10B and privately developed rockets, Kang further noted.
Chinese Academy of Engineering academician Deng Zhongliang previously said in an interview that satellite internet will serve as an indispensable space-time infrastructure for 6G, enabling emerging industries worth trillions of yuan, including the low-altitude economy, advanced autonomous driving and the Internet of Things (IoT).
    The 23rd group of low-orbit internet satellites aboard a Long March-8A carrier rocket is launched on August 4, 2026 from a commercial spacecraft launch site in the southern island province of Hainan. Photo: VCG
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C | 会上，三地成立京津冀残疾儿童康复联合体，促进三地残疾儿童康复资源共享。　　据介绍，京津冀残疾儿童康复联合体下设肢体（脑瘫）、听力语言、智力残疾和孤独症儿童4个类别的专项联合体，聘请中国康复研究中心、中国听力语言康复研究中心、北京大学第六医院、北京儿童医院、北京安定医院为总牵头单位，带动成员单位加强学科建设、技术交流、人才培养，开展转诊转介、远程协作、服务标准一体化等协作。　　河北省残联一级巡视员杨奇峰说：“三地协作建立了残疾儿童康复联合体，搭建了辅具适配服务一体化平台，为三地残疾人事业高质量发展提供了新机遇，能够让更多的残疾儿童享受到更加优质、便捷、高效的服务。”　　“三地残联组织要立足本地实际，建立有效机制，加强协调联动，充分调动发挥各地残联组织、专业机构、助残企业和各方社会力量的积极性，增强协同发展合力，努力在康复政策衔接、康复机构协作、康复产业融合、康复科技研发应用等方面实现新突破，以协同发展的实在成效，增进残疾人获得感。”中国残联副理事长胡向阳表示。　　十年来，京津冀三地充分发挥各自比较优势，深化就业、康复、文化体育等领域协同协作，推动资源共享和优势互补。2023年，三地签署《京津冀残疾人康复协作框架协议》，推动了残疾儿童定点康复机构互认、服务信息共享、康复人才联合培养，带动了康复服务水平提升。（记者岳文婷）。

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