智能座椅
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快来看!通州街头出现“会发热的椅子”
Xin Lang Cai Jing· 2026-02-16 14:09
转自:北京青年报客户端 "管线改造是'里子'工程,大部分工作居民看不见。但这批椅子是大家能直接使用、感受到的。"项目负责人张虎 虎表示,选择在除夕完成安装,是想用这种特殊的方式,为城市增添一份温暖的"年味",这也是央企建设者践行 社会责任、服务属地居民的一种方式。 这几天,在通州区逛街逛公园的市民有了新发现——一些户外公共座椅坐上去竟是暖的。马年除夕前,一批搭载 太阳能充电加热功能的智能座椅,在通州万象汇、万达广场、湾里王府井、运河畔等六大商圈及公园的30个点位 全部安装完毕,正式"上岗"。这批由中建二局通州老旧小区改造项目部在通州区城管委协调下安装的"暖心座 椅",成了政企联动送给市民的一份别致新年礼。 此次落实安装座椅的中建二局项目部,目前正负责通州区北苑、玉桥等地16个老旧小区的市政管线全面更新改 造。该工程于2025年11月启动,旨在根治困扰老旧小区多年的排水不畅、管线老化、电力不足等"老大难"问题, 惠及居民上万户,预计2026年8月全面竣工。 在运河文化广场西岸,崭新的米色座椅看起来与普通长椅无异,但当市民坐下休息时,却能感受到椅面传来阵阵 暖意。"带着孩子出来玩,怕石椅子凉一直不敢让他坐。这个椅 ...
“五分钟产业圈”赋能 浙江金华开发区跻身工业千亿俱乐部
Xin Lang Cai Jing· 2026-02-05 07:53
源及高端装备制造产业园。 金华开发区 供图 这是一个缩影。"五分钟",不仅是园区的生产节拍,更彰显着金华开发区强劲的产业脉搏。近年来,金 华开发区以新能源汽车产业为突破口,跑出了一条聚焦特色产业、链式发展的道路,成功培育出强劲的 增长极。 2025年,金华开发区规模以上工业总产值突破千亿元大关,达1019亿元,成为金华市本级首个迈入工 业"千亿俱乐部"的县(市、区);规上工业增加值160.81亿元,同比增长12%,增速位列该市第一。 在零跑汽车金华智能制造基地的总装车间,AGV智能搬运机器人沿着轨道无声穿梭,将电池包、座椅 等大型模块精准配送;空中,全自动输送链平稳移送车身骨架;机械臂挥舞着,完成一系列高精度作 业。从这里出发,一台台新能源汽车驶下生产线。 距离总装车间不到五分钟车程,金华零跑佛吉亚汽车零部件有限公司的生产线上,工人们正加紧组装最 新下线的智能座椅;与总装车间仅一街之隔,金华达亚汽车零部件有限公司的生产线24小时运作着...... 从电池、电驱到座椅、车灯,金华开发区围绕新能源汽车链主企业,绘制产业链图谱精准招商,集聚起 30余家配套企业,覆盖动力电池、驱动电机等关键领域,形成了高效协同的"五 ...
(投资中国)美国李尔公司在重庆设立研发中心
Zhong Guo Xin Wen Wang· 2025-12-09 13:39
研发中心将作为亚太区技术研发枢纽,入驻400余名科研人才,聚焦智能座舱、新能源汽车电子系统、 轻量化材料等核心领域,承担亚太地区核心技术研发任务,打造"全球技术+本土适配"的研发高地。建 成后,将优先与中国长安、赛力斯集团等重庆本地车企开展联合研发,与重庆大学等高校深化产学研合 作,助力区域汽车产业向智能化、新能源化升级。 "研发中心将聚焦面向未来的出行方式,积极引领区域汽车产业生态向智能网联化升级。"弗兰克·奥尔 西尼表示,李尔已与重庆开展合作逾25年,建立了深厚的合作伙伴关系。以研发中心为新起点,李尔将 利用全球化布局优势,在产品开发、生产制造、供应链资源等方面与重庆市沙坪坝区开展全方位合作。 据重庆市沙坪坝区有关负责人介绍,2025年以来,当地全力推动智能网联新能源汽车产业集聚集成、扎 根扎堆,已招引落地行业头部零部件企业62家。2025年1月,李尔智能座椅生产基地正式落地,仅半年 时间就实现投产,助力地方加快构建完善"整车+零部件+后市场"全产业链生态圈。(完) 来源:中国新闻网 编辑:王永乐 (投资中国)美国李尔公司在重庆设立研发中心 中新社重庆12月9日电 (记者 钟旖)"中国是全球最重要的汽车市 ...
智能座舱竞争转向“数据质量、场景颗粒度与深度适配”之争
Xin Jing Bao· 2025-11-28 03:47
Core Insights - The automotive industry is experiencing a trend of functional homogenization due to the widespread adoption of large model capabilities, shifting competition from "model scale" to "data quality, scene granularity, and depth adaptation" [1] - Companies need to build an integrated closed-loop capability of "scene-data-model" to achieve "model as application," creating differentiated experiences in real-world usage scenarios [1] Industry Trends - There is an increasing willingness among users to pay for comfort hardware such as smart seats and smart audio systems, with experience depth becoming a key value anchor for future smart cockpits [1] - The interaction paradigm of smart vehicles is transitioning from "passive response tools" to "proactive cognitive partners," moving beyond user-triggered commands to proactively predicting and providing services based on integrated sensor data, user behavior, and contextual needs [1] Future Directions - By 2025, smart cockpits are expected to shift from "digital redundancy" to "pragmatism," with a rational transformation in smart cockpit interactions, leading to a "rebalancing" of touch controls and physical buttons [1] - The competitive focus of future smart cockpits will return from "breadth of functionality" to "depth of experience" [1]
智慧园林“美颜”城市生活
Jing Ji Ri Bao· 2025-11-16 22:10
Core Viewpoint - The article emphasizes the importance of building green, low-carbon cities through the integration of digital technology in urban landscaping, enhancing management efficiency and service quality while providing a new experience for citizens and tourists [1][5]. Group 1: Smart Landscaping Development - The integration of digital technologies such as AI and IoT in landscaping is leading to a new phase of smart landscaping in China, enhancing visitor experiences through personalized services and efficient resource management [1][5]. - Smart landscaping initiatives include intelligent navigation systems and AR interactive devices, which provide personalized route planning and immersive cultural experiences for visitors [2][5]. - The application of smart technologies in parks, such as solar-powered smart benches and health monitoring systems, enhances the recreational experience and safety for users [3][8]. Group 2: Policy and Technological Support - Recent policies from various government departments aim to accelerate the digital transformation of urban landscaping, promoting the integration of smart technologies in public facilities [3][4]. - The development of smart landscaping is supported by significant advancements in digital technology, allowing for comprehensive digital transformation in planning, design, construction, and management [5][10]. Group 3: Public Engagement and Experience - The shift in public demand for personalized and interactive experiences in parks is driving the adoption of smart landscaping solutions, which cater to diverse visitor needs [2][9]. - Smart landscaping not only improves service levels but also encourages public participation through digital platforms, allowing for feedback and optimization of facilities based on visitor preferences [9][10]. Group 4: Challenges and Future Directions - Despite the significant progress in smart landscaping, challenges such as high technology costs, public awareness, and interdisciplinary collaboration remain [10][12]. - Future development should focus on integrating smart city technologies, enhancing public engagement, and aligning with ecological strategies like "sponge cities" and "carbon neutrality" [12][13].
适老化需求潜力待释放 天坛家具探索多元路径
Bei Jing Shang Bao· 2025-09-18 08:41
Core Insights - The demand for age-friendly products is increasing due to the growing elderly population, with Beijing's elderly population projected to exceed 10 million by mid-century [1] - The design of age-friendly furniture should focus on safety, comfort, convenience, sustainability, and multifunctionality, rather than complete redesign [4][5] - The transition from "elderly furniture" to "age-friendly furniture" has improved consumer acceptance, particularly in the B2B market [5] Market Demand and Trends - As of 2024, Beijing has 5.14 million residents aged 60 and above, accounting for 23.5% of the total population, an increase of 192,000 from 2023 [1] - The market for age-friendly products is still underdeveloped, with only about 5% of households having completed age-friendly renovations [9] - There is a growing interest in multifunctional and aesthetically pleasing age-friendly products, driven by the active "60s generation" [9] Company Strategies - Tian Tan Furniture has been focusing on age-friendly products for over ten years, employing a dual strategy of new product development and the adaptation of existing furniture [4][5] - The company has served around 5,000 families in the past two years, with approximately 9% of these services addressing the needs of elderly consumers [5] - Future developments may incorporate smart technology to enhance the functionality of age-friendly furniture, such as self-adjusting seats and obstacle-sensing cabinets [9] Industry Innovations - The industry is moving towards integrating traditional craftsmanship with modern design, as seen in products showcased by Jin Yu Group at trade fairs [10] - The shift towards "de-labeling" age-friendly products is evident, with consumers preferring items that blend functionality with everyday aesthetics [9]
雄安新区首座“近零碳”变电站投运;亚马逊已部署机器人超百万台,AI赋能自动化加速升级丨智能制造日报
创业邦· 2025-07-02 03:12
Group 1 - Xiong'an New Area's first "near-zero carbon" substation has been put into operation, integrating eight green construction solutions and utilizing 15 low-carbon technologies to achieve near-zero carbon emissions throughout its lifecycle [1] - Shenzhen Snowfan Technology Co., Ltd. has signed an agreement to invest 500 million yuan in a smart seat R&D and production base in Wuhan Economic Development Zone, expected to be operational by 2025 [1] - Hong Kong's first 8-inch silicon carbide wafer factory has been approved with a total budget exceeding 700 million HKD, supported by the Innovation and Technology Fund to encourage R&D and the hiring of non-local talent [1] Group 2 - Amazon has deployed over one million robots in its facilities and trained over 700,000 employees in robot operation, marking a significant shift towards automation where robots outnumber human workers [1]